Document G6GJ8XwpeD8KO7zLx0Q86kjdr

Exhibit CRA-9 Hardbound Catalog, Crane Company "Crane Valves, Fittings, Pipe, and Fabricated Piping," copyright 1941. SlIlMiISip W1 U+-1?-. lsli!^Rli i ililliPpiiPrtss^K RlfPtP?5 VALVES-FITTINGS = PIPE AND =Mw FABRICATED PIPING -~~---. ..... ........... . ..... ..... ........... .v jmmEMwffimsgm Ulm UP B" m Hi ;MMmmmWmimmmmUlMMWWMm&WMMWM iMMwMir s`Mmliipmr ' ~..... i i I CRANE Valves Fittings Pipe Fabricated Piping Catalog No. 41 Founded by R. T. Crane 1855 CRANE CO. 836 S. Michigan Avenue, Chicago, Illinois COPYRIGHT. 1941--PRINTED IN U. S. A. Terms-Conditions This catalog supersedes all previous issues. Net Terms--30 days. -Remittances should be made to the office from which our invoice is issued, in funds.free of exchange or collection charges. Prices and Designs: Subject to change without notice. Contracts: Subject to strikes, accidents, or other causes be yond our control. No claims allowed unless made within ten days of receipt of goods. We guarantee Crane goods to the extent that we will replace those having manufacturing defects when used in the service for which we recommend them. No charges for labor or ex pense required to repair defective goods, or occasioned by them, will be allowed. If the goods are defective, the measure of the damage is the price of the defective goods only. Goods must not be returned to us unless our consent has first been obtained. Orders covering special goods are not subject to cancella tion, except upon agreement to make payment for the special work which has been performed. All s.pecial goods made to .specification, where the buyer is to inspect them, must be inspected and accepted before ship ment is made. After shipment is made, our responsibility ceases. The illustrations in this catalog are an actual representation c.'a certain size of each line of products, but do not necessarily represent all sizes in all details; we reserve the right to make minor alterations in designs to suit manufacturing convenience. CRANE CO. Chicago,. 111. GENERAL OEFICE 836 S. Michigan Avenue, Chicago Cable Address, Cranecoy--Chicago MANUFACTURING PLANTS Bridgeport, Conn. North Tonawanda, N.Y. Chattanooga, Tenn. Trenton, N. J, ALABAMA Birminghamv Mobile-. FLORIDA (cont.) Tampa ' West Palm Beach ARIZONA Phoenix Tucson ARKANSAS Ft. Smith Little Rock CALIFORNIA Hollywood Long Beach Los Angeles McKinley branch Oakland Pasadena Pomona Sacramento San Bernardino GEORGIA Atlanta Macon Savannah IDAHO Boise Pocatello ILLINOIS Aurora Chicago Northwest branch Southside branch Evanston Rockford Springfield Waukegan San Diego San Francisco Santa Ana Santa Barbara INDIANA East Chicago EvansvilleIndianapolis COLORADO Denver Grand Junction - Muncie South Bend Terre Haute Pueblo CONNECTICUT Bridgeport Hartford IOWA Davenport Mason City Sioux City New Haven KANSAS DIST. OF COLUMBIA Wichita Washington . KENTUCKY FLORIDA Fort Lauderdale Jacksonville Miami Lexington LOUISIANA New Orleans Shreveport BRANCH HOUSES MAINE Portland MARYLAND Baltimore MASSACHUSETTS Boston Springfield Worcester MICHIGAN Detroit Flint Grand Rapids Jackson MINNESOTA Duluth Mankato Minneapolis St. Paul MISSISSIPPI Jackson MISSOURI Kansas City St. Louis MONTANA Billings Great Falls NEBRASKA Grand Island Omaha Scottsbluff NEVADA Reno , NEW JERSEY Camden Newark Trenton NEW MEXICO Albuquerque NEW YORK Albany Binghamton Buffalo Hempstead New York Rochester Syracuse Utica White Plains NORTFI CAROLINA Asheville Charlotte Greensboro NORTH DAKOTA Fargo OHIO Canton Cincinnati Cleveland Columbus Lima Toledo OKLAHOMA Muskogee Oklahoma City Tulsa OREGON Eugene Portland . PENNSYLVANIA Philadelphia Pittsburgh Reading RHODE ISLAND Providence SOUTH CAROLINA Greenville SOUTH DAKOTA Aberdeen Sioux Falls TENNESSEE Chattanooga Knoxville Memphis Nashville. TEXAS Beaumont Corpus Christi Dallas El Paso Harlingen Houston San Antonio UTAH Ogden Salt Lake City VIRGINIA Norfolk Richmond WASHINGTON Seattle Spokane Tacoma WEST VIRGINIA Charleston WISCONSIN Madison Milwaukee Oshkosh WYOMING Casper CRANE EXPORT CORPORATION NEW YORK, N. Y., Cable Address, Cranexpoco-- New York, 4730 Twenty-ninth St:, Long Island City C1E CRANE PARIS, FRANCE, Cable Address, Ciecrane-- Paris, 31 Rue de la Folie-Mericourt CRANE GENERAL OFFICE 1170 Beaver Hall Square, Montreal, Que. Cable Address: Cranelit--Montreal LIMITED MANUFACTURING PLANTS Montreal, Que. St. John's, Que. Port Hope, Ont. ALBERTA Calgary Edmonton BRITISH COLUMBIA Vancouve Victoria MANITOBA Winnipeg BRANCH HOUSES NEWFOUNDLAND St. John's NEW BRUNSWICK NOVA SCOTIA Moncton *' Halifax ONTARIO Fort William Hamilton Kingston London Ottawa Toronto QUEBEC Montreal Quebec SASKATCHEWAN Regina Saskatoon CRANE LTD. (GREAT BRITAIN) Cable Address: Cranelon London London, E. 1, England * Ipswich, England, (Nacton Works) Birmingham, England BRANCH HOUSES Glasgow, Scotland Manchester, England OFEICE Bristol, England f Jr Keeping Pace with American Industry Since the middle of the nineteenth century, the de velopment of industrial America is marked by many outstanding achievements. They gave us a standard of living envied by the world. To a great extent, this progress resulted from the ability of men to harness the forces of power. Near the end of this eventful century, the central power station came into being. With it came the knowledge that greater power and economy were obtainable when steam pressures and tempera tures were increased. While by comparison with today's steam pressures and temperatures this in crease was small, it marked the early commercial use of superheated steam at 250 pounds. This created a demand for new and stronger valves, fittings and piping equipment than were generally available at the time. Crane Co., by that time, had more than 30 years' experience in the making of piping equipment and thus took an active part in the development of suit able materials for the new requirements. With per haps the only metallurgist in the industry on its staff, Crane Co. made numerous investigations of the characteristics and behavior of metals in serv ice. Such studies were the basis of improved pip ing equipment. The central station was but one phase of the na tion's progress involving piping equipment. With improved power facilities came centralization of population and industry. This created many new problems, among which was that of proper water supply and drainage to provide for the health and comfort of the people. Not only were many new kinds of valves and fittings required, but plumbing fixtures and heating equipment as well. Crane Co. kept steady pace with these needs. Today the Crane line of valves, fittings, plumb ing, heating, and pumps totals more than 40,000 items. Described in this catalog are the piping materials which make up, by far, the greatest part of the complete Crane line. They include equip ment of brass, iron, steel, and many alloys for services up to 2500 pounds pressure at 1000F. Five big plants in the United States make Crane products--in Chicago, Bridgeport, Chattanooga, Trenton, and North Tonawanda. The largest is the main works in Chicago. On 160 acres of ground, this plant embodies 47 buildings having 3,133,440 sq. ft. of floor space. Here is the greatest array of machinery and equipment especially adapted to the manufacture of valves and fittings in the world. When in Chicago, you are welcome to visit this plant. f\ How Quality is Built into and Maintained in Crane Products Tests and checks--more tests and checks! At every stage of design and production they safeguard the quality of Crane valves and fittings to assure satis factory performance in your pipe lines. Even before product design is started, Crane Re search Laboratories make sure the proposed mate rial is right. By advanced scientific techniques, the chemical composition and physical properties of metals are subjected to grueling investigations. So it is with all raw materials entering Crane plants-- none can be used until approved by the laboratory. And again when hot metals are poured, sample bars from each heat are thoroughly analyzed by expert metallurgists. No valve or fitting becomes a "regular" in the Crane line without the benefit of exhaustive experi mentation in the laboratory as well as in field ap plications. Only upon satisfactory completion of such tests is any item approved for production. No product is ever considered to be beyond im provement. Betterment of design and refinement of materials are constantly being studied. In Crane foundries, machine shops, and assem bly departments, no operation is considered com pleted until careful inspection is made. One is actually amazed at sight of the numerous inspec tion devices and precision-gauging instruments always in use--over 36,000 of them! Shop tests of finished products are far more exacting than actual service conditions. It is this, the most elaborate and methodical system of checks and tests in the industry, that safeguards Crane Quality--always. heft--Improvements in Crane products are al ways in progress in the design engineering divi sion numbering hun dreds of men. Right-- Equipment like this enables thorough study of the actions of metals under stress and elevated temperature. Left--Safe service recom mendations for Crane products are established by thorough pressure testing in the laboratory. Here a relief valve is be ing tested. Right--X-Ray examina tions are a great help in making better piping ma terials. This 400,000-volt machine enables Crane engineers to see the in side quality of steel up to 5 inches thick. The effects of heat treatment and corrosion on metal structures are clear to the metallurgist when studied under powerful microscopes like this. Repeated, checking of alignment and gaug ing of threads assure better pipe joints when Crane screwed fittings are used. Elaborate measuring instruments assure the constant accu racy of over 36,000 gauges regularly used in Crane plants. The exact taper required for positive seating of wedge discs is assured by careful gauging. Crane Foundries and Shops Are Modern and Completely Equipped Crane plants are marked by modern facilities, and the attainment of uncommon exactness in the pro duction of so great a variety of products. In equip ping Crane plants, the primary objective is always to raise even higher the high standard of Crane craftsmanship. Features aiding uniformity and quality in Crane brass and iron foundries, are the Crane-designed molding machines, automatic mold conveyors and continuous melting furnaces, and the overhead sand tempering and distributing system. In Crane steel foundries, improved scientific techniques give accurate control of melting and chemical compositions of metals. Here Crane met allurgists produce superior steels, having all the essential properties required for valves and fittings employed in high pressure-temperature power and process lines. Facing, grinding, boring, threading, tapping, - drilling, and lapping of parts are done with every type of automatic and semi-automatic machine. Many are Crane-designed as are the systems by which parts are conveyed to them and on to other processes, or to storage bins and shipping floors. Equally well equipped are Crane pipe fabricating shops with modern pipe shaping, welding and stress relieving equipment. In the inspection and testing departments, through which all products must pass after each operation, only the most up-todate and accurate instruments and devices are used. Left--Pouring the molds for large valve parts in the Crane steel foundry at Chicago Works. Right--This mod ern forge shop with numerous hammers along both sides of the aisle produces Crane forged steel materials. Left--Pouring a heat from one of the electric-arc furnaces in the steel foundry. Right--No job is too complex, too large, or too small for Crane pipe fabricating shops. Molding machines and roller conveyors speed produc tion of molds for both small and large castings. Crane Products Are Available In All Major Industrial Centers Part of a storage floor in Crane Chicago Works showing wide stock of larger valves ready for shipment. No matter where you are located, you are near a source of Crane valves and fittings. Patterned to the industrial map of the na tion, Crane's extensive distributing and warehousing system of Factory Branches and Wholesalers makes these products conveniently available at the points of their use. Drawing on the stocks maintained at Crane plants, Branches and Wholesalers carry at all times a substantial assortment of the staple items regularly demanded in the areas they serve. The completeness of the Crane line of piping equipment for every flow-control need, plus the person alized local service offered, gives those who specify "Crane" a two-fold advan tage: Crane Quality and Crane Service. CRANE 1 Alphabetical Index All items shown in this catalog are described and cross-indexed alphabetically on this and the following nineteen pages. References under broad classifica tions to other entries have been replaced by page numbers showing the entire range of products. For example, under the very general heading of "Brass Valves", group page numbers are shown for each of the various types, but under the specific heading of "Angle Valves, Brass", etc., will be found a detailed listing of the many available types. Similarly, under the general classification of "Fittings", will be found group page numbers, the detailed references being made under specific listings such as, "Elbows", "Tees", "Crosses", "Unions", etc. A Page A.A.R. Fittings, Screwed, Malleable Iron . ....................... Union Fittings, Malleable Iron............... ....................... Union Fittings, with Steel Tail-Piece . . ....................... Unions, Forged Steel.................................. ....................... 193 243 244 244 Unions, Malleable Iron.............................. ....................... 242 Unions, with Steel Tail-Piece.................. ....................... 244 Valves, Brass, Inside Screw..................... ........ ............42, 43 Valves, Brass,. Outside Screw and Yoke .....................44, 45 Valves, Wrenches for Body Seat Rings. ....................... 45 A.P.I. Line Pipe.................................................. ....................... 580 Ring-Joints.................................. .................. .................562, 563 Thread Data.................................................. ..................593-595 A.S.A. Standard for Wrought Pipe.............. ..................584-587 A.W.W.A Iron Body Gate Valves.............. .................126, 127 Adapters, Crane-Seal, Brass......................... 4g5 Solder-Joint.................................................... . 505, 508 For Hoffman Venting Valves.................. ....................... 83 For Sanitary Fittings.................................. ....................... 455 Adjustable Die Stocks.................................... ..........................537 Pipe Hangers.................................................. ..................514-517 Pipe Supports................................................ 526, 527, 529, 531 Pipe Threaders.............................................. .................538-541 Railing Fittings, Malleable Iron............. ....................... 271 Adjusters or Turnbuckles.............................. ..........................519 Adsco Expansion Joints.................................. ..........................428 Ai r Hoist Three-Way Cocks, Brass.............. ....................... 94 Motor Operated Valves............................. .................172, 173 Pump Unions.......................................................... 240, 242, 244 Tested Fittings, Malleable Iron.............. ....................... 188 Testing of Crane Valves..................................................... 11 Valves, Radiator.......................................... ..................... 82, 83 Vent Valves (Traps), Automatic............ ....................... 416 All-Iron Ammonia Valves................................................. 480-482 Angle Valves................................................. ........ 144, 145, 150 Check Valves................................................ ........ 156, 160, 161 Cocks............................................................... .....................92, 93 Cross Valves.................................................. .. .-................. 150 Expansion Valves.................................................................. 482 Flange Unions, Ground Joint.................. ......................... 251 Gate Valves, Double Disc............................................122-133 Gate Valves, Wedge Disc......................... ......................98-111 Globe Valves................................................. ........ 144, 145, 150 Liquid Gauges, for Ammonia.................. .......................... '483 Pulp Stock Valves................................................................. 375 Relief Valves..............................................................................401 Unions, Screwed.................................................................... 246 Allowable Stresses for Steel Pipe......................................... 636 Alloys, Cast Iron, Properties of............................................. 4 Cast Steel, Properties of........................... ..................... 3, 6, 7 Forged Steel, Properties of................................................ 8 Non-Ferrous, Properties of...................... ...............2, 3 Used in Fabricated Piping....................... ...............457 Altitude Gauges and Recorders................... ........ 438, 439 American Standard Taper Pipe Threads . ...............590 Ammonia Combination Elbows.................. ............... 252 Condensers, Atmospheric............... ......... ...............485 Double Pipe Fittings.................................. .........486, 487 Fittings, Flanged.......................................... ............... 483 Fittings, Screwed...................................... 190, 191, 483 Flange Unions, Tongue and Groove . . . ............... 252 Flange Unions, Boyle.................................. ................. 484 Flanges............................................................. ...............484 A Page Ammonia (Cont.) Gaskets........................................................................................ 485 Gauges........................................................................................ 439 Liquid Gauges.......................................................................... 483 Return Bends........................................................................... 483 Valves, Angle............................................................................ 481 Valves, Check.......................................................................... 482 Valves, Expansion................................................................... 482 Valves, Globe............................................................................ 481 Valves, Relief............................................................................ 401 Anchor Chair Pipe Supports.................................................... 529 Anchorage Tees, Flanged.................................................281, 345 Angle Bends................................................................................... 602 Blow-Off Valves.............................................................. 376, 377 Check Valves, Brass............................................................. 53-59 Check Valves, Iron Body.............................................. 156, 157 Screw-Down Check Valves, Marine........................... 462-473 Stop-Check Valves........................................................... 372-374 Angle Valves, All-Iron Ammonia............................................................................481, 482 Union Bonnet...................................................................144, 145 Yoke Bonnet,............................................................................. 150 Angle Valves, Brass A.A.R......................................................................................... 42-45 Bolted Bonnet, 150 and 200-Pound................................. 35 Bolted Bonnet, 300-Pound.................................................. 47 Composition Disc, Low Pressure..................................... 27 Composition Disc, 150-Pound........................................... 30 Composition Disc, 250-Pound........................................... 37 Copper Disc, 250-Pound ....................................................... 37 Crane-Seal................................................................................. 493 Cranoil Disc, for Light Oils and Gases........................... 32 Hose............................................................................................. 71 Lock-Shield, Low Pressure.................................................. 27 Lock-Shield, Radiator Type.............................................. 78-82 Marine................................................................................ 462, 463 Names of Parts........................................................................ 26 Needle Point............................................................................. 29 Outside Screw and Yoke.................................................... 44-47 Plug Type Disc, 150-Pound............................................... 31 Plug Type Disc, 250-Pound.............................................. 36 Plug Type Disc, 300-Pound.............................................40-47 Plug Type Disc, 350-Pound.............................................. 48 Plug Type Disc, 2000-Pound Hydraulic....................... 49 Radiator...........................................................................78, 79, 81 Regrinding, 200-Pound......................................................... 34 Regrinding, 300-Pound............................................................. 38,39 Solder-Joint.......................................................................502, 505 Union End, 300-Pound A.A.R., Inside Screw.............. 43 Union End, 300-Pound A.A.R., O. S. & Y.................... 45 Union End, 300-Pound Plug Type Disc......................... 41 Union End, 300-Pound Regrinding.................................. 39 With Special Wheels and Finishes........................................ 27,28 100-Pound (Low Pressure).................................................. 27 125-Pound (Standard).......................................................... 28 150-Pound................................................................30, 31, 34, 35 200-Pound......................................................................................34,35 250-Pound......................................................................................36,37 300-Pound................................................................................ 38-47 350-Pound.................................................................................. 48 1000-Pound Hydraulic.......................................................... 48 2000-Pound Hydraulic........................................................... 49 Alphabetical Index (Conf.) CRANE 111 BB Page Page Bolting On Companion Flanges................................................ 557 Bushings, Brass........................................................................... 259 Bolts, Machine, Data.............................................................622, 623 Cast Iron................................................................................... 226 Machine, List Prices........................................................ 556, 657 Chrome-Nickel-Moly. (18-8 Mo)...................................... 452 Machine, Properties of........................................................ 9, 622 Crane-Seal................................................................................. 495 Bossed Elbows, Sprinkler........................................................... 207 Double Tapped, Iron............................................................. 226 Boston Casing Threads............................................................... 594 Eccentric, Iron........................................................................... 226 Boyle Flange Unions.................................................................... 484 Face, Brass................................................................................ 259 . Flange Union Gaskets..............................................................485 Face, Iron.................................................................................. 226 Brackets, Pipe..........................................................................524, 525 Face, Steel................................................................................. 227 Brass, Properties of...................................................................... 2 Hose............................................................................................ 75 Brass Cocks................................................................... 88, 90, 91, 94 Malleable Iron.......................................................................... 226 Expansion Joints...................................................................... 426 Faucets, Ground Key............................................................. 88 Fittings, Crane-Seal......................................................... 494-497 Fittings, Drainage............................................................. 215-221 Monel.......................................................................................... 452 Nickel.......................................................................................... 452 Silicon Bronze.......................................................................... 452 Solder-Joint.............................................................................. 508 Fittings, Flanged..................................................................... 264 Steel............................................................................................. 227 Fittings, Railing...................................................................... 267 Butt Nipples, Wrought Steel............................................ 230, 231 Fittings, Screwed............................................................... 256-263 Welds.......................................................................................... 614 Fittings, Solder-Joint.......................................................506-511 Welds, Detail of Bevel.......................................................... 647 Flange Unions........................................................................... 263 Flanges........................................................................................ 264 Floor Flanges............................................................................. 267 Butt-Welding Fittings, Steel............................................354-356 Fittings, Steel, American Standard for.............................. 351 Fittings, Steel, Dimensions of...............................................357 Nipples........................................................................................ 258 Fittings, Steel, Ratings for...........................................358, 359 Pipe, Regular and Extra Strong........................................... 583 Fittings, Wrought Iron............................................. .. 351 Pipe, Used With Crane-Seal Silbraz Products................ 498 Valves, Cast Steel, Angle, 150 to 2500-Pound.. . .322-326 Stops.......................................................................................... 88-90 Valves, Cast Steel, Check, 150 to 2500-Pound... .333-336 Swing Joints............................................................................... 430 Valves, Cast Steel, Gate, 150 to 2500-Pound..........302-307 Try Cocks..................................................................................... 435 Valves, Cast Steel, Globe, 150 to 2500-Pound.. . .322-326 Union Elbows, Screwed.....................................................78, 262 Valves, Forged Steel, Angle, 900-Pound...................316-318 Unions, Screwed and Flange......................................... 262, 263 Valves, Forged Steel, Check, 900-Pound....................... 330 Brass Valves A.A.R., Globe and Angle................................................... 42-45 Valves, Forged Steel, Gate, 900-Pound........................... 300 Valves, Forged Steel, Globe, 900-Pound...................316-318 Angle, Crane-Seal.......................................................................493 Butterfly Valves, Brass............................................................. 69 Angle, Hose........................................................................... 71,467 Valves, Iron Body........................................'......................... 148 y Angle, Radiator................................................................78, 79, 81 By-Passes for Cast Steel Wedge Gate Valves.................... 306 Angle, Screwed and Flanged.............................................. 25-49 For Iron Body Double Disc Gate Valves....................... 138 Angle, Solder-Joint................................................................... 502,505 For Iron Body Wedge Disc Gate Valves....................... 114 Butterfly...................................................................................... 69 For Valves, Location of........................................................ 646 Check, Crane-Seal................................................................... 492 Check, Screwed and Flanged............................................ 51-63 Check, Solder-Joint..................................................................503,505 Chronometer............................................................................. 476 c Crane-Seal.................................................................................... 492,493 Cross, Standard........................................................................ 28 Page Cross, 200-Pound................................................................. 34, 35 "CC" Rubber Gaskets.................................... 566, 567, 570, 571 Cross, 300-Pound........................................................... 47 Rubber Sheet Packing.......................................................... 565 Float...................................................................................... 380, 381 Cab Hose Valves........................................................................39, 41 Foot...........................................................................................53, 54 California D.B.X. and D.B.8 Casing Threads.................. 594 Gate, Crane-Seal...................................................................... 492 Canvas Gaskets, Ammonia................. 485 Gate, Hose..................................................................................... 70,467 Gaskets, 25 and 125-Pound Cast Iron............................. 566 Gate, Quick Opening............................................................. 68 Caps, A.A.R................................................................................... 193 Gate, Radiator......................................................................... 80 Butt-Welding, Steel............................................................... 354 Gate, Screwed and Flanged................................................13-24 Crane-Seal, Brass...................................................................... 495,496 Gate, Solder-Joint.................................................................... 504,505 Hose.................................................................................. 70, 71, 75 Globe, Crane-Seal.................................................................... 493 Screwed, Brass, Standard...................................................... 256,257 Globe, Hose.......................................................................... 71, 467 Screwed, Brass, 250-Pound.................................................. 260 Globe, Quick Opening.................................................. 33, 66, 67 Screwed, Cast Iron................................................................. 201 Globe, Radiator....................................................................78, 81 Screwed, Chrome-Nickel-Moly. (18-8 Mo).................... 452 Globe, Screwed and Flanged..............................................25-50 Screwed, Forged Steel........................................................... 339 Globe, Solder-Joint................................................................... 502,505 Screwed, Malleable Iron, Standard.................................. 185 Hose.......................................................................................... 70, 71 Screwed, Malleable Iron, 300-Pound................................. 190,193 Hose, for Marine Service...................................."................ 467 Screwed, Monel........................................................................ 452 Marine.............................................................................. - 462-467 Screwed, Nickel........................................................................ 452 Pop Safety............................................................... 384, 385, 388 Screwed, Silicon Bronze........................................................ 452 Radiator...............................................................................................j'7"24 Socket-Welding, Forged Steel............................................. 353 Relief...................................................................................... 394-400 Solder-Joint, Brass................................................................. 508 Safety........................................................................... 384-388, 393 Thermometer, for Sanitary Fittings................................... 455 Throttle....................................................................................... 9 Cal* Heater Wrought Couplings............................................... 229 Whistle........... `........................................................................... -67 Brazing Valves and Fittings, Crane-Seal.......................489-497 Carbon Cast Steel, Properties of............................................ Forged Steel, Properties of.................................................. 6 8 Brine Cocks.................................................................................. 68 Molybdenum Alloy Cast Steel, Properties of.. . ... 6 Coolers, Fittings for................................................................. 486,487 Molybdenum Alloy Forged Steel, Properties of........... 8 British Standard Taper Pipe Threads.....................................591 Casing, Inserted Joint................................................................ 582 Bronze, Crane Hard Metal, Properties of........................... Crane Special Brass, Properties of.................................... 2 2 Merchant................................................................................... 581 Casing Thread Fittings, Cast Iron......................................... 203 Manganese, Properties of..................................................... 2 Fittings, Cast Steel................................................................. 341 Silicon, Properties of....................................................... .. 2 Fittings, Heavy Malleable Iron........................................ 192 Silicon, Valves, Fittings, Unions, Etc........................446-453 Fittings, Refinery Oil............................................................. 189 Brushes, Flue...................... 645 Fittings, Threading of........................................................... 596 Bundling Schedule for Pipe...................................................... 578 Wrought Couplings................................................................ 229 iv CRANE Alphabetical Index (Cont. t cc Page Pago Casing Threads, Dimensions and Data....................... 593-596 Check Valves, Brass Cast Iron, Alloy, Properties of............................................... 4 Angle, Bolted Cap, 150 and 200-Pound . . .. ^.............. 58 High Tensile, Properties of................................................. 4 Angle, Composition Disc, 150-Pound.............................. 56 Ni-Resist, Properties of........................................................ 4 Angle, Composition Disc, 250-Pound.............................. 59 Properties of............................................................................. 4 Angle, Nickel Alloy Disc...................................................... 59 Cast Iron Blow-Off Crosses...................................................... 376 Angle, Regrinding................................................................ 57-59 Bushings..................................................................................... 226 Angle, 100-Pound (Low Pressure).................................... 53 Cocks......................................................................................... 92-95 Angle, 125-Pound (Standard)............................................. 54 Drainage Fittings.............................................................. 215-224 Angle, 150-Pound................................................................. 56, 58 Drip Pockets............................................................................. 421 Angle, 200-Pound................................................................. 57, 58 Expansion Joints............................................................427, 428 Angle, 250-Pound...................................................................... 59 Fittings, Drainage............................................................. 215-224 Angle Swing............................... i............................................ 57 Fittings, Flanged, 125-Pound....................................... 273-280 Crane-Seal............................................................. Fittings, Flanged, 250-Pound....................................... 282-288 Gasoline........................................................................................ 53 Fittings, Flanged, Sprinkler Type.................... 206-209 , 274 Horizontal, Ball Disc............................................................. 56 Fittings, Screwed.............................................................195, 213 Horizontal, Bolted Cap, 150 and 200-Pound................ 58 Fittings, Screwed, Drainage..........................................215-224 Horizontal, Bolted Cap, 300-Pound................................. 61 Fittings, Screwed, Sprinkler..............................197, 206-209 Horizontal, Bolted Cap, 2500-Pound Hydraulic......... 63 Flange Unions.......................................................................... 249 Horizontal, Composition Disc, Low Pressure............... 53 Flanges..................................................................................289-295 Horizontal, Composition Disc, 150-Pound..................... 56 Plugs............................................................................................ 228 Horizontal, Composition Disc, 250-Pound.................... 59 Separators, Sediment.......................................................422, 423 Horizontal, Crane-Seal.......................................................... 492 Separators, Steam and Oil............................................ 420, 421 Horizontal, Dashpot Type..................................................60-62 Sprinkler Fittings......................................... 197, 206-209, 274 Horizontal, Nickel Alloy Disc............................................. 59 Steam Traps........................................................................415-419 Horizontal, Regrinding........................................................ 57-62 Swing Joints.............................................................................. 430 Horizontal, Solder-Joint........................ 503, 505 Water Columns........................................................................ 436 Horizontal, With Drip Cock............................................... 54 Cast Iron Valves Horizontal, 100-Pound (Low Pressure)........................... 53 Angle....................................................................................143-153 Horizontal, 125-Pound (Standard)................................... 54 Back Pressure...................................................................378, 379 Horizontal, 150-Pound.......................................................56, 58 Butterfly..................................................................................... 148 Horizontal, 200-Pound.......................... ............................ 57, 58 Check.................................................................................. 155-166 Horizontal, 250-Pound.......................................................... 59 Cross...................................................................................... 149-153 Horizontal, 300-Pound.......... ............................................ 60, 61 Exhaust Relief................................................................. 378, 379 Horizontal, 350-Pound.......................................................... 62 Float.................................................................................... 380, 381 Horizontal, 1000, 2000, and 2500-Pound Hydraulic.. 63 Foot..................................................................................... 162, 163 Marine.......................................................................................... 464,465 Gate, Double Disc............................................................ 119-137 Names of Parts........................................................................ 52 Gate, Wedge Disc................................................................97-113 Solder-Joint................................................................................. 503,505 Globe...................................................................................... 143-153 Swing, Bolted Cap, 150 and 200-Pound......................... 58 Pop Safety...............................................................389, 390, 392 Swing, Bolted Cap, 300-Pound.......................................... 61 Pulp Stock................................................................................. '375 Swing, Crane-Seal................................................................... 492 Relief.................................................................401, 402, 404, 406 Swing, Regrinding, 200-Pound........................................... 57 Safety, Lever and Weight Type........................................ 393 Swing, Regrinding, 200-Pound, with Bolted Cap.... 58 Swing Check............................................................ 160, 161, 164 Swing, Regrinding, 300-Pound........................................... 60 Throttle.................................................. ..........................\. .. 148 Swing, Regrinding, 300-Pound, with Bolted Cap.... 61 Cast Manganese Bronze, Properties of............................... 2 Swing, Regrinding, 350-Pound........................................... 62 Cast Steel Fittings. Flanged............................................343-350 Swing, Solder-Joint........................................................ 503, 507 Fittings, Screwed..................................................................... 341 Swing, 125-Pound (Standard)............................................. 55 Steam Traps............................................................................. 416 Swing, 150 and 200-Pound...............................................57, 58 Valves, Angle...................................................................... 322-326 Swing, 300-Pound................................................................ 60, 61 Valves, Blow-Off...................................................................... 377 Swing, 350-Pound................................................................... 62 Valves, Check.............................................................................329,332-336 Vertical, Gasoline................................................................... 53 Valves, Gate...............................................................................299,302-307 Vertical, 125-Pound (Standard)......................................... 54 Valves, Globe............................................................................. 311,322-326Check Valves, Cast Steel Valves, Relief........................................................... 403, 405, 406 Swing, Marine................................................................... 471-473,475 Valves, Safety...................................................................391, 392 Swing, With Lever and Weight......................................... 336 Valves, Stop-Check........................................................373, 374 Swing, 150 to 2500-Pound............................................333-336 Cast Steels Swing, 4000-Pound................................................................. 350 Alloy and Carbon, Properties of....................................3, 6, 7 Vertical........................................................................................ 329 Arctic Nickel, Properties of................................................. 7 Check Valves, Corrosion-Resistant Alloy Carbon, Properties of............................................................. 6 Chrome-Nickel-Moly. (18-8 Mo)...............................449, 451 Carbon-Molybdenum, Properties of................................ 6 Monel...................................................................................449, 451 Chrome-Molybdenum, Properties of............................... 7 Nickel.................................................................................. 449, 451 Chrome-Nickel-Moly. (18-8 Mo), Properties of.................... 3 Silicon Bronze...................................................................449, 451 Nickel, Properties of.............................................................. 7 Check Valves, Ferrosteel Nickel-Chrome, Properties of............................................. 7 Ammonia...................................................................................... 482 Ceiling and Floor Plates............................................................ 532 Swing, 250-Pound.......................................................................165 Centigrade-Fahrenheit Temperature Conversion........... 663 Swing, 800-Pound Hydraulic.............................................. 166 Chain and Lever Try Cocks....................................................... 435 Check Valves, Forged Steel Pipe Tongs................................................................................. 544 Horizontal, 600-Pound.....................................................328-330 Pipe Vises....................................................... 536 Horizontal, 900-Pound................................... 330 Wheels for Valves.................................................................... 176 Horizontal, 6000-Pound Hydraulic..................................... 331 Chains for Chain Wheels........................................................... 176 Marine........................................................................................... 475 Chairs, Anchor and Pipe........................................................... 529 Check Valves, Iron Body Chandelier Hooks and Loops, Malleable Iron.....................186 All-Iron, Standard..........................................................160, 161 Channel Clamps for Pipe Hangers........................................ 522 All-Iron, 400-Pound W.O.G................................................. 156 Check Valves, All-Iron Angle, 150-Pound.................................................................... 156 Ammonia.................................................................................... 482 Clearway, Swing...................................................................... 164 Swing, Bolted Cap..........................................................160, 161 Composition, Disc, 150-Pound..............................................156 Swing, 400-Pound W.O.G..................................................... 156 For Gasoline and Pump Service........................................ 157 492 Alphabetical Index (Conti) CRANE v cc Page Check Valves, Iron Body (Cont.) Horizontal, Standard............................................................. 159 Horizontal, 150-Pound.......................................................... 156 Marine........................................................................................ 469 Swing, Clearway, Underwriters'........................................ 164 Swing, Hub End............................................................... 160, 161 Swing, Marine.......................................................................... 469 Swing, With By-Pass...................................................... 160, 161 Swing, With Leather Faced Disc................................160, 161 Swing, With Lever and Weight........................................ 163 Swing, 125-Pound (Standard)..................................... 160, 161 Swing, 250-Pound.................................................................... 165 Swing, 400-Pound W.O.G..................................................... 156 Swing, 800-Pound Hydraulic.............................................. 166 Vertical, Standard................................................................... 159 Check Valves, Malleable Iron, Swing............................... 156 Check Valves (General) Ammonia, All-Iron................................................................. 482 Butt-Welding............................................................330, 333-336 Crane-Seal, Brass.................................................................... 492 Gasoline........................................................ 53, 157 Marine............................................................... 464,465, 469-475 Socket-Welding.......................................................................... 328,329 Pump Service............................................................................ 157 Solder-Joint, Brass................................................................... 503,505 Chicago Hose Valves.................................................................. 71 Unions, Malleable Iron......................................................... 239 Chiksan Ball Bearing Swing Joints...................................... 432 Chime Whistles............................................................................. 437 Chlorine, Globe and Angle Valves for...................... 457 Chrome-Molybdenum Alloy Cast Steel, Properties of.. 7 Alloy Forged Steel, Properties of...................................... 8 Chrome-Nickef^Molybdenum (18-8 Mo) Alloy Steel, Properties of......................................................................... 3 Fittings, Flanges, and Unions.......................................452-455 Valves, Angle, Check, Gate, and Globe................... 446-449 Valves, Bar Stock.................................................................... 310 Valves, Relief............................................................................ 450 Valves, Sanitary...................................................................... 454 Valves, Special Types......................'................................... 451 Chronometer Valves, Brass.................................................... 476 Circle Bends................................................................................... 602 Circulating Boiler Fittings........................................................ 187,509 Clamp Gate Valves, Iron Body...........................................98, 99 Clamps, Channel.......................................................................... 522 Double Strap............................................................................. 233 Hose............................................................................................ 74 Hydrant...................................................................................... 69 I-Beam..."........................................................................... 522-524 Pipe, for Pipe Hangers.......................................................... 519 Riser............................................................................................ 519 Single Strap............................................................................... 233 Water Pipe................................................................................ 233 Clayton Float Valves................................................................. 381 Cleanouts, for Iron Body Double Disc Gate Valves... . 138 For Iron'Body Wedge Disc Gate Valves....................... 114 Clearway Swing Check Valves, Iron Body......................... 164 Clevis Pipe Hangers............................ 514 Clip Type Pipe Hangers............................................................. 514 Clips, Bracket................................................................................ 525 Closet Elbows, Drainage........................................................... 617 Tees, Drainage......................................................................... 618 Cock Wrenches...........................................................................35, 96 Cocks, Brass Bibb (Faucets).................... Brine........................................... Corporation............................. Cylinder.................................. Four-Way, Spring Loaded. 88 88 89 90 94 Four-Way, Standard............ Gas............................................ Gauge....................................... Hydrant.................................. . 91 90 90 89 Pet............................................... Reversible............................... Spring Loaded......................... Three-Way, Spring Loaded Three-Way, Standard........ Try............................................. 125-Pound and 250-Pound. 90 88 94 94 91 435 91 Page Cocks, Iron All-Iron....................................................................................92, 93 Asbestos Packed............................................................... 95 Essex Lock.......................................................................... 93 Four-Way, Spring Loaded............................................ 94 Gas Line.............................................................................. 93 Heavy Duty.......... ".................................................................. 93 Lock...................................................................................... 93 Mine, Spring Loaded..................................................... 94 Three-Way......................................................................... 92 125-Pound (Standard)........................................................92, 93 Code For Pressure Piping Excerpts from (Pipe Hangers & Supports)............ 534 Excerpts from (Threaded End Pipe)........................ 634 Pipe Calculations Based on....................................... 635-637 Pipe Design Formula..................................................... 635 Ratings Based on..............................................................358, 359 Coils, Pipe................................................................................ 618 Columns, Water................................................................... 436 Combination Elbows, Forged Steel.............................. 252 Pipe Vises........................................................................... 536 Common Flanges, Cast Iron............................................ 290 Companion Flanges, Bolting on................................... 557 Brass..................................................................................... 264 Chrome-Nickel-Moly. (18-8 Mo)............................... 453 Crane-Seal.......................................................................... 495 Forged Steel........................................................................ 361 -367 Iron....................................................................................291-295 Monel.................................................................................. 453 Nickel.................................................................................. 453 Silicon Bronze.................................................................. 453 Solder-Joint....................................................................... 510 Composition Discs.............................................................. 178 Compound Gauges and Recorders.................................438, 439 Concentric Reducers, Butt-Welding..............................355 Condensers, Atmospheric Ammonia..............................485 Conversion, General........................................................... 658 Linear............................................................................... 658-662 Pressure................................................................................658, 664 Temperature..................................................................... 663 Weight.................................................................................. 658, 664 Copper Discs for Valves..................................................... 37 Expansion Joints.............................................................. 424, 425 Gaskets, Corrugated....................................................567-570 Pipe.......................................... ............................................ 498, 583 Straps.................................................................................. 511 Tubing Bends................................................................... 510 Tubing for Crane-Seal Products................................ 498 Tubing for Solder-Joint Products.............................. 512 Tubing, Expansion Due to Temperature Changes ... 510 Tubing, Tools and Straps for..................................... 511 Corner Radiator Valves......................................................... 78, 79 Corporation Stops, Brass................................................. 89 Corrosion-Resistant Alloy Fittings and Valves Alloy Cast Iron (Valves only).....................................456 Chlorine (Valves only).................................................. 457 Chrome-Nickel-Moly. (18-8 Mo)........................... 443-455 Monel...............................................................................443-453 Nickel...............................................................................443-453 Rubber Lined................................................................... 451 Silicon Bronze............................................................... 443-453 Sanitary............................................................................... 454, 455 Corrosive Fluids, Metals Recommended for........... 443-445 Corrugated Expansion Joints...........................................425 Gaskets for Flanged Joints...................................... 567-570 Countersunk Plugs, Brass............................................... 259 Plugs, Iron......................................................................... 228 Couplings, A.A.R., Malleable Iron.............................. 193 Brass, Crane-Seal............................................................. 495, 496 Brass, Hose....................................................................... 73 Brass, Solder-Joint......................................................... 508 Brass, Standard................................................................ 256, 257 Brass, 250-Pound............................................................ 260 Cast Iron, Drainage....................................................... 221 Cast Iron, 250-Pound.................................................... 212 Chrome-Nickel-Moly. (18-8 Mo).............................. 452 Chrome-Nickel-Moly. (18-8 Mo), Sanitary............455 Circulating Boiler, Malleable Iron............................ 187 Circulating Boiler, Solder-Joint..................................509 Crane-Seal, Brass............................................................ 495, 496 vi CRANE Alphabetical Index (Con; c ct Page Couplings (Cont.) Dayton........................................................................................ 433 Drainage..................................................................................... 221 Faced........................................................................................... 232 Forged Steel, Screwed, 3000-Pound W.O.G................... 339 Forged Steel, Screwed, 6000-Pound W.O.G'.................. 340 Forged Steel, Socket-Welding............................................. 353 Hose............................................................................................. 73 Malleable Iron, Circulating Boiler.................................... 187 Malleable Iron, Dayton........................................................ 433 Malleable Iron, Drainage..................................................... 221 Malleable Iron, Faced........................................................... 232 Malleable Iron, Standard..................................................... 185 Malleable Iron, 300-Pound...........................................190, 193 Monel.......................................................................................... 452 Nickel.......................................................................................... 452 Pipe Hanger.............................................................................. 518 Sanitary, Stainless Steel........................................................ 455 Silicon Bronze.......................................................................... 452 Socket-Welding......................................................................... 353 Solder-Joint............................................................................... 508 Welded on.................................................................................. 614 Wood Rod................................................................................. 89 Wrought Steel, Extra Heavy.............................................. 229 Wrought Steel, XX Hydraulic........................................... 229 Wrought Steel, Car Heater.................................................. 229 Wrought Steel, Casing Thread........................................... 229 Wrought Steel, Half............................................................... 229 Wrought Steel, for Large O.D. Pipe............................... 229 Wrought Steel, Standard...................................................... 229 Covering, Pipe........................................................................ 546, 547 Crane-Hulbert Drainage Fittings......................................... 224 Crane-Special Brass, Properties of......................................... 2 Cranelap Flanges, Forged Steel, 150 to 2500-Lb.. . .361-367 Joints, Available Sizes and Types.................................... 610 Joints, Description............................................................605-609 Joints, Dimensions................................................................. 608 Joints, Finishes for Faces..................................................... 613 Welding Nipples, Steel.......................................................... 355 Crane-Seal Brass Valves and Fittings............................489-497 Cranetilt Steam Traps, Non-Return.................................... 418 Steam Traps, Three-Valve Lifting.......................................419 Cranite Composition Discs for Valves.................................. 178 Gaskets................................................................................. 566-571 Gaskets, for Ammonia........................................................... 485 Sh.cet Packing, Asbestos Composition............................. 565 Cranoil Discs for Valves................................................................ 32,178 Crosby Gauges and Recorders................................................... 438,439 Relief Valves...............................................................................406,407 Safety Valves............................................................................ 392 Cross Valves Brass, Bolted Bonnet......................................................... 35, 47 Brass, Regrinding.................................................................... 34 Brass, (Standard)................................... 28 Brass, 150 and 200-Pound............................................... 34, 35 Brass, 300-Pound.................................................................... 47 Ferrosteel, 175 and 250-Pound.............................................152,153 Iron Body, Composition Disc............................................. 151 Iron Body, Yoke Bonnet, 125, 175, & 250-Pound. .150-153 Main Injection......... .'.............................................................476 Marine........................................................................462, 463, 469 Crosses A.A.R., Malleable Iron......................................................... 193 Blow-Off, Cast Iron............................................................... 376 Butt-Welding, Steel.................................................................. 354 Crane-Seal, Brass...................................................................... 494,496 Flanged, Brass.......................................................................... 264 Flanged, Cast Iron, Sprinkler...............................................206,274 Flanged, Cast Iron, 125-Pound.......................................... 280 Flanged, Cast Iron, 250-Pound......................................... 288 Flanged, Cast Steel, 150 to 2500-Pound...................345-347 Sanitary, Stainless Steel........................................................ 455 Screwed, Brass, 125-Pound....................................................256,257 Screwed, Brass, 250-Pound.................................................. 260 Screwed, Cast Iron, Long Sweep.........................................204,205 Screwed, Cast Iron, Sprinkler.............................................. 197,206 Screwed, Cast Iron, 125-Pound......................................... 200 Screwed, Cast Iron, 175-Pound...........................................210,211 Screwed, Cast Iron, 250-Pound......................................... 212 Screwed, Cast Steel................................................................ 341 Pac Crosses (Cont.) Screwed, Chrome-Nickel-Moly. (18-8 Mo)............452, 45 Screwed, Forged Steel, 3000-Pound W.O.G..................... 33 Screwed, Forged Steel, 6000-Pound W.O.G.................. 34 Screwed, Forged Steel, 9000-Pound W.O.G.................. 34 Screwed, Malleable Iron, Heavy....................................... 19 Screwed, Malleable Iron, Hydraulic................................ 19 Screwed, Malleable Iron, Refinery Oil........................... 18 Screwed, Malleable Iron, Standard.............................183, 18 Screwed, Malleable Iron, 300-Pound..........................190, 19 Screwed, Monel........................................................................ 45 Screwed, Nickel....................................................................... 45 Screwed, Silicon Bronze........................................................ 45 Solder-Joint, Brass................................................................. 50 Sprinkler, Cast Iron, Flanged.......................................206, 27 Sprinkler, Cast Iron, Screwed.......................................197, 20 Crossover Bends........................................................................... 60. Tees.............................................................................................. 18; Crossovers, Screwed, Brass................................................. 256, 25 Screwed, Malleable Iron...................................................... 18 Solder-Joint, Brass................................. 50' Cups, Grease.................................................................. 44; Cutters, Glass Tube................................................................... 43e Pipe.............................................................................................. 54 Tubing......................................................................................... 54 Cylinder Cocks, Brass................................................................ 9' Operated Valves...................................................................... 17 D Pag Dayton Couplings........................................................................ 43 Dead Weight Testers................................................................... 43! Deflection of Horizontal Pipe Lines...................................... 64, Detroit Lubricators...................................................................... 44i Die Stocks, Armstrong............................................................... 53' Beaver......................................................................................... 54 Nye.............................................................................................. 53! Toledo.................................................................................. 538, 531 Discharge Valves, Overboard.....................................................47* Disc Holders For Brass Check Valves, Low Pressure.......................... 5i For Brass Check Valves, 150-Pound............................... 5< For Brass Check Valves, 250-Pound................................ 5i For Brass Check Valves, Solder-Joint............................. 50! For Brass Globe and Angle Valves, Low Pressure... 2' For Brass Globe and Angle Valves, 150-Pound........... 3' For Brass Globe and Angle Valves, 250-Pound........... 3 For Brass Globe and Angle Valves, Cranoil Disc.... 31 For Brass Globe and Angle Valves, Solder-Joint........ 50. Discs, Composition......................................................................... 17j Copper....................................................................................37, 17' Cranite....................................................................................... 17j Cranoil.................................................................................... 32, 17| Gasoline...................................................................................... 17i Double Branch Elbows, Cast Iron, Flanged, 125-Lb.... 27' Branch Elbows, Cast Iron, Flanged, 250-Pound......... 28 Branch Elbows, Cast Iron, Long Sweep.................. 204, 20 Extra Strong Pipe................................................................... 57 Hammer Lug Unions............................................................. 2Af Offset U-Bends..........................................................................602,60. Pipe Fittings.. .. ........................................................... 486, 48 Pipe Heat Exchangers........................................................... 61 Strap Clamps............................................................................ 23 Sweep Tees, Cast Iron, Flanged, 125-Pound..........278, 27 Sweep Tees, Cast Iron, Flanged, 250-Pound......... 286, 28 Sweep Tees, Cast Iron, Long Sweep......................... 204, 20 Tapped Bushings, Iron......................................................... 22 Thickness Cranelap Joints................................................... 60 Y-Branches, Drainage..................................................... 218-22 Drain Tappings on Flanged Fittings, Location of........... 64 Tees, Sprinkler......................................................................... 20 Drainage Fittings, Brass.................................................................... 215-22 Fittings, Cast Iron........................................................... 215-22 Fittings, Crane-Hulbert, for Wall Closets..................... 22 Fittings, Malleable Iron..................................................215-22 Fittings, Solder-Joint, Brass............................................... 51 Alphabetical Index (Cont.) CRANE Vll DE Page Drill Pipe Threads, A.P.X.............................................................. 595 Drilling Templates 150-Pound Brass...................................................................... 550 250-Pound Brass.........................................................................550 300-Pound Brass...................................................................... 550 25-Pound Cast Iron............................................................... 551 125-Pound Cast Iron............................................................. 551 250-Pound Cast Iron............................................................. 552 800-Pound Hydraulic Cast Iron........................................ 552 150-Pound Steel..........................................................................553 300-Pound Steel....................................................................... 553 400-Pound Steel....................................................................... 554 600-Pound Steel...................................................................... 554 900-Pound Steel....................................................................... 554 1500-Pound Steel.................................................................... 555 2500-Pound Steel....................................................................... 555 Drip Pan Elbows, Cast Iron..................................................... 391 Pockets, Cast Iron.....................................................................421 Tees, Sprinkler......................................................................... 209 Drive Pipe Threads......................................................................... 595 Drop Elbows, Brass.. ........................................................ 256, 257 Elbows, Malleable Iron........................................................ 186 Elbows, Solder-Joint.............................................................. 509 Tees, Brass......................................................................... 256, 257 Tees, Malleable Iron.............................................................. 186 Tees, Solder-Joint.................................................................... 509 E Page Eccentric Bushings, Iron........................................................... 226 Flanges, Cast Iron.......................................................... 293, 295 Reducers, Butt-Welding, Steel.............................................355 Reducers, Flanged, Cast Iron, 125-Pound................... 277 Reducers, Flanged, Cast Iron, 250-Pound................... 285 Reducers, Flanged, Cast Steel, 150 to 1500-Pound... 345 Reducers, Screwed, Cast Iron........................................... 201 Tees, Cast Iron, Screwed...................................................... 198 Ejectors....................................................................................441, 442 Elasticity Modulus of Pipe...................................................... 641 Elbows A.A.R........................................................................................... 193 '`Ammonia.................................... 190, 483 Butt-Welding, Steel.................................................................. 354 Circulating Boiler Type.......................................................... 187,509 Combination............................................................................. 252 Crane-Seal, Brass, 150 and 300-Pound................... 494, 496 Drip Pan, for Safety Valves............................................... 391 Flanged, Brass.......................................................................... 264 Flanged, Cast Iron, Sprinkler............................. 206-209, 274 Flanged, Cast Iron, 125-Pound........................................... 276,277 . Flanged, Cast Iron, 250-Pound........................................... 284,285 Flanged, Cast Steel, 150 to2500-Pound.....................345-349 Flanged, Chrome-Nickel-Moly. (18-8Mo)...................... 453 Flanged, Monel......................................................................... 453 Flanged, Nickel........................................................................... 453 Flanged, Silicon Bronze........................................................ 453 Pressure Drop in...................................................................... 629 Screwed, Brass, 125-Pound....................................................256,257 Screwed, Brass, 250-Pound.................................................. 260 Screwed, Cast Iron, Drainage..............................................216,217 Screwed, Cast Iron, Long Sweep....................................... 204 Screwed, Cast Iron, Sprinkler............................ 197, 206-209 Screwed, Cast Iron, 125-Pound (Standard).................. 198 Screwed, Cast Iron, 175-Pound...........................................210,211 Screwed, Cast Iron, 250-Pound........................................... 212,213 Screwed, Cast Steel................................................................ 341 Screwed, Chrome-Nickel-Moly. (18-8 Mo).............452, 455 Screwed, Forged Steel, 2000 to 9000-Pound W.O.G. 338-340 Screwed, Malleable Iron, A.A.R........................................ 193 Screwed, Malleable Iron, Heavy.......................................... 192 Screwed, Malleable Iron, Hydraulic................................ 194 Screwed, Malleable Iron, Refinery Oil............................ 189 Screwed, Malleable Iron, Standard.................................... 181,186 Screwed, Malleable Iron, 300-Pound..............190, 191, 193 Screwed, Monel........................................................................ 452 Screwed, Nickel........................................................................ 452 Screwed, Silicon Bronze........................................................ 452 Page Elbows (Cont.) Socket-Welding, Forged Steel............................................. 353 Solder-Joint, Brass................................................ 507, 509, 511 Sprinkler, Cast Iron.....................................197, 206-209, 274 Stainless Steel Sanitary........................................................ 455 Union, A.A.R.....................................................................243, 244 Union, Crane-Seal................................................................... 497 Union, Radiator, Screwed.................................................... 78 Union, Screwed, Brass........................................................... 262 Union, Screwed, Malleable Iron, 150-Pound......... 238, 239 Union, Screwed, Malleable Iron, 200-Pound................ 241 Union, Screwed, Malleable Iron, 300-Pound......... 243, 244 Union, Solder-Joint..................................................................505,509 Electric Motor Operated Valves............................................... 172,173 Enclosure Railing Fittings, Malleable Iron..................... 271 Engineering Data........................................................ .621-6.67 Essex Lock Cocks.......................................................................... 93 Exelloy, Properties of.................................................................. 3 Exelloy Globe and Angle Valves, Bar Stock..........................310 Exhaust Heads, Cast Iron........................................................ 424 Relief Valves, Iron Body....................................................... 378,379 Expansion Of Copper Tubing................................................................... 510 Of Liquids, Increase in Pressure Due to........................ 11 Of Pipe, Due to Temperature Changes........................... 426 Of Pipe, Thermal.................................................................... 641 Expansion Hook Plates............................................................. 532 Joints, Brass................................................................................ 426 Joints, Copper............................................................................ 424,425 Joints, Iron Body......................................................................427 ,428 Joints, Rubber.......................................................................... 425 Joints, Steel Body................................................................... 428 U-Bends, Copper Tubing..................................................... 510 U-Bends, Standard Types..................................................... 602,603 Valves, Ammonia.................................................................... 482 Extension Bars, Perforated...................................................... 519 Eye Bolts, for Pipe Hangers................................................ 523 Pieces, Brass............................................................................... 256,257 Pieces, Malleable Iron.......................................................... 186 Pipe or Riser Clamps............................................................. 519 Stems for Valves...................................................................... 169 Extra Heavy Wrought Couplings........................................... 229 Strong Pipe............................................................................... 576 Eye Bolts, Extension, for Pipe Hangers............................... 523 F Page Fabricated Piping.................................................................. 597-619 Face Bushings, Brass................................................................... 259 Bushings, Iron.......................................................................... 226 Bushings, Steel......................................................................... 227 Faced Couplings, Malleable and Wrought Iron................ 232 Locknuts, Malleable and Wrought Iron......................... 232 Facings, Male, Female, T. and G., Dimensions. . . .560, 561 Ring Joint, Dimensions................................................ 562, 563 Facings and Finishes for Flanges, Description.............612, 613 Fahrenheit-Centigrade Temperature Conversion........... 663 Faucets, Ground Key, Brass.................................................... 88 Female and Male Facings for Flanged Products... .560, 561 Ferrosteel, Properties of........................................................... 4 Ferrosteel Double Pipe Fittings.....................................486, 487 Flange Unions.......................................................................... 252 Flanged Fittings................................................................ 273-288 Flanged Fittings for Ammonia..............................................483 Flanges.................................................................................. 292-295 Steam Separators..............................................................420, 421 Steam Traps........................................................................ 415-417 Valves, Ammonia............................................................ 480-482 Valves, Angle.................................................................... 152, 153 Valves, Blow-Off...................................................................... 376 Valves, Check....................................................................165, 166 Valves, Cross..................................................................... 152, 153 Valves, Foot.............................................................................. 163 Valves, Gate, Double Disc.......................................... 130-137 Valves, Gate, Wedge Disc............................................ 107-113 Valves, Globe....................................................................152, 153 Valves, Stop-Check................................................................. 372 viii CRANE Alphabetical Index (Conf.) FF Page Filler Pieces.................................................................................... 281 Finishes and Facings for Flanges................................... 612, 613 Fi re Hose, Underwriters'............................................................ 73 Side Fusible Plugs................................................................... 437 Fittings A.A.R........................................................................................... 193 Air Tested, Standard, Malleable Iron............................. 188 Ammonia.............................................................................483, 487 Brazing, Crane-Seal..........................................................494-497 Butt-Welding, Steel..........................................................354-356 Casing Thread, Cast Iron, Standard................................ 203 Casing Thread, Cast Steel.................................................... 341 Casing Thread, Malleable Iron, Heavy.......................... 192 Casing Thread, Malleable Iron, Refinery Oil............... 189 Casing Thread, Threading................................................... 596 Circulating Boiler............................................................. 187, 509 Double Pipe....................................................................... 486, 487 Corrosion-Resistant Alloy.............................................. 452-455 Crane-Seal, Brass.............................................................. 494-497 Drainage, Brass, Screwed..................................................... 215 Drainage, Cast Iron........................................................ .215-224 Drainage, Malleable Iron.............................................. 215, 221 Drainage, Solder-Joint, Brass............................................. 511 Flanged, Ammonia................................................................. 483 Flanged, Brass.......................................................................... 264 Flanged, Cast Iron and Ferrosteel.............................. 273-288 Flanged, Cast Steel........................................................... 343-350 Flanged, Chrome-Nickel-Moly. (18-8 Mo)............... , . 453 Flanged, Galvanizing............................................................. 572 Flanged, Monel......................................................................... 453 Flanged, Nickel........................................................................ 453 Flanged, Silicon Bronze......................................................... 453 Flanged, Sprinkler...................................................206-209, 274 Hose............................. 75 Long Sweep, Cast Iron, Screwed................................ 204, 205 Marine, Brass and Iron........................................................ 461 Marine, Steel...................................................................... 471-473 Railing...................................................................................265-272 Reducing, How to Read....................................................... 644 Sanitary, Stainless Steel......................................................... 454,455 Screwed, A.A.R........................................................................ 193 Screwed, Ammonia.................................................................. 190 Screwed, Brass..........................................................255-263, 267 v Screwed, Cast Iron....................................... 195-213, 226, 228 Screwed, Cast Iron, Drainage.......................................215-224 Screwed, Cast Steel....................................................... 341 Screwed, Chrome-Nickel-Moly. (18-8 Mo).............452, 455 Screwed, Forged Steel..................................................... 338-340 Screwed, Malleable Iron.....................179-194, 226, 268-272 Screwed, Monel...........................................................................452 Screwed, Nickel........................................................................ 452 Screwed, Silicon Bronze........................................................... 452 Socket-Welding, Forged Steel...................................351-353 Solder-Joint, Brass............................................................506-511 Sprinkler, Cast Iron..................................... 197, 206-209, 274 Stainless Steel Sanitary.......................................................... 454,455 Union, A.A.R............................................................................. 243,244 Union, Brass................................................................................. 78,262 Union, Cast Iron (Return Bends)............................. 202 Union, Crane-Seal............................................................ 497 Union, Malleable Iron..................... 238, 239, 241, 243, 244 Union, Solder-Joint.................................................................. 505,509 Vacuum............................................................................... 215 Welding, Butt-Welding.............................................. 354-356 Welding, Socket-Welding......................................................... 351-353 Flange Facings and Finishes, Description............................ 612,613 Facings, Male, Female, T., 8s G., Dimensions.........560, 561 Facings, Ring Joint, Dimensions.........................................562,563 Protectors for Valves and Fittings............................ 557 Flange Unions All-Iron, Ground Joint................................................... 251 Ammonia, Boyle.............................................................. 484 Ammonia, Tongue and Groove.................................. 252 Brass, 125-Pound, Gasket Type................................ 263 Brass, 250-Pound, Gasket or Ground Joint Type. ... 263 Cast Iron, "Navy" Pattern............................... "............... 249 Cast Iron, 125-Pound, Gasket Type.........................249 Cast Iron, 250-Pound, Gasket or Ground Joint Type. 249 Cast Iron, 5-Bolt, Oil Country Pattern................. 249 Ferrosteel, Tongue and Groove................................. 252 Page Flange Unions (Cont.) Forged Steel, Tongue and Groove.................................... 252 Forged Steel, 2000-Pound, Ground Joint....................... 253 Forged Steel, 6000-Pound, Ground Joint....................... 253 Forged Steel, 9000-Pound, Ground Joint....................... 253 Malleable Iron, Standard, Ground Joint....................... 251 Malleable Iron, Three-Part, Ground Joint.................... 251 Malleable Iron, Tongue and Groove............................... 252 Malleable Iron, 400-Pound W.O.G., Gasket Type. .. 250 "Navy" Pattern...................................................................... 249 Oil Country Pattern, 5-Bolt............................................... 249 Flanged Fittings Ammonia................................................................................... 483 Brass............................................................................................ 264 Cast Iron, 25-Pound............................................................... 274 Cast Iron, 125-Pound...................................................... 273-280 Cast Iron, 250-Pound...................................................... 282-288 Cast Steel, 150 to 4000-Pound.....................................343-350 Chrome-Nickel-Moly. (18-8 Mo)...................................... 453 Drain Tappings for................................................................. 645 Ferrosteel............................................................................. 273-288. Galvanizing............................................................................... 572 Marine........................................................ ........... 461, 471 -473 Monel.......................................................................................... 453 Nickel.......................................................................................... 453 Silicon Bronze.......................................................................... 453 Sprinkler................................................................... 206-209, 274 Flanged Joints Assembly and Maintenance................................................ 624 Cranelap....................................................................605-610, 613 Facings for....................................................... 560-563, 612, 613 Ring, Dimensions............................................................ 562, 563 Ring, Facings and Finishes.................................................. 613 Ring, List Prices of Rings.......................................................564 Screwed....................................................................................... 605 Welded................................................................................. 605-609 Flanges Ammonia.................................................................................... 484 Blind, Cast Iron..................................................... 291, 292, 294 Blind, Corrosion-Resistant.................................................. 453. Blind, Forged Steel........................................................... 363-367' Blind, Forged Steel, for Ammonia. . ................................ 484 Brass, Floor............................................................................... 267 Brass, 150 and 300-Pound.................................................... 264 Cast Iron, Common............................................................... 290 Cast Iron, Floor...................................................................... 290 Cast Iron, 25 to 250-Pound........................................... 291-295 Chrome-Nickel-Moly. (18-8 Mo)...................................... 453 Common, Cast Iron............................................................... 290 Companion, Bolting-On........................................................ 557 Cranelap, Forged Steel.................................................... 361-367 Crane-Seal................................................................................. 495 Ferrosteel............................................................................. 292-295' Floor, Brass............................................................................... 267 Floor, Cast Iron...................................................................... 290 Floor, Malleable Iron.......................................... 268, 270, 290 Forged Steel, Ammonia........................................................ 484 Forged Steel, 150 to 2500-Pound................................ 361-367 Forged Steel, 4000-Pound.................................................... 350, Galvanizing............................................................................... 572J Hanger, for Pipe...................................................................... 520 Malleable Iron, Ammonia.................................................... 484 Malleable Iron, Floor............................................268, 270, 290' Malleable Iron, 125-Pound.................................................. 292. Marine...................................................................................470-473 Monel.......................................................................................... 453 Nickel.......................................................................................... 453' Screwed, Ammonia................................................................. 484 Screwed, Brass.......................................................................... 264 Screwed, Cast Iron.......................................................... 291 -295 Screwed, Corrosion-Resistant................................................ 453 Screwed, Ferrosteel........................................................... 292-295 Screwed, Forged Steel...........................................361-367, 484 Screwed, Malleable Iron............................................... 292, 484 Silicon Bronze.......................................................................... 453 Slip-On Welding, Forged Steel.....................................361-367 Solder-Joint............................................................................... 510 Wall, Malleable Iron................................................................271 Welding Neck, Forged Steel......................................... 361-367 Alphabetical Index (Cont.) CRANE IX F G1 Page Page Flexible Ball, Swivel, and Revolving Joints...................... 431 Gate Valves, Brass Float Valves............................................................................ 380, 381 Crane-Seal................................................................................. 492 Floor and Ceiling Plates............................................................. 532 Double Disc, 125-Pound....................................................16, 17 Flanges, Brass.......................................................................... 267 Double Wedge Disc, 125-Pound........................................ 17 Flanges, Cast Iron.................................................................. 290 Hose.........................................................................................70, 467 Flanges, Malleable Iron, Angle......................................... 270 Marine.................................................................................. 466, 467 Flanges, Malleable Iron, Ball............................................ 268 Names of Parts........................................................................ 14 Flanges, Malleable Iron, Round....................................... 290 Quick Opening.......................................................................... 68 Stands.................................................................................. 168, 169 Radiator...................................................................................... 80 Flue Brushes and Scrapers........................................................ 545 Solder-Joint.................................................................... .504, 505 Fluid Flow, Valve and Fitting Resistance to............. 630, 631 Solid Wedge Disc, 125-Pound............................................. 17 Pressure Drop in Elbows and Bends................................ 629 Underwriters', Cam Action.................................................. 68 Pressures for Pipe, Internal................................................. 589 Underwriters', Hose............................................................... 70 Fluxes, Soldering.......................................................................... 511 Underwriters', 200-Pound.................................................... 21 Foot Valves Wedge Disc, Non-Rising Stem, 100-Pound................... 15 Brass, Names pi Parts.......................................................... 52 Wedge Disc, Non-Rising Stem, 125-Pound................... 16 Brass, Gasoline........................................................................ 53 Wedge Disc, Non-Rising Stem, 150-Pound................... 19 Brass, Standard........................................................................ 54 Wedge Disc, Non-Rising Stem, 200-Pound................... 21 Iron Body, Brass Disc.......................................................... 162 Wedge Disc, Non-Rising Stem, 300-Pound................... 22 Iron Body, High Pressure................................................... 163 Wedge Disc, Non-Rising Stem, 350-Pound................... 24 Iron Body, Leather Disc...................................................... 162 Wedge Disc, Outside Screw and Yoke, 200-Pound. . . 21 Iron Body, Multiple Rubber Disc.................... 163 Wedge Disc, Rising Stem, 125-Pound............................. 17 Forged Carbon-Molybdenum Steel, Properties of........... 8 Wedge Disc, Rising Stem, 150-Pound..........................19, 20 Carbon Steel, Properties of.................................................. 8 Wedge Disc, Rising Stem, 200-Pound............................. 20 Chrome-Molybdenum Steel, Properties of.................... 8 Wedge Disc, Rising Stem, 300-Pound............................. 23 Nickel Steel, Properties of................................................... 8 With Special Wheels and Finishes.................................... 16 Nickel-Chrome Steel, Properties of.................................. 8 Gate Valves, Cast Steel Forged Steel A.A.R. Unions.................................................... 244 By-Passes for............................................................................. 306 Combination Elbows............................................................. 252 Gearing for................................................................................. 307 Fittings, Screwed .............................................................-.338-340 Marine.........................................................................471-473, 475 Fittings, Socket-Welding................................................351-353 Welded Bonnet........................................................................ 308 Flanges, for Ammonia........................................................... 484 150-Pound...........................................................................302-305 Flanges, 150 to 2500-Pound..........................................361-367 300-Pound...........................................................................302-305 Hammer Lug Unions............................................................. 248 400-Pound........................................................................... 302-305 Unions........................................... .............................244, 247, 248 600-Pound (Large Sizes)............................................... 302-305 Valves, Angle..............................................................................310,312-319 600-Pound (New Small Sizes).................................... 298, 299 Valves, Check.....................................................................328-331 900-Pound...........................................................................302-305 Valves, Gate................................................................................ 300 1500-Pound........................................................................ 302-305 Valves, Globe..............................................................................310,312-319 2500-Pound................................................................................ 307 Valves, Relief........................................................................... 407 4000-Pound............................................................................... 350 Four-Way Cocks, Brass.......................................................... 91, 94 Gate Valves, Corrosion-Resistant Alloy Cocks, Iron.............................................................................. 94 Chrome-Nickel-Moly. (18-8 Mo)................................448, 451 1'ees, Brass........................................... .............................256, 257 Monel....................................................................................448, 451 Tees, Malleable Iron.............................................................. 183 Nickel....................................................................................448, 451 Friction of Fluids in Valves and Fittings................... 630, 631 Silicon Bronze.................................................................... 448, 451 Fusible Plugs................................................................................. 437 G Page Garden Hose.................................................................................. 73 Hose Valves............................................................................... 71 Gas Line Cocks, Iron................................................................... 93 Stops, Brass............................................................................... 90 Valves, Gate, 500-Pound.............................................. 134, 135 Gaskets All Types, 150 and 300-Pound Brass............................... 567 All Types, 25-Pound Cast Iron............................................ 566 All Types, 125-Pound Cast Iron.......................................... 566 All Types, 175-Pound Cast Iron....................................... 567 All Types, 250-Pound Cast Iron.......................................... 567 All Types, 800-Pound Hydraulic Cast Iron.....................570 All Types, 150-Pound Steel........................................ 564, 568 All Types, 300-Pound Steel........................................ 564, 568 All Types, 400-Pound Steel........................................ 564, 569 All Types, 600-Pound Steel........................................ 564, 569 All Types, 900-Pound Steel........................................ 564, 569 All Types, 1500-Pound Steel...................................... 564, 569 Ammonia.................................................................................... 485 For Large Tongue and Groove Joints............................. 570 Rings for Ring Joints............................................................. 564 Gasoline Check Valves, Brass................................................. 53 Check Valves, Iron Body..................................................... 157 Discs............................................................................................ 178 Foot Valves, Brass................................................................. 53 Gate Valves, All-Iron Double Disc......................................................122-125, 128-133 Wedge Disc...........................................................................98-111 Gate Valves, Ferrosteel Double Disc, 400-Pound W.O.G................................. 130, 131 Double Disc, 500-Pound W.O.G.......................................... 132,133 Double Disc, 500-Pound Gas................................................ 134,135 Double Disc, 800-Pound W.O.G..........................................136,137 Names of Parts.......................................................................... 107,120 Wedge Disc, 175-Pound......................................................... 108,109 Wedge Disc, 250-Pound.................................................110, 111 Wedge Disc, 800-Pound Hydraulic.....................................112,113 Gate Valves, Forged Steel 600 and 900-Pound................................................................. 300 Gate Valves, Iron Body A.W.W.A., Double Disc.........................................................126,127 Accessories for Double Disc Type...................................... 138,139 Accessories for Wedge Disc Type.............................. 114,115 Clamp....................................................................................... 98, 99 Double Disc, Accessories (By-Passes, Etc.)............138, 139 Double Disc, All-Iron.................................. 122-125, 128-133 Double Disc, Brass Trimmed.....................................122-137 Double Disc, Water Works..........................................126, 127 Double Disc, 25-Pound (Low Pressure)........................... 122,123 DoubleDisc, 100-PoundW.O.G. (LightStandard).124, 125 Double Disc, 200-Pound (A.W.W.A.)............................... 126,127 Double Disc, 200-Pound W.O.G. (Standard). . ..128, 129 Double Disc, 400-Pound W.O.G......................................... 130,131 Double Disc, 500-Pound W.O.G..........................................132,133 Double Disc, 500-Pound Gas................................................134,135 Double Disc, 800-Pound W.O.G..........................................136,137 Marine......................................................................................... 468 Names of Parts, Double Disc............................................. 120 Names of Parts, Wedge Disc......................................101, 107 Process Industry...................................................................... 456 Quick Opening.............................................................................. 99,104 Split-Wedge Disc, Standard................................................ 105 Underwriters'.......................................................................... 104 CRANEX Alphabetical Index (Conf.) G Page Gate Valves, Iron Body (Cont.) Wedge Disc, Accessories (By-Passes, Etc.)........... 114, 115 Wedge Disc, All-Iron......................................................... 98-111 Wedge Disc, Alloy Trimmed (18-8 Mo)............................456 Wedge Disc, Brass Trimmed........................................... 98-113 Wedge Disc, Clamp............................................................. 98, 99 Wedge Disc, Exelloy Trimmed.......................................... 456 Wedge Disc, Marine............................................................... 468 Wedge Disc, Process Industry........................................... 456 Wedge Disc, Quick Opening.......................................... 99, 104 Wedge Disc, Underwriters'.................................................. 104 Wedge Disc, 25-Pound (Low Pressure)........................... 100 Wedge Disc, 125-Pound (Standard)...........................101-106 Wedge Disc, 125-Pound, Clamp Gate.......................... 98, 99 Wedge Disc, 175-Pound.................................................. 108, 109 Wedge Disc, 250-Pound.................................................. 110, 111 Wedge Disc, 800-Pound Hydraulic............................. 112, 113 Gate Valves (General) A.W.W.A., Iron Body...................................................... 126, 127 Butt-Welding.......................................................... 300, 302-307 Clamp, Iron Body............................................................... 98, 99 Crane-Seal, Brass.................................................................... 492 Cylinder Operated.................................................................. 171 Gas, 500-Pound............................... .................................134, 135 Hose, Brass............................................................................ 70, 467 Marine.......................................................466-468, 470-473, 475 Motor Operated................................................................. 172, 173 Process Industry, Alloy Cast Iron Body........................ 456 Radiator...................................................................................... 80 Solder-Joint, Brass............................................................ 504, 505 Socket-Welding................................................................... 298, 299 Underwriters', Brass....................................................21, 68, 70 Underwriters', Iron Body.................................................... 104 Gauge Accessories....................................................... 435, 438, 439 Cocks............................................................................................ 90 Glass Guards...........................................................'................ 435 Glass Tube Cutters................................................................. 435 Glasses, "Pyrex"...................................................................... 435 Gauges, Altitude.................................................................... 438, 439 Ammonia.................................................................................... 439 Compound............................................................................ 438, 439 Liquid, for Ammonia............................................................. 483 Liquid Level, for Corrosive Services................................ 450 Pressure.................................................................................438, 439 Siphons for................................................................................. 435 Vacuum.................................................................................438, 439 Water........................................................................................... 434 Gear Covers, For Cast Steel Wedge Gate Valves........... 307 For Iron Body Double Disc Gate Valves....................... 139 For Iron Body Wedge Gate Valves................................. 115 Gearing, for Cast Steel Angle Valves................................... 326 For Cast Steel Gate Valves................................................. 307 For Cast Steel Globe Valves............................................... 326 For Iron Body Double Disc Gate Valves....................... 139 For Iron Body Wedge Gate Valves.................................. 115 Genspring Pipe Hangers........................................................... 533 Glass Tube Cutters...................................................................... 435 Globe Valves, All-Iron Ammonia.............................................................................. 481, 482 Union Bonnet..................................................................... 144, 145 Yoke Bonnet............................................................................. 150 Globe Valves, Brass A.A.R., Inside Screw..........................................................42, 43 A.A.R., Outside Screw and Yoke.................................. 44, 45 Bolted Bonnet, 150 and 200-Pound................................. 35 Bolted Bonnet, 300-Pound................................................. 47 Bolted Bonnet, 2500-Pound Hydraulic.......................... 50 Composition Disc, for Air Lines........................................ 33 Composition Disc, Low Pressure...................................... 27 Composition Disc, 150-Pound............................................ 30 Composition Disc, 250-Pound............................................ 37 Copper Disc, 250-Pound...................................................... 37 Crane-Seal.................................................................................... 493 Cranoil Disc, for Light Oils and Gases........................... 32 Lock Shield, Low Pressure.................................................. 27 Lock Shield, Radiator................................................. 78, 81, 82 Marine........................................................................462, 463, 467 Names of Parts......................................................................... 26 Needle Point............................................................................. 29 Outside Screw and Yoke.................................................. 44-47 Globe Valves, Brass (Cont.) 1 Plug Type Disc, 150-Pound.................................................... 31i Plug Type Disc, 250-Pound................................................ 36 Plug Type Disc, 300-Pound.................................................. 40-47: Plug Type Disc, 350-Pound................................................ 48 Plug Type Disc, 2000-Pound Hydraulic......................... 49 Plug Type Disc, 2500-Pound Hydraulic......................... 50 Quick Opening, for Air Lines............................................. 33 Quick Opening, Self Closing,125-Pound....................... 66, 67 Quick Opening, Self Closing, 200-Pound........................ 66 Radiator................................................................................... 78, 81 Regrinding, 200-Pound......................................................... 34 Regrinding, 300-Pound.......................................................38, 39 Solder-Joint........................................................................502, 505 Union End, 300-Pound A.A.R., Inside Screw.............. 43 Union End, 300-Pound A.A.R., O.S. 8s Y..................... 45 Union End, 300-Pound Plug Type Disc......................... 41 Union End, 300-Pound Regrinding.................................. 39 Whistle Type............................................................................ 67 With Special Wheels and Finishes..................................27, 28 100-Pound (Low Pressure).................................................. 27 125-Pound (Standard).................................................. . . . . 28 - 150-Pound...............................................................30, 31, 34, 35 200-Pound..................................................................................... 34,35 250-Pound......................................................................................36,37 300-Pound................................................................................ 38-47 350-Pound.................................................................................. 48 1000-Pound Hydraulic.......................................................... -. 48 2000-Pound Hydraulic........................................................... 49 2500-Pound Hydraulic........................................................... 50 Globe Valves, Cast Steel Gearing for................................................................................ 326 Marine.................................................................................. 471-473 Stop-Check, 300-Pound........................................................ 373 Stop-Check, 400-Pound and Higher................................ 374 Union End................................................................................. 311 150-Pound........................................................................... 322-325 300-Pound........................................................................... 322-325 400-Pound............................................................................322-325 600-Pound.............................................................. -.311, 322-325 900-Pound............................................................................322-325 1500-Pound......................................................................... 322-325 2500-Pound............................................................................... 326 4000-Pound............................................................................... 350 Globe Valves, Corrosion-Resistant Alloy Chrome-Nickel-Moly. (18-8Mo).......................................446,447 Chrome-Nickel-Moly. (18-8 Mo), Bar Stock................ 310 Exelloy (Bar Stock)............................................................... 310 Monel.................................................................................... 446, 447 Nickel....................................................................................446, 447 Silicon Bronze....................................................................446, 447 Globe Valves, Ferrosteel Ammonia......................................................................................481,482 Yoke Bonnet, 175 and250-Pound........................................152,153 Globe Valves, Forged Steel Bar Stock................................................................................... 310 Chlorine Service...................................................................... 457 Marine........................................................................................ 474 600-Pound............................................................................312-317 900-Pound........................................................................... 316, 317 1500-Pound............................................................................... 318 6000-Pound Hydraulic........................................................... 319 Globe Valves, Iron Body All-Iron, Union Bonnet.................................................. 144, 145 All-Iron, Yoke Bonnet........................................................... 150 Brass Mounted, 125-Pound................................................. 148 Composition Disc, Union Bonnet, 150-Pound.................145 Composition Disc, Yoke Bonnet, 125-Pound........ 151 Marine........................................................................................ 469 Names of Parts........................................................................ 149 Plug Type Disc..........................................................................146,147 Union Bonnet..................................................................... 144-147 Yoke Bonnet.......................................................................150-153 125-Pound (Standard).....................................................148-151 150-Pound................................................................................ 144-146I 175-Pound...................................................................................... 152; 250-Pound.................................................................................... 153 400-Pound W.O.G....................................................................... 147 Globe Valves, Malleable Iron ` 400-Pound W.O.G....................................................................... 147\ Iron Body Valves Ammonia................ Angle......................... Back Pressure. .. . Butterfly.................. Blow-Off.................. Check....................... Cross......................... Exhaust Relief. . .' Float......................... Foot......................... Gate,. Double Disc Gate, Wedge Disc. Globe......................... Marine.................... Pop Safety.............. Pulp Stock............. Relief........................ Safety...................... Stop-Check............. Throttle.................. Page ................... 480-482 ................... 143-153 .............'. .378, 379 ....................... 148 ....................... 376 ............ .. . .155-166 ................... 149-153 .................378, 379 .................380, 381 .................162, 163 ................... 119-141 ..................... 97-117 ................... 143-153 .................468, 469 ........ 389, 390, 392 ......................... 375 401, 402, 404, 406 389, 390, 392, 393 ....................... 372 ......................... 148 J Page 'Jet Pumps, Steam................................................................... 441, 442 Joints Cranelap......................................................................605-610, 613 Expansion.............................................................................424-428 Flanged, Description of.................................................. 605-610 Flanged, Facings for................x.................................... 560-563 Flanged, Sizes and Types Available................................ 610 Flexible Ball.............................................................................. 431 Revolving................................................................................... 431 Ring, Description...................................................607, 608, 613 Ring, Dimensions.............................................................. 562, 563 Silbraz, Description..........................................................489-491 Solder-, Description .'....................................................... 499-501 Swing..................................................................................... 430, 432 Swivel.......................................................................................... 431 Threaded, Normal Engagement for.................................. 591 Threaded Pipe.......................................................................... 592 Welded.................................................................................. 605-609 Justrite Garden Hose Nozzles................................................... 74 K Page Keys, Lock-Shield Valve............................................................ 177 . Street Washer........................................................................... 89 Kilogram-Pound Conversion................................... 664 Klipfel Back Pressure Valves.................................................. 379 Pressure Reducing Valves............................................ 412, 413 Tank Float and Lever Valves............................................. 380 Thermostats.............................................................................. 414 L Page Large O.D. Pipe, Wrought Steel............................................. 579 Laterals, Flanged, Cast Iron, 125-Pound............................ 280 Flanged, Cast Iron, 250-Pound......................................... 288 Flanged, Cast Steel, 150 to 2500-Pound................... 345-349 Lead Gaskets.......................................................................... 485, 571 Lever and Chain Try Cocks...................................................... 435 Lever and Weight Reducing Valves............................. 412, 413 Safety Valves............................................................................ 393 Swing Check Valves, Cast Steel........................................ 336 Swing Check Valves, Iron Body........................................ 163 Levers for Valves........................................................................... 175 Lifting Steam Traps, Cranetilt Three-Valve........................ 419 Line Pipe, A.P.1............................................................................. 580 Linear Conversion.................................................................. 659-662 Linen Hose, Unlined.................................................................... 73 Pa( Liquid Gauges, Ammonia.......................................................... 48 Gauges, Brass........................................................................... 43 Gauges, Corrosion-Resistant Alloy . . . ........................... 45 Loafer Rails, Cast Iron............................................................... 27 Lock Cocks, Essex Pattern........................................................ 9 Cocks, Gas Line...................................................................... 9 Nuts, Brass.......................................................................... 256, 25 Nuts, Cast Iron........................................................................ 20 Nuts, Faced, Malleable Iron............................................... 23 Nuts, Hexagonal, Malleable Iron...................................... 18 Stops, Gas Service.................................................................. 9 Lock Shield Angle Valves......................................................... 2 Gate Valves............................................................................... | Keys............................................................................................. 17 Radiator Valves......................................................................78-8 Lockup Caps for Iron Body Double DiscGate Valves.. 13 Caps for Iron Body Wedge Gate Valves........................ 11 Long Screws................................................................................... 23 Long Radius Elbows, Flanged, Cast Iron,125-Lb.. .276, 27 Flanged, Cast Iron, 250-Pound................................... 284, 28 Flanged, Cast Steel, 150 and300-Pound...................345, 34 Stainless Steel, Sanitary........................................................ 45 Long Sweep Elbows, Malleable Iron, Hydraulic.............. 19 Fittings, Screwed, Cast Iron......................................... 204, 20 Lubricants, Pipe Thread.......................................................... 54 Lubricators.................................................................................... 44 M Pag Machine Bolts, List Prices..................................................... 556,55 Properties of................................................................................. 9,62 Torque to Produce Stress andResulting Load................ 62 Magnesia (85%) Insulations.......................... 546, 54 Main Injection Valves................................................................. 47 Maintenance and Assembly ofFlanged Joints................. 62 Male and Female Facings for Flanged Material...........560, 56 Malleable Iron, Properties of............................... s............... ' Malleable Iron A.A.R. Fittings and Unions . . .193, 242-24 Ammonia Fittings.................................................................. 190,48 Bushings..................................................................................... 22 Drainage Fittings..............................................................215-28 Fittings, Banded and Plain............................................179-19 Flange Unions.................................................................... 250-26 Flanges........................................................................................ 29 Flanges, Floor.......................................................................... 29 Flanges, Tongue and Groove............................................. 48 Railing Fittings...................................................... 268-272, 29 Swing Joints.............................................................................. 43 Unions and Union Fittings............................................235-24 Valves, Angle............................................................................ 14 Valves, Check.......................................................................... 18 Valves, Globe............................................................................ 1 ^ Manganese Bronze, Properties of.......................................... ; Manifold Valves........................................................................... 47, Marine, Fittings, Brass............................................................. 46 Fittings, Cast Steel, Flanged........................................ 471-47 Fittings, Cast Iron................................................................. 46 Fittings, Malleable Iron........................................................ 46 Flanges, Forged Steel.......................................................470-47 Fusible Plugs............................................................................ 4q Pipe Hangers, Genspring..................................................... 53 Ratings for Steel Products, Adjusted................................ 47 Requirements and Specifications......................................460,46 Marine Valves, Brass ; Angle.......................................................................................... 462,46 Check..........................................................................................464,46 Chronometer................................................................................47 Cross........................................................................................... 462,46 Gate............................................................................................ 466,46 Globe..........................................................................................462,46 Hose............................................................................................. 46 Radiator, Globe and Angle................................................... 81,46 Relief..........................................................................397, 477, 41 Safety........................................................................385, 392, 41 Screw-Down Check.............................................................. 462,41 Swing Check........................................................................... 464,4( Alphabetical Index (Corxf.) CRANE xiii j M Page Marine Valves, Cast Steel Adjusted Pressure Ratings................................ ................ 470 Angle.......................................................................... ......... 471-473 Gate............................................................................. 471-473, 475 Globe.......................................................................... ......... 471-473 Main Injection....................................................... ................ 476 Safety.......................................................................... ....392, 477 Swing Check............................................................. 471-473, 475 Marine Valves, Forged Steel Angle.......................................................................... .'.............. 474 Check......................................................................... ................ 475 Globe.......................................................................... ................ 474 Marine Valves, Iron Body Angle.......................................................................... ................ 469 Back Pressure......................................................... ................ 379 Gate........................................................................... ................ 468 Globe.......................................................................... ................ 469 Main Injection....................................................... ...................476 Overboard Discharge........................................... ................ 476 Relief.......................................................................... ................ 478 Swing Check........................................................... ................ 469 Marine Valves (General) Bar Stock (18-8 Mo), Globe and Angle ................... 474 Cargo Oil Wedge Gate........................................ ................ 468 Chronometer........................................................... ...................476 Hose........................................................................... ................ 467 ' Main Injection....................................................... ...................476 Manifold................................................................... ................ 476 Overboard Discharge........................................... ...................476 Radiator............... :................................................. ........... 81, 467 Markings of Crane Products.................................. ................ 10 Marshalltown Gauges............................................. ...................439 Merchant Casing........................................................ ................ 581 v Metallic Gaskets, Corrugated................................ ......... 567-570 Metals Used in Crane Valves and Fittings ................ 1-9 Metric System, Conversion Tables and Chart. ......... 658-664 Mill Hose............................. ......................................... ................ 73 Millimeter-Inch Conversion.................................. .........659-662 Mine Cocks, Iron, Spring Loaded......................... ................ 94 Mitre Welds.................................................................. ................ 614 Modulus of Elasticity of Pipe............................... ................ 641 Monel Metal, Properties of.................................... ................ 3 Fittings..................................................................... ......... 452, 453 Flanges and Unions............................................. ......... 452, 453 Valves, Angle, Check, Gate, and Globe. . . . .........443-449 Valves, Special Type........................................... ......... 450, 451 Monkey Wrenches...................................................... ...................544 Motor Operated Valves, Air, Gas, and Electric . ......... 172, 173 Mueller Water Pressure Regulators.................... ................ 414 Multiple Disc Foot Valves, Iron.......................... ................ 163 N Page Navy Pattern Flange Unions, Cast Iron.............................. 249 Valves, Angle, Globe, and Cross....................................... 34 Valves, Check........................................................................... 57 Needle Point Air Valves, Brass............................................. 29 Globe and Angle Valves, Bar Stock................................. 310 Globe and Angle Valves, Brass.......................................... 29 Nickel, Properties of.................................................................... 3 Nickel Alloy, Properties of........................................................ 2 Alloy Cast Steel, Properties of........................................... 7 Alloy Forged Steel, Properties of....................................... 8 Chrome Alloy Cast Steel, Properties of.......................... 7 Chrome Alloy Forged Steel, Properties of..................... 8 Fittings............................................................................... 452, 453 Flanges........................................................................................ 453 Unions.......................................................................................... 452 Valves.................................................................................. 443-451 Nipples, Brass................................................................................ 258 Butt-Welding, Steel........................................................355, 356 Hexagon, Malleable Iron...................................................... 186 Hose............................................................................................. 75 Seamless Steel...................................................................230, 231 Solder-Joint............................................................................... 508 Stainless Steel, Sanitary........................................................ 455 Wrought Steel.................................................................. 230, 231 N Page Ni-Resist Cast Iron, Properties of........................................ 4 Non-Return Steam Traps, Cranetilt.................................... 418 Valves......................................................See Stop-Check Valves Normal Thread Engagement for Pipe Joints................ .. 591 Nozzle Welds................................... ............................................ 614 Nozzles, Hose................................................................................ 74 Nye Die Stocks............................ ....................................... 537 o Page O.D. Pipe, Large, Wrought Steel............................................ 579 Offset Bends, Copper Tubing.................................................. 510 Standard Type......................................................................... 602 Offsets, Drainage, Cast Iron.................................................... 221 Malleable Iron.......................................................................... 186 Sprinkler, Cast Iron............................................................... 209 Oil and Steam Separators...................................................420, 421 Country Flange Unions, Cast Iron.................................. 249 Country Tubular Goods, Threading of..................... 593-596 Refinery Fittings, Malleable Iron..................................... 189 Well Tubing Threads............................................................. 595 Oilers.......................................................................................... 440 Open Float Steam Traps..................................................... 415-417 Ordering Valve Replacement Parts...................................... 167 Overboard Discharge Valves.......................................................476 l P Page P Traps, Drainage............................................................... .... 221 P/S Values for Steel Pipe................................................. .... 637 Packing, Sheet..................................................................... .. .. 565 Parmelee Pipe Wrenches.................................................. .... 544 Partition Crosses, Drainage........................................... .. .. 219 Parts, Names of, Brass Check and Foot Valves.... .. .. 52 Names of, Brass Gate Valves.................................... .... 14 Names of, Brass Globe and Angle Valves............ .. .. 26 Names of, Iron Body Clamp Gate Valves......... .... 98 Names of, Iron Body Double Disc Gate Valves .... 120 Names of, Iron Body Wedge Gate Valves........... 101, 107 Names of, Iron Body Globe and Angle Valves. .. .. 149 Replacement, Ordering.............................................. .. .. 167 Penberthy Injectors and Ejectors.............................. .. .. 441 Perforated Extension Bars............................................ .... 519 Pet Cocks, Brass................................................................. .... 90 Pipe A.P.I. Line...................................................................... .... 580 Brass, Regular and Extra Strong........................... .... 583 Brass, Used with Crane-Seal Silbraz Products.. .... 498 Coils.................................................................................. .... 618 Copper, Regular and Extra Strong....................... .... 583 Copper, Used with Crane-Seal Silbraz Products .... 498 Steel, Allowable Stresses and Calculations......... .635-637 Steel, A.P.I. Line......................................................... .. .. 580 Steel, American Standard for.................................. .584-587 Steel, Double Extra Strong...................................... .... 577 Steel, Extra Strong...................................................... Steel, Hydraulic........................................................... Steel, Large O.D........................................................... Steel, Reamed and Drifted...................................... Steel, Standard............................................................. Steel, Trade Practice.................................................. Wrought Iron................................................................ .... 576 .... 577 .... 579 .... 578 .... 575 .... 574 .... 574 Pipe (Data) American Standard...................................................... Bundling Schedule...................................................... Deflection of Horizontal Lines............................... Design Formula, Code for Pressure Piping .... Discharge of Water Through.................................. Expansion Due to Temperature Changes........... Flow of Water Through............................................ General Data................................................................. Internal Fluid Pressures............................................ Modulus of Elasticity................................................. Thermal Expansion.................................................... .584-587 .... 578 .... 643 .... 635 .625-627 .... 426 .... 628 .... 588 .... 589 .... 641 .... 641 XIV i CRANE Alphabetical Index (Con. i P Page Pipe Bends Dimensions and Data.......................................................602-604 Fabricating Facilities for................................................ 597-601 Formulas for Calculating..............................................638, 639 Length of Pipe in.................................................................... 640 Minimum Radii and Tangents................................... 602, 603 Notes on................................................................................602-604 Pressure Drop in...................................................................... 629 Small Type................................................................................ 232 Special and Compound Types........................................... 604 Standard Types................................ ...........................602, 603 Testing of................................................................................... 619 Pipe Hangers, Code for Pressure Piping Excerpts............534 Standards and Specifications for....................................... 534 Pipe Hangers Adjustable Clip........................................................................ 514 Adjustable Swivel Pipe Roll............................................... 516 Adjustable Swivel Ring........................................................... 515 Band............................................................................................ 514 Clevis........................................................................................... 514 Clip Ring................................................................................... 514 Genspring, for High-Temperature Installations........... 533 Hook, U-Type.......................................................................... 518 Ring Type................................................................................. 515 Ring and Bolt Type............................................................... 514 Roll Type........................................................................... 516, 517 Single Pipe Roll with Sockets............................................. 517 Single Pipe Roll with Special Sockets ............................ 517 Split Ring................................................................................... 515 Spring Cushion Type............................................................. 516 Swivel Pipe Roll, Adjustable.............................................. 516 Swivel Ring............................................................................... 515 U-Hook Type........................................................................... 518 Underwriters'...........................................................514, 515, 518 Pipe Hanger Extensions, Connections, Etc. Adjustable Swinging Flanges............................. 520 Adjustable Swivel Couplings............................................... 518 Bracket Clips............................................................................ 525 Brackets, Welded Steel..................................................524, 525 Ceiling Plates............................................................................ 532 Channel Clamps...................................................................... 522 Clamps, Channel...................................................................... 522 Clamps, I-Beam.................................................................522-524 Clamps, Pipe............................................................................. 519 Clamps, Riser........................................................................... 519 Clip Bases for Adjustable Clips............................................514 Clips for Brackets.................................................................... 525 Couplings, Adjustable Swivel............................................. 518 Couplings, Hanger Rod......................................................... 518 Couplings, Rod........................................................................ 518 Extension Bars, Perforated.................................................. 519 Extension Eye Bolts............................................................... 523 Extension Piece........................................................................ 520 Eye Bolts........................................................................... :. .. 523 Flanges, One-Piece.................................................................. 520 Flanges, Swinging, Adjustable........................................... 520 Flanges, Swivel........................................................................ 520 Floor Plates............................................................................... 532 Hanger Rods............................................................................ 521 I-Beam Clamps...................................................................522-524 Perforated Extension Bars.................................................. 519 Pipe Clamps............................... ,............................................. 519 Pipe Covering Protection Saddles.................................... 530 Plates, Ceiling and Floor...................................................... 532 Riser Clamps............................................................................. 519 Rod Couplings.......................................................................... 518 Rods, Hanger............................................................................ 521 Saddles, for Pipe Covering.................................................. 530 Sockets........................................................................................ 515 Sockets for Single Pipe Rolls.............................................. 517 Steel Brackets.................................................................. 524, 525 Swinging Flanges....................... 520 Swivel Couplings...................................................................... 518 Swivel Flanges.......................................................................... 520 Toggle Bolts.............................................................................. 518 Tumbuckles............................................................................... 519 Underwriters' Eye Bolts..........................................................523 Underwriters' Hanger Flanges..............................................520 Underwriters' I-Beam and Channel Clamps...........522-524 Underwriters' Riser and Pipe Clamps............................. 519 P Pa< Pipe Supports, Code for Pressure Piping Excerpts .... 53 Standards and Specifications for.......................................... 53 Spacing of................................................................................... 64 Pipe Supports Adjustable Chair with Base Plate....................................... 52 Adjustable Pipe Roll Stand................................................ 52 Adjustable Pipe Roll Stand with Base Plate................ 52 Adjustable Saddles................................................................. 53 Anchor Chair............................................................................ 52 Base Plates for Pipe Chairs................................................. 52 Base Plates for Pipe Roll Stands................................527, 52 Brackets for........................................................................ 524, 52 Chair............................................................................................ 52 Expansion Type Hook Plates............................................. 53 Hook Plates............................................................................... 53. Pipe Clamps.............................................................................. 51: Pipe Roll and Plate............................................................... 52; Pipe Roll Stands......................................................................526,52! Pipe Roller................................................................................. 52` Pipe Rolls for............................................................................ 52' Plates, Hook............................................................................. 53: Pole Type, for Outside Lines............................................. 521 Riser Clamps............................................................................. 511 Saddles........................................................................................ 53' Seats............................................................................................ 52! Single Wall Hooks.....................................................................53' Stanchion Saddles................................................................... 53' Stands, Pipe Roll.................................................................... 526,52' Wall Hooks............................................................................... 53' Wall Type.................................................................................. 531,531 Welded Steel Brackets for................................................... 524,52! Pipe Threads A.P.I. Drill................................................................................ 59! American Standard................................................................. 591 British Standard...................................................................... 59' Casing................................................................................. 593-59! Drive............................................................................................ 59!, Engagement Necessary to Make Tight Joint. . . ,591, 591 Lubricants for.......................................................................... 54! Railing........................................................................................ 26! Rotary........................................................................................... 59! Pipe Threading Tools and Accessories Cutters.........................1............................................................ 541 Dies.............................................................................................. 53"r Drills and Taps, Combined................................................. 54! Power Machines for Threading......................................... 54C Reamers................................................................................ 542, 54! Stocks............................................................................................. 531 Taps............................................................................................. 54! Thread Lubricants................................................................. 54! Threading Devices............................................................537-541 Tongs.......................................................................................... 54* Vises............................................................................................ 53! Wrenches.......................................... 543, 54* Pipes, Hose...................................................................................... 7* Piping, Fabricated, Facilities for Manufacture. . ..597-601 Flange Facings and Finishes....................................... 612, 61C Flanged Joints, Description...........................................605-61! Flanging Processes............................................................605-60! Pipe Bends........................................................................... 602-60* Pipe Coils.. ..'......................................................................... 61! Testing........................................................................................ 61! Welded Piping.................................................................... 614-61! Welds Generally Used..............................................................61 * Pitched Return Bends, Cast Iron.......................................... 201 Plain Pattern Railing Fittings, Malleable Iron....................271 Plates, Floor and Ceiling............................................................. 53l Hook..................................................................................... 531 Plugs Brass, Countersunk.......................................................... 25! Brass, Solid............................................................................... 25! Brass, Square Head................................................................ 25! Chrome-Nickel-Moly. (18-8 Mo)................................ 452, 45! Crane-Seal................................................................................. 49( Fusible........................................................................................... 431 Iron, Bar.................................................................................... 22( Iron, Barrel............................................................................... 22! Iron, Countersunk.................................................................. 22) Iron, Square Head.................................................................. 221 Iron, Solid.................................................................................. 221 Alphabetical Index (Conf.) CRANE xv P Page Plugs (Cont.) Monel.......................................................................................... 452 Nickel........................................................................................... 452 Silicon Bronze............................................................................. 452 Solder-Joint.................................................................................. 508 Stainless Steel, Sanitary................................................454, 455 Steel, Hexagon Head............................................................. 228 Steel, Square Head.................................................................. 228 Tapped for Air Cocks, Iron................................................. 228 Pop Safety Valves Brass, for Saturated and Superheated Steam. . . .384, 385 Brass, for Steam Heating Boilers......................................... 388 Brass, Marine............................................................384, 385, 477 Brass, Outside Spring............................................................. 385 Cast Steel, for High Temperatures.............................391, 392 Cast Steel, Marine.................................................. 391, 392, 477 Iron Body, for Air and Gas................................................. 390 Iron Body, for Steam Heating Boilers............................ 389 Posts, Indicator............................................................................. 170 Pound-Kilogram Conversion.................................................... 664 Power Pipe Machines.................................................................. 540 , Pressure Conversion.................................................................... 664 Drop in Elbows and Bends.................................................. 629 Gauges................................................................................... 438, 439 Reducing Valves................................................................ 412, 413 Regulators.................................................................. 410, 411, 414 Properties of Crane Metals...................................................... 2-9 Saturated Steam................................................................ 650-653 Superheated Steam............................................................654-657 Protection Saddles for Pipe Covering.................................. 530 Protectors, Flange....................................................................... 557 Pulp Stock Valves, Iron Body.................................................. 375 Pumps Condensation........... ................................................................. 85 Sump, Electric.......................................................................... 442 Underground Vertical............................................................ 85 Vacuum....................................................................................... 85 Pyrex Glasses for Gauges........................................................... 435 Q Page Quarter Bends, Copper Tubing............................................. 510 . Small, Wrought Steel............................................................. 232 Standard Type......................................................................... 602 Quick-Acting Throttle Valves, Brass.................................. 69 Throttle Valves, Iron............................................................. 148 Quick-Opening Gate Valves, AlloyMetal.......................... 451 Gate Valves, Brass.................................................................. 68 Gate Valves, Iron Body........................................................ 104 Gate Valves, Iron Body, Clamp Type............................ 99 Globe Valves, Brass, 125-Pound.................................... 66, 67 Globe Valves, Brass, 150-Pound,for Air......................... 33 Globe Valves, Brass, 200-Pound........................................ 66 R Page Radial Back Cranelap Joints..................................................... 607 Radiator Tail-Pieces, Extra Length...................................... 82 Thermostatic Traps................................................................ 84 Union Elbows........................................................................... 78 Union Elbows, Solder-Joint.................................................. 505 Valves, Air................................................................................. 82 Valves, All Types, Brass.....................................................77-84 Valves, Bellows........................................................................ 84 Valves, Gate.............................................................................. 80 Valves, Government Pattern.............................................. 81 Valves, Hot Water...............................................................78, 79 Valves, Lock-Shield................................................................ 82 Valves, Lock-Shield, Keys for............................................ 177 Valves, Marine....................................................................81, 467 Valves, Solder-Joint.................................................................. 505 Valves, Venting.................................................................... 82, 83 Railing Pipe Threads................................................................... 266 R Page Railing Fittings Brass............................................................................................ 267 Cast Iron, Floor Flanges...................................................... 290 Cast Iron, Loafer Rails........................................................ 272 Malleable Iron, Adjustable................................................. 271 Malleable Iron, Ball Pattern...................................... 268, 269 Malleable Iron, Enclosure.................................................... 271 Malleable Iron, Plain Pattern............................................ 272 Malleable Iron, Stair Rail.............................................270, 271 Railroad Union Fittings, Malleable Iron............................. 241 Unions, Malleable Iron......................................................... 240 Range Boiler Fittings, Brass, Solder-Joint...................... 509 Malleable Iron.......................................................................... 187 Ratchet Die Stocks....................................................537, 538, 541 Reamers, Self-Feeding.......................................................... 542 Ratings, Pipe, Method of Calculating............................ 635-637 Reamed and Drifted Pipe........................................................ 578 Reamers, Pipe........................................................................ 542, 545 Recessed Couplings, Wrought................................................. 229 Recorders, Pressure, Vacuum, Compound, or Alti tude................................................................................... 438, 439 Reducers A.A.R., Malleable Iron......................................................... 193 Ammonia.................................................................................... 190 Butt-Welding, Steel............................................................... 355 Crane-Seal, Brass...................................................................... 495,496 Flanged, Cast Iron, 125-Pound (Standard).................. 277 Flanged, Cast Iron, 250-Pound......................................... 285 Flanged, Cast Steel, 150 to 2500-Pound................... 345-349 Hose, Brass................................................................................ 75 Screwed, Brass, 125-Pound (Standard).............................256,257 Screwed, Brass, 250-Pound.................................................. 260 Screwed, Cast Iron, 125-Pound (Standard).................. 201 Screwed, Cast Iron, 175-Pound...................................210, 211 Screwed, Forged Steel, 3000-Pound W.O.G................... 339 Screwed, Forged Steel, 6000-Pound W.O.G......................340 Screwed, Forged Steel, 9000-Pound W.O.G................... 340 Screwed, Malleable Iron, Standard.................................. 184 Screwed, Malleable Iron, 300-Pound..........................190-193 Screwed, Malleable Iron, Heavy....................................... 192 Solder-Joint, Brass..............-............................................... 508 Reducing Fittings, How to Read........................................... 644 Reed Pipe Vises............................................................................. 536 Refinery Oil Malleable Iron Fittings, Standard................ 189 Regulators, Pressure................................................... 410, 411, 414 Reinforcing Welding Saddles.................................................. 356 Relief Valves All-Iron, for Ammonia........................................................... 401 Brass, for Air............................................................ 394, 398, 399 Brass, for Cold Water................................394, 396, 397, 400 Brass, for Gas............................................................................. 398,399 Brass, for Hot Water.......................................................394-397 Brass, for Oil............................................................. 396, 397, 400 Brass, for Steam.......................................................394, 396, 397 Brass, for Water Heaters...................................................... 395 Brass, Hydraulic...................................................................... 400 Brass, Marine............................................................ 397, 477, 478 Brass, Vacuum......................................................................... 395 Cast Steel, Crosby Nozzle Type........................................ 406 Cast Steel, Inside Spring......................................................... 403 Cast Steel, Outside Spring................................................... 405 Chrome-Nickel-Moly. (18-8 Mo)...................................... 450 Forged Steel Base and Disc................................................ 407 Iron Body, Crosby Nozzle Type..........................................406 Iron Body, Inside Spring...................................................... 402 Iron Body, Marine................................................................. 478 Iron Body, Outside Spring....................................................379,404 Marine......................................................................... 397, 477, 478 Monel.......................................................................................... 450 Nickel.......................................................................................... 450 Silicon Bronze.......................................................................... 450 Vacuum......................................................................................... 395 Renewable Discs for Valves, Composition......................... 178 Replacement Parts for Valves, Ordering............................ 167 Return Bends Ammonia.....................................................................190, 483, 487 Back Outlet................................................................................. 190,202 Butt-Welding, Steel............................................................... 355 Copper Tubing........................................................................ 810 Crane-Seal, Brass.................................................................... 495 XVI CRANE Alphabetical Index (Conf.)j R Page Return Bends (Cont.) Double Pipe.........................................................................486, 487 Flanged, Cast Iron................................................................. 281 Flanged, Cast Steel, 150 and 300-Pound................345, 346 Flanged, Ferrosteel................................................................. 281 Screwed, Brass, Standard...............................................256, 257 Screwed, Brass, 250-Pound.................................................. 260 Screwed, Cast Iron, Standard.......................................... 202 Screwed, Cast Iron, 175-Pound......................................... 210 Screwed, Cast Iron, 250-Pound ....................................... 212 Screwed, Malleable Iron, Standard.................................. 185 Screwed, Malleable Iron, 300-Pound............................... 190 Screwed, Wrought Steel........................................................ 232 Solder-Joint, Brass................................................................. 510 Union End, Cast Iron..................................................... 202, 487 Reversible Stops, Brass............................................. 88 Revolving Joints, Barco............................................................. 431 Ridgid Pipe and Tubing Cutters...............................................542 Pipe Wrenches.......................................................................... 543 Ring Joint Facings and Rings, Dimensions..................562, 563 Joints, Description.................................................607, 608, 613 Joints, Rings for, List Prices............................................... 564 Gaskets.................................................................................. 566-571 Type Pipe Hangers.......................................................... 514, 515 Riser Clamps for Pipe Hangers.................................................. 519 Rivet Data for Railing Fittings............................................... 266 Rod Couplings for Pipe Hangers............................................. 518 Rods, Hanger................................................................................. 521 Roll and Plate, Pipe.................................................................... 528 Stands, Pipe........................................................................526, 527 Roller Supports, Pipe.................................................................. 526 Rolls, Pipe............................................................................. .517, 526 Roof Connections, Drainage...................................................... 220 Rotary Pipe Threads................................................................... 595 Rough Stops, Brass...................................................................... 88 Rubber Gaskets, "CC"................................... 566, 567, 570, 571 Gaskets, Ammonia................................................................. 485 Gaskets, Cloth Inserted...................................... 566, 567, 571 Lined Gate Valves.................................................................. 451 Sheet Packing, "CC"........................................................ 565 Spool Type Expansion Joints............................................. 425 Running Traps, Drainage........................................................ 221 s Page S Traps, Drainage........................................................................ 221 Saddle Supports for Pipe........................................................... 531 Saddles, Pipe Covering Protection........................................ 530 Safety Valves Brass, Crosby Nozzle Type, for Steam.............................. 392 Brass, Inside Spring, for Air and Gas...................... 386, 387 Brass, Lever and Weight...................................................... 393 Cast Steel, Crosby Nozzle Type, forSteam...................... 392 Iron, Lever and Weight........................................................ 393 Marine........................................................................................... 477 Pop, Brass................................................................ 384, 385, 388 Pop, Cast Steel.................................................................391, 392 Pop, Iron Body........................................................................ 389 Pop, Marine............................................................ 384, 385, 477 Sampling or Vent Valves for Transformer Oil.................. 33 Sanitary Valves and Fittings, Stainless Steel............ 454, 455 Satu rated Steam, Properties of....................................... 650-653 Saunders Pipe Cutters............................................................... 542 Sawing Vises................................................................................... 511 Scrapers, Flue............................................................................... 545 Screw-Down Check Valves, Marine........... 462, 463, 471-473 Screwed Flanged Joints............................................................. 605 Screwed Fittings A.A.R.......................................................................................... 193 Ammonia................................................................................... 190 Brass, Railing............................................................................. 267 Brass, 125 and 250-Pound..............................................256-260 Cast Iron..............................................................................195-224 Cast Steel, 1000 and 2000-Pound W.O.G..........................341 Chrome-Nickel-Moly. (18-8 Mo)........................................ 452 Chrome-Nickel-Moly. (18-8 Mo), Sanitary......................455 Circulating Boiler........................................................... 187, 509 s Page; Screwed Fittings (Cont.) | Drainage............................................................................... 215-223 Forged Steel, 2000 to 9000-Pound W.O.G...............338-340 Long Sweep, Cast Iron................................................... 204, 205 Malleable Iron.................................................................... 179-194 Monel.......................................................................................... 452 Nickel.......................................................................................... 452 Sanitary, Stainless Steel................................................. 454, 455 Silicon Bronze.......................................................................... 452 Sprinkler......................................................................................197,206-209 Screwed Flanges Ammonia................................................................................... 484 Brass, 150 and 300-Pound.................................................... 264 Cast Iron, 25-Pound.............................................................. 291 Cast Iron, 125-Pound................................................... 292, 293 Cast Iron, 250-Pound................................................... 294, 295 Chrome-Nickel-Moly. (18-8 Mo)...................................... 453 Common, Cast Iron............................................................... 290 Ferrosteel, 125 and 250-Pound..................................... 292-295 Floor, Brass............................................................................... 267 Floor, Cast Iron...................................................................... 290 Floor, Malleable Iron........................................... 268, 270, 290 Forged Steel, Ammonia........................................................ 484 Forged Steel, 150 to 2500-Pound................................ 361-367 Forged Steel, 4000-Pound.................................................... 350 Malleable Iron, Ammonia....................................................... 484 Malleable Iron, 125-Pound.................................................. 292 Marine......................................................................................... 460,471-473 Monel.......................................................................................... 453 Nickel.......................................................................................... 453 Silicon Bronze.......................................................................... 453 Seamless Steel Pipe........................ 574-577, 579, 580, 584-586 Steel Nipples and Couplings ..........................................229-231 Sediment Separators........................................................... 422, 422 Self-Adjusting Packed Radiator Valves............................. 7 Self-Feeding Ratchet Reamers............................................... 542 Separators, Oil and Steam................................................420, 421 Sediment............................................................................. 422, 422 Service Tees, Brass, Standard......................................... 256, 251 Malleable Iron, Standard.................................................... 182 Shaped Welding Nipples, Steel............................................... 356 Sheet Packing, "CC" Rubber.................................................. 566 Packing, Cranite Asbestos Composition......................... 566 Shock Effect on Valves and Fittings.................................... 11 Side Outlet Elbows, Flanged, Cast Iron, 125-Pound . .. 27( Elbows, Flanged, Cast Iron, 250-Pound......................... 281 Elbows, Screwed, Brass, Standard.................................... 256,251 Elbows, Screwed, Cast Iron, Standard........................... 191 Elbows, Screwed, Malleable Iron, Standard................. 18' Tees, Flanged, Cast Iron, 125-Pound............................. 271 Tees, Flanged, Cast Iron, 2 50-Pound............................. 281 Silbraz Joints, Description and Products Used with 489-491 Silicon Bronze, Properties of.................................................... 1 Bronze Fittings, Flanges, Unions, and Valves.. . .446-45! Simpact Self-Contained Pipe Threaders................................ 53! Single Hammer Lug Unions..................................................... 24| Offset Quarter Bends............................................................. 60 Offset U-Bends........................................................................ 60 Strap Clamps, Malleable Iron........................................... 23 Sweep Tees, Flanged, Cast Iron, 125-Pound..........278, 27 Sweep Tees, Flanged, Cast Iron, 250-Pound..........286, 28 Sweep Tees, Screwed, Cast Iron (Long Sweep).. .204, 20 Sink Elbows and Tees, Solder-Joint, Brass........................ 508,50 Siphons for Steam Gauges........................................................ 43 Sizing Tools for Soft Copper Tubing.................................... 51 Sleeve Welds................................................................................... 61 Sleeves, Welding..............................................................................35 Slip-On Welding Flanges, 150 to 2500-Pound............. 363-36 Socket Wrenches, Tee Handle................................................. 17 Sockets for Pipe Rolls, Malleable Iron...................................51 Socket-Welding Fittings, Forged Steel......................... 351-36- Flanges, Marine...................................................................... 47 Valves, Cast Steel, Angle, 150 to 1500-Pound.................36 Valves, Cast Steel, Check, 150 to 1500-Pound............... 3( Valves, Cast Steel, Gate, 150 to 1500-Pound. . . .299, 3( Valves, Cast Steel, Globe, 150 to 1500-Pound............. 31 Valves, Forged Steel, Angle, 600-Pound................. 314, 3 Valves, Forged Steel, Check, 600-Pound................328, 3 Valves, Forged Steel, Globe, 600-Pound.................314, 3 Soft Iron Gaskets, Corrugated.......................................... 568-5 Alphabetical Index (Cont.) CRANE XVII s Page Solder-Joint Adapters........................................................505, 508 Bends........................................................................................... 510 Companion Flanges................................................................ 51 O' Fittings................................................................................. 506-511 Union Elbows.................................................................... 505, 509 Unions.......................................................................................... 509 Valves, Angle............................................................................ 502 Valves, Check..............................................................................503 Valves, Gate................................................................................ 504 Valves, Globe.............................................................................. 502 Valves, Radiator...................................................................... 505 Valves, Swing Check................................................................ 503 Valves, with Adaptors........................................................... 505 Solder-Joints, Description and Instructions............. 500, 501 Ratings and Recommendations for Products................ 506 Tubing (Copper) Used With............................................... 512 Soldering Fluxes........................................................................... 511 Solders and Fluxes....................................................................... 511 Solid Ring Pipe Hangers................................................... 514, 515 South Penn Casing Threads.................................................... 594 Spanners, Hose............................................................................. 75 Special Brass, Crane, Properties of....................................... 2 Spool Type Rubber Expansion Joints..................................... 425 Spring Cushion Pipe Hangers.................................................. 516 Loaded Cocks........................................................................... 94 Sprinkler Fittings, Cast Iron.........................197, 206-209, 274 Square Head Plugs, Brass......................................................... 259 Head Plugs, Iron...................... .............................................. 228 Head Plugs, Iron, Tapped for Cock................................ 228 Head Plugs, Steel.................................................................... 228 Stainless Steel Sanitary Valves and Fittings............. 454, 455 Stai r Rail Brackets, Malleable Iron....................................... 272 Rail Fittings, Malleable Iron...................................... 270, 271 Stanchion Saddle-Type Pipe Supports................................ 531 Standard Pipe, Wrought Steel...................................................575 Stands, Floor.......................................................................... 168, 169 Steam, Data Pertaining to....................................................... 649 Definitions of Terms UsedJWith...................................... 648 Pressure Drop in Elbows and Bends................................ 629 Resistance of Valves and Fittings to Flow of.. . .630, 631 Saturated, Properties of.................................................. 650-653 Superheated, Properties of............................................. 654-657 Steam Brass, Properties of........................................................ 2 Coils, Heating Water With.......................................... 632, 633 Hose and Hose Couplings.................................................... 73 Jet Pumps...........................................................................441, 442 Separators...........................................................................420, 421 Traps......................................................................................415-419 Steel Bushings................................................................................ 227 Pipe Data................................................................................... 588 Plugs............................................................................................. 228 Stellite ("U") Trim..................................................................... 3 Stem Protectors for Iron Body Double Disc Gate Valves. 139 Protectors for Iron Body Wedge Gate Valves.............. 115 Stems, Extension, for Valves .............................................. 169 Stillson Pipe Wrenches.............................................................. 543 Stocks.and Dies............................................................................. 537 Stop-Check Valves, General Data............................... 370, 371 Cast Steel, 300-Pound..............................................................373 Cast Steel, 400-Pound........................................................... 374 Cast Steel, 600-Pound........................................................... 374 Cast Steel, 900, 1500, and 2500-Pound.............................. 374 Ferrosteel, 250-Pound.............................................................. 372 Stops, Brass.................................................................................. 88-90 Strainers (Sediment Separators)....................................422, 423 Strap Wrenches............................................................................. 544 Straps for Copper Tubing......................................................... 511 Street Washer Tees...................................................................... 89 Street Elbows A.A.R.......................................................................................... 193 Ammonia.......................................................................................190 Crane-Seal, Brass............................................................ 494, 496 Screwed, Brass, Standard.............................................256, 257 Screwed, Cast Iron, Drainage............................................. 216 Screwed, Forged Steel, 3000-Pound W.O.G.................. 339 Screwed, Malleable Iron, Heavy....................................... 192 Screwed, Malleable Iron, Refinery Oil............................ 189 Screwed, Malleable Iron, Standard.................................. 181 Screwed, Malleable Iron, 300-Pound...................... 190, 193 Solder-Joint, Brass.................................................................... 507 s Page Studs, Bolt-, Data............................................................... 622, 623 Bolt-, List Prices......................................................................558,559 Suction Hose................................................................................... 73 Sump Pumps, Electric................................................................. 442 Superheated Steam, Properties of................................ 654-657 Supports, Pipe, List Prices andDescription..................525-532 Pipe, Spacing of........................................................................ 642 Swartwout Exhaust Heads....................................................... 424 Swing Joints, Ball Bearing......................................................... 432 Joints, Brass or Iron Body................................................... 430 Swing Check Valves Angle, Brass, 200-Pound......................................................... 57 Brass, Crane-Seal............................................................... 492 Brass, Solder-Joint................................................................... 503,505 Brass, Standard............................................................................ 55 Brass, 150-Pound........................................................................ 57,58 Brass, 200-Pound........................................................................57,58 Brass, 300-Pound....................................................................... 60,61 Brass, 350-Pound.................................................................... 62 Cast Steel, 150 to 4000-Pound................. 333-336, 350, 475 Chrome-Nickel-Molybdenum (18-8 Mo).......................... 451 Clearway, Iron Body.............................................................. 164 Crane-Seal, Brass.................................................................... 492 Ferrosteel, 250-Pound............................................................. 165 Ferrosteel, 800-Pound Hydraulic........................................ 166 Iron Body, Lever and Weight............................................. 163 Iron Body, Standard.......................................................161, 164 Iron Body, 250-Pound.......................................................... 165 Iron Body, 400-Pound W.O.G............................................ 156 Iron Body, 800-Pound Hydraulic...................................... 166 Malleable Iron, 400-Pound W.O.G..................................... 156 Marine.................................................... 464, 465, 469-473, 475 Monel.......................................................................................... 451 Nickel........................................................................................... 451 Silicon Bronze.......................................................................... 451 Solder-Joint, Brass................................................................... 503,505 Underwriters', Iron Body.................................................... 164 Swinging Hanger Flanges, for Pipe........................................ 520 Swivel Joints, Barco.................................................................... 431 Syphons for Steam Gauges...................................................... 435 T Page Tail-Pieces for Radiator Valves, Extra Length. .............. 82 For Sanitary Valves and Fittings....................................... 454,455 Tank Float Valves................................................................ 380, 381 Nipples, Wrought Steel.................................................. 230, 231 Thermostats, Klipfel.............................................................. 414 Taper Reducers Flanged, Cast Iron, 125-Pound.................'....................... 277 Flanged, Cast Iron, 250-Pound.......................................... 285 Flanged, Cast Steel, 150 to 2500-Pound...................345-349 Taps, Pipe........................................................................................ 545 Taps and Drains for Flanged Fittings, Location of......... 645 Tee Wrenches for Hub End Gate Valves............................. 177 Tees A.A.R........................................................................................... 193 Ammonia, Flanged................................................................. 483 Ammonia, Screwed................................................................. 190 Butt-Welding, Steel............................................................... 354 Crane-Seal, Brass...................................................................... 494,496 Double Pipe................................................................................ 486,487 Drainage, Cast Iron............................................................... 217 Flanged, Ammonia................................................................. 483 Flanged, Brass, 150 and 300-Pound................................. 264 Flanged, Cast Iron, Sprinkler........................... 206, 207, 274 Flanged, Cast Iron, 125-Pound........................................... 278,279 Flanged, Cast Iron, 250-Pound........................................... 286,287 Flanged, Cast Steel, 150 to 2500-Pound................... 345-349 Flanged, Chrome-Nickel-Moly. (18-8 Mo)....................... 453 Flanged, Monel........................................................................ 453 Flanged, Nickel........................................................................ 453 Flanged, Silicon Bronze............................................................453 Four-Way, Brass...................................................................... 256,257 Four-Way, Malleable Iron................................................... 183 Refinery Oil, Malleable Iron.................................................. 189 Sanitary, Stainless Steel........................................................ 455 XV111 CRANE Alphabetical Index (Cont.) 1T T ' Page Tees (Cont.) Screwed, Ammonia............................................................ 190 Screwed, Brass, Standard............................................... 256, 257 Screwed, Brass, 250-Pound.................................................. 260 Screwed, Cast Iron, Drainage....................................... 217 Screwed, Cast Iron, Long Sweep........................... -204, 205 Screwed, Cast Iron, Sprinkler............................ 197, 206-208 Screwed, Cast Iron, Standard...................................... 198, 199 Screwed, Cast Iron, 175-Pound....................................210, 211 Screwed, Cast Iron, 250-Pound....................................212, 213 Screwed, Cast Steel, 1000 and 2000-Pound W.O.G.. . 341 Screwed, Chrome-Nickel-Moly.(18-8 Mo)................ 452, 455 Screwed, Forged Steel, 2000-Pound W.O.G......................338 Screwed, Forged Steel, 3000-Pound W.O.G......................339 Screwed, Forged Steel, 6000-Pound W.O.G......................340 Screwed, Forged Steel, 9000-Pound W.O.G......................340 Screwed, Malleable Iron, Heavy....................................... 192 Screwed, Malleable Iron, Hydraulic................................ 194 ' Screwed, Malleable Iron, Refinery Oil.......................... 189 Screwed, Malleable Iron, Standard................. 182, 183, 186 Screwed, Malleable Iron, 300-Pound..........................190-193 Screwed, Monel........................................................................ 452 Screwed, Nickel........................................................................ 452 Screwed, Silicon Bronze........................................................ 452 Socket-Welding, Forged Steel............................................. 353 Solder-Joint, Brass.............................................................507, 509 Stainless Steel, Sanitary..................................................454, 455 Union, Brass, Crane-Seal...................................................... 497 Union, Malleable Iron.......................238, 239, 241, 243, 244 Temperature Conversion.......................................................... 663 Templates for Drilling 150-Poiind Brass...................................................................... 550 250-Pound Brass...................................................................... 550 300-Pound Brass...................................................................... 550 25-Pound Cast Iron............................................................... 551 125-Pound Cast Iron............................................................. 551 250-Pound Cast Iron............................................................. 552 800-Pound Hydraulic Cast Iron........................................ 552 150-Pound Steel....................................................................... 553 300-Pound Steel.............. ...................................................... 553 400-Pound Steel........................................................... 554 600-Pound Steel....................................................................... 554 900-Pound Steel....................................................................... 554 1500-Pound Steel.................................................................... 555 2500-Pound Steel.................................................................... 555 Templex Steel, Properties of...................................................9, 622 Templex Steel Bolt-Studs List Prices............................................................................558, 559 Properties of............................................................................9, 622 Torque Required to Produce Stress and Resulting Load 623 Test Gauges.............................................................................. 438, 439 Testers, Dead Weight................................................................. 438 Thermal Expansion of Pipe...................................................... 641 Thermometer Caps, Stainless Steel, Sanitary.................. 455 Thermostatic Traps................................................................... 84 Thermostats, Tank.................................................................... 414 Thickness, Calculation of, for Steel Pipe..................... 635-637 Thread Engagement in Made-Up Joints............................. 591 Lubricants, Pipe.......................................................... 548 Threaded Pipe Joints............................................ 592 Threading Devices for Pipe...............................................537-541 Threads, Hose............................................................................... 72 ,, Pipe, A.P.I. Casing..........................................................593, 594 Pipe, American Standard Taper........................................ 590 Pipe, British Standard Taper............................................. 591 Pipe, Casing.........................................................................593-596 Pipe, Normal Engagement for Pipe Joints....................... 591 Pipe, Oil Country Tubular Goods.............................. 593-596 Pipe, Oil Well Tubing.............................................................. 595 Pipe, Railing............................................................................. 266 Three-Valve Lifting Steam Traps, Cranetilt........................419 Three-Way Cocks, Brass........................................................ 91, 94 Cocks, Iron................................................................................ 92 Elbows, Drainage.................................................................... 217 Valves, Sanitary....................................................................... 454 Throttle Valves, Brass................................................................ 69 Valves, Iron Body................................................................... 148 Toggle Bolts for Pipe Hangers................................................... 518 Toledo Pipe Cutters....................... 542 Pipe Threading Devices......... '.......................................538-540 Page Tongs, Pipe...................................................................................... 544 Tongue and Groove Facings for Flanged Material. .560, 561 And Groove Flange Unions................................................. 252! And Groove Valves and Fittings, Ammonia...........481-487 Tools, Sizing, for Soft Copper Tubing.................................. 511 Traps, Drainage............................................................................ 221 Steam, Cranetilt, Non-Return........................................... 418 Steam, Cranetilt, 3-Valve Lifting...................................... 419 Steam, Open Float...................................................... . .415-417 Thermostatic............................................................................. 84 Trimo Pipe Cutters and Wrenches..................................542-544 Triplex Steel, Properties of..................................................... 9, 622 Triplex Steel Bolt-Studs List Prices............................................................................558, 559 Properties of............................................................................9, 622 Torque Required to Produce Stress and Resulting Loa'd 623 Try Cocks, Brass........................................................................... 435 Tubes, Boiler................................................................................. ~583' Tubing, Copper, Expansion Due to Temperature Changes 510 Copper, for Crane-Seal Products...................................... 498 Copper, Hard and Soft Types............................................ 512 Tubing Bends, Copper............................................................... 510 Cutters, Glass........................................................................... 435 Cutters, Pipe............................................................................ 542 Threads, Oil Country............................................................. 595 Tucker Connections, Drainage................................................ 221 Turnbuckles.................................................................................. 519 Two-Third Unions, Malleable Iron...................................... 239 u Page U-Bends, Copper Tubing.......................................................... 510 Standard Type......................................................................... 602 U-Hook Pipe Hangers................................................................. 518 Underwriters' Extension Eye Bolts...................................... 523 Fire Hose.................. '............................................................... 73 Hangers..................................................................... 514, 515, 518 Hose Gate Valves.................................................................... 70 Indicator Posts......................................................................... 170Pipe Clamps............................................................. 519, 522, 524. Unions and Union Fittings.................................238, 240-244 Valves, Gate, Brass................................................................ 21; Valves, Gate, Brass, Hose.................................................... 70Valves, Gate, Iron Body..................................................... 104Valves, Swing Check............................................................... 164 Union Elbows, A.A.R., Malleable Iron.........................243, 244, Elbows, Circulating Boiler.................................................. 187 Elbows, Combination, Forged Steel................................. 252 Elbows, Crane-Seal, Brass................................................... 497 Elbows, Brass, Ground Joint.............................................. 262 Elbows, Brass, Radiator'...................................................... 78 Elbows, Malleable Iron, 150-Pound................................... 238' Elbows, Malleable Iron, 150-Pound, Gasket Type. . . 239> Elbows, Malleable Iron, 200-Pound................................... 241 Elbows, Malleable Iron, 300-Pound...................................243,244 Elbows, Solder-Joint................................................................505,509 Fittings, A.A.R., Malleable Iron..........................................243,244' Fittings, Application on Air Brake Piping...................... 245 Fittings, Malleable Iron, 150-Pound................................ 238. Fittings, Malleable Iron, 150-Pound, Gasket Type... 239 Fittings, Malleable Iron, 200-Pound................................. 241 Fittings, Malleable Iron, 300-Pound........................ 243, 244Fittings, Railroad..................................................................... 241 Fittings, Saving Joints with...............................236, 237, 245 Return Bends, Cast Iron....................................................... 202,487 Tees, A.A.R., Malleable Iron............................................... 243,244 Tees, Brass, Crane-Seal........................................................ 497> Tees, Malleable Iron, 150-Pound...................................... 238 Tees, Malleable Iron, 150-Pound, Gasket Type..........239 Tees, Malleable Iron, 200-Pound....................................... 241 Tees, Malleable Iron, 300-Pound........ ......................243, 244 Valves, Brass, A.A.R........................................................... 43, 45, Valves, Brass, for Air Lines................................................ 33| Valves, Brass, Needle Point................................................ 29| Valves, Brass, Radiator.......................................................78-811 Valves, Brass, 100-Pound (LowPressure)...................... 27! Valves, Brass, 300-Pound.................................. 39, 41, 43, 45 Alphabetical Index (Conf.) CRANE XXX uV Page A.A.JK.............................................................................................................................. .**** Air Pump, A.A.R............................................................. 242, 244 Air Pump, Railroad, 250-Pound........................................ 240 All-Iron, Ground Joint Flange, Standard...................... 251 All-Iron, Ground Joint Screwed, 300-Pound............... 246 Ammonia, Flange.............................................................252, 484 Application to Air Brake Piping....................................... 245 Boyle Flange............................................................................. 484 Brass, Crane-Seal.......................................................................497 Brass, Flange............................................................................ 263 Brass, Government Pattern................................................ 262 Brass, 150 and 200-Pound................................................... 262 Brass, 250-Pound.................................................................... 263 Cadmium Plated..............................................................247, 248 Cast Iron, Flange.................................................................... 249 Chicago....................................................................................... 239 Chrome-Nickel-Moly. (18-8 Mo)...................................... 452 Chrome-Nickel-Moly. (18-8 Mo), Sanitary.................. 455 . Crane-Seal................................................................................. 497 Ferrosteel, Flange.................................................................... 252 Forged, Steel to Exelloy Seat............................................. 247 Forged Steel, A.A.R. . ........................................................... 244 Forged Steel, Cadmium Plated..................................247, 248 Forged Steel, Flange...................................................... 252, 253 Forged Steel, Hammer Lug................................................. 248 Forged Steel, 600-Pound.............................................. 247, 248 Gaskets for................................................................................. 571 Gasket Type, Flange........................................... 249, 250, 252 Gasket Type, Screwed........................................................... 239 Hammer Lug............................................................................. 248 Malleable Iron, A.A.R................................................... 242, 244 Malleable Iron, Flange..................................................250-252 Malleable Iron, Three-Part......................................... -. . . 251 Malleable Iron, Two-Third................................................. 239 Malleable Iron, 150-Pound.......................................... 238, 239 Malleable Iron, 200-Pound................................................. 239 Malleable Iron, 250-Pound................................................. 240 Malleable Iron, 300-Pound.................................242, 244, 246 Monel.......................................................................................... 452 "Navy" Pattern, Flange...................................................... 249 Nickel...................... 452 Railroad...................................................................................... 240 Silicon Bronze.......................................................................... 452 Solder-Joint............................................................................... 509 Tongue and Groove, Flange............................................... 252 Upright Y-Branches, Drainage............................................... 220 V Page Vacuum Cleaning Fittings........ .'............................................ 215 Gauges.......................................................................................... 438,439 Radiator Valves....................................................................... 79 Relief Valves............................................................................. 395 Venting Valves......................................................................... 83 Valve By-Pass Locations............................................................ 646 Chain -Wheels........................................................................... 176 Discs............................................................................................. 178 Drain Tappings........................................................................ 646 Handles....................................................................................... 175 Parts, Ordering........................................................................ 167 Resistance to Flow of Fluids............................................... 630,631 Wheels............................................................................................174 Valves A.A.R., Brass...........................................................................42-45 A.W.W.A. Double Disc Gate, Iron Body........................ 126,127 Air, Radiator............................................................................. 82 Air Vent, Automatic............................................................. 416 Ammonia.................................................................. 401, 481, 482 Angle, Brass (AlsoGlobe and Cross)............................... 25-50 Angle, Cast and Forged Steel.....................................309-326 Angle, Corrosion-Resistant..........................................446, 447 Angle, Iron Body, Ferrosteel, and Mall. Iron . . . .143-153 Back Pressure............................................................................. 378,379 Bar Stock, Globe and Angle.................................................. 310 Blow-Off................................................................. 376, 377 Butterfly......................................................................................... 69,148 Page Valves (Cont.) Cab Hose, Brass................................................................... 39, 41 Cargo Oil................................................................................... 468 Check, All Types, Brass.................................................... 51-63 Check, All Types, Cast and Forged Steel................327-336 Check, All Types, Corrosion-Resistant.................... 449, 451 Check, All Types, Iron Body, Ferrosteel 8s M. I.. 155-166 Chlorine...........................................................,......................... 457 Chronometer............................................................................. 476 Clamp Gate, Iron Body....................................................98, 99 Corrosion-Resistant............................. 443-458 Crane-Seal, Brass...................................................................... 4.92,493 Cross, Brass.............................................................28, 34, 35, 47 .Cross, Iron Body and Ferrosteel................................. 150-15:3 Cylinder Operated .. ........................................................ 171 Exhaust Relief........................................................................... 378,379 Expansion, for Ammonia...................................................... 482 Float......................................................................................380, 381 Foot, Brass............................................................................ 53, 54 Foot, Iron Body.........................................................................162,163 Gas, 500-Pound Double Disc Gate.................................... 134,135 Gasoline, Check.................................................................. 53, 157 Gate, Brass....................................................................... 13-24, 68 Gate, Cast and Forged Steel......................................... 297-308 Gate, Corrosion-Resistant.................................. 448, 451, 456 Gate, Iron Body and Ferrosteel, Double Disc.. . .119-141 Gate, Iron Body and Ferrosteel, Wedge Disc......... 97-117 Globe, Brass.......................................................................... 25-50 Globe, Brass, Quick Opening, Self-Closing................ 66, 67 Globe, Cast and Forged Steel....................................... 309-326 Globe, Corrosion-Resistant...................................... -.446, 447 Globe, Iron Body, Ferrosteel, and Mall. Iron . .. .143-153 Hose.................................................................................70, 71, 467 Lock-Shield, Gate.................................................................... 16 Lock-Shield, Globe and Angle............................................... i>.27 Lock-Shield, Radiator..........................................................78-82 Main Injection............................................................................476 Manifold..................................................................................... 476 Marine.............................. ................................................... 459-478 Motor Operated............................'................................. 172,173 Needle Air.................................................................................. 29 Needle Point Globe and Angle, Brass.............................. 29 Overboard Discharge............................................................. 476 Pop Safety........................................................................... 383-393 Pressure Reducing............................................................ 412, 413 Pressure Regulating.............................................. 410, 411, 414 Pulp Stock.................................................................................. 375 Quick Opening, Brass................................................33, 66-69 Quick Opening, Corrosion-Resistant................................ 451 Quick Opening, Iron Body............................................... 99, 104 Radiator.................................................................................... 77-84 Relief............................................................................394-407, 450 Safety.....................................................................................386-393 Sampling or Vent, for Transformer Oil........................... 33 Sanitary, Stainless Steel........................................................ 454 Screw-Down Check...................................... 462, 463, 471-473 Solder-Joint......................................................................... 502-505 Stop-Check...........................................................................370-374 Tank Float............................... 380, 381 Throttle...................................................................................69, 148 Transformer Oil....................................................................32, 33 Underwriters' Gate, Brass.................................................... 21 Underwriters' Gate, Brass, Hose....................................... 70 Underwriters' Gate, Iron Body............................................ 104 Underwriters' Swing Check................................................. 164 Vacuum, Radiator.................................................................. 79 Vacuum, Relief........................................................................ 395 Venting, Radiator................................................................... 83 Water Works Double Disc Gate................................. 126, 127 Whistle........................................................................................ 67 Vent or Sampling Valves for Transformer Oil................... 33 Venting Valves, Radiator......................................................... 83 Vertical Check Valves, Brass.................................................. 54 Check Valves, Brass, for Gasoline..................................... 53 Check Valves, Cast Steel..................................................... 329 Steam and Oil Separators.............................................. 420, 421 Vises, Pipe....................................................................................... 536 Sawing, for Copper Tubing.................................................. 511 Vulcan Chain Pipe Tongs............................................................544 Chain Pipe Vises...................................................................... 536 CRANEXX Alphabetical Index (Conf.) w Page Walco Pipe Wrenches................................................................. 543 Wall Closet Fittings, Crane-Hulbert...................................... 224 Flanges, Malleable Iron, for Railings.......................270, 271 Pipe Supports....................................................... ................... 531 Plates, Malleable Iron.................................................... .. 18 Thickness of Steel Pipe, Calculation of.....................635-637 Warnock Strap Wrenches......................................................... 544 Wash Tray Tees, Malleable Iron........................................... 186 Tray Sink Tees, Solder-Joint............................................. 509 Waste Nuts, Malleable Iron..................................................... 186 Water, Discharge Through Pipes, Orifices, and Valves.625-627 Flow Through Standard Wrought Pipe......................... 628 Heating, With Steam Coils............................................ 632, 633 Pressure Drop, In Elbows and Bends............................. 629 Resistance of Valves and Fittings to Flow of----- 630, 631 Water Columns, Cast Iron........................................................ 436 Coolers, Fittings for..........................................................486, 487 Gauges........................................................................................ 434 Gauges, Accessories................................................................ 435 Gauges, Expansion Tank...................................................... 434 Hose............................................................................................. 73 Hose Couplings........................................................................ 73 Hose Fittings............................................................................ 75 Hose Nozzles............................................................................. 74 Meter Elbows, Solder-Joint................................................. 508 Pressure Regulators............................................................... 414 Water Side Fusible Plugs.......................................................... 437 Water Works Gate Valves (A.W.W.A.)........................ 126, 127 Weight and Lever Reducing Valves............................... 412, 413 And Lever Safety Valves...................................................... 393 Conversion Table.................................................................... 664 Testers for Gauges.................................................................. 438 Welded Bonnet Wedge Gate Valves, Cast Steel............... 308 Brackets, Steel, for Pipe.................................................524, 525 Flanged Joints.............................................;.......................... 609 Piping, Description.......................................................... 614, 615 Piping, Facilities...................................................................... 600 Piping, Headers................................................................. 616, 617 Piping, Heat Exchangers, Double Pipe........................... 619 Piping, Types of Welds........................................................ 614 Welding Bevels, Details............................................................. 647 Fittings, Butt Type......................................................... 354-359 Fittings, Socket Type...................................................... 351-353 Flanges, Forged Steel, 150 to 2500-Pound.............. 363-367 Valves,, Angle, Cast and Forged Steel....................... 314-326 Valves, Check, Cast and Forged Steel...................... 328-336 Valves, Gate, Cast and Forged Steel......................... 297-307 Valves, Globe, Cast and Forged Steel....................... 314-326 Welds, Types Generally Used.................................................. 614 w Page Wheels, Chain, for Valves.................................................... 176 Valve............................................................................................ 174 Whistle Valves, Brass................................................................. 67 Whistles, Brass............................................................................. 437' Williams Chain Pipe Vises..........................................................536 Wood Rod Couplings................................................................... 89 Wooden Flange Protectors........................................................ 557 Wool Felt Pre-Shrunk Pipe Insulation.................................. 546 Wrenches Monkey...................................................................................... 544 Pipe..................................................................................... 543, 544 Strap............................................................................................. 544 Tee, for Hub End Gate Valves.......................................... 177 For Body Seat Rings of A.A.R. Valves.......................... 45 For Brass Cocks...................................................................... 96 For Iron Cocks......................................................................95, 96 Wrought Couplings...................................................................... 229 Iron and Steel Pipe....................................... 573-580, 584-588 Steel Nipples.....................................................................230, 231 Y Page Y-Bends Ammonia.................................................................................... 190 Brass, Crane-Seal.................................................................... 494 Brass, 125-Pound (Standard)...................................... 256, 257 Brass, 250-Pound.................................................................... 260 Cast Iron, Sprinkler............................................................... 209 Cast Iron, 125-Pound (Standard).................................... 201 Cast Iron, 175-Pound............................................................. 210 Cast Iron, 250-Pound............................................................ 212 Malleable Iron, 150-Pound (Standard)........................... 184 Malleable Iron, 300-Pound................................................. 190 Y-Branches, Drainage....................................................... 218-220 Y-Pattern Blow-Off Valves...................................................... 376 \ Sediment Separators............................................................... 423! Stop-Check Valves...........................................................372, 373 j Zi } I Page; Zero Pipe Insulation..................................................................... 546 ` A colored paper insert near the center of the book is the key to an improved sectional index. Regular valve and fitting catalog users will find this feature unusually convenient. I CRANE xxi Numerical Index - 07 09 Oil 013 1, ll 11,, 1, 1, 1, 11,, 1A 1B 1K 1% 2, 2, 2, 2. . 2, 2," 2 A 2B 2 C, 2-C, 2E 2K 3, * 3, 3, 3, 3, 3, 3, 3E 3K 3y2-, 3%, 3y2, 4, 4, 4, 4, 4, 4, 4, 4, 4, 4A 4E 4K ` No. Page No. Page 420 420 420 420 Globe Valve Vent Valve Disc C. I. Elbow Br. Railing Elbow M. I. Railing Elbow Red. Valve Coupling Pipe Bend 28 83 178 204 267 413 433 602 83 519 442 602 Angle Valve Vent Valve Disc Br. Railing Elbow M. 1. Railing Elbow < Pipe Bend ' 18-8 Elbow Hanger 28 83 178 204 267 268 602 83 27 455 514 Vent Valve Disc C. I.-Tee 111 442 178 204 Br. Railing Tee 267 M. I. Railing Tee 268 Red. Valve 413 18-8 Tee 455 Ceiling or Floor Plate 532 Pipe Bend 602 111 442 Br. Railing Tee 267 M. f. Railing Tee 268 Pipe Bend Globe Valve Angle Valve Disc C. 1. Cross 602 37 37 178 204 Br. Railing S. 0. Tee 267 M. I. Railing S. O. Tee 268 18-8 Elbow ~ 455 Ceiling or Floor Plate 532 Pipe Bend 602 83 111 442 4%, 4%, 5, 5, 5,- 5, 5, 5. 5, 5K 5y2, 5%, 6, 6, 6, 6, 6, 6E 6%, 6%, 6y2E 7, 7, 7, 7. 7, 77, 7, 7-8 7-8 B Br. Railing S. O. Tee M: I. Railing S.O. Tee Disc C.I. Tee Br. Railing Cross M. 1. Railing Cross 18-8 Tee Ceiling or Floor Plate Pipe Bend Br. Railing Cross M. I. Railing Cross Disc Br. Railing S.O. Cross M. I. Railing S. O. Cross 18-8 Tee Pipe Bend Br. Railing S.O. Cross M. 1. Railing S.O. Cross Globe Valve Angle Valve Disc Br, Railing Flange M. I. Railing Flange Float Valve 18-8 Tee Pipe Bend 267 268 178 204 267 268 455 532 602 442 267 268 178 267 268 455 603 111 267 268 111 30 30 178 267 268 380 455 602 431 431 7 A-8 7 A-8 B 7 A-8 BS 7 A-8 C 7 AS-8 CS 431 431 431 431 7 CS 7E 7-F 7 KS-8 BS 7 KS-8 CS 493 111 431 431 431 7 R-8 CR 7 S-8 BS 7 S-8 CS "72* 7y2, Pipe Bend 7%E 8, 8, 8, 8, 8, 8, Trap Disc Br. Ball Ornament M. I. Ball Ornament 18-8 Cross Pipe Bend 431 431 431 66 603 111 84 178 267 268 455 603 No. Page No. Page 8A 84 21 H 84 8 E 111 22 270 8%, Br. Ball Ornament 267 22 E 23 153 270 8%, M. 1. Ball Ornament 268 23 A 23 E V 455 153 9, Globe Valve 30 ^ttkck Valve 54 9, Angle Valve 30 Trap 84 Pailing Elbow 270 24 E 153 9, 18-8 Cross 455 25, Check Valve 157 9, 9A 9-A 10, 10, 1U, 10, 10 A 10 C 10 E 11, 11, 11 c 12, Pipe Bend Railing Flange Ball Joint Ceiling or Floor Plate Pipe Bend Railing Elbow Pipe Bend Railing Tee 603 84 75 25, Railing Elbow 25 E 25% 268 26, 26, Check Valve Railing Tee 432 26, 532 26 A 18-8 Elbow 603 84 454 26 B 26 C 26-C 111 27, Check Valve 268 27, Railing Elbow 603 454 27, Float Valve 27 CS 268 , 28, Check Valve 270 153 157 54 270 455 455 455 455 531 56 270 380 492 54 12, 12 H 12%, 12y2, 13, 13, 13, 13 H 14 14 A 14 E 14i/2 p 15, 18-8 Union Globe Valve Railing Tee Br. Ball Ornament M.I. Ball Ornament 18-8 Union Ring Railing Tee 455 455 66 268 267 268 455 455 455 455 111 31 270 28, Railing Elbow 28 E 28 XU 29 30, Floor Flange 270 372 373 270 270 30, Ball Joint 30 E 30 XU 31, Check Valve 31, 18-8 Tail-Piece 432 372 373 56 455 32 32 X 32 XR 33 33 U 418 304 304 418 304 15, 18-8 Thrd. Piece 16 16 A, Vac. Vent 16 A, 18-8 Plug I6I/2 P 17, Railing Cross 455 270 83 455 31 270 17, 18-8 Coupling 17 A 17-C 17 C-A 17 D 455 84 526 73 84 18, 18, 18, 19 19 A Cross Valve Railing Tee 18-8 Adapter 28 270 455 270 455 20, 20, 20, 20,.- 20 B 20 p 20 H 21, 21, 21 E - Check Valve 54 Railing lee 270 Ball Joint 432 Ceiling or Floor Plate 532 53 153 84 Railing Tee 270 18-8 Nipple 455 1 153 33 X 33 XR 33% 33% U 33V, X 304 304 54 304 304 33% XR 34, Check Valve 34, Trap 34% 35, Check Valve 304 55 418 55 57 35, 35 CS 35% 36 37, Trap Check Valve 418 492 57 442 57 37, 38 38 E 39 E 40, Rad. Valve Vent Valve 84 413 165 165 83 40, dn 40-C 41-C 41 E 42 Safety Valve Ball Joint 393 432 524 524 541 393 } XXII CRANE Numerical (CantJ No. Page No. Page No. Page No. Page No. Page No; Page 43 44 46 46 X 46 XR 53 69 69 304 304 47 47 X 47 XR 47% X 47% XR 48-C 49-C 50, Hose Valve 50, Stair Bracket 50, Ball Joint 50, Solder, Fins 51 52 55 56, Hose Valvo 56, Post Cap 57, Needle Valve 57, Post Cap 58, Hose Valve 58,. Walk Flange 59 60 61 61 E 61 U 61 X 61 XR 61 % U blVi X 6Xa/2 62 62 P ft? X XR 63 63 E 63% 64 64% 65 65% 66 66% 67 G 68 53 304 304 304 304 532 532 71 272 432 511 272 272 272 71 272 29 272 71 272 272 432 272 541 304 304 304 304 304 304 272 48 3n4 304 272 62 272 272 272 272 272 272 272 81 413 70, Globe Valve 70, Angle Valve 70, Rail Elbow 7u% , 71, Globe Valve 71, Anglo Valve 71% 72, Railing T,,o 73 73% 74, Cross Valvo 74, Rail Cross 74 E 74 X 74 XR 74% 75 75 E 34 34 271 271 34 34 271 271 57 271 271 271 34 271 60 304 304 271 83 60 76 76 A 76 U 76 X 76 XR 76% U 76% X 76% XR 77, Rail Cross 77, Float Valve 78 78 E 79 79 X 79 XR 80 E, Steam Cock 80 E, Threader 80 X 80 XR 83 U 83 X 83 XR 83% U 83% X 83% XR 85 85 P 85% P 87 P 87 U , V,, 87 X 87 XR 87% P b/A/2 U 87^/> X 87% XR 88 89 89-A 90 90-A 91-A 92-A 93-A 94-A 94L-A 95 95-A 95 E 9.6-A 96 E 97-A 97 E 99 E 83 83 304 304 304 304 304 304 271 380 271 62 271 300 300 91 541 300 300 304 304 304 304 304 304 29 47 47 47 304 304 304 47 304 304 304 29 29 73 541 73 75 75 75 75 75 511 74 250 74 263 74 249249 100 100 101 101 E 101-G 102 103 103 E 104, 104, 104-G 105 105 E 419 419 284 515 419 Trap Solder 419 284 419 511 515 419 286 105-G 106-G 107 E 107-G 107 R-G 514 514 286 515 515 108-G 109 E 110-B 110-G 110 R-G 111 E 112 112-B 112 E 112% E 113 113 E 115 E 116-G 117 117 E 119 E 120-A 121 E 122 E 123 E 123% E 124 125 E 125% E 515 286 437 515 515 286 78 437 286 286 78 288 288 514 71 288 288 75 285 285 285 285 381 284 284 126 127 E 128 130 131 E 381 284 381 381 284 131-G 132 133 E 134-G 135 E 524 381 284 518 286 136-G 137 E 139 E 140-G 141 E 518 286 284 521 284 142-G 142 X 142 XR 143-G 143 X 521 324 324 521 324 143 XR 324 143% X 324 143% XR 324 144-G 521 144 X 324 144 XR 145 G 145 X 145 XR 145% X 324 81 324 324 324 145% XR 324 147 X 334 147% X 334 148-G 521 148 X 334 150 X 150 XR 151 E 324 324 294 151 U 151 X 151 XR 151% U 151% X 324 324 324 324 324 151% XR 324 152 X 324 152 XR 324 153 E 294 153-G 520 153 U 153 X 153 XR 153% U 153% X 324 324 324 324 324 153% XR 324 154-G 520 155 E 295 155-G 520 156-G 520 157-G 158 X 159 X 159% X 160 X 520 334 334 334 324 160 XR 161 U 161 X 161 XR 161% U 324 324 324 324 324 161% X 324 161% XR 324 162 X 324 162 XR 324 163 U 324 163 X 324 163 XR 324 163% U 324 163% X 324 163% XR 324 164 U 166-G 166 U 167-G 168-G 374 532 374 532 531 168 X 169 X 169% X 170 X 170 XR 334 334 334 324 324 171 A-G 517 171 AS-G 517 171-G 517 171 S-G 517 171 U 324 171 X 37.4 171 XR 324 171% U 324 171% X 324 171% XR 324 172 X 172 XR 173-G 173 U 173 X 324 324 517 324 324 173 XR 173% U 173% X 324 324 324 173% XR 324 174 78 174-G 516 174 X 334 175 X 334 175% X 334 176 U \ 317 176 X J 317 176 XR* 317 177 UM 317 177 X 177 XR 178 X 179 E 179 U 317 317 330 607 374 180 E 180 U 182 E 183-G 183 U 605 374 212 529 324 183 X 324 183 XR 324 183% U 324 183% X 324 183% XR 324 184 E 184-G 185 U 185 X 185 XR 212 529 324 324 324 185% U 324 185% X 324 185% XR 324 186 A-G 530 186 E 212 186-G 187 E 187 G 187 X 187% X 530 212 530 334 334 188 E 188-G 189 E 189 U 189 X 212 530 212 324 324 189 XR 324 189% U 324 189% X 324 189% XR 324 190 E 212 190 U 190 X 190 XR 190% U 190% X 324 324 324 324 324 190% XR 324 191 U 377 192 78 192 E 212 193-G 525 193 U 193 X 193 XR 194 E 194-G 318 318 318 212 525 195 E 195-G 195 U 212 525 318 195 X 195 XR 196 E 196 U 196 X 196 XR 197 E 197-G 197 U 197 X 197 XR 198 198 E 198-G 198 X 198% E 199 199-G 199 X 199% X 318 318 212 317 317 317 246 529 317 317 317 177 246 529 330 246 177 525 334 334 200 200 201 205-G 206 207 177 177 518 82 32 208-G 209 209-G 210 211 518 32 518 82 33 212 C 212-G 212 P 212 P-CS 213 37 519 36 493 37 214 C 214 H 214 P 214 P-CS 215 37 137 36 493 37 215 H 216 H 216 X 216 XR 217 H 137 137 312 312 137 217 X 217 XR 218 218 C 219 312 312 ' 59 59 59 219 C 220-G 222 H 222 X 222 SS 59 523 310 310 310 222% H 222% X 222% SS 223 H 223 X 310 310 310 310 310 223 SS 223% H 223% X 223% SS 225-G 310 310 310 310 522 NumerTcal Index {Cont.) CRANE xxm No. 225 H 226 226-G 226 H 227 227 H 230-G 230 H 232 H 233 H - 234 H 236 H 237 238 H 246 X 248-G 250 250 H 252 252 H 253 H 254 254 H 254 P 255-G 255 P 256 256-G 256 P 257-G 257 H ' 257 P 258 258-G 258 H 259-G 259 H 260 D 260 E 260-G 260 H 261-G 262 D 262 E 262% E 263 H 264 D , 264 E 264-G 264 H ' 265 266 266 D 266 E 266 H 267 E 268 268 E 269 269-G 270 271 271-G 272 272 E 272-G 273-G 274-G Page No. Page No. Page No. Page No. Page No. Page 319 79 522 319 79 331 519 24 49 49 63 50 33 63 247 521 91 247 91 247 247 91 247 147 516 147 91 516 147 528 48 147 91 531 48 531 63 341 190-3 514 194 519 341 190-3 190-3 194 341 190-3 531 194 91 91 341 190-3 194 190-3 91 190-3 91 514 90 542 526 90 190 526 526 527 274 P-G 275-G 276 276 E 276-G 527 527 90 190 527 277-G 277 P-G 278 278 E 279 E 528 528 90 190-3 190-3 284 286-G 288-G 289 290 E 90 533 533 90 364 291 E 292 E 294 E 295 296 E 364 364 364 430 364 297 297 E 298 299 430 364 90 430 300 300 300 D 300 E 302 D 430 339 264 339 303 D 304 D 305 305 D 306 339 339 94 339 94 307 307 D 308 310 D 312 D 94 339 94 340 340 313 D 314 D 314i/2 p 3161/2 P 317 D 339 340 146 146 340 318 319 320 320 D 320y2 321 321 D 322 322% 323 323 D 324 324% 325 326 326 D 327 D 328 D 329 329 D 330 330 D 331 94 94 92 228 92 93 228 92 92 93 339 92 92 92 92 227 227 253 92 253 92 253 92 331 D 333 D 334 335 336 253 \\j 340 J 93 m 92 M 93 337 339 340 340 D 340 E 93 94 152 253 133 340% E 341 341 D 341 E 341% E 133 152 340 133 133 342 342 E 342% E 343 343 E 152 133 133 152 133 343% E 344 345 346% 347 D 133 152 152 156 227 348 E 349 E 350 350 E 350 H 135 135 150 356 .248 3501/4 350% 350% C 350% H 351 150 144 145 248 15U 351 E 351% 352 352 E 352 H 356 150 150 354 248 352% 352% 352% C 353 353 E 150 144 145 150 354 353% 354 354 E 354% 355 E 355% 355% C 356 356% 357 E 357% 357% C 358 358 E 358% 359 359 E 359% 360 E 360% 361 E 361% 362 150 148 354 144 355 144 145 148 144 354 144 145 151 356 151 151 355 151 355 151 356 151 150 362 E 363 364 E 366 366 E 3661/a 366% C 367 367% 367% C 368 369 E 372 372 P 372% 373 373 P 373% 374 P 374% 374% 375 375 P 375% 376 376 E 376 P 377 E 377 P 380 381 382 382 P 382 P-CS 383 P 384 384 P 384 P-CS 385 385 P 390 391 391 U 393 393% 393 E 393 P 394 394% 395 395% 396 E 396 P 397 397 E 397 P 398 38 150 38 159 60 156 156 159 156 156 159 60 161 46 161 161 46 161 46 161 164 164 46 164 393 42 42 42 42 148 148 148 40 493 40 378 40 493 378 40 376 376 377 376 376 45 45 162 162 162 162 44 44 163 44 44 427 400 400, Red. Valve 412 400, Exp. lain! 427 401 427 401 D 345 403 427 403 D 404 406 345 426 426 407 D 345 410 412 411, Red. Valve 412 411, Exp. Joint 424 412 D 345 413 D 415 D 415 H 415 V 416 345 345 378 378 379 417 417 D 417% 419 D 420 379 345 379 345 421 421 D 422 422 CS 422 E 422% 345 20 492 421 20 423 423 D 423% D 425% D 427 D 20 345 345 345 345 428 17 429 19 429 D 345 430 17 431, Gate Valve 19 431, Red. Valve 412 431 CS 492 432, Gale Valve 68 432, Red. Valve 412 437 19 437% 438 438 CS 440 442 19 16 492 16 68 448 449 449% 450 E 451 414 414 15 356 70 451 E 452 E 453 453 E 454 E 455 455 E 457 E 458 458 E 459 459 E 460 460 E 461 461% 462 462% 464 464% 465 465% 467 356 354 70 354 354 80 355 354 21 354 21 355 103 355 103 103 103 104 103 103 103 103 104 467% 470 471 472 473 475 475% 476 477 480 480% 481 482 483 484% 485% 486% 487% 488 488% 490 490% 491 491% 492 492% 493 493% 494 494% 496 496 E 496 P 497 E 104 104 104 103 103 103 103 104 104 129 126 129 129 129 99 99 99 99 99 99 99 99 100 100 99 99 100 100 99 99 100 364 311 355 500 500 501 504% 505 505% 506 508 510 515 517 517% 519 519% 520 521 521% 522 523 523% 524% 525 525 D 526 527 527 D 528 529 530 531 531 D 532 109 109 109 109 109 109 109 170 239 240 240 240 240 170 290 262 262 262 262 262 276 345 276 276 345 276 278 278 278 345 278 XXIV CRANE Numerical Index (Coni No. Page No. Page No. Page No. Page No. Page No. Page No. Paj 533 534 534 D 535 536 278 278 345 278 278 605 D 607 D 608 608% 610 345 345 67 67 434 537 537 D 538 539 539 D 280 345 276 280 345 613 613 D 615 615 D 616 434 345 434 345 434 540 541 541 D 543 543 D 276 280 345 280 345 617 D 619 D 621 D 622 E 623 345 345 345 23 434 545 545 D 546 547 547 D 277 345 277 277 345 623 D 623 E 623% E 624 624 D 345 23 23 434 345 548 548 D 549 550 550 D 277 345 276 276 345 624 E 624E-CS 625 625 D 625 E 22 492 434 345 22 551 551 D 553 553 D 554 276 345 292 345 364 640 642 644 648 649 436 157 157 414 414 554% 555 556 556% 557 364 292 364 364 293 651 E 656 E 657 E 658 E 660 E 364 364 364 364 605 558% 559 561% 568 572 364 ' 292 605 364 364 664 E 670 E 673 674 675 364 607 209 209 209 574 583 583% 584 585 355 291 291 291 187 586 586% 587 587% 588 589 589% 590 591 592 187 187 187 187 187 187 187 241 241 241 593 241 594 241 595 241 596 241 597 241 598 241 598% 241 600 600 601 D 602603 D 437 345 437 345 677 679 679 E 681 681 E 209 209 209 209 209 693 E 694 E 364 364 700 700 702 708 710 712 90 90 90 90 90 714 90 724 90 730 '435 731 435 734 435 741 435 744 90 750 437 751 437 754 131 754% 755 755% 756 131 131 131 131 756% 757 757% 760 760 D 762 762 D 764 764 D 766 766 D 768 773 775 776 777 778 779 780 781 791 793% 798 1^31 31 ^TO9 341 189 341 189 341 189 341 189 251 251 125 125 125 125 125 125 123 123 123 800 800 801 804 804% 804% H 805% H 806 88 88 88 88 113 113 88 806% 812 812% 814 816 88 88 88 88 89 817 E 819 E 819 E-CS 819% E 819% E-CS 242 242 497 242 497 820 820 H Szl 821 H 823 824 830 831 833 834 837 841 D 845 D 846 D 847 D 848 D 849 D 850 850 D 851 D 852 D 853 D 853 E 854 854 D 88 166 88 166 88 88 89 89 89 89 89 345 345 345 345 345 345 .89 345 345 345 345 364 89 345 854 E 855 D 855 E 856 856 E 364 345 364 89 364 857 E 858 E 859 E 860 862 E 364 364 605 89 364 869 E 890 E 890 E-CS 891 891% E 607 243 497 123 243 891% E-CS 892 E 893 893 E 894 E 497 243 123 243 243 894 E-CS 895 E 896 E 897 E 898 497 243 243 243 123 898 E 898 E-CS 898% E 243 497 243 900 919% E 950 H 953 H 953% H 960 244 244 244 244 411 981 981 A 981% 982 983 D 416 416 416 416 416 984 986 988 988% 989 9yy8u9%% 991% 992 E 993 E 994 D 996 E 997 E 998% E 416 422 422 423 422 423 423 423 244 244 423 244 244 244 1000 1000 1001 1001% 1002 1002% 1003 1004 1005 1006 1007 1008 216 217 217 216 216 216 217 216 216 216 216 1009 1010 1012 1013 1017 1018 1019 1020 1022 1024 1026 1028 1030 1032 1033 1034 1036 1037 1038 1039 1046 1047 1048 1049 1050 1051 1052 1053 1054 1055 1056 1057 1058 1059 1059% 1070 1080 1081 1082 1083 216 217 217 217 217 217 219 218 219 218 219 220 220 220 221 220 221 221 221 221 219 217 221 220 218 218 218 218 218 218 217 216 216 221 221 221 129 129 129 129 JLJLUVJ 1100 1102 1113 1113 LX 1113% LX 391 390 404 405 405 1114 1118 1118% 1123 1124 404 401 401 402 402 1124 XR 1128 1128% 1130 A 1131 403 400 400 400 394 1131 1133 1133% 1155 V 1160 1164 1165 1166 1168 394 394 394 395 388 388 389 389 389 1200 1204 1205 1210 1211 1212 . 27 27 27 27 53 1213 1218 1219 1219% 1228 78 239 239 239 93 1232 93 1234 93 1236 93 1241 D 345 1241 XR 403 1245 D 1246 D 1247 D 1248 D 1249 D 345 345 345 345 345 1250 D 1251 D 1252 D 1253 D 1254 D 345 345 345 345 345 1255 D 1262 E 1263 E 1265 E 1266 E 345 364 364 364 364 1267 E 1268 E 1278 E 1280 1281 364 605 607 238 238 1282 1283 1284 1285 1290 238 238 238 238 239 1292 1294 1294 E 1295 E 1296 239 239 364 364 239 1300 1300 1301 1302 1303 1304 1319 1326 1327 1328 1329 1331 1332 1335 1336 1337 1338 1339 1340 502 502 502 503 503 504 507 507 507 507 507 507 507 507 507 507 507 1 507 1345 1350 1351 1352 1353 1354 1355 1356 1357 1358 1359 1360 1361 1362 1363 1364 1365 1366 1367 1368 1369 1370 1371 1372 1380 1381 1383 1384 1385 so; SOI 50! 501 50i 50; 50: 50: 50. 50. 50 50 50 50 1 50 50 50 50 50 5C 51 51 5( 5( 5( 51 51 51 1400 1425 1427 1429 1431 1500: 1501 1503 1504 1504% 1505 1505y2 1507 1507% 1511 1513 1515 1517 1519 15191/4 1519% 1519% 1521 1523 1529 1541 D 1545 1545 D 1546 D 1547 1547 D 1548 D 1549 1549 D 1550 D 1551 Numerical Index (Coni,) CRANE XXV No. Page No. Page 1551 D 1552 D 1553 D 1554 D 1555 345 345 345 345 484 1555 D 1556 E 1557 1557 E 1558 E 345 364 484 364 364 1559 -1559 E 1562 E 1564 1565 483 605 364 190 487 1565 E 1569 1569 E 1570 1571 364 487 607 483 487 1574 15741/2 1575 15751/2 15753/4 487 487 487 487 487 1581 15821/2 15831/2 1585 15861/2 487 484 484 484 483 1589 15911/2 1594 E 1595 E 252 252 364 364 1600 1644 1645 457 457 1800 1823 P 1824 P 1825 P 1826 P 1827 P 41 41 41 41 41 1833 1834 1835 1836 1837 1870 E 1870 P 1871 E 1871 P 1874 E 1874 P 1875 E 1875 P 1880 P 1884 P 39 39 39 39 39 43 43 43 43 43 43 43 43 311 311 1890 E 1890 P 1891 E 1891 P 1894 E 1894 P 1895 E 1895 P 45 45 45 45 45 45 45 45 1900 1923-A 74 2100 2100 2101 2102 2103 2104 264 264 264 264 264 2105 2106 2107 2108 2109 264 264 264 264 264 2120 D 2121 D 2124 D 338 338 338 2300 2301 2304 2320 2322 2328 511 511 511 511 511 2334 2380 2381 2382 2383 511 511 511 511 511 2400 2480 2481 2482 2483 2484 126 126 126 126 126 2485 2486 2487 2488 2489 126 126 126 126 126 24891/. 2490 24901/2 2491 2492 126 126 126 126 126 2493 2494 2495 2496 2497 126 126 126 126 126 2498 2499 126 126 2500 2500 2501 2502 2503 2510 385 385 385 385 385 2511 2512 2513 2521 2524 385 385 385 385 385 2531'" 2534 2550 2551 2552 391 391 387 387 387 2553 2560 2561 2562 2563 387 387 387 387 387 2565 2570 2571 2580 2581 388 387 387 387 387 2590 2591 387 387 2600 2600 2601 2602 2603 2604 397 397 397 397 397 2605 2606 2607 2621 2624 397 395 395 478 478 2628 2650 2651 2653 2654 478 399 399 399 399 2664 2668 2669 2674 2684 399 399 399 399 399 3000 3041 XR 403 3100 3120 D 3121 D 3124 D 3127 D 3128 D 353 353 353 353 353 3129 D 3140 D 3141 D 3144 D 353 353 353 353 3600 3606 W 3606 X 3607 W 3607 X 299 299 299 299 3611 W 3611 X 3615 W 3615 X 299 299 299 299 3620 X 3621 X 3624 X 3625 X 313 313 313 313 No. Page No. Page No. Page 3640 X 3640 XR 3641 X 3641 XR 3644 X 315 315 315 315 315 3644 XR 3645 X 3645 XR 3648 X 3648 XR 315 315 315 315 315 3649 X 3649 XR 3652 X 3652 XR 3653 X 315 315 315 315 315 3653 XR 3656 X 3656 XR 3657 X 315 315 315 315 3657 XR 3670 X 3674 X 3678 X 3682 X 315 328 329 328 329 3686 X 3692 XS 329 329 3900 3935-A 74 4000 4032 4033 4062 4063 4064 E 58 58 58 58 61 4065 E 61 4100 4196 4197 4198 4199 35 35 35 35 4200 4234 E 4235 E 4270 61 61 81 4300 4347 4377 4379 4382 476 476 476 476 4383 4387 4389 476 379 379 4400 4436 4437 4448 4449 15 15 467 467 4461 4465 4467 468 468 468 4700 4752 4752 L 4753 4753 L 437 437 437 437 8000 8085-A 74 9000 H-9000 414 9200-A 75 9301-A 75 14400 14471 14473 14475 14477 456 456 456 456 15500 15501 15502 15503 15505 15520 446 446 446-7 446-7 449 15521 15540 15541 15560 15561 449 448 448 452 453 15562 15563 15568 15569 15572 452 453 452 453 452 15578 15582 15584 15586 15589 452 452 452 452 453 15590 15591 452 453 16600 16601 16602 16603 16605 16620 16621 16640 16641 16660 16661 16662 16663 16668 16669 16672 16678 16682 16684 16686 446 446 446-7 446-7 449 449 448 448 452 453 452 453 452 453 452 452 452 452 452 16689 453 16690 16691 452 453 17700 17701 17702 17703 17705 17720 446 446 446-7 446-7 449 17721 17740 17741 17760 17761 449 448 448 452 453 17762 17763 17768 17769 17772 452 453 452 453 452 17778 17782 17784 17786 17789 452 452 452 452 453 17790 17791 452 453 18800 18801 18802 18803 18805 18820 446 446 446-7 446-7 449 18821 18840 18841 18859 18860 449 448 448 450 452 18861 18862 18863 18868 18869 453 452 453 452 453 18872 18878 18882 18884 18886 452 452 452 452 452 18889 18890 18891 18898 453 452 453 450 CRANE * _ Metals and Materials Steam Brass.............................................................................................. pagez Special Brass............................................................................................ pagez Hard Metal.............................................................................................. pagez Cast Manganese Bronze......................................................................... pagez No. 44 Nickel Alloy.................................................................................pagez No. 48 Nickel Alloy. ............................................................................ page z No. 4q Nickel Alloy.................................................................................pagez Exelloy...................................................................................................... page3 Stellite....................................................................................................... page3 18-8 Mo Alloy Cast Steel....................................................................... pa^e3 Silicon Bronze...........................................................................................pagez Monel Metal............................................................................................ page3 Nickel........................................................................................................ page3 Cast Iron, Ferrosteel, and High Tensile Iron...................................... page4 Alloy Cast Iron.........................................................................................page4 Ni-Resist Cast Iron........ '....................................................................page 4 Malleable Iron..........................................................................................page4 Carbon Cast Steel.................................................................................... page6 No. z Nickel-Chrome Alloy Cast Steel................................................. page7 No. 3 Nickel Alloy Cast Steel................................................................page7 No. 4 Carbon-Molybdenum Alloy Cast Steel......................................page6 No. 5 Chrome-Molybdenum Alloy Cast Steel..................................... page7 "Arctic" Nickel Alloy Cast Steel...........................................................page7 Carbon Forged Steel................................................................................page8 No. z Nickel-Chrome Alloy Forged Steel............................................. page8 No. 3 Nickel Alloy Forged Steel............................................................page8 No. 4 Carbon-Molybdenum Alloy Forged Steel..................................page8 No. y Chrome-Molybdenum Alloy Forged Steel................................. page8 Machine Bolts.......................................................................................... pageq Triplex Steel Bolt-Studs......................................................................... pageq Templex Steel Bolt-Studs............................... page q C.C. Rubber Sheet Packing....................................................................pagey Cranite Sheet Packing.............................................................................pagey Metallic Gaskets...................................................................................... pagey Rings for Ring Joints................................... page y Composition Discs.................................................... page y Marking of Crane Products..............................................................page 10 Air Testing....... ................................................................................. page 11 Hydrostatic and Shock Working Pressures.................................... page ir Increase in Pressure by Expansion of Liquids............................... page 11 The thousands upon thousands of items manufac tured by Crane -- valves, fittings, and allied prod ucts for all pressures, temperatures, and services -- necessitates the use of an unusually wide variety of metals and materials. The most common of these are briefly described and discussed in this section. Additional information and data on other Crane metals and materials will be furnished on request. 1 2 CRANE Metals and Materials (i Brasses, Bronzes, and Nickel Alloys Crane Steam Brass Crane Steam Brass, widely used for valves, fittings, and other products not recommended for super heated steam temperatures, is an alloy of copper, tin, lead, and zinc. It conforms to A.S.T.M. Speci fication B 6z (Composition Brass or Ounce Metal Castings, 85-5-5-5) and is classified as "Leaded Red Brass" in A.S.T.M. B iiq (Tentative Classification of Cast Copper-Base Alloys). Crane No. 44 Nickel Alloy Crane No. 44 Nickel Alloy is a copper-base nic tin alloy, having a hardness superior to that ordinary bronze. Its particular application is a seating material in valves which are to be subjec to services requiring the use of non-ferrous trim where brass or bronze are inadequate. Strc tough, and hard, it offers good resistance to weai Physical properties at 70 F. Average Tensile strength......................................lbs. per sq. in. 34,000 Yield point.............................................. lbs. per sq. in. 16,000 Elongation in 2 inches.............. -.................... per cent 22 Crane Special Brass Crane Special Brass, commercially termed " bronze", is a high grade alloy used in valves, fittings, and other products recommended for the higher pressures and temperatures. It conforms to A.S.T.M. Specification B 61 (Steam or Valve Bronze Castings) and is classified as "Leaded Tin Bronze" in A.S.T.M. B 1 iq (Tentative Classification of Cast Copper-Base Alloys). Crane No. 48 Nickel Alloy Crane No. 48 Nickel Alloy is used for the y sleeves, yoke bushings, and glands of steel va recommended for oil or oil vapor service. 11 posse; a combination of excellent bearing qualities, h strength, corrosion resistance, and an unusually h melting point, being from 560 to 6oo F. higher tl that of ordinary brass or bronze. It resists wear and breakage exceptionally well, < its high melting point is an important safety fac in oil refinery service where valves are someth exposed to accidental fire. Physical properties at 70 F. Average Tensile strength......................................lbs. per sq. in. 36,000 Yield point.............................................. lbs. per sq. in. 17,000 Elongation in 2 inches...................................... per cent 25 Crane Hard Metal Crane Hard Metal, is a pure copper-tin bronze of high strength and hardness. Years of satisfactory service have shown it to be thoroughly reliable for valves and fittings used under high pressures and extremely severe operating conditions. Its hardness and average tensile strength of 40,000 pounds per square inch- make it an exceptionally desirable material for valve bodies and .seating surfaces. Crane No. 49 Nickel Alloy Crane No. 4q Nickel Alloy is a nickel-base cop tin alloy, having excellent bearing qualities < corrosion resistance. With Brinell number up to 2 it withstands wear and erosion at temperatures, to 750 F. unusually well. The combination of Crane No. 4q Nickel Alloy I Crane Exelloy is used in most plug type disc I seat constructions in brass and iron valves, 1 resists severe services exceptionally well. This c< bination used in steel valves (known as "XR" tr has been found particularly satisfactory for ste< water, air, or gas lines. This material conforms to A.S.T.M. Specification B 60 and is classified as "Tin Bronze" in A.S.T.M. B 1 iq (Tentative Classification of Cast Copper-Base Alloys). Crane Cast Manganese Bronze Crane Co. developed "Cast Manganese Bronze" in order to procure a stem metal that would withstand the great torsional and tensile strains to which this valve part is subjected. Its unusually good bearing qualities offer excellent resistance to wear, and this, combined with strength and the good corrosion resistance typical of copper-base alloys, has extended its use to yoke sleeves, yoke bushings, and glands of valves for steam, water, and general service. Crane Cast Vlanganese Bronze has an average tensile strength of b;.ooo pounds per square inch and conforms to the requirements of A.S.T.M. Speci fication B J4 (Manganese-Bronze Sand Castings). Cast Silicon Bronze i Cast Silicon Bronze is a high copper bronze all having approximately 4% silicon as its most 1 tinguishing element. This metal is similar to m; commercially trade-marked alloys, such as " E\ dur", "Herculoy", "Olympic Bronze", "P-L Metal", "Duronze No. a", "Cramp No. qq", 1 It is characterized both by excellent physical pr erties and by better than average resistance' corrosion by a large number of fluids for which brasses are not suitable. Cast Silicon Bronze Valves and Fittings are she on pages 443 to 453. The average physical prof ties of this alloy are: ; Physical properties at 70 F. Avei Tensile strength...................................... lbs. per sq. in. 48, Yield point.............................................. lbs. per sq. in. 25, Elongation in 2 inches.........................................per cent rm,f,,ls and Materials (Cont.) CRANE 18-8 Mo, Monel, Nickel, Exelloy, and Stellite 3 Crane 18-8 Mo Alloy Cast Steel Crane 18-8 Mo Alloy (18-8 chromium-nickel molyb denum) is an exceptionally high grade stainless steel that is highly resistant to corrosion and finds wide application in many industries. The addition of molybdenum to regular 18-8 chromium-nickel steel has been found to increase materially the corrosion resistance of this alloy, and, in recognition of this fact, Crane Co. has adopted 18-8 Mo in preference to other types of 18-8 chromium-nickel steels. Valves and fittings made of this material, shown on pages 443 to 455, may be recommended for use in services handling food products as well as a large number of industrial chemicals.' Crane 18-8 Mo Alloy Steel conforms to and'sub stantially exceeds the minimum requirements of A-S.T.M. Specification A iq8, Grade B, as shown below, and is heat-treated to obtain maximum cor rosion resistance. Physical properties at 70'5 F. A.S.T.M. Crane Minimum Average Tensile strength................... lbs. per sq. in. 70,000 Yield point........................... .lbs. per sq. in. 30,000 Elongation in 2 inches....... . .per cent 35 Reduction of area.............. . . per cent 40 75,000 38,000 40 45 ` Crane Co. is licensed under Patent No. 1,587,614 to manufacture valves and fittings made from 18-8 chromium-nickel alloy with 2 to 4% molybdenum. Cast Monel Metal , Monel metal is a high strength nickel-copper alloy containing approximately two-thirds nickel and onethird copper. It has excellent resistance to corrosion by many acids, alkalies, salt solutions, food products, organic substances, and many other miscellaneous fluids. Among non-ferrous alloys, Monel is an outstanding material for handling solutions of the alkalies and is widely used wherever avoidance of copper contamination is not imperative. Monel Metal Valves and Fittings are shown on pages 443 to 453. The average physical properties of this alloy are: , Physical properties at 700 F. Average Tensile strength......................................lbs. per sq. in. 67,000 - Yield point. .......................................... lbs. per sq. in. 35,000 : Elongation in 2 inches...................................... percent 30 Cast Nickel Crane Cast Nickel (commercially pure) contains a minimum of q7% nickel, the remainder consisting of copper (0.25% maximum), silicon, carbon, man ganese, and iron. It is highly resistant to corrosion and finds many applications in the food, textile, glue, paint, sugar, bottling, canning, tanning, and other industries where the copper content of high nickel alloys is considered undesirable. Crane Cast Nickel Valves and Fittings are shown on pages 443 to 453. The material has the following average physical properties: Physical properties at 70 F. Average Tensile strength........................................ lbs. per sq. in. 55,000 Yield point..............................................lbs. per sq. in. 25,000 Elongation in 2 inches........................................ per cent 20 Crane Exelloy for Stems Crane Exelloy is a specially processed chromium iron, having a chromium content of about 12 per cent and a carbon content of about o. 10 per cent. For yalve stems, it is carefully heat-treated to pro vide superior strength and excellent resistance to tension, compression, shear, and other strains at tending stem service. It withstands wear unusually well and offers liberal resistance to corrosion by atmosphere; by mildly alkaline water; and by steam, gas, air, oil, and hot oil vapors. The remarkable properties of Crane Exelloy as a stem material have resulted in its adoption for regular use in all Crane Steel Valves. Physical properties at F. Minimum Tensile strength............. lbs. per sq. in. Yield point..................... lbs. per sq. in. Elongation in 2 inches.. . .per cent Reduction of area.......... Brinell hardness number (range)......... Charpy impact strength .... ft. lbs. 100,000 80,000 20 60 O O Crane Average 115,000 90,000 22 65 225-250 40 Crane Exelloy for Seating Surfaces Crane Exelloy for seating surfaces is the same as Crane Exelloy for stems, but is heat-treated to secure greater hardness -- minimum Brinell hardness number ranging up to 3 50, depending upon the valve part. With this high hardness -- resisting scratch ing, scoring, or indentation by hard particles -- is combined adequate strength and ductility; excellent resistance to wear, seizure, galling, and erosion; and high resistance to oxidation and to the corrosive action of hot sulfur-bearing oils. Crane Exelloy seating surfaces, used in steel valves and known as"X" trim, are especially recommended for oil and oil vapor. Exelloy combined with Crane No. 4q Nickel Alloy makes an ideal combination for steam, water, gas, and similar services. Crane Exelloy has been more universally suitable for valve seats in oil service than any other single material. With its remarkable properties, it is not surprising that thousands of tons of it are in valve service. Crane Stellite Trim Crane Stellite trim, used in high pressure-tempera ture steel valves and known as "U" trim, is a cobaltchromium-tungsten alloy. Facings of this material are deposited on steel discs or body seat rings by the welding process. Stellite is recommended where service conditions are especially severe, particularly in modern steam power plants operating at elevated temperatures. Its extreme hardness when cold (Brinell number 375 minimum) is maintained almost unimpaired at red heat. Stellite withstands corrosion and erosion unusually well, and it displays excellent resistance to wear, seizure, galling, and abrasion. 4 CRANE Metals and Materials i Cast, Malleable, Alloy, and Ni-Resist Irons Crane Cast Irons Crane Cast Iron is regularly produced in three grades -- Cast Iron, Ferrosteel, and High Tensile Iron. All of these grades conform to and exceed the mini mum requirements of the A.S.T.M. Specification A 126 for Gray Iron Castings for Valves, Flanges, and Pipe Fittings. Each grade is particularly suited to provide uniform density, soundness, and close grain within a specific range of thicknesses of sections employed in the making of Crane cast iron valves and fittings. Cast Iron, used for small valves and fittings ht light metal sections, conforms to the requiremer A.S.T.M. Specification A 126 for Class A Cast Ferrosteel, used for sections of medium metal t nesses, conforms to the requirements of A.S.' Specification A 126 for Class B higher strength 1 Iron Castings. High Tensile Iron, used for the heavier metal tions, conforms to the requirements of A.S." Specification A 126 for Class C High-Test Cast; Tensile Strength, pounds per square inch....................... Transverse Test, load at center, pounds......................... Transverse Test, deflection at center, inches.................. Crane Cast Iron Average 26,000 3,000 0.12 ASTM A 126 Class A 21,000 2,200 0.10 Crane Ferrosteel Average 35,000 3,600 0.14 ASTM A 126 Class B 31,000 3,300 0.12 Crane High Tensile Iron Average 50,000 4,200 0.14 A A Cl 4 ( Crane Malleable Iron Crane Malleable Iron is particularly suited for use in screwed pipe fittings, valves, and flanges. It is characterized by pressure tightness,, stiffness, and toughness, the latter property being an especially valuable one for pipe line materials subjected to expansion and contraction stresses and shock. This iron has a tensile strength of from 40,000 to 50,000 pounds per square inch. Through improved practices in casting and annealing, a superior line of malleable iron products is assured. Malleable Iron Torsional Test Bar As part of routine control in casting and annealing malleable iron products, a torsional test is made half-hourly during each day's run. Crane Malleable Iron conforms to the requiren of the Tentative A.S.T.M. Specification A iq Cupola Malleable Iron. ` 'j'he comparable ability of malleable iron to ; shocl< or impact as well as bending stresses di piping weight, expansion, etc., is shown in following table. Note that because of their e: tional ductility, the malleable iron and cast steel were reversed after each blow. Tests for Shock and Impact (Bars l"xl"xl3") Material Blows of a 25-pound Drop Hammer to Break Shod Test Foot Pounc Cast Iron 7 Ferrosteel *Malleable Iron 11 22 *Cast Steel 92 *Reversed after each blow because of bending. 10 20 158 10,11 Crane Alloy Cast Iron Crane Alloy Cast Iron, a development of the Crane Research Laboratory, is offered to meet the need for an iron having better physical properties and resist ance to corrosion when subjected to services where ordinary gray iron is not adequate. This material, having a nickel low alloy composition, is suited for valves or fittings in specialized services of pulp or paper or petroleum industries. Crane Ni-Resist Cast Iron Ni-Resist Cast Iron (sometimes called Monel Cast Iron) is used as material where the physical properties of cast iron suffice but where greater resistance to corrosion is required. Ni-Resist is an alloy cast iron containing 14% nickel, 7bc c copper, and zl'2% ciiromium; it has an average tensile strength of approximately 25,000 pounds per square inch. View in the Laboratories, Chicago Works Metals and Materials (Cont*) CRANE Packing Materials 5 C.C. Rubber Sheet Packing Rings for Ring Joints C.C. Rubber Sheet Packing is a superior grade of rubber composition packing, which is manufactured solely for Crane Co. This material is exceptionally tough, durable, and resilient. It is compounded according to a special formula, and it is. subjected to frequent and careful tests to assure thatTthe high quality is strictly maintained. C.C. Rubber is available in rolled sheets or finished cut gasket shapes. It is recommended for all pres sures in services such as saturated steam, hot and cold water, air, and gas. C.C. Rubber Sheet Packing..................................... page 565 C.C. Rubber Ring Gaskets.......................pages 566 and 567 Cranite Sheet Packing Cranite is a superior gasket material prepared from selected long fiber asbestos, cross-laminated to secure exceptional strength and durability. It has a high and uniform compressive strength, does not deteri orate with age, and is ideally suited for use with water, air, gas, gasoline, ammonia, steam, and other fluids at temperatures up to 75o F. Cranite has been inspected and is listed by the Underwriters' Laboratories (National Board of Fire Underwriters), Chicago, for use on hazardous liquids. Cranite Sheet Packing...............................................page 565 Cranite Ring Gaskets...................................pages 566 to 570 Cranite Union Gaskets.............................................. page 571 Corrugated Metallic Gaskets Corrugated metallic gaskets are recommended for service where temperatures exceed 7 50 F. Listed in copper, of 27-gauge, and in'soft iron, of 22-gauge, they should be used with smooth faced flanges only. Crane Corrugated Metallic Gaskets are of good qual ity, having proper strength, ductility, and toughness. To secure a smaller bearing surface with the resulting increase in unit compressive load, the inside diameter of these gaskets is made larger than the port diameter of the joint, providing assurance of tightness. Corrugated Metallic Gaskets...................... pages 567 to 570 Ring Joints can be utilized as connections for all pressure classes of Crane Steel Valves, Fittings, and Flanges. They require the use of a metal ring, which seats in an especially prepared groove in each flange face, to seal the joint. Crane rings for ring joints are the result of extensive research and field and laboratory testing. They are of unusually high quality, being purchased under exceptionally rigid specifications; each shipment is carefully inspected and tested before being admitted to stock. Crane rings are furnished in three types: Type A, of Armco Iron with a maximum Brinell hardness num ber of qo; Type B, of 4 to 6% chrome Yi% molybde num with a maximum Brinell hardness number of 130; and Type C, of soft steel with a maximum Brinell hardness number of 130. Crane rings and ring joints are particularly recom mended for high pressure hydraulic installations and for high pressure-temperature steam and hot oil lines. The merits of the joint are well known; both the American Standard (ASA Bi6e-iQ3q) and the Amer ican Petroleum Institute (API No. 5-G-3 and No. 6ooA-3q) recognized its greater efficiency by assign ing higher ratings to products with this facing than to those with other types. Rings for Ring Joints................................................ page 564 Composition Discs Crane Composition Discs are furnished in a wide variety of materials, sizes, and styles. Through years of constant study, research, and testing, this line of Composition Discs was developed to fill the need for suitable renewable type discs in globe and angle valves. These materials are made for use in steam, hot and cold water, oil, air, gas, and gasoline services. Users are urged to choose the type and material recommended on page 178, in order to obtain the best results. Composition Discs..................................................... page 178 Studying Pressure Holding Properties of Gasket Material Testing Stuffing Box Packing Under Operating Conditions 6 CRANE Metals and Materials (Coi Crane Cast Steels To provide adequately for the widely varied services to which steel valves and fittings are subjected. Crane Co. regularly produces several different types of cast steel. The individual characteristics and recommendations for each are described below and on the opposite page. The Crane steel foundry today is the largest and best equipped in the valve and fitting industry. It includes the latest type of swinging-roof top-charge electric arc furnaces, modern high frequency electric induction furnaces, efficient molding and conveying equipment, and exacting laboratory control. These facilities and foundry procedure produce sound, pres sure tight, and high quality castings in small sizes as well as large sizes. It is a complete and unexcelled service to the buyers of steel valves and fittings. The careful and thorough heat treatment givenCrane steel castings completely refines the grai relieves internal stresses, and imparts superior ph> cal properties. Regular heat treatments consist annealing or normalizing and drawing. In annealing, the castings, having cooled after pcr ing to a temperature below the critical range, ; heated to and held at, the annealing temperature the proper length of time; they are then allowed cool slowly. For normalizing and drawing, the cs ings, having cooled below the critical range al pouring, are heated to and held at, the normaliz temperature, after which they are allowed to coo! still air at room temperature. They are then reheai to and held at, the drawing temperature, finally be: allowed to cool in the furnace. Crane Carbon Cast Steel Crane Carbon Cast Steel is ideally suited for a mul titude of services that are beyond the scope of bronze or iron. Its superior strength and toughness, and its resistance to piping strains, .vibration, shock, freez ing, and damage by fire, afford reliable protection when safety and utility are desired. It is suitable for use on saturated or superheated steam, cold or hot water, cold or hot non-corrosive oil, gas, air, or other fluids. Under appropriate pres sures, it may be used with safety on temperatures as high as 1000 F. When Crane Carbon Cast Steel Valves and Fittings are required for fusion welding into the piping, steel with a carbon content not exceeding 0.35% is sup plied, which assures excellent welding qualities. Crane Carbon Steel castings are carefully heat treated by annealing. Crane Carbon Cast Steel conforms to and sub stantially exceeds the minimum requirements A.S.T.M. Specification A qj, covering carbon st castings for valves, flanges, and fittings for hij temperature service. Chemical Composition! . per cent .percent .percent . per cent .per cent Minimum 0.15 0.50 0.20 ___ ___ Maximum 0.45 0.85 0.45 0.05 0.06 Cr^ avef 0.: O.f 0.3 0.( 0.( Physical Properties at 70 F. . .lbs. per sq. in. Brinell hardness number Bend test......................... Charpy impact strength. ............... ft. lbs. Minimum 70,000 36,000 22 30 90 Crs avet 74,( 42,1 1 NOTE: In addition, Crane Co. will furnish Carbon Cast complying with the A.S.T.M. Specification A216, fuj welding grade, when so ordered Crane No. 4 Carbon-Molybdenum Alloy Cast Steel Crane No. 4 Carbon-Molybdenum Cast Steel, con taining approximately 34% of molybdenum, has many unusually desirable characteristics. At room temperature, its strength is slightly greater than that of Crane Carbon Steel, and this strength is retained to a marked degree at elevated temperatures. At temperatures to iooo.F., its resistance to creep is equal to that of more highly alloyed steels. Unlike most alloy steels, its weldability compares favorably with that of carbon steel. It is admirably suited for use on steam, water, oil, gas, air, or other services when superior strength and toughness are essential. It is especially recom mended for high-pressure, high-temperature service when valves and fittings are welded into- the piping. It is the logical choice for superheated steam lines at temperatures up to iooo F. Crane No. 4 Carbon-Molybdenum Steel castings are carefully heat treated, by normalizing and drawing. Crane No. 4 Carbon-Molybdenum Cast Steel con forms to and substantially exceeds the minim; requirements of A.S.T.M. Specification A r Grade C 1, covering alloy steel castings for vah flanges, and fittings for service at temperatures ft 750 to 1 ioo F. ! .percent .percent .per cent . per cent . per cent . per cent Min- imum 0.15 0.40 0.50 0.20 ___ ___ Max- imum 0.30 0.60 0.70 0.45 0.05 0.06 -Cr, ave 0. 0. 0. 0. 0. 0. 70 F. Brinell hardness number Minimum 70,000 45,000 22 35 90 Cr ave 75, 50, NOTE: In addition, Crane Co. will furnish Carbon-Mc denum Alloy Cast Steel complying with the A.S.T.M. Sped tion A217, fusion welding grade, when so ordered. Metals and Materials (ConfO Crane Cast Steels (Cont.) CRANE Crane No. 2 Nickel-Chrome Alloy Cast Steel 7 Crane No. 2 Nickel-Chrome Cast Steel possesses exceptional strength at both normal and elevated temperatures. The molybdenum content enhances its toughness and eliminates the danger of embrittle ment. No. 2 Steel offers greater resistance to erosion, to oxidation or scaling, and to corrosion than do Carbon Steel and Carbon-Molybdenum Steel. It is unusually suited for severe service on oil, gas, water, or steam lines. It is especially recommended for high-pressure oil refinery service at temperatures up to 1 ioo F., for flow lines in oil and gas fields, and for oil or gas pipe lines. As heat treatment after welding is essential, it is best adapted to products having flanged or threaded ends. All castings are carefully heat treated, by normalizing and drawing. Crane No. 2 Nickel-Chrome Cast Steel conforms to and substantially exceeds the minimum requirements of A.S.T.M. Specification A 157, Grade C 11, cover ing alloy steel castings for valves, flanges, and fittings for service at temperatures from 7<o to 1ioo F. Chemical Composition( .percent .percent .per cent . per cent .per cent .percent . per cent . per cent Minimum 0.25 1.75 0.65 0.20 0.45 0.20 ___ ___ Maximum 0.35 2.25 0.95 0.30 0.75 0.45 0.05 0.06 Crane average 0.30 2.00 0.75 0.25 0.60 0.30 0.03 0.02 70 F. .. lbs. per sq. in. Brinell hardness number ..............degrees ................ft. lbs. Minimum 100,000 65,000 18 30 90 Crane average 112,000 85,000 20 45 235 180 20 Crane No. 5 Chrome-Molybdenum Alloy Cast Steel Crane No. 5 Chrome-Molybdenum Cast Steel is unusually strong at normal temperatures and possesses exceptional strength and creep resistance at high temperatures. It offers excellent resistance to erosion and to scaling at temperatures up to nooF. It is relatively economical in cost when compared with more highly alloyed steels. Crane No. 5 Steel is ideal for severe service on steam, water, oil, or gas lines, particularly when corrosion resistance is essential as in oil refinery service. Since heat treatment after welding is necessary, it is best adapted to products having flanged or threaded ends. All castings are carefully heat treated by normalizing and drawing. Crane No. 5 Cast Steel conforms to and substantially exceeds the minimum requirements of A.S.T.M. Specification A 157, Grade C 5, covering alloy steel castings for valves', flanges, and fittings for service at temperatures from 750 to 1 ioo F. Chemical Composition Carbon...............................per cent Chromium......................... per cent Molybdenum.....................per cent Manganese........................ per cent Silicon................................ per cent Phosphorus........................ per cent Sulfur.................................per cent Min imum 0.15 4.00 0.40 0.45 0.20 Max- imum 0.30 6.50 0.65 0.75 1.25 0.05 0.06 Crane average 0.25 5.00 0.50 0.60 0.65 0.03 0.02 Physical Properties at 70 F. Tensile strength..................lbs. per sq. in. Yield point......................... lbs. per sq. in. Elongation in 2 inches................. per cent Reduction of area.........................per cent Brinell hardness number........................... Bend test.........................................degrees Charpy impact strength................. ft. lbs. Minimum 100,000 65,000 18 30 90 Crane average 112,000 87,000 20 45 235 180 15 Crane No. 3 Nickel Alloy Cast Steel Crane No. 3 Nickel Cast Steel provides adequate ten sile and impact strength at sub-zero temperatures. It is especially recommended for use at extremely low atmospheric temperatures, or for refrigerating processes down to --ioo-F., such as in the dewaxing of lubricating oil. All castings are carefully heat treated, by normalizing and drawing. Physical Properties at 701 F. Charpy impact strength At 70 F................. At-100 F................. lbs. per sq. in. lbs. per sq. in. ..........per cent ..........per cent ............ft. lbs. ............ft. lbs. Minimum 67,500 45,000 25 45 25 15 Crane average 75,000 55,000 32 55 35 20 Crane "Arctic" Nickel Alloy Cast Steel (Patented) For sub-zero temperatures substantially lower than those for which Crane No. 3 Nickel Cast Steel is recommended, Crane Metallurgists developed Crane "Arctic" Nickel Cast Steel. All castings are heat treated to develop the required physical properties. Inquiries for Crane" Arctic" Nickel Cast Steel should include specifications of the contemplated service. Physical Properties at 70 F. Tensile strength............................. Yield point..................................... Elongation in 2 inches.................. Reduction of area......................... Charpy impact strength At 70 F............................... ................ft. lbs. At-175 F............................... Minimum 60,000 40,000 35 60 40 15 I 8 CRANE Metals and Materials (Coj Crane Forged Steels Paralleling the assortment of Cast Steels produced by Crane Co. to provide for widely varied services, is an identical group of Crane Forged Steels. While the chemical composition and physical properties of the forged steels are not exactly the same as those of the cast steels, in general characteristics and ulti- mate utility the forged material is the full equiva- lent of the cast. ' The recommendations for Crane Cast Steels and f comparisons thereof, are, therefore, equally apj cable to Crane Forged Steels; see pages 6 and From the standpoint of life and service there is difference; both are component parts of a compl line. Forgings have a highly refined grain, w physical properties well in excess of recogni: minimum requirements. ^ ^ *J ^ ^ Crane Carbon Forged Steel For a greater diversity of service, Crane Carbon Forged Steel is furnished in two Classes, Class I and Class II. Class I, with a maximum carbon content of 0.30 per cent, has unusually, good welding prop erties and is used for Welding Neck Flanges and for Socket-Weiding Fittings. Class II, with slightly higher carbon content (0.35 per cent maximum) is used for all other types of steel flanges and for flange unions, yokes on steel valves, etc. Crane Carbon Steel forgings possess such a highly mechanically refined .grain structure and such gen erally excellent physical properties that heat treat ment is confined to flanges in the 400-Pound and higher steel pressure classes. Crane Carbon Forged Steel conforms to A.S.T.M. Specification A 105 when heat treated and to A.S. T.M. Specification A 181 when not heat treated. The Crane average physical properties, substantially exceeding A.S.T.M. minimums, are shown below. Physical Properties at 70 F. Crane Average Class 1 Class II Heat As Heat As treated forged treated forged . ...75,000 77,000 80,000 80,000 '... .45,000 46,000 47,000 48,000 Elongation in 2 inches, 32 25 30 25 Reduction of area, %. . . 60 50 55 45 Brinell hardness number .... 155 160 160 160 Charpy impact strength, ft.. lbs. 25 20 25 20 Crane No. 4 CarbonMolybdenum Alloy Forged Steel Crane No. 4 Carbon-Molybdenum Forged Steel has . the same good welding properties, high strength re tention at elevated temperatures, and excellent resistance to creep as Crane No. 4 Carbon-Molybde num Cast Steel. Its mechanically refined grain structure is further refined by a careful heat treat ment, consisting of normalizing and drawing. This steel exceeds the minimum requirements of A.S.T.M. Specification A 182, Grade F 1. Physical Properties at 70 F. - Min- imum Tensile strength................ . lbs. per sq. in. 70,000 Yield point........................ .lbs. per sq. in. 45,000 Elongation in 2 inches... ............per cent 25 Reduction of area........... ............per cent 35 Brinell hardness number. Charpy impact strength . ..............ft. lbs. Crane average 78,000 50,000 30 60 155 30 Crane No. 2 Nickel- i Chrome Alloy Forged Steel \ Crane No. 2 Nickel-Chrome Forged Steel has same superior high temperature properties and sistance to corrosion, erosion, and scaling as the c variety. The mechanical refinement of grain str ture by the forging process is supplemented b; heat treatment consisting of a quench and draw. Physical Properties at 70 F. Min- imum Tensile strength............... . lbs. per sq. in. 100,000 Yield point....................... . lbs. per sq. in. 70,000 Elongation in 2 inches... 18 Reduction of area........... 50 Cn avq 115 85 Charpy impact strength.. Crane No. 5 ChromeMolybdenum Alloy Forged Steel Crane No. j Chrome-Molybdenum Forged Steel, the cast material, offers unusually high retentio] strength on elevated temperature service, sup<j corrosion resistance, and excellent resistance to sion and scaling. All forgings are carefully treated, by normalizing and drawing. This steel exceeds the minimum requirement A.S.T.M. Specification A 182, Grade F 5. lbs. per sq. in. lbs. per sq. in. ..........per cent Brinell hardness number. ............ft. lbs. Minimum 90,000 65,000 22 50 C< av< I0( 7- Crane No. 3 Nickel Alloy Forged Ste Crane No. 3 Nickel Forged Steel is characterize its outstanding suitability for service on sub temperatures. All forgings of this steel are care heat treated, by normalizing and drawing. Physical Properties at 70 F. Min- imum Tensile strength............... , . lbs. per sq. in. 62,500 Yield point....................... , . lbs. per sq. in. 36,000 Elongation in 2 inches... 25 Reduction of area........... 40 Charpy impact strength At 70 F................... 25 At-100 F................... 15 Q a\f 6i 41 t Metals and Materials (Coni;) CRANE Bolting Materials In the manufacture of Crane Valves and in bolting flanged valves, fittings, and flanges together to form a complete piping system, four classes of bolting materials are regularly used. These materials, open hearth steel, cold rolled steel, chrome-molybdenum steel, and chrome-molybdenum-vanadium steel, are described as follows: '9 Machine Bolts and Bolt-Studs Bolts and studs for temperatures up to 500 F. are made from steel complying with A.S.T.M. Specifica tion A 107, Open Hearth free-cutting grade, having the following physical properties: Physical Properties at 70 F. Minimum Tensile strength...................................... lbs. per sq. in. 60,000 Yield point...............................................lbs. per sq. in. 35,000 Elongation in 2 inches.......................................per cent 25 Reduction of area...............................................per cent 50 Nuts regularly used with machine bolts or studs are made from free-cutting or resulfurized nut stock which conforms to A.S.T.M. Specification A107. Studs and bolt-studs for temperatures up to 500 F., primarily for high pressure hydraulic service, are made from cold rolled steel complying with A.S.T.M. Specification A 108, Open Hearth free-cutting grade, having the following physical properties: Physical Properties at 70 F. Minimum Tensile strength...................................... lbs. per sq. in. 70,000 Yield point.............................................. lbs. per sq. in. 60,000 Elongation in 2 inches...................................... per cent 18 Reduction of area..............................................percent 45 Nuts regularly used on cold rolled steel studs and bolt-studs are cold made of material in accordance with A.S.T.M. Specification A 107. Alloy Steel Bolt-Studs Crane Co. pioneered in the development of alloy steel bolting. For years. Crane Triplex Steel was recognized as the highest quality bolting material available, and today, still ranks well with the best steels obtainable. With the introduction of Crane Templex Steel, the culmination of a long, patient, exhaustive, and compre hensive study, Crane Co. again offers an outstanding bolting mate rial, unsurpassed for high-pressure high-temperature services. Crane Triplex Steel Crane Templex Steel Crane Triplex Steel, a chrome-molybdenum steel having marked stability, retains its strength unu sually well at elevated temperatures. It offers better ' resistance to creep than most high grade alloy steel bolting materials. Responding readily to heat treat ment, it is carefully processed to secure liberal strength, hardness, and other desirable properties. The uniformly satisfactory results secured with Triplex Steel Bolt-Studs in thousands of steel valve and fitting installations, many of which -- particu larly in oil refineries--have been operating under extreme pressures and temperatures, is a fitting testimonial of their excellence. Crane Triplex Steel is regularly used for the bonnet bolting of Crane ' "XR" and "X" trimmed steel valves. The steel is specially heat treated by quenching and drawing, producing a dense, uniform, and fine grain with superior physical properties. Crane Triplex Steel substantially exceeds the mini mum requirements of A.S.T.M. Specifications A 96, for Class C Bolting, and A 193, Grade B 7. Physical Properties at 70 F. Crane Min- Triplex imum average Tensile strength... lbs. per sq. in. 125,000 134,000 Yield point............ lbs. per sq. in. 105,000 116,000 Elongation in 2 inches.. .per cent 16 20.5 Reduction of area............per cent 50 57 Brinell hardness number (range). 260-320 270-300 Crane Templex average 145,000 118,000 20 57 285-320 Crane Templex Steel is a chrome-molybdenumvanadium alloy, recently developed by Crane Co. Its unusual strength and remarkable stability at elevated temperatures is the result of the molybde num and vanadium combined with special heat treatment. Crane Templex Steel has greater re sistance to creep than any other bolting steel offered on the market today. For exceptionally high temperature service, this steel is ideal. It is regularly used in the bonnet bolt ing of Crane "U" trimmed steel valves. The secret of the superiority of Crane Templex Steel lies in the exacting heat treatment developed by Crane laboratories. In addition to uniform grain and excellent physical properties, it produces a definite carbide size in the microstructure of the material, resulting in maximum creep resistance. Crane Templex Steel substantially exceeds the mini mum requirements of A.S.T.M. Specifications A 96, for Class C Bolting, and A 193, Grade B 14. Nuts for Alloy Steel Bolt-Studs Crane Triplex and Templex Steel Bolt-Studs are regularly fitted with hot forged, medium carbon, oil-quenched nuts, made to American Standard Semi-Finished Heayy Hexagon dimension, ASA B18.2. Having a Brinell hardness number of 250 minimum, they are capable of developing the full strength of the stud. They conform to A.S.T.M. Specifications A 96, Class 1, and A 194, Class 2 H. 10 CRANE f Marking of Crane Products The marking and identification of Crane Products conforms to the Manufacturers Standardization Society Standard Marking System for Valves, Fittings, Flanges, and Unions (MSS SP-25). Distinguishing Marks All product is marked for identification with either the name "CRANE", the letter "C", or the letters "CC", depending on the size and. type of the article as well as the method of manu facture. In addition, certain unions and union fittings have specific marking, such as "RAILROAD", etc. Unions, fittings, and valves made in accordance with the specifications adopted by the American Association of Railroads are marked with either the letters "ARA" or "AAR". Designation of Material Cast iron product has no marking indicating the material. Malleable iron product is marked with either the letters "MI" or "MALL", except for Standard Mal leable Iron Screwed Fittings which can be dis tinguished from the Standard Cast Iron by the open crotch between the bands in place of joining bands, and unions or union fittings which are not made in cast iron and cannot be confused. Brass product can be readily distinguished from cast iron by its color, and therefore has no material marking, except special bronze alloys which ha special markings. Steel product is all marked with the word "STEEL which definitely distinguishes it from cast iron. , addition, alloy steels are marked with a symbol ( identify the alloy. Steel castings of pressure co taining parts have the heat number stamped on raised pad. Cast stainless steels and other corrosion resista alloys have special markings. ! Designation of Service Pressure Ratings The recommended pressure ratings for each line of goods illustrated in this catalog are specified on the page where listed. Nearly all of the product, with the exception of Gas Stops, Low Pressure Brass Valves, and Standard Screwed Fittings, are marked with the recommended basic working pressure. Where the numerals are not followed by any suffix symbols, they represent the basic steam service pressure rating at the maximum temperature which is given for the line on the corresponding page of this catalog, or, where the maximum temperature is not specified, at the temperature of saturated steam. Ammonia Valves and Fittings are an exception to the foregoing in that they are marked " 300" without any suffix symbol to indicate ammonia serv pressure. Valves with leather or rubber faced di; are another exception in that they use bodies rej larly marked with a basic steam rating, yet shot only be used on the service for which this type of d.' face is recommended. Where the numerals are followed by the lett< "WOG", they represent the water, oil, or gas ser ice pressure rating at or near atmospheric tempei ture. Where two sets of numerals are shown, t! steam service pressure is followed by the letter " j and the water, oil, or gas service pressure, by t letters "WOG". Test pressure marking, whi used, is followed by the word "TEST". CRANE Air Testing 11 The fact that many of our products are recom mended for water, oil, and gas does not necessarily indicate that all of those products are air tested. It has been found commercially that our regular stock valves have proven quite generally satisfactory for gas service without an air test, and therefore when an air test is required, it must be definitely specified. Any valves that are to be used for air, gas, or very volatile fluids and where absolute tightness is of essential importance, should be ordered air tested unless the catalog definitely states that they -are regularly air tested. All valves which are air tested are provided with protectors placed over the openings. Hydrostatic and Shock Working Pressures All valves, fittings, and flanges in this catalog are suitable for the liquid working pressures given, only when used in hydraulic installations in which shock is absent or negligible. The sudden closure of a valve in a hydraulic system causes the body of liquid, which may be moving at a rate generally in excess of i foot per second, to stop instantaneously. As a liquid is relatively incom pressible, the effect of the sudden cessation of flow is to raise the pressure considerably above the static working pressure. This increase in pressure is called "SHOCK" and may, in some cases, be sufficient to cause valves or piping to fail. The increase in pressure due to shock is not depend ent upon the working pressure of the system but upon the velocity with which the liquid is flowing. For example: An installation having a working pressure of too pounds per square inch with a velocity of 3 feet per second will be subject to the same increase in pressure due to instantaneous closure of a valve as one having a working pressure of 1000 pounds per square inch and the same velocity. Shock is generally prevalent in lines which are equipped with check valves, quick closing valves, or in lines supplied by reciprocating pumps. Shock, however, may also be produced in any line to a lesser degree by the rapid closure of regular globe or gate valves, and it is therefore recommended that care must always be used in closing valves in lines trans porting liquids. It is recommended that, where shock is likely to occur, the maximum shock pressure be added to the working pressure of the line to determine the work ing pressure of the valves, fittings, or flanges which should be used. It is also recommended that all hydraulic installa tions be equipped with air chambers or other types of shock absorbers to eliminate, as much as possible, the increase in pressure due to shock. Increase in Pressure Due to Expansion of Liquids If a vessel is completely filled with a liquid so that there is no space available for volumetric expansion, any rise in temperature of the liquid will cause an increase in internal pressure. This increase in pres sure is due to the tendency of the liquid to change in volume, and as liquids are relatively incompressible, the pressure builds up rapidly' with only a slight change in temperature. The rise in temperature may be due to the sun's rays or to an increase in atmos pheric temperature. Crane Co. has conducted tests which indicate that when vessels are completely filled with fuel oil of 330 A.P.I., a temperature rise of one degree Fahren heit causes the internal pressure to increase approxi mately 75 pounds per square inch. 11 is recommended, therefore, where valvesare installed in lines carrying liquids (particularly oil), that some means be employed to prevent entrapping the liquid in the valve bonnet, to eliminate the possibility of pressure building up due to a rise in the temperature. CRANE The knowledge and facilities of Crane engineering and research extend far beyond the abbreviated treatise on metals and mate rials shown on the preceding pages. Through years of untiring research and critical study of new developments, a Wealth of data has been accumulated which forms an integral part of Crane service. Users confronted with unusual problems pertinent to the control of fluids are invited to avail them selves of this source of information and to refer to the many Crane technical publications on specialized subjects. Inquiries concerning the users ' needs are rendered careful consideration. CRANE Brass Gate Valves Names of parts.................................................................................................. page14 Low Pressure Valves........................................................................................page15 Standard Valves, Rising Stem................................................pages 16 and 17 Standard Valves, Non-Rising Stem.............................................................page16 150-Pound Valves, Rising Stem....................................................................page19 150-Pound Valves, Non-Rising Stem..........................................................page19 200-Pound Valves, Rising Stem....................................................................page20 200-Pound Valves, Non-Rising Stem............................................... . .page 21 200-Pound Valves,`Outside Screw and Yoke..................................... page 21 300-Pound Valves, Rising Stem...................................................................page23 300-Pound Valves, Non-RisingStem............................................................page22 350-Pound Valves.............................................................................................. page24 Valves with Lock Shield................................................................................. page16 The Crane line of Brass Gate Valves includes a valve for every commercial requirement. The uniformly superior quality that distinguishes all Crane products has been maintained in this line. Excellence of design, high grade materials, and work manship of the highest order assure dependability in service. Other types of brass valves, supplementing the gate valves indexed above, are shown on the following pages: Brass Globe and Angle Valves............. '................pages 25 to 50 Brass Check and Foot Valves............................... pages 51 to 63 Brass Hose Valves.................................................. pages 70 and 71 Brass Lever-Operated Quick-Opening Valves.. .pages 66 to 69 Brass Radiator Valves............................................. pages 77 to 8r 13 3 The lists shown above do not include all Crane Brass Valves. Brass Valves that perform a special duty or those made for special services such as Float Valves, Pop Safety Valves, Relief Valves, Pressure Regulators, Pressure Reducing Valves, Solder-Joint Valves, and Valves for Marine Service are de scribed in other sections of this catalog. Refer to the index. 14 CRANE Names of Parts Brass Gate Valves Wheel Nut- Non-Rising Stem Wedge Disc Gate Valve (No. 4491/2, p. 15) Identification Plate Rising Stem Double Disc Gate Valve (No. 440, p. 16) Rising Stem Wedge Disc Gate Valve (No. 431, p. 19) Rising Stem, Union Bonnet Wedge Disc Gate Valve With Renewable Seats (No. 423, p. 20) Non-Rising Stem Wedge Disc Gate Valve (No. 458, p. 21) Outside Screw and Yoke Wedge Disc Gate Valve (No. 459, p. 21) Cross Section No. 4491/2 CRANE 15 Low Pressure Brass Gate Valves Wedge Disc--Non-Rising Stem WORKING PRESSURES No. 449% Valves: The No. 449% are well-constructed 100 pounds steam valves. They will give good results where working con 125 pounds water, 200 F. ditions are not severe, and are recommended for general 125 pounds cold oil or gas shut-off valve service on low pressure steam and water lines. They are well suited for heating systems, city water, low pressure condensation return lines, and similar service. Their body, bonnet, wedge disc, and stem are made of brass. Repacking: The stuffing box is equipped with a brass gland. The valves, when wide open, can be repacked while under pressure. No. 4491/2 Screwed List Prices, Each, and Dimensions Size Inches Va % 1 % 1 3/4 1 1 1/4 1 1% No. 449/2, Screwed 1.20 1.20 | 1.30 j1.50(2.00 2.65|3.55 End to end Dimensions in Inches Center to top of wheel Diameter of wheel 1% IWigUWgI 2 |23/lfi 27/i61 2% 3% 33/4 1 33/4 | 41/2 1 5/4 5% 1 6/2 2/4 2/4 1 2/4 | 2S/S | 3 3% 1 33/4 2 5.00 3 7% 4% Low Pressure Valves with Bolted Bonnet WORKING PRESSURES 100 pounds steam 125 pounds cold water, oil, or gas, non-shock Nos. 4436 and 4437 Valves: The No. 4436 and No. 4437 Valves are of liberal proportions throughout. They are recom mended for the same service as the valves shown above. The valves have a body, bolted bonnet, non-rising stem, wedge disc, and renewable body seat rings made of brass. The stuff ing box is deep, is filled with a high grade packing, and on sizes 2% to 10-inch is equipped with a bolted gland (the 2-inch size has a screwed type stuffing box and a gland). No. 4436, Screwed With Indicator (Also furnished without Indicator) No. 4437, Flanged No. 4437, Flanged With Indicator Without Indicator Cross Section No. 4436 With Indicator Unless otherwise ordered, the No. 4436 and No. 4437 Valves are always furnished with indicator. ? The valves are regularly furnished with an indicator to show whether the valve is open or closed. When so ordered, valves without indicator will be furnished. I Repacking: These valves, when wide open, can be [repacked while under pressure. |Flanged valves: End flanges and drilling conform to the MSS 150-Pound SP Bronze Flange Standard (No. SP-2-1Q37). They are plain faced with two V-shaped concentric grooves between the port and the bolt holes. Prices include drilling to the MSS 150-Pound Standard, and spot facing; no deduction is made if valves are ordered faced only. Full face gaskets should be used; see page 567. 1 No. 4436, Screwed Inches 2 1 2/2 1 3 3% 4 5|6 |8 With Indicator 40.00150.00 65.00 80.00 100.00 1 Without Indicator 38.00|48.00 63.00 78.00 98.00 1 10 Other types of Low Pressure Brass Gate Valves: jNo. 4437, Flanged With Indicator 50.00160.00 75.00 90.00 110.00 160.00 210.001325.00 425.00 ! KD.& S. F Without Indicator 48.00|58.00 73.00 88.00 108.00 155.00 205-.00|320.00 420.00 Marine, p. 466 jpimenI sions I in End to end Face to face Center to With Indicator top of stem Without Indicator 4/16 1 S/2 4% 1 5 9% 111/2 8% 1IO/4 6 5% 133/4 12% 6/4 6 14% 12% 6/2 6/2 16 14% 7 18/4 16% 1 7% 1 8% 20 1 25 18% I 23% 9% 30 28% Radiator, p. 80 Solder -Joint.. . ................p. 504 (Inches Diameter of wheel | 4% 6 7 7 8 9 9 | 10 12 Diameter of flanges Thickness of flanges |6 7 7% 8/2 9 10 11 1 13% 16 1 Z2 9/l6 % 11/l6 "/re 3/4 Wig 1 Wig 1 Templates for drilling, see page 550. 16, 3 CRANE Standard Brass Gate Valves Wedge Disc Non-Rising Stem Double Disc Rising Stem WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas, non-shock Unless otherwise ordered, valves with wheels are always furnished. Cross Section No. 438 No. 438 Screwed with Wheel No. 438 Screwed with Lock Shield No. 440 Screwed with Wheel No. 440 Screwed with Lock Shield Cross Section No. 440 Size 1NO. ^00 or 1NO. <*u No. 438 Dimensions Inches No. 440 List Prices and Dimensions Inches V* Vs ! V2 3/4 1 I 11/4 U/2 2 21/2 3 With Wheel Each 2.40 2.40 1 2.60 3.30^4.40 | 6.00 8.00lll.00|19.00 28.00 With Lock Shield Each 1 3.25 4.10 5.50 | 7.50 10.00|13.75| End to end 1% l13/i6 1 2 21/4 121 Vi 6 1 3 31/4 13H/,6 41/4 Center to top of wheel 3% 3% 1 4Vi 434 5% ] 61/2 71/4 8% 10 Center to top of lock shield j 1 33/4 4% 51/4; 61/4 1 73/g 8% Diameter of wheel l3/4 l3/4 ! 21/16 ! 2/i 23/41 3i/i6 3% 41/l 6 43/4 End to end 1% l3/4 1 1% 2i/s 21/2: 2% ! 3 31/2 41/16 Center to top of wheel, open 41/4 414 1 4% 57/& 7 ! 8% ! 91/2 1178 141/4 Center to top of lock shield. Diameter of wheel | m 1 41/2 51/s 6% 1 71/2 ; 8% 11% 1% 1 2i/16 29/l6 2% 1 3i/i6 1 35/8 41/16 434 For list prices of keys for Lock Shield Valves, see page -177. 411/16 1178 5% 47,6 16% 5% Service recommendations: These valves are more rugged than is usual with "Standard" valves. All parts are liberally proportioned to assure a high factor of safety against pressure, operating strains, and expansion and contraction of piping. The valves are recommended for general service on steam, water, oil, or gas lines. Both the No. 438 and the No. 440 Valves are regu larly furnished with wheels. When orders so specify, they will be furnished with lock shield. Materials: All parts are made of brass, except the wheel which is made of malleable iron. No. 438 Valves: The No. 438 Valves have a wedge disc and a non-rising stem. The stuffing box is equipped with a gland. No. 440 Valves: The No. 440 Valves have a rising stem, a double disc, and parallel seats. The double disc is guided in the body. When closing, the last turn of the wheel forces the discs against the seats; when opening, the first turn of the wheel releases the discs from the seats. Repacking: The No. 438 and No. 440 Valves, when wide open, can be repacked while under pressure. Flanged valves: For flanged valves, see page iq. Gate, Screwed with Composition Wheel Rising Stem Valves With Special Wheels and Special Finish Except for the special wheels and the style of finish, the vklves illus trated at the bottom of this page are the same as the No. 440 Valves shown above. The valves have a composition or a brass wheel and are made to order only. They are available in a variety of special finishes such as rough body; rough body, nickel-plated; polished; polished and nickel-plated; and polished and chromium-plated. Orders should specify the style of wheel and finish desired. Prices and dimensions will be furnished on application. Gate, Screwed with Brass Wheel CRANE Standard Brass Gate Valves Rising Stem 17 Solid Wedge Disc Double Wedge Disc WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas, non-shock FEATURES Solid or Double Wedge Disc Slip-On Disc-Stem Connection Rising Stem No. 428 Screwed No. 430 Screwed Cross Section No. 430 Size No. 428, with Solid Wedge Disc No. 430, with Double Wedge Disc List Prices, Each Inches | Vi ! % 1 1/2 1 3/4 1 1 !1 1 Vi i1 iy2 1 ^ 1 2% ! 3 I 2.40 | 2.40 | 2.60 | 3.30 | 4.40 j| 6.00 18.00 | 11.00 1 19.00 1 28.00 ] 2.40 |! 2.40 !! 2.60 :1 3.30 j| 4.40 1 6.00 ! 8.00 ! 11.00 j 19.00 j 28.00 These are new Standard Brass Gate Valves. Rugged ly constructed and accurately designed throughout, they offer the user of brass valves dependable serv ice over a long period of time. Made with either a solid or a double disc, which is tapered to provide tight, easy seating in the body, the valves are ideal for general service on steam, water, oil, or gas lines. In addition to the No. 428 and No. 430, the Crane line of Standard Brass Gate Valves with rising stem includes the No. 440 Double Disc Valves shown on page 16. The completeness of the,Crane line allows the user to choose a valve best suited for his particu lar requirements. Construction: The valves are of the inside screw rising stem type. . They are liberally proportioned to assure a high, factor of safety against pressure, operating strains, and expansion and contraction of piping. With the exception of the discs, the No. 428 and No. 430 Valves use the same parts. No. 428 Valves: The No. 428 Valves have a solid wedge disc. The disc slips onto a strong head on the stem end. It is accurately guided in the body to prevent contact between the seating surfaces until the valve is practically closed. The disc is reversible in the body. The stuffing box is deep and is equipped with a gland. It is filled with high grade packing. No. 430 Valves: The No. 430 Valves have a double wedge disc which is reversible in the body. The disc, illustrated at the right, is care fully designed and machined to assure positive, easy operation. The disc-stem connection is the same as in the No. 428 Valves. When closing, the last turn of the wheel forces the discs against the seats; when opening, the first turn of the wheel releases the discs from the seats. Long disc guides provide accurate seating. The stuffing box is deep and is equipped with a gland. It is filled with high grade packing. Materials: All parts are made of brass with the exception of the wheel. The wheel is made of malle able iron. Repacking: The valves, when wide open, can be repacked while under pressure. Dimensions, in Inches Size Inches 1 `A %1% End to end No. 428 or No. 430 Center to top of valve, open Diameter of wheel | 1% U13/lfil 2 | 51/8 sy81 sy2 1 1% 1 21/is 3A 1 1 1 1% 2Vi [211/161 3 6% 1 m 1 9% 29As 1 23/4 1 3Vie 1% 1 2 2% 3 31/4 131 Vis 1 41/4 411/ib 10% 1 i3y8 153/s 17% 3% 1 4Vi6 4% 53/g 18 f I CRANE Commercial buildings of all types choose Crane equipment for dependable control of service lines Crane valves and fittings are standard in the piping systems of many automotive plants. Crane brass gate valves serve- many uses in food packing plants. CRANE 19 * __ 150-Pound Brass Gate Valves Wedge Disc Non-Rising Stem Rising Stem WORKING PRESSURES 150 pounds steam Screwed valves--300 pounds cold water, oil, or gas, non-shock Flanged valves--225 pounds cold water, oil, or gas, non-shock Cross Section Non-Rising Stem Non-Rising Stem Non-Rising Stem No. 437 No. 4371/2 No. 437 Screwed Flanged Rising Stem No. 431 Screwed Rising Stem No. 429 Flanged Cross Section Rising Stem No. 431 Size No. 437, Screwed No. 437V2, Flanged, F. D. & S. F. No. 431, Screwed No. 429, Flanged, F. D. & S. F. List Prices, Each Inches I 14 1 % ]/2 [ 3/4 | 3.20 | 3.20 3.60 | 4.20 11 | 20.00 ! 3.20 | 3.20 3.60 | 4.20 I1 20.00 1 5.80 23.00 5.80 23.00 m 8.00 27.00 8.00 27.00 1% 10.00 33.00 10.00 33.00 2 16.00 56.00 16.00 56.00 2% 26.00 72.00 26.00 72.00 3 38.00 90.00 38.00 90.00 Service recommendations: These valves are rec No. 429 are rising stem valves. Their solid wedge ommended for steam, water, oil, or gas where the disc slips onto the stem, and is accurately guided in service requires a heavier construction than found in the body. Standard valves. The valves have a gland in the stuffing box, and when No. 437 and No. 437V^ Gate Valves: The No. 437 wide open can be repacked while under pressure. and No. 43 7J4 are non-rising stem valves. They are Flanged valves: End flanges conform to the . more massive and are heavier in construction than MSS 150-Pound SP Bronze Flange Standard the No. 438 Standard Wedge Disc Gate Valves, (No. SP-2-1937). They are plain faced, with two shown on page 16. V-shaped concentric grooves between the port and the bolt holes. Prices include drilling to the MSS They have a gland in the stuffing box, and when wide 150-Pound Standard, and spot facing; no deduction open can be repacked while under pressure. is made if valves are ordered faced only. No. 431 and No. 429 Gate Valves: The No. 431 and Full face gaskets should be used; seepage 567. Size No. 437 and No. 4371/2 No. 431 and No. 429 Flange dimensions Dimensions, in Inches 14 1 3/g % % End to end. No. 437 Face to face. No. 437% m U1S/l6 2% 23/s 13 Center to top of wheel Diameter of wheel End to end. No. 431 Face to face. No. 429 Center to top of wheel, open Diameter of wheel Diameter of flanges Thickness of flanges 3% 1 33/4 13/4 1 l3/4 1% U1S/l6 1 51/8 1 5% 13/4 1 13/4 1 1 4V, fi 2-Vifi 2Vs 5% 2Vtfi 434 29/i 23/ 3 6% 29/m 3% I!/32 Templates for drilling.. . .page SSO 1 1 1% 2% 1 33/16 3% 1 37/g 5% 1 6% 23/4 1 3% s 2% 1 33/, B 33/8 1 37/8 7% 1 9% 234 1 31/1 fi 41/4 145/8 % 1 13/32 1% 37/i 6 43/g 71/4 3% 37/, 6 43/8 107/8 3% 5 7/l6 2 | 21/2 3 37/8 1 41/2 415/ie 5% 1 6% . 71/2 8% 1 10 4Vi6 | 43/4 37/b I 41/2 11% 5% 415/ie 51/2 1 6% 7%- 13% 1 15% 177/g 4Vi6 | 43/4 5% 6 1 7 7% % | 9/is % I 20 CRANE 200-Pound Brass Gate Valves Wedge Disc--Rising Stem WORKING PRESSURES Screwed valves -- 200 pounds steam, 500 F. 400 pounds cold water, oil, or gas, non-shock Flanged valves -- 150 pounds steam, 500 F. 225 pounds cold water, oil, or gas, non-shock Air Tested FEATURES Union or Bolted Bonnet Nickel Alloy Solid Wedge Disc Nickel Alloy Renewable Seats In No. 423 Valves Slip-On Disc-Stem Connection Cross Section *No. 422 *No. 422 Screwed *No. 422% Flanged Crane Nickel Alloy Disc -- Rising Stem Integral Seats Interchangeable Parts *No. 423 Screwed Cross Section *No. 423 Crane Nickel Alloy Disc -- Rising St Crane Nickel Alloy Renewable Seat List Prices, Each Size Inches | % | % | % % 1 1 1 T/4 1 1V2 2 1 2% 1 :> No. 422, Screwed, Integral Seats No. 422%, Flanged, F.D. & S.F., Integral Seats No. 423, Screwed, Renewable Seats | 3.90 | 3.90 | 4.60 5.601 8.00 110.00113.20 21.50131.001 50 ||| 23.00j28.00133.00|43.00 62.00|85.00)110 | 3.90 | 3.90 j 4.60 5.60j 8.00 {10.00j13.20 21.50 j 31.00 j 50 No. 422 and No. 422% Valves: The No. 422 and *Bonnet construction: Sizes 2-inch and sma No. 422% are high quality brass gate valves. Ex have a union bonnet as shown above. 2% and 3-ii ceptionally sturdy and dependable, they will give sizes have a compact, inside excellent service on ordinary steam, water, oil, or gas screw bolted bonnet, equipped lines. The valves have a Crane Nickel Alloy Disc; with steel studs, brass nuts, and the body seat rings are integral with the body. a Cranite gasket, as shown at No. 423 Valves: The No. 423 have renewable seats, and otherwise are similar to the No. 422. The renew able seats and the disc are Crane Nickel Alloy. The valves are particularly recommended for severe service on steam, water, oil, or gas lines. the right. Both types provide a strong, tight joint, yet they can be easily dismantled and reassembled without danger of injuring the valve. Construction: These are inside screw, rising stem Repacking: These valves, when valves. Their solid wedge disc slips onto a strong wide open, can be repacked while under press) head on the stem end. The disc is accurately guided in the body' to prevent contact between the seating surfaces until the valve is practically closed. Flanged valves: End flanges conform to MSS 150-Pound SP Bronze Flange Standard (. SP-2-1Q37). They are plain faced, with two All parts are interchangeable. The bodies, however, are not interchangeable in a line, the No. 423 having slightly' longer end to end dimensions than the No. 422. Materials: Bodies and bonnets are made of Crane shaped concentric grooves between the port and bolt holes. Prices include drilling to the h 150-Pound Standard, and spot facing; no deduc is made if valves are ordered faced only. Special Brass, a high grade steam composition. The Full face gaskets should be used; see page 567. stems are also made of brass. Crane Nickel Al Dimensions, in Inches loy, used for the seats Size V* 1 % 1 % 1 % 1 1% 1 1% 2 2% 1 and discs, is especially resistant to wear. End to end No. 422 No. 423 13/4 | 2 | 21/4 |29/lfi 2% 33/i6| 3% 4 411/isl 115/i6|2VisI 23/s 1 23/4 3 33/8 | 33/i 4%6 5 |5 Stuffing box: The stuffing box is large and deep, and is filled with high grade packing; sizes %-inch and larger are Face to face, No. 422% Center to top of wheel, open Diameter of wheel Diameter of flanges Thickness of flanges 1 1 133/4 41/4 43/4 1 5 6 6 1 3% I 41/4 1 55/g | 6% 8 93/s 1105/s 12% 15% I ' |21/ifi]29/ifil 23/4 3Vis 3% 1 4% 6 143/4 53/s 1 1 1 1 3% 4% 45/sl 5 6 7 1' 1 i PVsz % 13/321 7/ig % 9/is 1 equipped with a gland. Valves for Marine Service.... page 466 Templates for drilling.... pag _____________________CRANE______________________________________21 200-Pound Brass Gate Valves Wedge Disc Non-Rising Stem Outside Screw and Yoke WORB&NG PRESSURES 200 pounds steam, 500 F. 400 pounds cold water, oil, or gas, non-shock TEST PRESSURE 550 pounds hydrostatic SERVICE RECOMMENDATIONS No. 458 and No. 459 Valves are recommended for severe service on steam, water, oil, or gas lines. Cross Section Non-Rising Stem No. 458 Non-Rising Stem No. 458 Screwed Outside Screw and Yoke No. 459 Screwed Cross Section Outside Screw and Yoke No. 459 Size No. 458, Non-Rising Stem No. 459, Outside Screw and Yoke List Prices, Each Inches j % j % | % 3A i 3.90 ! 3.90 | 4.60 5.60 | | j15.00 17.00 1 I W* 8.00 | 10.00 19.00 | 22.00 1% 13.20 27.00 2 1 2i/2 21.50 | 31.00 40.00 j 56.00 3 50.00 88.00 These are sturdy, ruggedly constructed brass gate valves. They have been carefully designed to give long service under severe operating conditions. All parts are liberally proportioned to assure a high factor of safety against pressure, operating strains, and expansion and contraction of piping. No. 458 Non-Rising Stem Gate Valves: The No. 458 Gate Valves have a non-rising stem and a wedge disc. The body and disc are made of Crane Special Brass, a high grade steam composition. The stuffing box is equipped with a gland and is filled with a high quality packing. The valves, when wide open, can-.be repacked while under pressure. No. 459 Outside Screw and Yoke Gate Valves: The No. 459 Gate Valves are of the outside screw and yoke type. Their body, bonnet, and wedge disc are made of Crane Special Brass. The valves are especially suitable on services where the action of the fluid might affect inside stem threads. In addition, the stem threads can be easily lubricated when necessary, thereby minimizing wear. The stuffing box is equipped with a bolted gland and is filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Underwriter's Specifications: The No. 459 Gate Valves, in sizes Y2 to 2-inch inclusive, conform to the Underwriters' Specification known as "The National Standard". They are listed as approved and in spected by the Associated Factory Mutual Fire Insurance Companies of Boston, and the Under writers' Laboratories of Chicago. Flanged valves: No. 45Q Gate Valves with flanged ends can be made to order; prices and dimensions will be furnished on application. Size No. 458 No. 459 End to end Center to top of wheel Diameter of wheel End to end Center to top of stem, open Diameter of wheel Dimensions, in Inches 1 V* 12 1 4% 1 2i/16 1 1 1 % 1 % 1 3A 2 1 23/g 1 2% 41/g 1 4% 1 51/2 21/is 1 29/,6 1 23/4 1 2% 1 2% 1 63/g 1 6% I 1 35/16 1 3S/l6 1 1 IV* 1 3 1 31/2 1 61/4 1 71/4 1 3i/i6 1 3% 1 3 1 31/2 1 7% 1 83/4 1 3% 1 3% 1 IV2 2 1 21/2 4 43/4 | 53/g 8% 9% 1 11V4 4i/i6 43/4 [ 6 4 43/4 | 5% 93/4 11% 1 13% 43/8 4i3/16| 53/4 3 6 123/4 7 6 16i/s 6H/16 I f 22 CRANE 300-Pound Brass Gate Valves Wedge Disc--Non-Rising Stem WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold water, oil, and gas, non-shock Air Tested % FEATURES Union or Bolted Bonnet Copper Silicon Alloy Stem Nickel Alloy Wedge Disc Interchangeable Parts. Nickel Alloy Renewable Seats in the No. 615 E Valve Cross Section *No. 624 E *No. 624 E Screwed Crane Nickel Alloy Disc Integral Seats SERVICE RECOMMENDATIONS These newly designed, ruggedly constructed non-rising stem brass gate valves are ideal for highpressure service. No. 625 E Valves, having nickel alloy renewable seats, are particularly suitable where operating .conditions are unusually severe. The valves are a companion line to the new 300-Pound Rising Stem Gate Valves shown on page 23. *No. 625 E Screwed Cross Section *No. 625 E Crane Nickel Alloy Disc Crane Nickel Alloy Renewable Seat List Prices, Each Size , Inches | % % % % No. 624 E; Screwed, Integral Seats No. 625 E, Screwed, Renewable Seats | 10.00 10.00 12.00 14.40 | 10.00 10.00 12.00 14.40 1 16.00 16.00 W4 22.50 22.50 W2 33.00 33.00 2 46.00 46.00 2% I 3 80.00 1123.0( 80.00 1123.0( No. 624 E Valves: The No. 624 E Valves have a Crane Nickel Alloy disc. The body seat rings are integral with the body. No. 625 E Valves: The No. 625 E Valves have renewable seats, and otherwise are similar to the No. 624 E Valves. -The renewable seats and the disc are made of Crane Nickel Alloy. Construction: These valves are inside screw, non rising stem type. They have unusually heavy metal sections and are ruggedly constructed. The packing nut, union bonnet ring, and body ends are made with lugs, permitting a secure wrench grip and presenting a neat, compact appearance. Long, clean-cut threads engage the disc and stem, assuring accurate and easy operation. The disc is thoroughly guided throughout its travel; the seating surfaces do not come into contact until the valve is practically closed. All parts are interchangeable. The bodies, however, are not interchangeable in a line, the No. 625 E having slightly longer end to end dimensions than the No. 624 E. Materials: Bodies and bonnets are made of Cram Special Brass, a high grade steam composition. Th( stems are made of bronze, assuring long life. Cram Nickel Alloy, used for the seats and discs, is especially resistant to wear, being hard and tough. VBonnet construction: Sizes i-inch and smalle have a union bonnet as shown in the illustrationabove. Sizes 134-inch and larger have a compact inside screw bolted bonnet, equipped with steel studs, brass nuts, and a Cranite gasket, as shown in the illus tration at the right. Both types provide a strong, tight joint, yet they can be easily dismantled and reassembled without danger of injuring the valve. Stuffing box: The stuffing box is large and deep and is filled with high grade packing. Sizes %-inc and larger are equipped with a gland. Repacking: These valves, when wide open, can b repacked while under pressure. Dimensions, in Inches Size 1 V* 1 % % % 1 1 1 1% 1 1% 1 2 ^ 1 No. 624 E | No. 625 E Center to top of wheel Diameter of wheel l1S/l6 2% 3% 2Vis 1 1 1 1 2Vl6 23/i6 43/8 29/i6 23/8 l 2% 1 413/16 1 23/4 2% 1 3% 1 3% | 33/4 45/ie 2ls/ie 5% 35/l6 I 3iVi6 [ 4 1 4% 6% 1 73/16 1 8 1 9%e 3Vig 3% 1 4Vi 6 [ 43/4 1 53/8 2% 53/16 5% 10% 5% 3 5%6 11% 6 CRANE 300-Pound Brass Gate Valves Wedge Disc--Rising Stem 23 Screwed valves Flanged valves WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold water, oil, or gas, non-shock 500 pounds cold water, oil, or gas, non-shock Air Tested FEATURES Union or Bolted Bonnet Nickel Alloy Solid Wedge Disc Nickel Alloy Renewable Seats on Nos. 623 E and 623 34 E Slip-On Disc-Stem Connection Cross Section *No. 622 E *No. 622 E Screwed Crane Nickel Alloy Disc Integral Seats Interchangeable Parts *No. 623 E Screwed *No. 6231/2 E Flanged Cross Section *No. 623 E Crane Nickel Alloy Disc Crane Nickel Alloy Renewable Seats List Prices, Each Size Inches l y4 l % I % i % i i i iy4 I i% I 2 l 2% 1 3 No. 622 E, Screwed, Integral Seats No. 623 E, Screwed, Renewable Seats |10.00|10.00|12.00|14.40|16.00|22.50|33.00|46.00| 80.00|123.00 j10.00|10.00|12.00j14.40j16.00j22.50|33.00|46.00j 80.00)123.00 No. 623% E, Flanged, F.D. & S.F., Renewable Seats | | | 126.00 [ 32.00143.00160.00182.001130.001190.00 This is a new line of valves. In addition to the features enumerated above, the packing nut, union bonnet ring, and body ends are made with lugs, per mitting a better wrench grip and presenting a dis tinctive appearance. Exceptionally durable and rugged, the valves are ideal for high pressure service. The No. 623 E and the No. 623 J4 E, having nickel alloy renewable seats, are particularly suitable where operating conditions are unusually severe. Special Brass, a high grade steam composition. The stems are bronze. Crane Nickel Alloy, used for seats and discs, is especially resistant to wear. *Bonnets: Sizes i-inch and smaller have a union bonnet as shown above; larger sizes have a compact inside screw bolted bonnet, equipped with steel studs, brass nuts, and a Cranite gas ket. as shown at the right. Construction: Except for their seats, the valves Both types provide a strong, are similar. No. 622 E Valves have the seats integral tight joint, yet they can be with the-body; No. 623 E and No. 62334 E Valves easily dismantled and reas have Crane Nickel Alloy renewable seats. sembled without danger of Of the inside screw, rising stem type, the valves injuring the valve. have a solid wedge disc that slips onto a strong head Stuffing box: The stuffing box is large and deep on the stem end. The disc, made of Crane Nickel and is filled with high grade packing. Sizes 24-inch Alloy, is accurately guided in the body to prevent and larger are equipped with a gland. contactbetween the seating surfaces until the valve is practically closed. Repacking: The valves, when wide open, can be repacked while under pressure. All parts are interchangeable. The bodies, however, are not interchangeable in a line. Flanged valves: End flanges conform to the MSS 300-Pound SP Bronze Flange Standard (No. SP- Materials: Bodies and bonnets are made of Crane 2-193 ?) They are plain faced, with two V-shaped Dimensions, in Inches Size End to end No. 622 E No. 623 E 1 % 1 % 1 % 1 % 1 1 1% 1 1% 1 2 2% 1 3 Uls/i6|2V16|23/8 | 23/4 w* 1 3% I 33/4 |45/16|53/16| 5% 1 2% |23/1B| 2% 121 s/i6135/i6131 V161 4 I 45/s 5%l 6 Face to face, No. 623% E Center to top of wheel, open Diameter of wheel Diameter of flanges Thickness of flanges 1 1 1 1 43/8 4% | 5% 1 53/4 | 6% 7% I 8 1 4% 1 5% 1 6 1 7% 83/8 1 93/4 | 11 113% 115%| 18% 1 2Vis |29/16[ 23/4 [ 3%6 3% I 4%6 1 43/4 | 53/8 53/8 | 6 1 1 1 1 4% 1 4% | 5% 1 6% 1 6% !i ! ! 1 17/32 I1 %al % 1 n/l6l 3/4 13/iel29/32 00 concentric grooves be tween the port and the bolt holes. Prices include drilling to the MSS 300Pound Standard, and spot facing; no deduc tion is made if valves are ordered faced only. Full face gaskets should Templates for drilling.. . .page 550 Valves for Marine Service.. . .page 466 be used; see page 567. 24 CRANE 350-Pound Brass Gate Valves Wedge Disc -- Non-Rising Stem WORKING PRESSURES 350 pounds steam, 550 F. 1000 pounds cold water, oil, or gas, non-shock TEST PRESSURE 1200 pounds hydrostatic ^SERVICE RECOMMENDATIONS These valves are recommended for high pressure steam lines such as are used on oil and gas field boilers for deep well drilling, for severe highpressure hydraulic service on lines not sub jected to shock, and for high-pressure gas lines. No. 230 i Screwed Cross Section No. 230 H Size No. 230 H End to end Center to top of wheel Diameter of wheel List Prices and Dimensions Inches | *4 1 % 1 % 1 % 1 1 1 W4 1 IV2 11 : Each 113.501|15.50l 18.00 |21.601 24.00 1 31.00 1 45.00 1| 69 Inches | 23/ie 1 23/16 [213/16 I 31/4 11 334 1 41/4 1 4i Vie 1 5* Inches | 4% 1 4% |1 5% | 6V4 1 7 1 8 1 9 1 ic Inches | 29/j6 1 29/l6 1 3 Vi6 | 3% | 41/16 1 43/4 1 53/8 1I ' Construction: The No. 230 H Gate Valves are exceptionally massive, rugged, and heavy. They are well proportioned and will easily withstand strains resulting from installation and operation on highpressure service. The valves have a non-rising stem and a solid wedge disc. Materials: The body, and disc of these valves are made of Crane Hard Metal, an unusually ha strong, copper-tin bronze which resists wear exc tionally well. It is ideal for severe service. Stuffing box: The stuffing box is deep and equipped with a gland. It is filled with high gri packing. Repacking: These valves, when wide open, can repacked while under pressure. : i For Higher Pressures Use Crane Steel Valves No. 3607 X Cast Steel Wedge Gate Valve Screwed See page 299. When gate valves are required for steam pressures higher than 350 pounds or for other high pressuretemperature or hydraulic lines, Grane Steel Gate Valves are recommended. They are made in a wide range of sizes and types for all service conditions. Crane Steel Gate Valves are described in detail on pages 297 to 308. No. 76 X Cast Steel Wedge Gate Valvi Flanged See page 304. Brass Globe, Angle, and Cross Valves Names of parts..............................................................................................................page26 Low Pressure Globe and Angle............................................................................... page27 Standard Globe, Angle, and Cross.........................................................................page28 150-Pound Globe and Angle, Composition Disc................................................page30 150-Pound Globe and Angle, Plug Type Disc................................................... page31 200-Pound Globe, Angle, and Cross, Union Bonnet........................................ page34 200-Pound Globe and Angle, Bolted Bonnet......................................................page35 250-Pound Globe artd Angle, Plug Type Disc....................................................page36 250-Pound Globe and Angle, Composition or Copper Disc...........................page37 250-Pound Globe and Angle, Brass Disc........................................................page 3 7 300-Pound Globe and Angle, Regrinding Type................................. pages 38 and39 300-Pound Globe and Angle, Plug Type Disc................................... pages 40 and41 300-Pound Globe and Angle, Outside Screw and Yoke.............pages 46 and 47 350-Pound Globe..........................................................................................................page48 iooo-Pound Hydraulic Globe and Angle............................................................. page48 2000-Pound Hydraulic Globe and Angle............................................................. page49 2500-Pound Hydraulic Globe................................................................................... page50 Globe and Angle, Needle Point............................................................................... pagezq Globe and Angle, for Light Oils and Gases......................................................... page32 Globe Valves, Quick Opening..................................................................................page33 Vent Valves for Transformer Oil Service.............................................................page33 A.A.R. Globe and Angle, Inside Screw................................................ pages 42 and43 A.A.R. Globe and Angle, Outside Screw and Yoke..........................pages 44 and45 The Crane line of Brass Globe, Angle, and. Cross Valves offers a size, style, and weight for every commercial requirement, and in addition, includes in most pressure classifications, a variety of designs that covers all service conditions. Distinct advantages accrue to the user who standardizes on Crane: a complete assortment, making it possible to select a valve exactly suited for each particular operating requirement; traditionally high quality -- quality that results in more efficient service over a longer period of use; uniformity -- in design, appearance, and performance. Other types of brass valves, supplementing the globe, angle, and cross valves indexed above, are shown on the following pages: Brass Gate Valves..........................................................pages r3 to 24 Brass Check and Foot Valves.................................... pages 51 to 64 Brass Lever Operated Quick-Opening Valves.... pages 65 to 69 Brass Hose Valves...................................................... pages 70 and 71 Brass Radiator Valves.................................................. pages 78 to 81 The lists shown above do not include all Crane Brass Valves. Brass Valves that perform a special duty or those made for special services such as Float Valves, Pop Safety Valves, Relief Valves, Pressure Regulators, Pressure Reducing Valves, SolderJoint Valves, Crane-Seal Valves, and Valves for Marine Service are described in other sections of this catalog. Refer to the index. 26 CRANE Names of Parts Brass Globe, Angle, and Cross Valves Identification Plate Wheel Nut I Wheel Wheel Nut Wheel Identification Plate Stem Stem Packing Nut Packing Nut j. i f Gland Gland Packing Packing Bonnet Bonnet Union Bonnet Ring Union Bonnet Ring Disc Holder 'Disc Stem Ring Below Disc I Disc Screwed Bonnet Globe Valve Disc Retaining Nut Body ( Body (No. 1, p. 28) l j! Above Wheel Nut Above 's l 'nion Bonnet Globe Valve with Metal Disc Wheel Union Bonnet Globe Valve with Composition Disc (No. 362 E, p. 38) Stem (No. 7, p. 30) Packing Nut Packing Below Union Bonnet Globe Valve with Metal Disc and Renewable Seat (No. 382 P, p. 40) Bonnet Disc Stem Ring Disc Body Below Union Bonnet Globe Valve Outside Screw and Yoke with Metal Disc and Renewable Seat (No. 372 P, p. 46) Identification Plate t Wheel Nut t Wheel I Stem Packing Nut Gland Packing Bonnet Union Bonnet Ring Disc Stem Ring !1 Lock Washer 1 Disc Washer Body Seat Ring Disc Body Wheel Nut Wheel Stem Gland Nut Yoke Bonnet Gland Packing Union Bonnet Ring Disc Stem Ring Lock Washer Disc Washer Body Seat Ring Disc Body CRANE 27 Low Pressure Brass Globe and Angle Valves Composition Disc Valves WORKING PRESSURES 100 pounds steam --125 pounds water, 200 F. Cross Section No. 1204 .Globe, Screwed No. 1204 Globe Screwed No. 1205 Angle Screwed No. 1210 No. 1211 Globe Angle With Lock Shield These Low Pressure Valves can be made to order with a com position wheel, a female or male union end, and in a variety ol special finishes. Prices and dimensions on application. List Prices, Each, and Dimensions, in Inches Size Inches | % | 74 %I% % Wt- I 1% 1 2 No. 1204 or No. 1205, with Wheel 1.10 I 1.10 1.25 1.60 2.20 2.80 4.00 5.50 I 8.75 No. 1210 or No. 1211, with Lock Shield 1.40 1.60 2.00 2.65 3.35 4.75 Extra disc holder, disc, nut, and disc stem ring, complete Spunonstem .50 .60 .70 .85 1.10 1.50 2.00 l13/l6U13/l6 2% 2% 35/ie 33/4 4*4 4% B 13/l6 I 13/l6 1S/l6 1V16 lS/l6 iy2 l13/l( 27/ig Open D -- Open 2% | 2% 3% 3% 4% 4% 5% 5Vs 6Vi 2y2 1 2V2 2% 3% 3% 4% 47/s 5% 6% 2% 2% 3y4 .3% 4% 4% 2% 2% 31/4 3% 4y2 1% l 1% 1% 2y4 2% 3% 334 4y4 For list prices of Composition Discs, see page 178. _________ Service recommendations: These valves combine a wide range of utility with moderate cost. Equipped with a composition disc, they are suitable for almost any low pressure installation, being especially recom mended for domestic water or gas lines, steam heating systems, and similar services. Discs: Unless otherwise ordered, the valves are furnished with a No. 8 Disc suitable for hot water, cold water, or domestic gas service. When ordered for steam, the valves will be furnished with a No. 7 Steam Disc. For discs, see page 178. Construction: The swivel disc holder in sizes Tg and 34-inch is spun onto the stem. In larger sizes, it is attached to the stem with a threaded nut. Repacking: These valves, when wide open, can be repacked while under pressure. Brass Disc Valves WORKING PRESSURES 100 pounds steam 125 pounds water, 200 F. 125 pounds cold oil or gas These sturdy brass valves are recommended for general low pressure service. No. IB Globe Screwed No. 2 B Angle Screwed Unless otherwise ordered, valves with wheel are always furnished. List Prices and Dimensions No. IB Globe No. 2B Angle With Lock Shield Size Inches i % y2 % 1 1 i iy4 1 1% 2 No. 1 B, Globe, with Wheel Each| .70 No. 2 B, Angle, with Wheel Each[ .75 Add for Valve with Lock Shield Per valve | .25 End to end. Globe i l1 Vis Dimensions, in Inches Center to end, Angle Center to top of wheel, open Center to top of lock shield 1% 1 sy4 1 23/4 Diameter of wheel 1 2y4 .85 .85 .30 2 1 3% 2% 2% 1.05 | 1.30 | 1.85 12.40 1.05 | 1.50 [ 2.00 | 2.70 .35 | .40 | .55 1 2% 1 2% 1 37/l6 1 3% 1% 1 N/is 1 l3/4 U1S/l6 4% 1 43/4 1 sy2 1 53/4 3% 1 4 |4*y16| 3 1 33/g 1 33/4 1 4i/4 3.50 4.10 434 23/g 67/s 434 Cross Section, Globe 3 g and }4-inch sizes have an integral disc and stem. Solder-Joint Valves, pages 502 to 505. Keys for Loch Shield Valves, page 177. Standard Brass Globe, Angle, and Cross Valves Brass Disc WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas, non-shock Cross Section No. 1, Globe No. 1, Globe Screwed No. 2, Angle Screwed No. 18, Cross Screwed Size No. 1, Globe or No. 2, Angle No. 18, Cross ' . Inches | % | 1.80 1 List Prices, Each Vi % % % 1.80 3.10 1.90 3.10 2.40 3.60 3.00 4.50 1 3.. 60 5.00 Wt 5.00 7..00 W2 7.00 10.00 2 10.60 16.00 2% 20.00 32.00 : 27 45 Service recommendations: Crane Standard Brass Globe, Angle, and Cross Valves are recommended for general service on steam, water, oil, or gas lines, Construction: The valves are sturdy and unusually well constructed. They are heavier and more rugged than is usual with "Standard" valves. All parts are liberally proportioned ,-to assure a high factor of. safety against pressure, operating strains, and expan sion and contraction of the piping. The disc in sizes }/% to J^-inch is integral with stem. In the larger sizes, the disc swivels on the st as shown in the cross section above. Repacking: These valves, when wide open, can repacked while-under pressure. Flanged valves: When flanged valves are desj the No. 71 Globe and Angle Valves are reel mended. See page 34. Dimensions, in Inches Size 1 % Vi 1 % 1 % 3/4 I 1 1 V/4 III/2 1 2 21/2 1 . A B C--Open D--Open E U%s 1 1% 1 1% 123/ie 121 Vie 1 33/ig 1311/lG 143/161 5% 1 34 13/iel 1s/igI 1% 1% 1 1% Ill3/l6|21/l6l 2% 12% 3% 1 3% 1 3% 41/2 ! 5% 5% 1 6i/2 | 71/2 12% 3 1 31/4 1 33/4 41/2 1 5 5% 1 63/g ! 7i/2 1 1% 1-21/4 1 2%| 3 33/g 1 33/4 41/4 I 43/4 | 53/4 6fts|2 3i/x6l3; 81 81 5%l Globe With Composition Wheel Valves with Special Wheels and Special Finish The globe and angle valves shown above can be made to order with composition or brass wheels; they are available in a variety of special finishes such as rough body; rough body, nickel-plated; polished; polished and nickel-plated; and polished and chromium-plated.. When ordering, specify the style of wheel and finish desired, also whether globe or angle valves are wanted. Prices and dimensions will be furnished on application. Angl Witl Bras Whe CRANE Needle Point Brass Globe and Angle Valves 29 WORKING PRESSURES 200 pounds steam 400 pounds cold water, oil, or gas, non-shock Cross Section No. 85 Angle, Screwed < With Female Union Outlet List Prices, Each Size Inches % 1 Vi 1 % 1 % 1 % No. 85, Angle, with union 3.5013.80|4.50|6.00|7.00 No. 88, Globe 2.30|2.60[2.90|3.70[4.70 No. 89, Angle 2.40|2.7013.00|3.80I5.00 No. 88 Globe Screwed No. 89 Angle Screwed ; Service recommendations: These valves are es? pecially suitable where very close and delicate regula tion of flow is desired. They are recommended for steam, water, oil, gas, for light liquid lines, for fuel oil, and'for similar service. Construction: The valves are compact and un usually rugged. They' have a brass stem. The stuffing box is large and is equipped with a gland. The valves, when wide open, can be repacked while under pressure. Valves with indicators: These valves can be made to order with indicators; prices will be furnished on application. Seat opening: The diameter of the seat opening in these valves is given in the dimension table shown below. Valves with other size seat opening are special and are made to order; prices on application. Higher pressure valves: Needle point valves for higher pressures are made of steel, Exelloy. or 18-8 Mo; see page 310. Dimensions, in Inches Size__________________________ y8 1 Yt 1 % r _%___L A . l3/l6 ! 19/16 I 113/X6 ' 2Vi6 ! B C ____________________ D -- Open, E__________________ r ;% . 1 lS/l6 " I 2Vg I , 13/4 ; 13a e l9/l6 2% !3/4 ' ' I % m 3Vg 21/4 r u/16 1 12 | 3% ! | 2% ; Diameter of seat opening 1 Vs I 3/l6 1 Vi i S/t6 1 Brass Needle Air Valve WORKING PRESSURE 300 pounds'cold water, oil, or gas, non-shock Cross Section No. 57 List.Price and Dimensions Size Inches | Price Diameter of seat opening End to end Center to top of stem, open Eachl Inches ( Inches [ Inches I % 5.00 Vs 25/l6 2% No. 57 Needle Air Valve Service recommendations: The No. 57 Valve is ideal for service on water lines to air drills, on air or water lines in garages, filling stations, and industrial plants, and for similar service. Construction: This valve is heavy and rugged. The body, packing nut, and stem are brass. The tee handle is malleable iron; valves with malleable iron wheel are made to order at a special price. The valve should always be installed with the pres The valve has an extra thick fibre seat that can be sure above the seat. easily renewed should it become worn. 30 CRANE 150-Pound Brass Globe and Angle Valves Cranite Composition Disc WORKING PRESSURES Screwed valves--150 pounds steam 300 pounds cold water, oil, or gas, non-shock Flanged valves--150poundssteam 225 pounds cold water, oil. or gas, non-shock FEATURES Union or Bolted Bonnet i Cranite Disc No. 7, Globe No. 7, , Screwed Screw l i i SERVICE RECOMMENDATIONS These valves are recommended for a wide range of service when equipped with the proper disc. They i will give excellent results on steam, hot water, cold i water, oil, air, or gas lines. They are especially suited for use in installations where the discs must be renewed quickly. All parts are unusually rugged, to withstand severe operating strains. Cross Section No. 7, Globe Specify whether globe or angle valves are wanted. No. 9, Globe No. 9, , Flanged Flanj List Prices, Each i ! Size No. 7, Globe or Angle, Screwed Inches | Y& | Vi % 1 % 1 % 1 1 1 1 Vi 1 Wz 1 2 | 21/2 |2.40|2.60 3.00|3.60[ 4.70| 6.60 8.60|12.00|19.00|34.00 No. 9, Globe or Angle, Flanged, F. D. & S. F. || | |13.00|15.00 23.00|28.00|42.00|63.00 *F.vtra dice bolder, disc, 'With No. 4 Cranite Disc [ .651 .70 75| .801 ,95| 1.15 1.55[ 2.15| 3.30|*6.50 i! i and nut, complete |With No. 2 or No. 3 Disc 1 .501 .55 .65| .75) -85| 1.00 1.251 1.75| 2.80|*5.5O and 3-inch sizes include a. disc stem ring.For list prices of Composition Discs, see pa. Quick repairs: A leak can be quickly repaired by replacing the disc holder with an extra complete disc holder and disc. 'A new disc can be placed in the orig inal holder, at the convenience of the engineer. Users should keep on hand- a supply of extra disc holders and discs for this purpose. Sizes 2-inch and smaller have a slip-on disc holder (see crosssection above). Larger sizes have the disc and stem fastened with a disc stem ring (see illus tration at right). Bonnet construction: Sizes 2-inch and smaller have a union bonnet as shown in the illus trations at the top of the page.. Larger sizes have a bolted bonnet, inside screw, as shown at the right. - Both' types provide a strong, tight joint, yet they can be easily dismantled and reassembled without danger of injuring the - Discs: Unless otherwise ordered, these valve furnished with a No. 4 Cranite Disc, suitable fo pressure steam. When ordered for hot water oil, or gasoline they are furnished with a No. 2 and when ordered for cold water or air, with a Disc. For discs, see page 178. Stuffing box; repacking: The stuffing box is and is equipped with a gland. The valves,' wide open, can be repacked while under pre Flanged valves: End flanges conform tc MSS 150-Pound SP Bronze Flange Stai (No. SP-2-IQ37). They are plain faced, witl V-shaped concentric grooves between the por' the bolt holes. Prices include drilling to the 150-Pound Standard, and spot facing; no dedt is made if valves are ordered faced only. Full face gaskets should be used; see page 567. Dimensions, in Inches Size 1 Vs 1 1/4 3/s % 1 3/4 1 1 F/4 1 U/2 1 2 1 21/2 A 1 2 1 2 25/i6 ^Viel 33/16 33/4 1 41/4 143/4 153/41 63/4' B 1 15/isi 15/l6 U/l6 C 11 D 111 E -- Open| 4 1 4 4% F -- Open| 37/s 1 3/s 43/g 11/4 1 U/lS 11 Vie 1 2 123/16 1211/iel 31/4 1 33/4 4% MV( 1 51/2 1 61/2 | 71/2 1 27/l6 29/l6 1 27/g 1 33/16 1 33/4 | 45/16 5 1 5% 6% 1 7i/g 1 7% 1 9i/g | 11 4/8 151/2 61/4 1 7 175/8 1 87/g | 10%- G 1 1% 1 1% 2!/ig 29/i6 1 2% 3i/i6 1 3% 141/16 1 43/4 | 7 H 11 ! 3% 41/4 1 4% 1 5 1 6 1 7 - J 11 FVsz % 1 13/32 1 7/l6 1 % 1 9/l6 Templates for drilling.. . .page 550 Is ' CRANE 31 150-Pound Brass Globe and Angle Valves Plug Type Disc WORKING PRESSURES 150 pounds steam 300 pounds cold water, oil. or gas, non-shock FEATURES Crane Nickel Alloy Plug Type Disc Renewable Exellov Body Seat Ring Union or Bolted Bonnet *Cross Section No. 141/2 P, Globe SERVICE RECOMMENDATIONS These valves are recommended for throttling; for soot blower, blow-off, boiler feed, drip, and drain lines; and for other hard services. Having a Crane Nickel Alloy disc and an Exellov seat, the valves are well suited for installa tions where operating conditions are severe. *No. 141/2 P. Globe Screwed *No. 161/2 P, Angle Screwed *iy2 and 3-inch sizes have a bolted bonnet. Size No. 14i/2 p or No. I61/2 P List Prices, Each Inches | % | y4 1 % 1 % 1 % ! 1 1 11/4 I 11/2 1 2 1 2V2 1 3 | 5.00 | 5.00 | 5.40 | 6.60 | 8.00 | 10.00 1 14.00 | 20.00 | 30.00 | 55.00 | 80.00 Plug type disc valves for moderate pressures: The valves shown on this page, while intended for moderate pressures, ^re made with a plug type disc and seat, a refinement formerly found only in valves designed for high pressures. The plug type disc and seat are ideal for severe service. The wide seating surface is unusually resistant to foreign matter and to wiredrawing, and the tapered disc permits easy regulation of flow when throttling. Sturdy construction:: The valves are sturdily constructed. All parts are liberally proportioned to withstand severe operating strains. Seat metals: The valves have a Crane Nickel Alloy Disc and an Exellov body seat ring. These metals offer excellent resistance to wear, temperature, galling, and scoring: they are harder, tougher, and stronger than metals ordinarily used in brass valves. Bonnet construction: Sizes 2-inch and smaller have a union bonnet as shown on the illustrations above; xYi and 3-inch sizes have a low-type, compact bolted bonnet, inside screw, as illus trated at the right. Both types provide a strong, tight joint, yet they can be easily dismantled and reassembled without danger of injuring Stuffing box: The stuffing box is large and deep and is equipped with a gland. It is filled with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. Dimensions, in Inches Size 1 % 1 y4 1 % % 3/4 1 1 iy4 DA 1 2 1 21/2 1 3 EA IB 1 2 1 2 1 2%s 211/ig 3i6 1 33/4 41/4 43/4 1 5% 1 63/4 1 8 1 1S/l6 1 1S/l6 1 iVie li/4 IVlG 1 1H/16 2 23/l6 1 211/16 1 31/4 1313/ig E--Open 1 4% 1 41/a 14% 51/4 6 1 67/g 7i/4 81/4 1 91/2 1 H 1 121/4 F--Open 1 4 1 4 14i/2 51/s 1 63/4 71/r 8 ! 91/4 1 ioy8 1 12 iy4G 1 1% 1 1 2l/l 6 29/l6 2% 1 31/i6 3% 41/,6 1 43/4 1 7 1 8 Valves for Marine Service... page 462 f 32__________________________________CRANE___________________ Brass Globe and Angle Valves For Light Oils and Gases 300 pounds oil, air, or gas working pressure, 250 F. Air Tested Cross Section No. 207 Globe Screwed Union or Bolted Bonnet With Cranoil Disc SERVICE RECOMMENDATIONS These are definitely superior to valves ordi narily used on light oils and gases. They seat perfectly tight, they close easily, and they withstand wear exceptionally well. They are especially recommended for refined oils, such as transformer oil, for gases, and for solvents which, in many cases, attack rubber composition discs but do not corrode brass, and which are difficult to hold with metal to metal seat valves. No. 207 Globe Screwed No. '209 Angle 1 Screwed These valves have the tight, easy seating No. 5 Cranoil Disc. List Prices, Each Size Inches) y4 1 % 1 % 1 % 1 1 1 Wt 1 1% 1 2 1 2% 1 No. 207, Globe, or No. 209, Angle |3.50|4.20|4.80|6.00|8.00|10.00|14.00|22.00|40.00|6 Extra disc holder, Slip-on disc holder 1 -9511.101 I'll | | | | complete With disc stem ring | ) 11.30)1.50|2.00| 2.60| 3.75) 5.30| 9.60)1 Construction: These valves are ruggedly con structed. Sizes 34 and %-inch have a slip-on disc holder; larger sizes have the disc and stem fastened with a disc stem ring as shown in the cross sections. Union or belted, bonnet: Sizes 2-inch and smaller have a union bonnet as shown on the illustrations above; 234 and 3-inch sizes have a low-type,, compact bolted bonnet, inside screw, as illus trated at the right. Both types provide a strong, tight joint, yet they can be easily dismantled. and reassembled without danger of injuring the valve.. Disc and seat: The No. 5 Cranoil Disc is a specially fabricated -material that will not swell, harden, or otherwise break down. It is permanently cemented into the disc holder; there can be no seepage around it. For description of disc, see page 178. The seat and disc form a line to line contact. The narrow bearing and the disc material are an ic combination for light oils and gases, provic absolute tightness and easy seating. Stuffing box: Stuffing boxes are equipped wit gland and are filled with high grade packing. Valves used in hazardous locations should have a sealed stuffing box to prevent the leakage of dan, ous fumes or fluids. Valves so equipped are nished only when specified; prices on applicat Boss on body of globe valve: Globe valve bo sizes 134-inch and larger have a boss cast on one s When ordered tapped or when ordered equipped v a No. 211 Valve (shown on page 33) for transfer oil service, the boss is drilled and tapped wit 34-inch pipe thread, without extra charge. Installation: Wherever possible, these va should be installed with the pressure under the c Tamper-proof valves: Valves with lock shieli with lock shield and slip cover are made to or prices are furnished on application. Boss on body ofglobe valve, sizes lJ4-inch and larger only. Size A B C D E--Open F--Open G Dimensions, in Inches V4 1 % % 1 3/4 1 i 0/4 1 1% 2 1 2% | 3 2 1 2S/l6 1S/l6 1 lVl6 1 1 4 1 4% 37/g i 43/8 1% 1 2Vie 211/1gI 33/i6 m 1 F/ie 1 1 sVt 1 6 5% 1 5% 29/l6 1 2% 3% I 41/4 1 43/4 5% 1 63,4 1 8 111/igI 2 1 2*Ae I^VigI 31/4 |313/ig 1 15/ig 1 1% 1% U15/igI 2% 1 F/ig 1 1% 6% I 73/4 1 83/3 l3/4 1 1% 1 2V16 93/4 1 11 1 i2y 6% I 7% 1 83/8 9Vi> 110% l 12 3Vig 1 3% 1 4I/16 43/4 1 6 l 7 I'-p--m--rGw"\ t- Brass Vent or Sampling Valves. . ..page 33 34 CRANE 200-Pound Brass Globe, Angle, and Cross Valves Regrinding WORKING PRESSURES Screwed valves -- 200 pounds steam, 500 F. -- 400 pounds cold water, oil, or gas, non-shock Flanged valves --150 pounds steam, 500 F. -- 225 pounds cold water, oil, or gas, non-shock TEST PRESSURES Screwed valves -- 600 pounds hydrostatic Flanged valves -- 450 pounds hydrostatic Cross Section No. 70, Globe No. 71, Ang Flanged When ordering No. 70 or No. 71 Valves, specify whether globe or angle valves are wanted. List Prices, Each SizeInches! Ms i 34 ! % i. V2 1 % I 1 I 114 1 IV2 I 7 | 2M> | . No. 70, Globe or Angle, Screwed l 2.30 | 2.40 I 2.60 | 3.00 | 4.80| 6.00| 8.40|11.00!18.00|33.00|4 No. 74, Cross, Screwed | I | I 6.00 1 7.001 8.60lll.00|15.00|24.00| | No. 71, Globe or Angle, Flanged, F. D. & S. F. ! I j j 113.00116.00120.00128.00137.00160.0017 Service recommendations: Thesevalves are recom mended for severe service' on steam, water, oil, or gas lines. They were formerly known as "Navy" pattern. Material: The body is made of Crane Special Brass, a high grade steam metal. grooves between the port and the bolt holes. Pr include drilling to the MSS 150-Pound Standard, spot-facing; no deduction is made if valves ordered faced only. Full face gaskets should used; see page 567. Regrinding: These valves can be reground without removing the body from the line. Instructions for regrinding are furnished with each valve. Union bonnet: The union bonnet ring reinforces the bonnet joint and facilitates dismantling and reassembling. When a valve is being reground, the ring centers and guides the valve trimmings. Disc connection: The disc in sizes 3 s to 34-inch is integral with the stem. In larger sizes, the disc swivels on the stem, as shown in the cross section. Stuffing box: Stuffing boxes are deep, are equipped with a gland, and are filled with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. Flanged valves: End flanges con form to the MSS 150-Pound SP Bronze Flange Standard (No. SP-2-1937). They are plain faced, with two V-shaped concentric Dimensions, in Inches Size % 1 V* 1 % % 1 % 1 1 1 1% 1 W2 1 2 | 2% | ' A WielUVielUVie 2i/4 | 23/4 1 35/16 1 3% 1 4% | 51/4 |65/16 | B 13/ie 113/ie 1 ' 1 13/ig 1 l3/s lUVisUls/lfil 2V4 1 2% |33/16|3 C 11 131 Viei 43/jr 1 4Vifi 1 55/is 1 6 I 63/4 (7 D 11 ! 27/ib I 2% 1 2% |33/16| 33/4 | 4s/i6 | E -- Open F G H 3V2 1 3% | 3% ' 4% [ 53/g [ 6 1 67/8 1 77/g 1 8% ( 91/2 | j 1% 1 1% 12Vis 29/i 1 23/4 1 31/ifi 1 33/8 | 4Vig 1 43/4 I 6 | 11 1 37/8 | 41/4 1 43/8 | 5 | 6 | 7 r 11 PVaz! % l13/32l Vie 1 % 1 9/ie 1 Templates for drilling. .page SSO Valves for Marine Service . .page CRANE 200-Pound Brass Globe and Angle Valves Bolted Bonnet 35 WORKING PRESSURES Screwed valves -- 200 pounds steam, 500 F. -- 400 pounds cold water, oil, or gas, non-shock Fianged valves -- 150 pounds steam, 500 F. -- 225 pounds cold water, oil, or gas, non-shock TEST PRESSURES Screwed valves -- 600 pounds hydrostatic Flanged valves -- 450 pounds hydrostatic Cross Section No. 4196, Globe Sizes 31j2~inch and larger have outside stem threads and a bolted gland (not illustrated). Size No. 4196 or No. 4198, Screwed No. 4197 or No. 4199, Flanged, F., D., & S.F. List Prices . Inches | iy2 1 2 | 2% |1 3 | 3% [ 4 | 5 | 6 Each| 19.00 | 25.00 | 35.00 | 50.00 1 80.00|100.001 | Each j 27.00 | 35.00 1 50.00 !I 70.00 |110.00|140.00|200.00|275.00 Service recommendations: These are high quality valves, especially intended for use in large size pipe lines. They are recommended for general service on steam, water, oil, or gas. Construction: The valves are strong, rugged, and durable. The bolted bonnet makes a tight joint and assures liberal strength. The disc is accurately guided by a guide stem which operates in a bridge cast integral with the body seat ring; the body seat ring is renewable. Sizes 3-inch and smaller have inside stem threads, a screwed packing nut, and a gland, as illustrated. Sizes 3p2-inch and larger have outside stem threads with a crosshead type yoke and a one-piece bolted gland and flange (not illustrated). Materials: The body and bonnet are made of Crane Special Brass, a high grade steam metal. The disc is also made of Crane Special Brass. The body seat ring is made of Crane Hard Metal. Stuffing box; repacking: The stuffing box is un usually deep and is filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Flanged valves: End flanges conform to the MSS i 50-Lb. SP Bronze Flange Standard (No. SP-2i Q3 7). They are plain faced with two V-shaped con centric grooves between the port and the bolt holes. Prices include drilling to the MSS 150-Lb. Standard, and spot facing; no deduction is made if valves are ordered faced only. Full face gaskets should be used; see page 567. Cross valves: Cross valves can be made to order. Size nd to end, Globe, Screwed Center to end, Angle, Screwed Pace to face, Globe, Flanged Center to face. Angle, Flanged I Center to top of wheel, open, Globe [ Center to top of wheel, open. Angle i hiameter of wheel jameter of flange [Thickness of flange Dimensions, in Inches iy2 55/ie iV'Ae 5% i 3% sy4 l 7% I 4i/ie 6Vs 33/4 93/4 815/i6 53/g ! I Vl6 % 2% 7'A 3% 41/4 my2 ioy2 9/l6 sy4 4% 9 Vs 4% 123/4 113/4 7% % 3y2 10% 53/i6 10% 5y4 121/4 11% 8% 11/16 11% 5"/i6 11 5% 133/4 12% 10 11/16 12% 61/4 iey2 15 10 10 3/4 Templates for drilling. . . .page SSO Valves for Marine Service.... page 462 14 7 isy8 16y4 12 11 13/16 36 CRANE 250-Pound Brass Globe and Angle Valves Plug Type Disc Cross Section *No. 212 P, Globe Size No. 212 P or No. 214 P WORKING PRESSURES 250 pounds steam, 500 F. 500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 750 pounds hydrostatic FEATURES Exelloy Renewable Seat Nickel Alloy Plug Type Disc Union or Bolted Bonnet SERVICE RECOMMENDATIONS These valves are recommended for exceptionally severe service, such as for throttling, and for soot blower, blow-off, boiler feed, drip, and drain lines. J *No. 212 P, Globe *No. 214 P, Angle ! Screwed Screwed *2k> and 3-inch sizes have a bolted bonnet. List Prices Inches | Vi 1 % 1 % 1 % I 1 1 U/4 1 iy2 i! 2 1 2% | 3 Each] 5.00 | 5.40 | 6.60 I| 8.00 | 10.00 1 14.00 1 20.00 I| 30.00 | 55.00 | 80.00 Body: The body is Crane Special Brass, a high grade steam metal. Plug type disc and seat: The plug type disc and seat are ideal for severe service. The wide seating surface is unusually resistant to foreign matter and to wiredrawing. The tapered disc permits easy regu lation of flow when throttling. A metal plate, secured to the valve by the wheel nut, identifies the plug type disc. Seat metals' The disc is Crane Nickel Alloy. The. seat ring is Exelloy, a specially heat-treated chromi um iron. These metals offer excellent resistance to wear, temperature, galling, and scoring: they are harder, tougher, and stronger than metals ordinarily used in brass valves. Stem threads: The stem threads are accurately machined and are unusually long, assuring long life. Bonnet construction: Sizes 2-inch and smaller have a union bonnet as shown in the illustrations at the top of the page: 2J4 and 3-inch sizes have a bolted bonnet, inside screw as illustrated at the right. Both types provide a strong, tight joint, yet they can be easily dismantled and reassembled without danger of injury to the valve. Stuffing box: The stuffing box is equipped with a gland and is unusually deep. It is filled with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. f--G---| 1--A- Size A B E--Open F--Open G 1 Vi 2 1 1S/l6 ! 4% 1 4% 1 1% Dimensions, in Inches % 1 % 1 % 1 1 1 U/4 1% 1 2 25/ie 21 Vis 1 33/16 1 33/4 1 4y4 43/4 I 53/4 IVis m ! l?/l6 1 l11/l6 1 2 23/16 2i lie 43/4 i 53/s 1 6 1 63/4 | 7% 8% 1 10 4% 5y4 1 5% 1 6% : 71/2 81/2 ! 93/4 2Vl6 1 29/is 23/4 1 31/16 1 3% ' 41/16 1 53/8 Valves for Marine Service.. . ,page 463j 21/2 714 3% 1 11% 10% 7 3 8% 4% il3/4 8 CRANE 250-Pound Brass Globe and Angle Valves 37 Cranite Composition Disc or Copper Disc Valves WORKING PRESSURES 250 pounds steam, 500 F. *500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 650 pounds hydrostatic FEATURES Cross Section No. 212 C or No. 213 Nickel Alloy Renewable Seat Union Bonnet When No. 212 C or No. 214 C Valves are used on gas, oil, or gasoline, they are recommended for only 400 pounds working pressure. Globe, Screwed Angle, Screwed No. 212 C, Cranite Disc No. 214 C, Cranite Disc No. 213, Copper Disc No. 215, Copper Disc Except for the disc and seat, these valves are sim ilar to the Nos. 212 P and 214 P, shown on page 36. A metal plate, secured to the valve stem under the wheel nut, identifies the type of disc. List Prices, Each Size Inches | tyt I % % 3/4 1 1 1 1V4 1 1% 1 2 No. 212 C, No. 214 C, No. 213, or No. 215 | 5.00 | 5.40 6.60 8.00 |10.00| 14.00|20.00|30.00 Extra disc holder, disc, nut, and disc stem With No. 4 Cranite Disc | .75 | .85 .90 1.30 | 1.70| 2.40| 3.00| 4.30 ring, complete, for No. 212 C or No. 214 C With No. 2 or No. 3 Disc | .70 j .75 .85 1.10 | 1.50| 2.10| 2.60| 3.70 Extra copper discs for No. 213 or No. 215 1 .20| .25 .30 .35 .40| .50| .75| 1.10 Dimensions are the same as for the Nos. 212 P and 214 P; see page 36.______ For list /prices of Composition Discs, see page 178. Nos. 212 C and 214 C: The No. 212 C and No. 214 c Valves are recommended where discs must be frequently renewed. Unless otherwise ordered, they are furnished with a No. 4 Cranite Disc for highpressure steam. When ordered for hot water, gas, oil, or gasoline, they are furnished with a No. 2 Hot Water Disc; and when ordered for cold water or air, with a No. 3 Cold Water Disc. For description and dimensions of discs, see page 178. Nos. 213 and 215: The No. 213 and No. 215 Valves are recommended for services where discs must be frequently renewed and where a metallic disc is pre ferred. They have a Crane Renewable Copper Disc. Brass Disc Valves WORKING PRESSURES 250 pounds steam 500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 650 pounds hydrostatic No. 4 Valves have Crane Hard Metal body and disc. In sizes Id-inch and smaller, the disc is integral with the stem; in larger sizes, the disc swivels on the stem, as shown in the cross section. The stuffing box on sizes //-inch and larger has a gland. The valves, when wide No. 4, Globe Screwed No. 4, Angle Screwed Cross Section No. 4, Globe open, can be repacked while under pressure. List Prices and Dimensions When ordering, specify whether globe or angle valves are wanted. Size Inches | % V* ' % %` 1 3/4 1 1 , 1% i W2 2 1 2% 1 3 No. 4, Globe or Angle Each| 3.25 3.25 1 3.75 4.50 | 6.00 | 7.00 22.0C |40.00|55.00 OO OO O End to end, Globe v-enter to end. Angle V-enter to top of wheel, open, Globe yenter to top of wheel, open. Angle Diameter of wheel 1Inches | 9/ig Inches I 13/i6 Inches | 3% Inches | 3% Inches | 1% l9/ifi 1 1% 13/ig 1 3% 1 3% 3% 1 3% 1% 1 2Vl6 23/lfi 121 Vie 1 3% I 37* | 45/is 1% 1 1% 1 l9/ifi Uls/tS| 2 5% 1 4% 1 53/* 1 6% | 7 4 1 4% 1 53/* 1 6% 1 77i 29/16 1 23/4 1 3M 1 35/g | 4Vi6 51/4 1 6V16 1 71/4 2% 1 31/4 |3U/i6 77s 1 83/4 1 11 8 Vs 1 91/4 1 11% 43/4 1 8 1 7 CRANE 250-Pound Brass Globe and Angle Valves 37 Cranite Composition Disc or Copper Disc Valves WORKING PRESSURES 250 pounds steam, 500 F. *500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 650 pounds hydrostatic FEATURES Nickel Alloy Renewable Seat Cross Section No. 212 C or No. 213 Union Bonnet When No. 212 C or No. 214 C Valves are used on gas, oil, or gasoline, they are recommended for only 400 pounds working pressure. Globe, Screwed Angle, Screwed No. 212 C, Cranite Disc No. 214 C, Cranite Disc No. 213, Copper Disc No. 215, Copper Disc Except for the disc and seat, these valves are sim ilar to the Nos. 212 P and 214 P, shown on page 36. A metal plate, secured to the valve stem ' under the wheel nut, identifies the type of disc. List Prices, Each Size Inches j V* 1 % % 3/4 1 1V4 1 1% 1 2 No. 212 C, No. 214 C, No. 213, or No. 215 1 5.00 | 5.40 6.60 8.00 10.00 14.00|20.00|30.00 Extra disc holder, disc, nut, and disc stem With No. 4 Cranite Disc| .75 | .85 ring, complete, for No. 212 C or No. 214 C With No. 2 or No. 3 Disc) .70 | .75 .90 1.30 1.70 2.40| 3.00| 4.30 .85 1.10 1.50 2.10| 2.601 3.70 Extra copper discs for No. 213 or No. 215 Dimensions are the same as for the Nos. 212 P and 214 P; see page J6. I .20 | .25 .30 .35 .40 .50| .75| 1.10 For list prices of Composition Discs, see page 178. Nos. 212 C and 214 C: The No. 212 C and No. 2,14 C Valves are recommended where discs must be frequently renewed. Unless otherwise ordered, they are furnished with a No. 4 Cranite Disc for highpressure steam. When ordered for hot water, gas, oil, or gasoline, they are furnished with a No. 2 Hot Water Disc; and when ordered for cold water or air, with a No. 3 Cold Water Disc. For description and dimensions of discs, see page 178. Nos. 213 and 215: The No. 213 and No. 215 Valves are recommended for services where discs must be frequently renewed and where a metallic disc is pre ferred. They have a Crane Renewable Copper Disc. Brass Disc Valves WORKING PRESSURES 250 pounds steam 500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 650 pounds hydrostatic No. 4 Valves have Crane Hard Metal body and disc. In sizes 34-inch and smaller, the disc is integral with the stem; in larger sizes, the disc swivels on the stem, as shown in the cross section. The stuffing box on sizes %-inch and larger has a gland. The valves, when wide No. 4, Globe Screwed No. 4, Angle Screwed Cross Section No. 4, Globe open, can be repacked while under pressure. List Prices and Dimensions When ordering, specify 'y whether globe or angle Valves are wanted. Size Inches | Vs V* 3/s % 1 3/4 1 1 , U/4 U/2 2 1 2i/2 1 3 No. 4, Globe or Angle End to end, Globe Center to end, Angle Center to top of wheel, open. Globe Center to top of wheel, open, Angle Uiameter of wheel Each|3.25 Inches | 19/i6 Inches! 13/16 Inches! 3Vs Inches! 3Vs Inches! 1% 3.25 l9/i 13/l6 3% 3% 1% 3.75 m 1S/l6 3% 3% 2Vl6 4.50 | 6.00 | 7.00 |10.00|14.00[22-00 |40.00|55-00 23/i6 |2H/16| 31/4 1 37g 45/is 51/4 1 6Vie 1 71/4 lVs 1 1% 1 19/ir U1S/l6 2 37s I 4% ! 53/g ! 61/4 7 4 1 4i/2 1 53/8 1 61/2 71/4 29/ie 1 23/4 1 3Vi6 1 3% 41/is 2% 1 3i/4 1311/is 77s 1 834 1 n 8% 1 91/4 1 11 Vs 43/4 1 6 1 7 38 CRANE 300-Pound Brass Globe and Angle Valves Regrinding Cross Section No. 362 E, Globe WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold water, oil, or gas, non-shock TEST PRESSURE 900 pounds hydrostatic FEATURES Hard Metal Body and Disc Union Bonnet SERVICE RECOMMENDATIONS These valves are recommended for severe operating conditions at high pressures. They combine service ability with moderate cost. No. 362 E, Globe Screwed No. 364 E, Angle' Screwed Size No. 362 E or No. 364 E List Prices Inches | Vi |! % 1! % I1 % 1 1 1 U/4 I 1% 1 2 | 2i/2 1 3 i Each| 3.30 | 3.70 |1 4.70 ]| 6.00 | 8.00 | 11.00 | 15.00 | 24.00 | 42.00 | 62.00 , i < ii Body and disc: These parts are made of Crane Hard Metal, a strong, hard, copper-tin bronze that resists cutting and wiredrawing exceptionally well. Bonnet: The bonnet is made of a new special bronze. Its unusually good wear-resisting properties combined with the long and accurately machined stem threads materially lengthens the life of both the stem and bonnet. Regrinding: These valves can be reground without removing the body from the line. Instructions for regrinding are furnished with each valve. Union bonnet construction: The union bonnet construction, in addition to making a sturdy, tight joint, facilitates dismantling and reassembling the valve. The union ring reinforces the bonnet joint and when the valve is being reground, it centers anc guides the valve trimmings. Stuffing box: The stuffing box is unusually deep and is filled with high grade packing. It is equipped with a gland. Repacking: These valves, when wide open, can be repacked while under pressure. I--G---l Size A B E--Open F--Open G 1 V* 13 1 1S/l6 1 4V4 14 1 l3/4 Dimensions, in Inches % % % 1 1 1 Vi 1% 1 2 2S/l6 U/lG 4% 4% 2Vie 211/ig 1 Vi 5 Vi 5% 2 Vi 6 215/igI 31/2 1 41/, 6 1% m 1 21/j6 6% 6%. 1 7% 6y4 7 1 7% 3Vig 3% 1 41/,6 4% 1 53/4 2Vi g 1 27/8 83/4 1 10% 9 1 101/2 43/4 1 6 Valves for Marine Service... .page 463 21/2 1 3 67/8 I 8 3VigI 4 121/g 1 131/4 12 I 131/4 718 CRANE 300-Pound Brass Globe and Angle Valves Regrinding 39 WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold water, oil, or gas, non-shock TEST PRESSURE 900 pounds hydrostatic No. 1834, Globe No. 1835, Angle Male Inlet Female Union Outlet INTERCHANGEABILITY All parts of these valves except the bodies are interchangeable with the corresponding parts of the No. 362 E Globe and No. 364 E Angle Valves shown on the preceding page. No. 1836, Globe No. 1837, Angle Female Inlet Female Union Outlet Male end is one pipe size larger than female union end. Size No. 1834 or No. 1835 Size No. 1836 or No. 1837 Inches | %*V4 1 Each| 10.10 1 Inches | Each] %x% 10.30 % 9.50 List Prices 1 3/4 X V2 1 1 x 3A 1 12.30 1 15.20 1 3/s 1 1/2 | 9.70 | 10.80 Both ends are the same size. ! u/4xi |iy2xiy4| 2x1% 1! 2Vz x 2 |[ 3x21/2 ! 21.40 !1 28.40 | 36.60 1 66.80 I 115.00 1 3/4 1! 1 11 U/4 1 m 1 2 I 12.90 || 17.30 | 23.80 I1 31.10 1| 53.50 Cab Hose Valves Female Inlet -- Hose End Outlet The No. 1833 Valves except for their hose end bodies are made like the No. 362 E Valves shown on the preceding page. No. 1833 Size No. 1833 Inches j Each! List Prices % female % hose % female i/2 hose 6.50 7.00 1/2 female 3/t hose 10.00 Union End Valves for use with Copper Tubing Union Ring Copper Tubing Regular Valve Body Tail-piece of Brazing Metal Union end valves can be made to order with brazing tail-pieces for use with copper tubing. Prices on application. Dimensions, in Inches Size, No. 1834, No. 1835 Size, No. 1836, No. 1837 Size, No. 1833 1 1 l3/8Xl/4 1/2 x% 3/4Xl/2 1x3/4| 1% x 1 li/2xli/4|2xiy2 21/2x2 3x2i/2 1 1 1 % 3/s 1/2 % 1 1 11/4 11/2 2 l3/8Xl/2|l/2Xl/2|l/2X3/4| 1 11 1 End to end. No. 1834 ! S-enter to male end. No. 1835 1 Uenter to union end. No. 18351 nna to end, No. 1836 1 Renter to female end. No. 18371 Venter to union end. No. 1837 hnd to end, No. 1833 1 33/g Lenter to top, open. Globe 1 45/8 Center to top, open, Angle Diameter of wheel 1 1 2Vi6 1 | 3U/i6 1 1 l3/4 1 1 WIG 1 1 215/l6 ! 11 113/l6 31/2 1 315/ie! 4% 1 5i/4 1 41/8 1 14 2Vi6 1 27,fi | 1% 41/4 21/16 23/,6 33/8 13/ig 23/16 4% 41/2 21/ie 413/l6 2% 2716 313/i6 1% 27l6 51/4 51/8 29/ig 51/2 1 6i/s 23/4 | 3 23/4 | 31/s 41/4 1 4/s 11/2 1 13/4 23/4 | 31/8 1 63/g | 6% 61/4 1 7 3Vi6 1 3s/s 6% 71 ?/, G 91/ig 103/g 3s/ig 3-Wig' >43/8 4Wig 39/l6 : R4 41Vi6 57,6 5% ? '65/ig 79/ig 21/G i V25/]fi 2% 39/i6 ' ' 4 411/ig 77s 83/4 103/8 12% 7% 9 101/2 12 41/ig 43/ 67 All valves shown on this page are made to order only. Description.. . .page 38 40 CRANE 300-Pound Brass Globe and Angle Valves Plug Type Disc r | WORKING PRESSURES 300 pounds steam, 550 F. Screwed valves -- 600 pounds cold water, oil, or gas, non-shock Flanged valves -- 500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 900 pounds hydrostatic No. 382 P, Globe Screwed No. 384 P, Angle Screwed FEATURES . Exelloy Renewable Seat Nickel Alloy Plug Type Disc Union or Bolted Bonnet SERVICE RECOMMENDATIONS Cross Section No. 382 P, Globe These .valves are recommended for excep tionally severe service, .such as for throt tling, and for soot blower, blow-off, boile'r feed, drip, and drain lines. No. 383 P, Globe No. 385 P, Angle Flanged Flanged List Prices, Each Size Inches) (4 1 3/s 1 % 1 % 1 1 I P/4 1 1% 1 2 1 2% 1 3" No. 382 P or No. 384 P, Screwed No. 383 P or No. 385 P, Flanged, F.'D. & S. F. | 5.40 1 5.70 | 7.40 | 9.70|12.00|16.00|22.00|36.50| 60.00| 91.00 | 1 1 [24-00131.00140.00152.00[75.00 j114.00 j180.00 Body: The body is strong and durable; it is made of Crane Special Brass, a high grade steam metal. Plug type disc and seat: The wide seat resists wiredrawing and foreign matter exceptionally well'. The disc taper assists in maintaining tightness and permits easy flow regulation when throttling. Construction: Sizes 2-inch and smaller have a union bon net as illustrated above; tYi and 3-inch sizes have a bolted bonnet, inside screw, and a bot tom pin guide on the disc as illustrated at the right. Both bonnet types provide a strong, tight joint, yet they can be easily dismantled and reassem bled without injuring the valve. Seat metals: The disc is Crane Nickel Alloy; the seat ring is Exelloy. These metals are an ideal combination, offering unusual resistance to wear, temperature, and galling; they are harder, tougher, and stronger than metals ordinarily used in brass valves. Stuffing box: The stuffing box is unusually deep; it is equipped with a gland, and is filled with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. Flanged valves: End flanges conform to the MSS 300-Pound SP Bronze Flange Standard (No. SP-2rq3 7). They are plain faced, with two V-shaped concentric grooves between the port and the bolt holes. Prices include drilling to the MSS 300-Pound Standard, and spot facing; no deduction is made if valves are ordered faced only. Full face gaskets should be used; see page 567. Dimensions, in Inches Size v* i % i % i % i i 11% i m i 2 12% 3 A 2Vi | 2% 1215/isl 3% 1 4% 1 4% 1 51/4 1 63/g | 7% 81/2 B 1% 1 IVi 1 1% 1 1% I 2Vi6 1 2% | 2% ! 33/ie 1 33/4 41/4 C 11 1 43/4 | 53/ | 61/4 1 71/4 I 8 | 9 10S/16 D II 1 3 |3y4|3i/2| 4 |45/M 43/4 57/is E-Open 4% 1 51/s | 5% 1 65/g | 71/4 | 81/4 | 93/8 1105/g| 12 133/8 F-Open 4%|4%| 53/8 163/gl 7 | 8 | 9 HOi/4! 11 12% G 2Vis |29/lfi| 23/4 |3i/lfi| 3% |41/1g| 43A | 6 I 7 8 H 11 1 45/g | 4% I 51/4 | 6i/ | 6i/2 | 71/2 81/4 J 11 l17/32l19/32l % I11/,si 3/4 I13/l6 2%2 Valves for Marine Service .... page 463 CRANE 300-Pound Brass Globe and Angle Valves Plug Type Disc 41 WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold water, oil, or gas, non-shock TEST PRESSURE 900 pounds hydrostatic INTERCHANGEABILITY All parts of these valves except the bodies are No. 1824 P, Globe No. 1825 P, Angle Male Inlet Female Union Outlet Male end is one pipe size larger than female union end. interchangeable with the cor responding parts of the No. 38iPGfobeandNo. 384P Angle Valves shown on the preceding page. List Prices Size Inches | V2 x % 1 % x y21 1x3/4 |1 No. 1824 P or No. 1825 P Size Each| 10.30 | 12.30 | 15.20 1 Inches | % 1 3/4 1 No. 1826 P or No. 1827 P Each| 10.80 1 12.90 1 Female Inlet Female Union Outlet Both ends are the same size. U/4X.1 21.40 1 17.30 1 iy2xiy41 | 28.40 | 1 u/4 1 ! 23.80 | 2 x iy2 36.60 1% 31.10 |I 2y2x2 | 66.80 11 2 1 53.50 Cab Hose Valves Female Inlet -- Hose End Outlet The No. 1823 P Valves except for their hose end bodies are made like the No. 382 P Valves shown on the preceding page. No. 1823 P Size No. 1823 P List Prices Inches % female y> hose Each 6.50 y2 female y> hose 7.00 Union End Valves for use with Copper Tubing Union Ring V Copper Tubing Tubing Flared Recess for Brazing Metal 7 Regular Valve Bodv Tail-piece of Bracing Metal Union end valves can be made to order with brazing tail-pieces for use with copper tubing. Prices on application. Size, No. 1824 P, No. 1825 P Size, No. 1826 P. No. 1827 P Size, No. 1823 P Dimensions, in Inches | y2x% 1 3/4Xl/2 1! | 3/8xy2 y2 x y2 i I% i Und to end. No. 1824 P ! Center to male end, No. 1825 P | Center to union end, No. 1825 P | hnd to end, No. 1826 P | Center to female end, No. 1827 P | center to union end. No. 1827 P 1 hnd to end, No. 1823 P Enter to top, open. Globe | 3% | sy8 center to top, open. Angle 1 Uiameter of wheel | 2/i6 45/i6 1 5 2y8 1 2% 23/l6 1 2% 14 i iy2 1 2% 3% I ! 5Vs 5y8 1 5% 4% 1 5% 29/ie 1 2Vis 1 23/4 All valves shown on this page are made to order only. 1x3/4 3/4 5% 3 27/g 4% l3/4 2% 1 u/4 x l 1i 1 1 6% 1 3Yl6 1 35/16 1 5% 1 2Vis 1 35/16 iy2xiy4 m 77ie 3% 313/is 63/ig 2% 313/l6 2xiy2 |2y>x2 1% 1 2 1 85/16 1 911/16 4i/s 43/ie 411/ie 5 613/l6 25/8 43/l6 83/l6 33/16 5 6% 1 7y4 6% 1 7 3 Vi 6 I 35/s sy4 93/g 8 91/4 1 41/ig 1 434 105/s ioy4 6 Description.. . .page 40 42 CRANE 300-Pound A. A. R. Brass Globe and Angle Valves Inside Screw Type WORKING PRESSURE 300 pounds steam TEST PRESSURE 800 pounds hydrostatic Cross Section , No. 376 P, Globe Plug Type Disc Globe, Screwed No. 376 P, Plug Type Disc No. 376 E,' Ball Type Disc Angle, Screwed No. 377 P, Plug Type Disc No. 377 E, Ball Type Disc Cross Section No. 376 E, Globe Ball Type Disc List Prices Size Inches | Vi 11 % 1 Vz 1 % 1 1 1 iy4 i1 lVz 1 2 j 2% 1 3 No. 376 P or No. 377 P, Plug Type Disc No. 376 E or No. 377 E, Ball Type Disc Each] 5.90 |j 6.30 | 8.30 |10.70|13.30 | 17.50 j| 24.00 | 40.00 [ | Each| 5.40 | 5.70 | 7.40 | 9.70|12.00 | 16.00 22.00 j 36.50 | 60.00 | 91.00 For wrenches for removing seat rings, see page 45. Association of American Railroads: These valves conform to the recommended practice of the Associa tion of American Railroads (A.A.R.) for 300-Pound Globe and Angle Valves for Steam Locomotives, adopted IQ32, effective August 1, IQ33, revised 1035, 1937Body and bonnet: The body is made of Crane Special Brass. The bonnet is made of a special wearresisting bronze. Union bonnet ring: Sizes 1 J^-inch and smaller have a hexagon bonnet ring; larger sizes have a round spanner-type ring (not illustrated). Plug Type Disc Valves: The disc in J4> 34. and J4-inch Plug Type Disc Valves is made of monel metal and is spun onto the stem (not illustrated). In sizes 34-inch and larger, the disc is made of Crane Nickel Alloy and is fastened to the stem with a disc stem ring, as illustrated in the cross section. All sizes have an Exelloy body seat ring. Ball Type Disc Valves: J4> ZA> and %-inc.h Ball Type Disc Valves have a monel metal disc spun onto the stem (not illustrated), and an Exelloy body seat ring. Sizes 34-inch and larger have a Crane Nickel Alloy disc and body seat ring, the former being fas tened to the stem by a disc stem ring, as illustrated in the cross section. In 2, 2)4, and 3-inch Ball Type Disc Valves, the disc has a bottom pin guide which operates through a bridge in the body seat ring (not illustrated). Stem end for Universal Joint: When so ordered, these valves can be furnished .with the stem end machined for a Uni versal Joint connection, following the dimensions specified in the A.A.R. rec ommended practice. Such valves are sold at the same price as valves with wheel and wheel nut. Universal Joints can be supplied when ordered; prices will be furnished on application. Dimensions, in Inches Size 1 Va 1 % Vz 1 34 1 Wa lVz I 2 1 *2% End to end. Globe Center to end, Angle Center to top of wheel, open Diameter of wheel 1 2s/l6 1 2% 2% 1 39/1G 1 1%2 1 1% I IVis 1 l2S/32 1 4% 1 4% 1 59/16 1 57/i6 I 2% 1 2% 3i/16 1 3% 4% 2Vi6 79/16 4Vi6 I 43/4 2% 8% 434 51/4 6% 7% 2% ! 3%e 1 311/is 91/4 1 10% I 12V46 5% 6 7 *Dimensions on 234 and 3-inch sizes apply to Ball Type Disc Valves only; Plug Type Disc Valves in these sizes __________________________ are not included in the A. A. R. recommended practice.__________________________ *3 8% 43/i6 143/ie 8 A.A.R. Screwed Fittings. .. .page 193 A.A.R. Unions and Union Fittings.....pages 242 to 244 CRANE 300-Pound A. A. R. Brass Globe and Angle Valves Inside Screw Type WORKING PRESSURE 300 pounds steam TEST PRESSURE 800 pounds hydrostatic 43 Globe, Screwed Angle, Screwed No. 1870 P, Plug Type Disc No. 1871 P, Plug Type Disc No. 1870 E, Ball Type Disc No. 1871 E, Ball Type Disc Female Inlet, Female Union Outlet Both ends are the same pipe size.' Globe, Screwed Angle, Screwed No. 1874 P, Plug Type Disc No. 1875 P, Plug Type Disc No. 1874 E, Ball Type Disc No. 1875 E, Ball Type Disc Male Inlet, Female Union Outlet The male end is one pipe size larger than the female union end. List Prices, Each Size Inchesj 34 1 % 1 Vz 1 3/4 1 1 1 1V* 1 1% 2 2% No. 1870 P or No. 1871 P, Plug Type Disc No. 1870 E or No. 1871 E, Ball Type Disc Size | 10.00 | 10.30 | 11.70 | 13.90 | 18.60 | 25.30 | 33.10 57.00 1 9.50 | 9.70 | 10.80 | 12.90 | 17.30 | 23.80 | 31.10 53.50 91.00 Inches 13/g x i/41V2 x % 1 % x i/21 1 x 3/4 | iy4 x 111% x U/412 x 1% 12% x 2 3 x 2Vz No. 1874 P or No. 1875 P, Plug Type Disc No. 1874 E or No. 1875 E, Ball Type Disc | 10.60 ! 10.90 1 13.20 1 16.20 | 22.70 | 29.90 | 38.60 70.30 | 10.10 | 10.30 | 12.30 | 15.20 | 21.40 | 28.40 j 36.60 66.80 115.00 l-or wrenches jor removing seat rings, see page 45. Association of American Railroads: These valves conform to the recommended practice of the Associa tion of American Railroads "(A.A.R.) for 300-Pound Globe and Angle Valves for Steam Locomotives, adopted 1932, effective August 1, 1933, revised 1935, 1937- Interchangeability: Except for the body, the valves shown on this page and those shown on the preceding page are identical. Body, union ring, and tail-piece: The body, union ring, and tail-piece are made of Crane Special Brass. Stem end for Universal Joint: When so ordered, these valves can be furnished with the stem end machined for a Universal Joint connection, following the dimensions specified in the A.A.R. recommended practice. Such valves are sold at the same price as valves with wheel and wheel nut. Universal Joints can be supplied when ordered; prices will be furnished on application. Dimensions, in Inches Female Inlet Valves Male Inlet Valves V* 1 3/s 1 Vz 3/4 1 1 1 m 1 iy2 2 *21/2 % x y4 1 VzX % 1 3/4 x y2 1x3/4 1 114 x l 1 iy2xiy4 1 2xiy2 214x2 *3 x 21/2 Center to female end lS/32 1 m 1 l7/l6 l25/32 1 2Vie 1 23/g 1 25/8 33/16 311/16 Center to male end l31/32 1 2Vl6 1 29/is 3Vs2 1 3s/l6 I 3% 1 4y8 411/16 53/16 Center to union end Center to top of wheel, open Diameter of wheel 2% 1 2S/i6 1 2Vz 4% 1 4/8 1 5Vl6 23/4 1 23/4 1 3Vl6 3ys 1 39/is 1 41/s 1 411/16 6Vi6 1 79/i6 1 83/g 1 91/4 3% 1 4Vi6 1 43/4 1 53/8 55/16 105/g 6 515/16 121/16 7 *Dimensions on the 234 and 3 x 234-inch sizes apply to Ball Type Disc Valves only; Plug Type Disc Valves in these sizes ___________are not included in the A. A. R. recommended practice. The valves shown on this page are made to order only. 600 Pound Cast Steel Valves for Locomotive Service. . . .page 311 44 CRANE 300-Pound A. A. R. Brass Globe and Angle Valves Outside Screw and Yoke WORKING PRESSURE 300 pounds steam TEST PRESSURE 800 pounds hydrostatic Cross Section' No. 396 P, Globe Plug Type Disc Globe, Screwed No. 396 P, Plug Type Disc No. 396 E, Ball Type Disc Angle, Screwed No. 397 P, Plu'g Type Disc No. 397 E, Ball Type Disc List Prices Size No. 396 P or No. 397 P, Plug Type Disc No. 396 E or No. 397 E, Ball Type Disc Inches | Each) Eachj % 15.00 14.10 3/4 17.20 16.20 1 18.30 17.00 For wrenches for removing seat rings, see page 45. Cross Section No. 396 E, Globe Ball Type Disc 1V4 26.10 24.60 IV2 33.40 31.40 2 66.50 ' 63.00 Association of American Railroads: These valves conform to the recommended practice of the Associa tion of American Railroads (A.A.R.) for 300-Pound Globe and Angle Valves for Steam Locomotives, adopted 1932, effective August 1, 1933, revised 1935, 1937- Interchangeability: The valves shown on this page use the same wheel, wheel nut, disc stem ring, disc, body seat ring, union bonnet ring, and body as the A.A.R. 300-Pound Inside Screw Type Valves shown on page 42; only the stem, bonnet, gland, and gland nut are different. Body: The body is made of Crane Special Brass. Bonnet: The bonnet is made of Crane Cast Man ganese Bronze. Stem: The stem is made of *Crane 18-8 Mo ChromeNickel Alloy Steel. Plug Type Disc Valves: In the Plug Type Disc Valves, the disc is made of Crane Nickel Alloy, and the body seat ring is made of Exelloy. Ball Type Disc Valves: In the Ball Type Disc Valves, both the disc and the body seat ring are made of Crane Nickel Alloy. Stem end for Universal Joint: When so ordered, these valves can be furnished with the stem end machined for a Uni versal Joint connection, following the dimensions specified in the A.A.R. recom mended practice. Such valves are sold at the same price as valves with wheel and wheel nut. Universal Joints can be supplied when orders so specify; prices will be furnished on applica tion. *Crane Co. is licensed under patent No. 1,587,614 to manufacture valves and fittings made from 18-8 chromium-nickel alloy with 2 to 4% molybdenum. Dimensions, in Inches Size 1% 3/4 1 1 1 1V4 1% 2 End to end. Globe Center to end, Angle Center to top of wheel, open Diameter of wheel 1 2% 1 IV16 1 5s/16 1 31/ie 39/ie 1 l25/32 I 1 511/16 1 3% ; 4% 2i/i6 69/i6 41/ie 1 1 1 1 4% 2% 71/2 4% 51/4 2% 8Vie 5% 6% 33/ie 10 6 600-Pound Cast Steel Valves for Locomotive Service .. page 311 A.A.R. Screwed Fittings. .. page 193 A.A.R. Unions and Union Fittings... .pages 242 to 244 CRANE 300-Pound A. A. R. Brass Globe and Angle Valves Outside Screw and Yoke 45 Globe, Screwed Angle, Screwed No. 1890 P, Plug Type Disc No. 1891 P, Plug Type Disc No. 1890 E, Ball Type Disc No. 1891 E, Ball Type Disc Female Inlet, Female Union Outlet Globe, Screwed ' Angle, Screwed No. 1894 P, Plug Type Disc No. 1895 P, Plug Type Disc No. 1894 E, Ball Type Disc No. 1895 E, Ball Type Disc Male Inlet, Female Union Outlet Size Inches | No. 1890 P or No. 1891 P, Plug Type Disc | No. 1890 E or No. 1891 E, Ball Type Disc | Size Inches | No. 1894 P or No. 1895 P, Plug Type Disc | No. 1894 E or No. 1895 E, Ball Type Disc j - List Prices, Each 1/2 18.40 17.50 % x 1/2 19.90 19.00 1 % 20.40 19.40 1x% 22.70 21.70 ! i | | 1 23.50 22.20 D/4 x 1 27.60 26.30 1 1V4 1 | 33.90 | ! 32.40 | ! i%xiy* 1 | 38.50 1 | 37.00 | IV2 42.60 40.60 2 x iy2 48.10 46.10 2 83.50 80.00 2% x 2 96.80 93.30 Association of American Railroads: These valves conform to the recommended practice of the Associa tion of American Railroads (A.A.R.) for 300-Pound Globe and Angle Valves for Steam Locomotives, adopted 1932, effective August 1, 1933, revised 1935, Universal Joint: When desired, valves can be furnished with the stem end machined for a Uni versal Joint connection, following dimensions speci fied in the A.A.R. recommended practice; prices are the same as for valves with wheel and wheel nut. IQ37- Universal Joints can be supplied when ordered; Interchangeability: Except for the body, these prices will be furnished on application. valves are the same as those shown on the preceding page. Except for the stem, bonnet, gland, and-gland nut, the valves use the same parts as the A.A.R. 300-Pound Inside Screw Type Valves shown on page 43. Body, union ring, and tailpiece: The body, union ring, and tail piece are Crane Special Brass. Dimensions, in Inches Female Inlet Valves Male Inlet Valves 1% 3/4 1 | 11/4 1 11/2 21/2 l3/4xy2 lx 3/4 11/4x11 11/2 x lVi 12 x iy212x/2 x 2 Center to female end Center to male end Center to union end Center to top of wheel, open Diameter of wheel 1 IVie 1 2%b [ 2% 1 5S/16 1 3Vi 125/s2 31/32 31/8 51 Vis 35/s 21/16 1 35/i6 1 39/l6 1 69/is 1 41/16 1 2% 3% 41/8 71/2 43/4 1 25/8 1 41/s 1 411/16 1 8 Vie 1 53/8 33/16 411/16 53/16 10 6 The valves shown on this page are made to order only. Wrenches for Body Seat Rings No. 393 E, Wrench No. 393 P, Wrench ,, for Ball Type Disc for Plug Type Disc Valves Valves For A.A.R. Brass Globe and Angle Valves These are steel wrenches. A brass guide ring (included in the price of each wrench) slips over the shank of the wrench and fits into the top of the valve body, centering and guiding the wrench. The No. 393 P Wrench can be used to hold the disc when removing or inserting the disc stem ring. The square end fits the recess in the disc. Guide Ring (Furnished with each . wrench) No. 393 P Wrench No. 393 E Wrench List Prices, Each % 1 1/2 1 3/4 1 1 i BA 1 DA 1 2 "1% x 1/4II/2 x %|% x 1/2II x 3/4ID/4 x :l|li/2 xli/4|2xli/2|2i/2x 2 i 4.00 1| 4.00 1 4.25 |4.90 | 5.90 | 7.00 | 8.35 110.50 I 2.90 1 2.90 I 3.10 |3.50 I 4.25 | 4.90 | 6.00 | 7.25 46 CRANE 300-Pound Brass Globe and Angle Valves Outside Screw and Yoke WORKING PRESSURES 300 pounds steam, 550 F. Screwed valves -- 600 pounds cold water, oil, or gas, non-shock Flanged valves -- 500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 800 pounds hydrostatic FEATURES Exelloy Renewable Seat Nickel Alloy Plug Type Disc Union Bonnet No. 372 P, Globe No. 374 P, Angle Screwed Screwed Cross Section No. 372 P, Globe SERVICE RECOMMENDATIONS These valves are recommended for exceptionally severe service, such as for throttling, and for soot blower, blow-off, boiler feed, drip, and drain lines. They are especially suitable for superheated steam or for service where valves are operated frequently. Size No. 372 P or No. 374 P, Screwed No. 373 P or No. 375 P, Flanged, F. D. & S. F. List Prices, Each Inches [ % 1 % | 11.00 | 14.50 | | 30.00 1 | |[ No. 373 P, Globe Flanged 1 11 1% 1 18.00 1| 22.00 ]| 37.00 ji 47.00 | No. 375 P, Angle Flanged 1% I1 ^ 30.00 \ 46.00 60.00 | 86.00 Body: The body is strong and rugged. 11 is made of Stem: The stem is made of Crane 18-8 Mo, as Crane Special Brass, a high grade steam composition. suring liberal strength and long life. Yoke-bonnet: The yoke is compact without sacri ficing accessibility for repacking. Full threads at the yoke top for the packing nut prevent crossing or stripping of threads. The serviceable and practical union bonnet holds a tight joint and makes dis mantling for cleaning or repairing easy. Plug type disc and seat: The plug type disc and seat are unusually resistant to wiredrawing and foreign matter. The tapered disc permits easy flow regulation when throttling. Seat metals: The seat ring is Exelloy; the disc. Crane Nickel Alloy. These metals have excellent resistance to wear, temperature, galling, and scoring. Stuffing box: The stuffing box is exceptionally/; deep and is filled with high grade packing. Repacking: These valves, when wide open, can be/ repacked while under pressure. Flanged valves: End flanges conform to the MSSj 300-Pound SP Bronze Flange Standard (No. SP-zIQ37). They are plain faced, with two V-shaped j concentric grooves between the port and the bolt,': holes. Prices include drilling to the MSS 300-Pound; Standard and spot facing; no deduction is made if1 valves are ordered faced only. Full face gaskets should be used; see page 567. Size A B C D E--Open F--Open G H J Dimensions, in Inches 1%1%l 1 W4 1% 1215/16 1 31/2 1 1% 1 1% 1 1 43/4 1 13 1 53/4 j 6% 1 5% 1 57/s 1 23/4 1 3Vi6 1 1 45/g 1 1 17/32 41/8 21/,6 5% 31/4 7% 73/8 3% 47/s 19/32 4% 23/g 61/4 31/2 8% 8% 41/16 51/4 % 51/4 2% 71/4 4 10% 9% 43/4 61/s "/is Templates for drilling.. .page SS0 2 6% 3Vl6 , 8 45/16 12% ll7/s 5% 6% %, CRANE 300-Pound Brass Globe and Angle Valves Outside Screw and Yoke--Bolted Bonnet 47 WORKING PRESSURES 300 pounds steam, 550 F. Screw ed valves -- 600 pounds cold water, oil, or gas, non-shock Flanged valves -- 500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 900 pounds hydrostatic FEATURES Exelloy Renewable Seat -- Nickel Alloy Plug Type Disc Cross Section No. 85 P, Globe No. 87 P Globe, Flanged No. 87% P Angle, Flanged Size No. 85 P or No. 851/2 P, Screwed No. 87 P or No. 87y2 P, Flanged, F.D. & S.F. List Prices, Each Inches | 1% 1 60.00 1 80.00 i2 I 2% 1 3 ; 75.00 j1 110.00 | 170.00 ; 100.00 | 140.00 | 200.00 Service recommendations: These valves are recommended for throttling, for soot blower lines, and for other exceptionally severe services. The valves have a plug type disc and seat, permitting easy flow regulation when throttling and offering excellent resistance to foreign matter and to wire drawing. The outside stem threads are particularly well suited for services where the action of the fluid might affect inside threads. Construction: The valves are unusually heavy and rugged. The bolted bonnet provides liberal strength at the bonnet joint. Sizes t.34 and 3-inch have the disc guided through a bridge cast integral with the body seat ring, as shown in the cross section; smaller sizes do not have the guide. Materials: The valves have a body and bonnet made of Crane Special Brass, a high grade steam metal. The plug type disc is made of Crane Nickel Alloy, and the renewable body seat ring is made of Exelloy; these metals are an ideal combination, being stronger, harder, and tougher than metals ordinarily used in brass valves. Stuffing box; repacking: The stuffing box is deep and is filled with high grade packing. It is equipped Templates for drilling.. . .page 550 with a bolted gland. The valves, when wide open, can be repacked while under pressure. Flanged valves: End flanges conform to the MSS 300-Pound SP Bronze Flange Standard (No. SP-2-1937). They are plain faced, with two Vshaped concentric grooves between the port and the bolt holes. Prices include drilling to the MSS 300-Pound Standard, and spot facing; no deduction is made if valves are ordered faced only. Full face gaskets should be used; see page 567. Larger sizes: Sizes 3j^-inch and larger are made to order; they have a 450 flat seat and are recom mended for general stop valve service. Prices will be furnished on application. Cross valves: Cross valves can be made to order. Dimensions, in Inches Size 1% 1 2 I 21/2 1 3 End to end, No. 85 P Center to end. No. 85% P Face to face. No. 87 P Center to face. No. 87% P Center to top of stem, open Diameter of wheel Diameter of flanges Thickness of flanges Globe 5% 1 61/4 | 7% 81/2 23/4 1 3% | 33/4 41/4 7 | 8 | 9 10S/l6 3% 1 41/4 | 43/4 9% |ioy4|ii% 8% | 91/2 110% 6 |7 |8 5Vi6 13 12 9 6Vs 1 61/2 I 71/2 8`/4 ll/isl % I13/l6 2%2 Valves for Marine Service.. . .page 463 48 CRANE 350-Pound Brass Globe Valves Plug Type Disc WORKING PRESSURES . 350 pounds steam. 550 F. 1000 pounds cold water, oil, or gas, non-shock TEST PRESSURE 1200 pounds hydrostatic SERVICE RECOMMENDATIONS The No. bz P Brass Globe Valves are recommended for high-pressure steam lines such as are used on oil or gas field boilers for deep well drilling, for highpressure water or oil service on lines not subject to shock, and for high-pressure gas lines. *{^o. 62 P Globe Screwed *Cross Section, No. 62 P List Prices and Dimensions Size Inches | Vz 3/4 1- iy4 1% i 2 No. 62 P, Globe, Screwed Each| 8.30 TO.70|13.30 17.50|24.00|40.00 End to end' Dimensions, Center to top of lever, open Center to end of lever handle 1 3% ! 3% 4y4 5 5%- 1 63/4 | 6% 1 7 7% 83/4 9% 1 11% I 3% i 37/g 4V4 4% 5 l sy4 Body: The body is made of Crane Hard Metal, a strong, hard, copper-tin bronze. Plug type disc and seat: The plug type disc and seat are ideal for severe service, as on soot blower, blow-off, boiler feed, drip, drain lines, etc. The wide seating surface is unusually resistant to foreign matter and to wiredrawing. The tapered disc per mits easy regulation of flow when throttling. The disc is Crane Nickel Alloy; the body seat ring, Exelloy. These metals are harder, stronger, and tougher than metals ordinarily used in brass valves. Stem threads: Stem threads are long and accurately machined, assuring long life. They have liberal en gagement with the bonnet threads at all times. *Bonnet construction: Sizes i Jxj-inch and smaller have a union bonnet as illustrated. The 2-inch size has a bolted bonnet, inside screw (not illustrated). Both types provide a strong, tight joint. Stuffing box: The stuffing box is deep, is filled with high grade packing, and is equipped with a gland. Repacking: The valves, when wide open, can be repacked while under pressure. 1000-Pound Hydraulic Brass Globe and Angle Valves WORKING PRESSURE --1000 pounds cold water, oil, or gas, non-shock TEST PRESSURE -- 1200 pounds hydrostatic Cross Section. No. 257 H These valves are recom mended for general stop valve service on non-shock water and oil lines and on high-pressure gas lines. Angular shaped seating surfaces provide a wide seat bear ing; the seats and body are integral. The body and disc are Crane Hard Metal; the stem is Exelloy. The valves, when wide open, can be repacked while under pressure. No. 257 H, Globe Screwed No. 258 H, Angle Screwed List Prices and Dimensions Size Inches | % % i i i iy4 i i% i 2 No. 257 H, Globe, or No. 258 H, Angle Each! 9.00 12.00|18.00|25.00|33.00145.00 End to end, Globe Dimensions, Center to end. Angle in Center to top Globe Inches of lever, open Angle Center to end of lever handle 13 1 1% 1 57/8 ! 5% ' 3% 37/i6 |3s/i6I 4y/16 | 55/i6 | 65/i6 1% Uls/i6l 23/16 | zy16 1 3Vie 6% 1 71/4 | 83/s | 9yg I 10% 61/4 1 65/g 1 7% | 8% | 91/2 37/g | 4y4 I 4% ] 5 | 53/4 The diameter of the seat opening in the valves is the same as the nominal size of the valve. CRANE 2000-Pound Hydraulic Brass Globe and Angle Valves Union Bonnet WORKING PRESSURE 2000 pounds cold water, oil, or gas, non-shock TEST PRESSURE 2200 pounds hydrostatic FEATURES Union Bonnet Hard Metal Body and Disc 49 Cross Section No. 232 H, Globe 45 Seat 232 H or . 233 H Globe, Screwed No. 232 H or No. 233 H Angle, Screwed When ordering, specify whether globe or angle valves are wanted. Cross Section No. 233 H, Globe Plug Type Disc Size No. 232 H or No. 233 H, Globe or Angle End to end. Globe Center to end. Angle No. 232 H, Globe Center to top of No. 232 H, Angle lever handle, open No. 233 H, Globe No. 233 H, Angle Center to end of lever handle List Prices and Dimensions Inches | 3/s 1 V2 Each] 13.00 1 14.00 Inches | 213/ig 1 213/l6 Inches | 1% 1 1% Inches | ey8 1 6% Inches | 5% 1 5% Inches | 6% 1 6% Inches | 6% 1 6% Inches | 3Vg I 3% 3/4 1 17.00 1 3Vi6 1 l3/4 1 63/4 1 6% 17 1 6V2 1 41/4 1 25.00 4 2Vl6 8% 7y2 8% 7% 45/g iy4 36.00 4* Vie 23/s 9% 9% m 83/4 5 No. 232 H Valves; 45 seat: The No. 232 H Globe and Angle Valves are made with a 450 seat. They are suitable for general stop valve service on highpressure hydraulic lines that are not subject to shock and on high-pressure gas lines. All sizes of the No. 232 H Globe and Angle Valves have the disc stem ring construction illustrated in the cross section at the left. No. 233 H Valves; plug type disc: The No. 233 H Globe and Angle Valves have a plug type disc and seat. They are especially recommended for severe service, such as throttling. The wide seating sur faces have excellent resistance to wiredrawing and to foreign matter, and the tapered disc permits easy regulation of flow. The 134-inch size valves have the disc stem ring con struction shown in the cross section at the right; smaller sizes have the disc cast integral with the stem. Rugged construction: Both types of valves are well proportioned throughout and are unusually heavy. Bodies and discs are cast of Crane Hard Metal, a copper-tin bronze of high strength and hardness. The union bonnet joint is strong and serviceable; it holds a tight joint readily, and it facilitates regrinding. Seat opening: The diameter of the seat opening in the valves is slightly larger than the inside diameter of Double Extra Strong Pipe. Repacking: These valves, w'hen wide open, can be repacked while under pressure. Renewable seat valves made to order: Renew able seat valves with either 450 seat or plug type disc can be made on special order; prices on application. 50 CRANE 2500-Pound Hydraulic Brass Globe Valves Bolted Bonnet WORKING PRESSURE 2500 pounds cold water, oil, or gas, non-shock TEST PRESSURE 3000 pounds hydrostatic FEATURES Bolted Bonnet Hard Metal Body Hard Metal Plug Type Disc Cross Section SERVICE RECOMMENDATIONS Recommended for severe and extremely high pressure hydraulic service on lines not sub ject to shock, and on high-pressure gas lines. No. 236 H Globe, Screwed Plug Type Disc List Prices and Dimensions Size Inches | 1 i m i 11/2 1 2 1 21/2 No. 236 H Each|45.00155.00170.00195.001180.00 End to end Center to top, open ' * Inches | 4% 1415/161 51/2 11 63/ | 2% Inches | 8% 1 9 1 10% |1 IU/2 1 12.% Center to end of handle, or wheel diameter Inches | 5 1 53/4 | 8 11 9 | 10 Exceptionally rugged construction: No. 236 H Valves have very heavy metal sections; their bolted bonnet provides a sturdy, rugged construction. Crane Hard Metal, used for the bodies and discs, has great strength and hardness, and offers excellent resistance to wear. Plug type disc and seat: The plug type disc and seat are unusually resistant to wiredrawing and foreign matter. The wide tapered seating surface permits easy flow regulation when throttling. Disc-stem connection: The i-inch No. 236 H Valves have the disc and stem cast integral (not illustrated); 1 % and 1 J^-inch sizes have the disc and stem cast separately and fastened together with two disc pins as shown in the cross section; 2 and 2^2-inch sizes have the two parts cast separately and fastened together with a disc stem ring (not illustrated). Handle or wheel: 1 and 1 pf-inch valves have lever handles as illustrated; larger sizes have wheels. Seat opening: The diameter of the seat opening in these valves is slightly larger than the inside diameter of Double Extra Strong Pipe. Repacking: These valves, when wide open, can be repacked while under pressure. Renewable seat valves: Renewable Seat No. 23 6 H Valves are made on special order; prices are furnished on application. For Higher Pressures Use Crane Steel Valves 3000-Pound W.O.G. No. 222 X, Globe Exelloy See page 310 600-Pound No. 216 XR, Globe Forged Steel See page 312 When globe and angle valves are required for hydraulic pres sures higher than 2500 pounds or for high pressure- temperature lines, use Crane Steel Valves. They are made in an unusually wide range of sizes and types and for all service conditions; see pages 309 to 326. 600-Pound No. 3644 XR. Globe Forged Steel See page 31S 6000-Pound Hyd. No. 225 H, Globe Forged Steel See page 319 CRANE Brass Check and Foot Valves 51 Names of parts..........................................................................................................page 52. Low-Pressure Horizontal Check............................................................................. page 53 - Standard Horizontal and Angle Check................................................................ page 54 Standard Swing Check.............................................................................................. page 55 Standard Vertical Check.......................................................................................... page 54 150-Pound Horizontal and Angle Check..............................................................page 56 200-Pound Horizontal and Angle Check............................................ pages 57 and 58 200-Pound Swing Check..........................................................................pages 5 7 and 58 250-Pound Horizontal and Angle Check..............................................................page 59 300-Pound Horizontal Check................................................................. pages 60 and 61 300-Pound Swing Check.......................................................................... pages 60 and 61 3 50-Pound Horizontal Check.................................................................................. page 62 3 50-Pound Swing Check........................................................................................... page 62 iooo-Pound Hydraulic Horizontal Check............................................................page 63 2000-Pound Hydraulic Horizontal Check............................................................page 63 2500-Pound Hydraulic Horizontal Check............................................................page 63 Standard Foot Valves.............................................................. '...............................page 54 Foot Valves for Gasoline Service........................................................................... page 53 Vertical Check Valves for Gasoline Service........................................................page 53 Crane Brass Check and Foot Valves, like other Crane products, are characterized by quality. The line is complete and includes a valve for every commercial re quirement. Designs are carefully developed based on an accurate knowledge of valve use, and are practical and serviceable. Other types of brass valves, supplementing the check and foot valves indexed above, are shown on the follow ing pages: Brass Gate Valves............................................... pages 13 to 24 Brass Globe and Angle Valves........................ pages 25 to 50 Brass Hose Valves............................................ pages 70 and 71 Brass Lever-Operated Quick-Opening Valves.. pages 66 to 6q Brass Radiator Valves........................................pages 78 to 81 The lists shown above do not include all Crane Brass Valves. Brass Valves that perform a special duty or those made for special services such as Float Valves. Pop Safety Valves, Relief Valves, Pressure Regulators, and Reducing Valves, SolderJoint Valves, Crane-Seal Valves, and Valves for Marine Service are described in other sections of this catalog. Refer to the index. 52 CRANE Names of Parts Brass Check and Foot Valves Horizontal Check Valve With Brass Disc (No. 20, p. 54) Identification Plate Horizontal Check Valve With Composition Disc (No. 27, p. 56) Swing Check Valve With Brass Disc (No. 34, p. 55) Identification Plate Swing Check Valve Regrinding Type (No. 35, p. 57) Horizontal Check Valve With Metal Disc and Renewable Seat (No. 218, p. 59) Foot Valve With Strainer (No. 33Vk p. 54) CRANE Low Pressure Brass Check Valves Composition Disc Valves 53 WORKING PRESSURES 100 pounds steam -- 125 pounds water. 200 F. Cross Section No. 1212, Horizontal Especially recommended for domestic hot or cold water lines, domestic gas lines, and similar low pressure service. List Prices and Dimensions No. 1212, Horizontal Screwed Size Inches | Vs V* 1 % %1%1 I U/4 1% 2 No. 1212, Horizontal Extra disc holder, disc, and nut, complete End to end Center to top Each | 1.10 Eachj .40 Inches I l13/ie Inches 1 1% 1.10 I .40 | UViel 1% 1 1.20 .55 2 IV* 1.30 1 1.90 1 2.60 .80 1 1.10 1 1.40 2% 1 23/4 1 35/16 1% 1 1% 1 13/4 3.60 1.75 3% 2 5.00 2.25 41/* W* 7.50 3.00 4% 2Vi These valves combine a wide range of utility with furnished with a No. 8 Disc, suitable for hot or cold moderate cost. Their composition disc makes them water, or domestic gas service. When ordered for suitable for almost any low pressure installation, steam, they will be furnished with a No. 7 Disc. Discs: Unless otherwise ordered, the valves are For description and dimensions of discs, seepage 178. I: ilJ 1r.T1-JLI fSa pftf eH Cross Section No. 20 B, Horizontal Size No. 20 B, Horizontal End to end Center to top Brass Disc Valves WORKING PRESSURES 100 pounds steam 125 pounds water, 200 F. -- 125 pounds cold oil or gas The %-mcA size is made with a ball disc. List Prices and Dimensions Inches | % 1 Vz ! 3/4 I 1 1 Each| .80 | 1.00 | 1.25 1 1.50 | Inches | l11/l6 1 2 1 2% 1 2yg | Inches | u/s 1 l'A ! U/2 ' l1 Vis 1 No. 20 B, Horizontal Screwed W* 1 1% 1 2 1.90 ! 2 70 | 4.00 3Vie 1 3% 1 43/4 2 1 2'A ! 2% Brass Check and Foot Valves for Gasoline WORKING PRESSURE --15 pounds gasoline Air Tested--Patented opt HI npMWff No. 43 Vertical Check Screwed fcilList Prices, Each, and Dimensions, in Inches Size No. 43, Vertical Check Valves W* U/2 1 2 i lpr^tpltll\ 7.50 9.75| 14.00 No. 47, Foot Valve with Strainer 1 7.75 1 10.25|15.00 jSiilprf No. 43 End to end No. 47 Size that valves Pipe tap opening will pass through Standard pipe 4% 1 5% I 6 : 5Vie 1 SiViel 63/4 1 2Vz ! 3 I 4 1 3 1 3% 1 4 No. 47 Foot Valve With Strainer Screwed Cross Section No. 47 Service recommendations: These are rugged, superior quality valves, ideal for gasoline service. They are recommended for 15 pounds pressure, for use in accessible locations only, as on overhead tanks; they should not be used where inaccessible, as where buried underground. Construction and materials: The body, the disc holder, and the wire screen on the Foot Valves are tnade of brass. The disc holder is top and bottom guided, assuring square seating. The renewable body seat ring is made of a special alloy metal, especially suitable for gasoline. Disc: The valves have a Crane No. 6 Composition Disc. Completely resistant to gasoline, this disc, combined with the special alloy seat, makes an ideal seating surface; see page 178 for description. Test: Each valve body is tested on 80 pounds air; the seat is tested under one foot head of kerosene. Brass Solder-Joint Valves. . . .page 503 Iron Body Gasoline Chech Valves.. ..page 157 54 CRANE Standard Brass Check Valves Brass Disc WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas, non-shock No. 20, Horizontal Screwed No. 26, Angle Screwed Size No. 20, Horizontal No. 24, Vertical No. 26, Angle No. 28, Horizontal, with Drip Cock Sizes %-inch and smaller have a ball disc. List Prices Inches * Vs V* ' % Each| 1.60 1.60 1 1.75 Each! 1.80 1.80 1 1.90 Eachl 1.80 1.80 1 1.90 Each! ! % 2.16 2.40 2.40 3.60 No. 24, Vertical Screwed No. 28, Horizontal Screwed with Drip Cock %1 2.75 3.20 3.00 3.60 3.00 1 3.60 4.40 5.30 1% IV2 4.50 6.30 5.00 7.00 5.00 | 7.00 6.60 2 1 2% 3 9.50118.00 25.00 10.60120.00 27.50 10.60120.00 27.50 1 Service recommendations: These valves are rec ommended, for general service on steam, water, oil, or gas lines. Construction: The valves are heavier and more rugged than is usual with "Standard" valves. All parts are liberally proportioned, to withstand oper ating strains and expansion and contraction of the Pipe- Installation: The No. 26 Angle Check Valves and the No. 24 Vertical Check Valves are designed to operate on upward flow only and should always be installed with the inlet end down. Size No. 20 No. 26 No'. 24 No. 28 End to end Center to top Center to end Center to top End to end Largest diameter End to end Center to top Vs l7/l6 l5/lS % 1S/l6 l13/l6 1% - V* 1% IV16 13/l6 1 l13/l6 iy8 Dimensions, in Inches 3/s y2 1 3/4 1 1 1 11/4 v/s l3/ie 1S/l6 l3/l6 I3/4 1% 21/4 1 2n/l6 1% 1 1% iy8 i 1% 1 15/16 1 l9/l6 I 25/16 1 2% 11/2 1 15/4 2% 1 31/8 ln/ie 1 2 1 33/l6 ! 311/,6 1 m 1 23/is 1 1% 1 113/l 6 1 l13/l6 1 21/l 6 1 3Vie 1 313/16 I 2% 1 29/i6 1 .39/l6 1 3% 1 21/i6 1 2!4 ll/2 1 2 . 41/4 ! 51/8 2% 1 213/l6 21/16 1 2i/2 25/16 1 23/4. 41/s 1 411/16 21/8 1 3% 1 1 2% 1 3 . 61/16 1 7V,6 35/16 1 3% 31/16 1 35/8 31/4 1 33/4 5% 1 67i6 4716 1 51/4 1 1 Standard Brass Foot Valves with Strainer WORKING PRESSURE 200 pounds cold water, non-shock. Cross Section No. 331/2 List Prices and Dimensions Size Inches | V2 1 % 1 1 1 HA No. 331/2, Screwed Eachl 1.40 | 1.55 | 1.90 [ 2.50 End to end Inchesl 27,6 1 25/g I315/1G 1 5 Size of pipe that valve will pass through Inches | 1 1 11/4 I 1% 1 2 ! 1% | 3.50 "1 61/4 1 21/2 No. 331/2 Screwed 12 1 5.00 1 7i/i6 13 1 21/2 1 3 I 10.00 | 15.00 1 9 1 IOH/16 1 31/2 1 4 Service recommendations: These valves are rec ommended for use on water suction lines. Construction: The valves are designed to slip through standard wrought pipe, two pipe sizes larger than the nominal valve size. The strainer is made of brass wire screen. '*' CRANE 55 Standard Brass Swing Check Valves Brass Disc Valves WORKING PRESSURES 125 pounds steam 200 pounds cold water, non-shock Cross Section No. 34, Brass Disc These valves may be used either in a horizontal position, or in a vertical position for upward flow. List Prices and Dimensions Size Inches Vt % 1/2 1 % 1 Wi jifo. 34, Brass Disc End to end Center to top Each Use No. 35 4.50 Inches Valves, i 1% Inches See p. 57. 1% 4.80 i 5.40 2V4 ! 21 Vis l9/ie 1 l13/is 5.60 33/l6 23/l6 7.30. 311/is 29/is No. 34, Screwed With Brass Disc 11/2 9.50 4i/4 2i %e 2 13.50 5i/8 31/4 21/2 30.00 5Vi6 3% 3 45.50 7 3/g 4% Service recommendations: These valves are operating strains. The disc in sizes % to 2-inch is recommended for service on steam and water lines. integral with the hinge as shown in the cross section. Construction: The valves are heavier and more In the larger sizes, the disc swivels on the hinge. rugged than is usual with "Standard" valves. All All sizes have a disc stop, preventing the disc from parts are liberally proportioned to withstand normal sticking in the open position. 5 Leather Disc Valves i ipws - BKj -\ I WORKING" PRESSURE 200 pounds cold water, non-shock These valves may be used either in a horizontal position, or in a vertical position for upward How. I V ^ Cross Section No. 341/2, Leather Disc Size No. 341/2, Leather Disc End to end Center to top Inches | Each] Inches | Inches j List Prices and Dimensions 3/s 1/2 3/4 1 5.75 6.30 6.90 7.20 1% 21/4 211/ie 33/16 1% l9/l6 113/16 23/16 No. 34V2, Screwed With Leather Disc 1 DA | 9.30 1 3ii/i6 1 2V16 11/2 12.00 41/4 213/ifi 2 16.50 51/s 31/4 Service recommendations: The No. 34M Leather Construction: Except for the leather disc con- Disc Valves are especially recommended for service struction, the valves are identical with the No. 34 on cold water lines. Brass Disc Valves shown above. 5 Brass Solder-Joint Swing Check Valves f * No. 1303, Swing Check No. 1303 Brass Solder-Joint Swing Check Valves have solder-joint end connections for use with copper tubing. The complete Crane Solder-Joint line includes valves, fittings, bends, and accessories for domestic and industrial installations; see the Solder-Joint Valve and Fitting section, pages 4qq to 512. 56 CRANE 150-Pound Brass Check Valves Composition Disc, Valves WORKING PRESSURES 150 pounds steam 300 pounds cold water, oil, or gas, non-shock Cross Section No. 27 Horizontal FEATURES Union Cap, 2-inch and smaller Bolted Cap, iY% and 3-inch Composition Disc No. 27 Horizontal Screwed No. 27 Angle Screwed When ordering, specify whether horizontal or angle valves are Wanted. List Prices and Dimensions Size Inches | Vi %1% Mill W4 IV2 2 1 2% 1 3 No. 27. Horizontal or Angle Each| 2.60 2.90 | 3.20 4.20 | 5.80 1 8.00 11.00!16.00|30.00|46.00 Extra disc holder, disc, and nut, complete Each| .50 .65| .95 1.20 I 1.45 | 1.75 2.40 3.50| 6.80|10.75 End to end, Horizontal 12 2s/l6 I^VigI 33/16 i 33/4 1 4 Vi 43/4 5% 1 63/4 1 8 Dimensions, in Inches Center to end. Angle Horizontal Center to top Angle i 15/l6 1 1% ' 1 Vi lVisI 1V4 iy2 i m 1% ! 1% l7/i Jl'Vis! 2 2 ' 21/4 ! 2% 1% 1 21/2 l 23/I6 3 23/4 2'Viel 3Vi 3% 1 3y2 3 Vi ' 31/4 !313/16 ! 3% ! 33/4 For list prices of Composition Discs, see page 17S. Service recommendations: These valves are recommended for a wide range of service, such as for steam, hot water, cold water, oil, air, or gas. They are especially suited for use where discs must be renewed easily and quickly. Rugged construction: All parts are strong and rugged, assuring a high factor of safety. Cap joint: Sizes 2-inch and smaller have a union cap as shown on the illustra tions at the top of the page; 1?/% and 3-inch valves have a compact bolted cap as illus trated at the right. Both types provide a strong, tight joint, and can be easily dismantled for cleaning or for replacement of disc. Discs: Unless otherwise ordered, these valves are furnished with a No. 1 Steam Disc, suitable for steam. When ordered for hot water, oil, or gas, they are furnished with a No. 2 Hot Water Disc. When ordered for cold water or air, they are fur nished with a No. 3 Cold Water disc. For description and dimensions of discs, see page 178. A metal plate, secured to the cap, identifies the type of disc. Metal Ball Disc Valves WORKING PRESSURES 150 pounds steam 300 pounds cold water, oil, or gas, non-shock Cross Section No. 31 Horizontal List Prices and Dimensions Size Inches y2 3/4 1 No. 31, Horizontal Each 3.30 4.50 6.00 End to end Center to top Inches 21 Vie Inches UVlG 33/ig 33/4 l1S/l6 1 21/4 1 Vi 9.00 4 Vi 29/,6 No. 31 Horizontal Screwed Service recommendations: These valves are recommended for steam, water, oil, or gas lines. Smaller sizes: When sizes smaller than Trinch are required, the No. 20 Horizontal Check Valves shown on page 54 are recommended; they have a ball disc. Valves with drip cock: These valves can be fur nished with a drip cock, similar to that on the No. 28 Check Valve shown on page 54, at an extra price. Cross Section No. 35, Swing CRANE 200-Pound Brass Check Valves Regrinding 57 WORKING PRESSURES Screwed valves --200 pounds steam, 500 F. t 400 pounds cold water, oil, or gas, non-shock Flanged valves --150 pounds steam, 500 F. 225 pounds cold water, oil, or gas, non-shock TEST PRESSURES Screwed valves--600 pounds hydrostatic Flanged valves--450 pounds hydrostatic - Cross Section No. 72, Horizontal No. 35, Swing Screwed No. 37, Swing Angle, Screwed No. 35%, Swing Flanged Horizontal Swing Check Valves may also be used in a vertical position for upward flow. No. 72, Horizontal Screwed No. 72, Angle Screwed When ordering, specify whether horizontal or angle valves are wanted. List Prices, Each Size Inches | Vi % % 3/4 No. 35, Swing, Screwed No. 351/2, Swing, Flanged, F. D. & S. F. No. 37, Swing, Angle, Screwed No. 72, Horizontal or Angle, Screwed 1 6.25 | | | 2.00 6.25 2.30 6.60 6.60 2.80 7.50 24.00 1 7.50 | 4.00 1 8.00 25.00 8.00 5.50 Wi 11.00 34.00 11.00 7.20 W2 14.00 42.00 14.00 10.00 2 ! 2% | 3 20.00 38.00| 51.00 70.00 100.001 123.00 20.00 ; 1 16.00 29.00| 41.00 Service recommendations: These valves are recommended for severe service on steam, water, oil, or gas lines. The No. 72 Valves were formerly known as "Navy" Pattern. Materials: The bodies are made- of Crane Special Brass, a high grade steam metal. The hinge pin in Swing Check Valves is made of Exelloy. Regrinding: All check valves shown on this page may be reground without removing the bodies from the line. By removing the stop plug on the swing check valves, a screw driver can be engaged with the slot in the disc spud, making it easy to rotate the disc when regrinding. Flanged valves: End flanges conform to the MSS 150-Pound SP Bronze Flange Standard (No. SP-2-IQ37). They are plain faced, with two V-shaped concentric grooves between the port and the bolt holes. Prices include drilling to the MSS 150-Pound Standard, and spot facing; no deduction is made if valves are ordered faced only. Full face gaskets should be used; see page 567. Dimensions, in Inches Size % % 1 % 1 % No. 35, Swing No. 351/2, Swing End to end Center to top Face to face Center to top 2 23/l6 1 2% 1 2% lS/l6 lS/l6 1 IV16 [ ln/l6 1 1 43/g 1 1 1 l11/lG No. 37, Angle, Swing Center to end Center to top 1 1% 1 1% 1 l9/lfi 1 l13/l6 End to end, Horizontal l1 Vl6 11S/16 1 21/4 1 23/4 No. 72, Horizontal Center to end. Angle 13/l6 or Angle Center to top, Horizontal 1S/l6 1 1 l3/is 1 1% 1% 1 l3/ie 1 l7/l6 Center to top. Angle 1S/l6 1% 1 W,G 1 IVIs Flange dimensions Diameter of flanges Thickness of flanges 1 1 1 1 3% 1 1 "732 1 1 lVi 1 1% 31/4 I 313/16 1 41/4 2 1 23/8 1211/16 5 1 5% 1 6% 2 1 23/g 1 211/ie 1% 1 17s 1 21/8 23/is 1 21/2 1 27/8 3S/l6 1 3% 1 41/2 l1 Vie 1 l1S/l6 1 21/4 1% 1 2 1 21/4 2% 1 27/46 1 234 4% 1 4% 1 5 % 1 13/32 1 7/l6 2 1 2% 3 5s/ig 1 6 33/i6 1 33/4 73/g 1 8% 33/l6 1 33/4 2% 1 7 4S/4e 91/s 46/46 37/l6 1 SVi 1 66/46 7Vi 2% 133/16 3i3/i6 36/46 1 33/4 45/l6 35/ie 133/4 4% 6 ! 7 7i/2 % I 9/l6 % Templates for drilling.. . .page SSO Valves for Marine Service.. . .page 464 58 CRANE 200-Pound Brass Check Valves Bolted Cap WORKING PRESSURES Screwed Valves 200 pounds steam, 500 F. 400 pounds cold water, oil, or gas, non-shock Flanged Valves 150 pounds steam, 500 F. 225 pounds cold water, oil, or gas, non-shock Cross Section, No. 4032, Swing TEST PRESSURES Screwed Valves -- 600 pounds hydrostatic Flanged Valves --J500 pounds hydrostatic The No. 4032 and No. 4033 Swing Check Valves may also be used in a vertical position for upward flow. No. 4062, Screwed Horizontal or Angle (Horizontal illustrated) No. 4063, Flanged Horizontal or Angle (Not illustrated) No. 4032, Screwed Swing No. 4033, Flanged Swing When ordering, specify whether horizontal or angle valves are wanted. List Prices, Each Size Inches 1 1 y2 I 2 1 2% | 3 1 3% 1 4 | 5 1 6 No. 4032, Swing, Screwed , No. 4033, Swing, Flanged, F.D. & S.F. No. 4062, Horizontal or Angle, Screwed No. 4063, Horizontal or Angle, Flanged, F.D.. & S.F. ' i 54.00 1 68.00 1 84.00! 1 I | 1 76.00 | 94.00 1124.001194.00)234.00)290.00|400.0C Prices on application till | Prices on application Service recommendations: The valves shown on this page are high quality bolted cap check vah es. They are recommended for use on large pipe lines where brass valves are wanted. Strong and rugged, the valves are liberally propor tioned to withstand severe operating strains; their bolted cap construction makes an exceptionally tight, strong, and serviceable joint. No. 4032 and No. 4033: The No. 4032 and No. 4033 Swing Check Valves have a body, cap, and disc made of Crane Special Brass, a high grade steam metal. Sizes 4-inch and smaller have a separate disc and hinge, as illustrated; larger sizes have a one-piece disc and hinge (not illustrated). Sizes 4-inch and smaller can be reground without removing the body from the line. By removing the stop plug, a screw driver can be engaged with the slot in the disc spud, making it easy to rotate the disc when regrinding. No. 4062 and No. 4063: The No. 4062 and No. 4063 Horizontal and Angle Check Valves have a Crane Special Brass body, cap, and disc. The body seat ring is Crane Hard Metal, a strong, hard, copper-tin alloy having excellent resistance to wear. Flanged valves: End flanges conform to the MSS 150-Lb. SP Bronze Flange Standard (No. SP-2-IQ37), They are plain -faced, with two V-shaped concentric grooves between the port and bolt holes. Prices include drilling to the MSS 150-Pound Standard, and spot facing; no deduction is made if valves are ordered faced only. Full face gaskets should be used; see page 567. Dimensions, in Inches Size 1 IV2 1 2 2% 3 31/2 4 | 5 1 No. 4032, Screwed or No. 4033, Flanged No. 4062,'Screwed or No. 4063, Flanged Flange dimensions End to end, No. 4032 s, Face to face, No. 4033 Center to top End to end, No. 4062, Horizontal Center to end. No. 4062, Angle Face to face, No. 4063, Horizontal Center to face, No. 4063, Angle Horizontal Center to top Angle Diameter of flanges Thickness of flanges ! 1 5% 6% 71/4 11 7% 81/2 91/8 IOI/4 UI/2 1 127/s 1 33/4 4% 5 i6 61/2 1 71/4 1 ! 5S/16 ! 6 71/4 81/4 11 1 211/16 ' 3 3% 4% 11 : 57/8 , 6% 8 91/8 103/g 11 1 121/4 1 ' 31/g 3% 41/4 4% 51/4 51/2 ! 61/4 ! 33/8 | 3% 4% 5 51/8 5% 1 6% 1 2% 27/r 3% 4 41/s 4% 1 51/4 ,5 6 1 7/l6 i 1/2 7 7i/?. . 8I/2 9 ! 10 1 9/l6 % ! H/16 "/is i 3/4 1 Templates for drilling.. ..page SS0 Valves for Marine Service.. . .page 464 . 6 143/g 81/4 14 7 73/4 53/4 11 13/16 CRANE 250-Pound Brass Check Valves 59 Crane Nickel Alloy Disc Valves WORKING PRESSURES 250 pounds steam. 500 F. 500 pounds cold water, oil. or gas, non-shock TEST PRESSURE -- 750 pounds hydrostatic FEATURES Crane Nickel Alloy Disc and Seat Union Cap Cross Section No. 218, Horizontal List Prices and Dimensions Size No. 218, Horizontal, or No. 219, Angle End to end, Horizontal Center to end, Angle Center to top, Horizontal or Angle Inches | Yt 1 % %! Each! 3.80 1' 4.20 ; 4.80 1 Inches [ 2 1 Wl6 ! 21 Vi6 | Inches [ 15/is 1 U/l6 1 Wt 1 Inches 1 l3/s ! 1% 1 l3/4 1 3/4 6.50 33/i6 17/i6 2 1 1 I 1 Vi 1 1V2 1 2 1 7.50 !I 11.00 | 14.00 | 23.00 1 3% 1 41/4 | 4% 1 S3/4 1 ln/l6 11 2 1 23/ie 1 21 l/i6 1 2Vi ! 2% 1 3 1 3% Service recommendations: No. 218 and No. 2iq Brass Check Valves are recommended where operat ing conditions require a high quality metal disc and seat. They are suitable for severe service on steam, water, oil, or gas lines. Rugged construction: All parts are unusually strong and rugged. The valves are 1 i berally^propor tioned and will withstand severe operating strains. Material: The body is made of Crane Special Brass, a high grade steam composition. The disc and seat are Crane Nickel Alloy, a seating material that resists wear exceptionally well. Union cap: The valves have a union cap and can be easily dismantled for cleaning and repairing. Granite Composition Disc Valves WORKING PRESSURES 250 pounds steam. 500 F. 500 pounds cold water, non-shock 400 pounds cold oil or gas. non-shock TEST PRESSURE -- 650 pounds hydrostatic Cross Section No. 218 C, Horizontal FEATURES Granite Disc -- Crane Nickel Alloy Seat Union Cap List Prices Size Inches 1 Vi % V2 No. 218 C, Horizontal, or No. 219 C, Angle Each | 3.80 4.20 4.80 Kxtra disc Holder, disc, and nut, complete With No. 4 Cranite Disc Each| . 65 With No. 2 or No. 3 Disc Eachl .50 .70 1.00 .65 .95 For list prices of Composition Discs, see page 17S. No. 218 C Horizontal Screwed No. 219 C Angle Screwed % 6.50 1.30 1.20 1 7.50 1.60 1.45 U/4 1 IVz 1 2 111.00 1 14.00 | 23.00 2.00 | 2.70 | 4.00 1.75 | 2.40 | 3.50 Service recommendations: The No. 218 C and No. 2iqC Valves are recommended for services where discs must be frequently renewed. Construction and dimensions: Except for the disc and seat, the valves are the same as the Nos. 218 and 2iq shown above. End to end, center to end, and center to top dimensions are alike. Discs: Unless otherwise ordered, No. 218 C and No. 2iq C Valves are furnished with a No. 4 Cranite Disc, suitable for high-pressure steam. When ordered for hot water, oil, or gas, they are furnished with a No. 2 Hot Water Disc. When ordered for cold water or air, they are fur nished with a No. 3 Cold Water Disc. For description and dimensions of discs, see page 178. 60 Cross Section No. 74 E, Swing CRANE 300-Pound Brass Check Valves Regrinding WORKING PRESSURES 300 pounds steam, 550 F. Screwed valves -- 600 pounds cold water, oil, or gas, non-shock Flanged valves -- 500 pounds cold water, oil, or gas, non-shock TEST PRESSURES No: 74 E and No. 75 E -- 900 pounds hydrostatic No. 366 E and No. 369 E -- Air tested The No. 74 E and the No. 75 E Swing Check Valves may also be used in a vertical posi tion for upward flow. Cross Section No. 366 E, Horizontal No. 74 E, Swing Screwed No. 75 E, Swing Flanged fio. 366 E, Horizontal No. 369 E, Horizontal i Screwed Flanged List Prices, Each Size ...... . Inches! 1/4 ! % I V2 I % I 1 I llA 1 W2 I 2 I 2% 1 No. 74 E. Swing, Screwed 1 6.80 I 7.00 I 7.70 | 9.00110.00(14.00119.00127.00) 49.00! 75.00 . No. 75 E, Swing, Flanged, F. D. & S. F. j i j 120.00126.00|36.00154.00175.00| 110.001140.00 : No. 366 E, Horizontal, Screwed 13.0013.4014.201 5.501 7.20|10.00| 13.50|21.00l 38.00) 57.00 No. 369E, Horizontal, Flanged, F. D. & S. JF. ' 119.50123.00127.00132.50143.001 68.00| 91.00/ No. 74 E and No. 75 E: The No. 74 E and No. 75 E are heavy, ruggedly constructed swing check valves, recommended for severe service on steam, water, oil, or gas lines. The body and disc are Crane Special Brass, a high grade steam metal.. The hinge pin is made of Exelloy. These valves may be reground without removing the body from the line. By removing the stop plug, a screw driver can be engaged with the disc-spud slot, making it easy to rotate the disc when regrinding. No. 366 E and No. 369 E: These are horizontal check valves, recommended for steam, water, oil, air, or gas, and especially for service where pulsations in the line are apt to cause an ordinary check valve to hammer. The dashpot formed above the piston type disc effectively cushions the disc. The body and disc are Crane Hard Metal, a coppertin bronze that resists wear exceptionally well. These valves can be reground without removing the body from the line. When so ordered, the valves can be equipped with a spring above the disc to keep the valve normally. closed when used on air or gas; prices on application. Flanged valves: End flanges conform to the MSS. 300-Pound SP Bronze Flange Standard (No. SP-21937). They are plain faced, with two V-shaped concentric grooves between the port and the bolt holes. Prices include drilling to the MSS 300-Pound Standard, and spot facing; no deduction is made if.: valves are ordered faced only. Full face gaskets should be used; see page 767. Dimensions, in Inches Size V* 1 % % 1 3/4 1 1 1V4 1 1% 2 21/2 3 No. 74 E or No. 75 E or No. 369 E Flange dimensions End to end, No. 74 E Face to face, No. 75 E Center to top End to end. No. 366 E Face to face. No. 369 E Center to top Diameter of flanges Thickness of flanges 2V4 1 2% 1 lS/l6 1 ls/l6 I13/l6 1 2 !' 1 Ws 1 1 2% 1 3Vis 1 35/s 1 SV4 1 513/,6 l13/l6 1 2% 1 2Vie 2V?. 1 215/ig I 31/2 ! 315/16 1 4Vl6 1% 1 1% 1 2 1 45/s 1 4% 1 1 Vi2 1 41/s 1 413/,6 67/i6 1 7Vis 21 %6 1 35/16 41/16 1 45/g 5 1 53/4 2% 1 25/s 51/4 1 6% % 1 "/16 513/l6 8% 3* Me 5% 63/4 31/4 61/2 % 613/,6 93/s 49/16 6% 7% 3% 71/2 13/ig 8 IOV16 5Vi6 8 8H/16 : 4V2 _; 8% J 29/32 Ferrosteel Piston Type Disc Check Valves . , . page 482 j Templates for 'drilling. . . .page 550 Valves for Marine Service. . . .page 465/. CRANE 300-Pound Brass Check Valves Bolted Cap WORKING PRESSURES 300 pounds steam. 550 F. Screwed valves -- 600 pounds cold water, oil, or gas, non-shock Flanged valves -- 500 pounds cold water, oil. or gas, non-shock TEST PRESSURE - 900 pounds hydrostatic Swing Check Valves may also be used in a vertical position for upward flow. 61 Cross Section No. 4064 E, Horizontal No. 4234 E, Swing Screwed No. 4235 E, Swing Fianged No. 4064 E, Horizontal Screwed No. 4065 E, Horizontal Flanged Size List Prices, Each Inches | 1% 2 ! 2% !! 3 No. 4234 E, Swing, Screwed No.'4235 E, Swing, Flanged, F. D. & S. F. No. 4064 E, Horizontal, Screwed . No. 4065 E, Horizontal, Flanged, F. D. & S. F. 1 1 30.00 40.00 1 55.00 40.00 ;i 55.00 | 75.00 i '20.00 l1 30.00 j; 40.00 l 55.00 30.00 1 40.00 11 55.00 ! 75.00 Service recommendations: These are exception ally rugged check valves. They have heavy metal sections and are liberally reinforced to withstand severe operating conditions. Their bolted, cap pro vides an unusually strong and tight joint. The valves are ideal for hard service. Materials: The No. 4234 E and No. 4235 E Swing Check Valves have a body, disc, and cap made of Crane Special Brass, a high grade steam metal. The No. 4064 E and No. 4065 E Horizontal Check Valves have a Crane Special Brass body and cap; the disc and body seat ring are Crane Hard Metal, a strong, hard, copper-tin bronze. The body seat ring is renewable. Regrinding: These valves can be reground without removing the bodies from the line. By removing the stop plug on the swing check valves, a screw driver can be engaged with the slot in the disc spud, making it easy to rotate the disc when regrinding. Flanged valves: End flanges conform to the MSS 300-Pound SP Bronze Flange Standard (No. SP-2-1Q3 7). They are plain faced with two V-shaped concentric grooves between the port and the bolt holes. Prices include drilling to the MSS 300-Pound Standard, and spot facing; no deduction is made if valves are ordered faced only. Full face gaskets should be used; see page 567. Larger sizes: Larger sizes can be made to order. Dimensions, in Inches Size No. 4234 E and No. 4235 E End to end, No. 4234 E Face to face. No. 4235 E Center to top, No. 4234 E or No. 4235 E 1% 2 : 513/is i me 1 37/8 2% 613/is 97/8 m 3 8 107/s 51/2 No. 4064 E and No. 4065 E Flange dimensions End to end. No. 4064 E l^ace to face. No. 4065 E Center to top, No. 4064 E or No. 4065 E Diameter of flanges Thickness of flanges i 5% i 6iA - .; 7 8 3% 6% 3% 6% 1 "/is % 7.Vn 9 47/g. 71/2 13/lfi 8% lOVis 5% m 29/32 Templates for drilling.. . .page SS0 Valves for Marine Service.. . page 465 62 Cross Section No. 78 E, Swing CRANE 350-Pound Brass Check Valves Regrinding WORKING PRESSURES 350 pounds steam. 550 F. 1000 pounds cold water, oil, or gas, non-shock TEST PRESSURE 1200 pounds hydrostatic .These valves are especially suited for high-pressure steam lines such as are used on oil and gas field boilers for deep well drilling, and for high-pressure cold water, oil. or gas lines. 'Cross Section No. 63 E, Horizontal No. 78 E, Swing Screwed The No. 78 E Swing Check Valves may also be used in a Vertical position for upward flow. 'No. 63 E, Horizontal Screwed *2-inch No. 63 E Horizontal Check Valves are made with a bolted cap. (Not illustrated) Size No. 78 E, Swing Check, Screwed No. 63 E, Horizontal Check. Screwed List Prices Inches y2 i y4 i Each] .8.00 10.00 I 13.00 Each! 9.00 11.00 15.00 U/4 17.00 20.00 1% 22.00 25.00 33.00 37.00 Service recommendations: These are unusually rugged check valves, especially designed for highpressure steam lines such as are used on oil and gas field boilers for deep well drilling operations. They are equally well suited for high-pressure water or oil service on lines not subjected to shock, and for highpressure gas lines. No. 78 E: The No. 78 E are Swing Check Valves, having a Crane Hard Metal body and disc. Hard Metal is a strong copper-tin bronze- that has excep tional wear resistance. The hinge pin is Exellov. No. 63 E: The No. 63 E are Horizontal Check Valves, having a Crane Hard Metal body and disc, and a Crane Nickel Alloy body seat ring. The upper part of the disc is piston type, fitting snugly into the cap and forming a dashpot which effectively cushions the movement of the disc.'! The union cap construction shown on the illustra-J tions is used on sizes ij^-inch and smaller. Thef 2-inch size has a bolted cap (not illustrated). Regrinding: All of the check valves shown on this! page may be reground without removing the valvel body from the line. By taking out the stop plug onj the swing check valves, a screw driver can be en gaged with the slot in the disc spud, making it easy| to rotate the disc when regrinding. Steel valves: For higher steam pressures andl jtemperatures or for exceptionally severe service on which many engineers prefer a material better thahj brass or bronze. Crane Steel Valves are recom mended. See the section of this catalog devoted to| Steel Check Valves, pages 327 to 336. Size No. 78 E, Swing End to end Center to top End to end No. 63 E, Horizontal Center to top Dimensions, in Inches 1 % 3/4 1 ' 23/4 3Vl6 1 l1S/l6 1 3% 2% 3% 1 1% 2% 1 3% 2Vl6 41/4 2% 1 Wi 1 41/8 1 213/16 15 1 23/4 1%. 413/16 35/i6 5% 3% 2j 513/ie j 3Ae J 63/4 j 4% j CRANE Hydraulic Brass Check Valves 63 Cross Section 1000 - Pound WORKING PRESSURE 1000 pounds cold water, oil, or gas, non-shock TEST PRESSURE -- 1200 pounds hydrostatic List Prices and Dimensions Size Inches | % 1 % 1 1 1 u/4 1 W2 1 2 No. 259 H Each| 7.00 110.00 |13.00 |17.00|23.00133.00 End to end Center to top Inches | 3 1 3Vl6 |31Vl6l 4Vi6 1 55/16 I 65/16 Inches | 2% 1 2% ! 23/4 11 31/4 1 3% | 41/4 No. 259 H Horizontal Screwed 1000-Pound Cross Section / Cross Section 2000 - Pound WORKING PRESSURE 2000 pounds cold water, oil, or gas, non-shock TEST PRESSURE -- 2200 pounds hydrostatic List Prices and Dimensions Size Inches I % 1 % 1 3/4 1 1 1 U/4 No. 234 H End to end Center to top Each| 11.00 | 12.00 | 15.00| 21.00 | 32.00 Inches 1 213/i6 |213/16 1 37/l6 1 4 1 4H/16 Inches 1 25/g 1 2% | sy4 1 3Vs I 47/l6 No. 234 H Horizontal Screwed 2000-Pound 2500 - Pound WORKING PRESSURE 2500. pounds cold water, oil, or gas, non-shock TEST PRESSURE -- 3000 pounds hydrostatic List Prices and Dimensions Size Inches | 1 l u/4 |1 U/2 1 2 No. 238 H End to end Each[ 36.00 1 45.00 1| 55.00 | 80.00 Inches | 4y2 1 415/! g |1 51/2 1 63/g Center to top Inches | 3% 1 4i/g |[ 4% I 53/g No. 238 H Horizontal Screwed 2500-Pound . Service recommendations: Crane Hydraulic Brass Check Valves are recommended for severe high-pressure hydraulic service on lines-not subjected to shock, and for high-pressure gas lines. Construction: The valves are exceptionally heavy and rugged. The top of the disc fits snugly in the valve cap, guiding the disc accurately and forming a dashpot that effectively cushions the action of the valve while in service. The No. 2jq H Valves have a screwed cap, the No. 234 H Valves have a union cap, and the No. 238 H have a bolted cap. Materials: The bodies and discs of these valves are made of Crane Hard Metal, a strong, hard, coppertin alloy having excellent resistance to wear. Seat opening: The diameter of the seat opening in the No. 259 H Valves is the same as the nominal size of the valve. In both the No. 234 H and the No. 238 H Valves, it is slightly larger than the inside diameter of Double Extra Strong Pipe. Steel valves: When check valves are wanted for higher pressures, for higher temperatures, or for uftusually severe services, Crane Steel Valves are recommended. See pages 327 to 336. 64 CRANE In a steel mill -- these Crane brass gate valves control the water lines for descalers. Condensation return from creosoting retorts in a wood-treating plant using Crane equipment. f t Crane iron and brass gate valves, unions and fittings in air conditioning system of a glass manufacturing plant. Typical of many marineservices-- Crane valves on the lubricating oil lines of a river towboat. The complete piping require ments of breweries are fully met by dependable Crane equipment. CRANE 65 Brass Quick-Opening and Hose Valves Hose and Hose Goods Brass Quick-Opening Self-Closing Globe Valves 125-Pound, with Composition Disc.............................page 66 200-Pound, with Composition Disc............................ page 66 125-Pound, with Brass Disc, without Stuffing Box. . page 67 125-Pound, with Brass Disc and Stuffing Box.........page 67 Brass Quick-Opening Cam-Action Gate Valves................ page 68 Brass Quick-Opening Sliding-Stem Gate Valves............... page 68 Brass Butterfly Valves.............................................................. page 6q Brass Quick-Acting Throttle Valves..................................... page 6q Brass Hose Gate Valves, Standard and Underwriters'., .page 70 Chicago Hose Valves........................................................................page71 Brass Angle Hose Valves............................................................page 71 Garden Hose Valves......................................................................... page71 Hose Threads for Hose Valves.......................................................page72 Hose....................................................................................................... page73 Hose Couplings...........................................................-............... page 73 Hose Clamps........................................................................................page74 Hose Nozzles and Pipes................................................................... page74 Hose Fittings....................................................................................... page75 In addition to the Brass Valves indexed above. Crane Co. also manufactures an extensive line of Quick-Opening Valves made of other mate rials and a line of Brass Hose Valves for Marine service. These are shown in other sections of the catalog; see the pages referred to below: Quick-Opening Clamp Gate Valves, Iron Body................ page qq Quick-Opening Standard Iron Body WedgeGate Valves .page 104 Iron Body Butterfly Valves...................................................page 148 Iron Body Quick-Acting Throttle Valves..........................page 148 Corrosion-Resistant Alloy Quick-Opening Gate Valves.. page 451 Brass Hose Gate Valves for Marine Service.................... page 467 Brass Chronometer Valves... .page 476 66 CRANE Brass Globe Valves Quick-Opening--Self-Closing 12 5-Pound WORKING PRESSURES No. 1234 Valves - . 125 pounds air, gas, or steam No. 734 Valves 200 pounds hot water, 200 F. 200 pounds cold water, light oils, or gasoline, 100 F. 200-Pound SERVICE RECOMMENDATIONS No. 1234 Valves are recommended for air or gas at atmospheric temperature and for saturated steam. They are ideally suited for cooking vats, soot blow ers, can and bottle sterilizers, and similar service. No. 12i/2, Globe, Screwed . No. 734 Valves are recom mended for hot or cold water. .and for light oils or gasoline at atmospheric temperature. They are widely used on gas oline and oil loading racks, public showers.. etc. Valves for heavy oil service can be furnished when desired; prices on application. No. 7%, Globe, Screwed Orders for Nos. I2Y2 or 7/2 Valves should specify service conditions. Size No. ny2 No. 7i/2 List Prices, Each Inches! V4 | % | V2 1 % 1V4 I IVz 2% I6.00l7.00l8.00l10.00|13.00|16.00124.001 |8.00110.00113.00116.00|24.00|34.00|50.00|90.00 List prices of composition discs are shown on page 178. Operation: The valves are easily operated. A short pull on the lever lifts the disc off its seat, opening the valve. When the lever is released, the spring above the disc automatically closes the valve. Materials and construction: The body, stem, and disc holder of these valves are brass. The lever is malleable iron, and can be turned to any desired position by loosening the locknut which holds the bracket to the valve body. The spring is stainless steel. The valves have a stuffing box filled with high packing. It is equipped with a gland. No. 734 Valves: On No. 734 Valves the top disc holder is a piston fitting into the upper part of the body. It forms adashpot that effectively cushions the disc when closing, and prevents de structive shock. Sizes i34_inch and larger have a pilot valve in the main disc, as illustrated at the right. When the valve is operated, the pilot valve opens:! first, equalizing the pressure around the main disc, m thereby facilitating easy operation. -'ll Sizes 2-inch and smaller have a union cap, as shown'j above; larger sizes have a bolted cap (not illustrated). Discs: Unless otherwise ordered. No. 1234 Valves! are furnished with a No. 3 Disc suitable for air oN gas service. Valves for steam service will be fur-.; nished with a No. 1 Disc. No. 734 Valves are regularly furnished with a No. 2] Disc suitable for hot water, oil, or gasoline. When-j ordered for cold water service, they will be furnished,] with a No. 3 Disc. For description and dimensions of discs, see page 178/: Installation: These valves always should be in?, stalled with the pressure above the disc. Flanged valves: No. 734 Valves can be made to| order with flanged end bodies; prices on application. I Size* No. I23/2 No. 71/2 Dimensions, in Inches Inches | V* % 1 % 1 % 1 1 End to end of body Center to top of cap Center of port to bottom of lever, open Center of stem to end of lever, closed End to end of body Center to top of cap Center of port to bottom of lever, open Center of stem to end of lever, closed 1 2% IVis 3% \ 3% 2% 1 2% | 334 1 33/4 1% lUMsi 2 1 23/, 3% 1 5 | 51/2 1 63/4 31/2 1 41/4 | 5% 1 63/4 |2"/l6l 33/16 1 33/4 ! 1% 1 2 ; 2v4 ' 53/4 7 1 8I/4 5% ! 63/4 iy4 1% 2 21/2 4% 5 2y2 213/16 7Vi 8 81/2 83/4 41/4 43/4 53/4 63/4 2% 3 31/2 41/2 93/4 10% 141/2 163/4 8% 83/4 10 121/2 3 8 4%,, 18 13 ` 1 T}< CRANE 12 5-Pound Brass Globe Valves Quick- Opening--Self- Closing 67 WORKING PRESSURE 125 pounds steam Cross Section No. 6O8V2, Globe Screwed With Stuffing Box INSTALLATION These valves always should be installed with the pressure above the disc. The valve bodies are marked to indicate the inlet end. No. 608, Globe Screwed Without Stuffing Box No. 6O8I/2, Globe Screwed With Stuffing Box List Prices and Dimensions Size Inches | 3/s % % I 1 1 iy4 ! 1V2 1 2 1 21/2 No. 608, Globe (without stuffing box') No. 6O8V2, Globe (with stuffing box) Each | 3.60 Each j 3.60 4.40 5.30 1 6.20 1 9.00 1 10.50 1 16.00 1 32.00 4.40 [' 5.30 1 6.20 1 9.00 1 10.50 1 16.00 1 32.00 Dimensions, in Inches End to end of body Center of port to cap Center of port to i hio. 608 end of lever, open 1 No. 608y2 Center of stem to | No. 608 end of lever, closed 1 No. 608y2 1 l7/s | T1/. | 31/4 ] 3% 1 3% | 31/2 23/l6 2% 1 3% | 3% 1 4Vi6 1 413/16 1 6 1% l'Vis 1 2 1 2% 1 2% 1 2% 1 33/g 4% 4% 1 53/4 1 7Vt 1 73/4 1 91/2 1 113/4 4% 6 1 7 1 7% 1 sy4 1 12 I 13 41/4 1 5% ! 63/4 1 83/4 1 83/4 1 10% 1 121/2 4 51/4 1 6% 1 83/4 ! 83/4 1 IOI/2 1 121/2 Service recommendations: The No. 6o8 and No. Brass Globe Valves are recommended for general industrial service on steam lines only. They are used to control the flow of steam to small apparatus such as steam presses, laundry machinery, can and bottle sterilizers, etc. The No. 6o8J4 valve is provided with a stuffing box around the stem, assuring ample protection against the leakage of steam. This feature makes the valve particularly suitable for use in confined spaces and on installations requiring valves that will not leak at the stem under constant service. Both valves are frequently used in conjunction with whistles. Materials and construction: Except for the stuffing box on the No. 6o8}4> the valves are similar in design, materials, and construction. They have a body, disc, and cap made of brass, a steel spring, and a malleable iron lever. The lever can be turned to any desired position by loosening the locknut which holds the bracket to the valve body. The stuffing box on the No. 6o8J4 is filled with high grade packing and is equipped with a brass gland. Operation: The valves are easily operated. A short pull on the lever lifts the disc off its seat, open ing the valve. When the lever is released, the spring above the disc automatically closes the valve. To facilitate the operation of the larger size valves when used in combination with whistles, the pull must be at right angles to the centerline of the whistle. Special valves: When larger sizes or valves for greater pressures are required, wheel operated, pilotoperated, or special power valves can be used. Rec ommendations will be made in answer to inquiries. 6 Brass Quick-Opening Globe Valves For Air Lines For description, see page 33. Brass Whistles for Steam and Air For description, see page 437. Plain Whistle 68 CRANE Standard Brass Gate Valves Quick Opening Cam Action Valves ' Sliding Stem Valves WORKING PRESSURES Yi to 2-inch --125 pounds steam 200 pounds cold water, oil, or gas, non-shock 2and 3-inch --100 pounds steam 100 pounds cold water, oil, or gas, non-shock Patented Air Tested WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas, non-shock No. 432, Screwed Size No. 432, Cam Action Valves No. 442, Sliding Stem Valves Inches i Each 1 Each' y2 8.50 List Prices No. 442, Screwed %__ ! i i 1% i i% i 2% 9.00 10.00 12.50 1 17.00 I 24.00 I 40.00 ! 57.00; I 9.00 10.00 12.50 I 17.00 I 24.00 | 40.00 | 57.00 No. 432 Cam Action Valves: This superior line of quick open ing wedge gate valves is recommended for service on steam, water, oil, or air lines. The solid wedge disc is operated with a quick opening lever through a specially designed cam arrangement, assuring fast and positive valve action. Sizes 1-inch and smaller have a screwed cap; the larger sizes have a bolted cap as shown in the illustration. To insure proper seating, when closing the valves, a snappy action with plenty of force should be applied to the lever. The disc will not jam, and there is no danger of injuring parts be cause the vaive has been designed to withstand such action. No. 432 Gate Valves are listed by the Underwriters' Labora tories of Chicago as approved for hazardous liquid service at pressures not exceeding 50 pounds; this is the maximum pressure prescribed by the Underwriters' Laboratories for hazardo-" liquid equipment. No. 442 Sliding Stem Valves: No. 442 Quick Opening Ga Valves are of the parallel seat construction. They have a slidin stem and a double disc. They are of ample proportions, sturdily constructed, and on! a short movement of the lever is required to operate the valv The wing nut at the top of the stem permits forcing the dis to the seats after the valve has been closed, and releasing f' discs before opening. Shock: When these valves are used on liquid lines, closing valve quickly might cause "water hammer". When sever water hammer must be eliminated by installing a suitab cushioning device in the piping. Otherwise, the shocks jnigh damage the valves or the piping, see page 11. ov5!' Size A B C D E F G H J K Dimensions, in Inches 1 % l3/4l 1 1 1% 1 1% 1 2 2%| 3 11% 12% |2% 1 23/41 2Vb 1 33/g 4 I 41/4 W'AeWAim 1 3%| 3Vs 1 41/4 4%| 53/8 12% |3%| 4 1 5%l 6% [ 7% 83/41 10 1 3 13% 13% 1 4%| 5% 1 63/8 71/21 8% |5y16 16I/4163/4 I 8%| 9**Ael 12 13%|1S% 1 |2%|213/n 1 31/41 3% 1 41/8 4%| 53/8 1 |2%| 3 1 3%| 4 ! 43/8 4% 1 51/4 1 |4%|53/4 1 7 | 7% i 8% 91/2110% ! 17% |8% 110% | 11 1131/4 15 |167/g |7%|8% 1 9%| 10% 113% 16% | 17 i---F- CRANE Brass Butterfly Valves 69 WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas No. 44, Screwed Brass Body Brass Disc Steel Stem Crane Butterfly Valves provide easy, smooth operation in approximately onequarter turn from the wide open to the closed'position. Because the valves are not designed to close pressure-tight, they should be used only to control or regulate flow. The body and disc are made of brass. The stem is steel. The valves can be equipped with a malleable iron operating lever, when so ordered, at an additional price. For Iron Butterfly Valves, see page 148. Size Inches i No. 44, Butterfly Valve Each| End to end | Dimensions, Center to top in Inches Overall height | | Diameter of stem 1 List Prices and Dimensions 3/4 1 p/4 U/2 4.20 2% 3Vifi 4Vig 1V32 6.00 29/ig 31/4 49/l6 % 7.70 2% 39/is 53/ie Vis 9.00 215/l6 37/s 59/ie 7/l6 1 1 1 1 1 1 2 13.50 4Vifi 4% 6% Vz 21/2 18.50 4% 55/is 711/i6 % 3 28.00 53/lfi Sls/l6 89/lS y2 Brass Quick-Acting Throttle Valves WORKING PRESSURE 125 pounds steam No. 46, Screwed All Brass with Malleable Iron Lever These ruggedly built throttle valves are used extensively on hoisting and traction engines. They open or close completely in one-quarter turn of the lever and have an internal stop to limit the travel of the stem. Tke' valves are not recommended for use where pressure-tight seating is essential. Except for the malleable iron lever, all parts are made of brass. Iron Quick-Acting Throttle Valves are shown on page 148. List Prices and Dimensions Size Inches, 3/4 1 No. 46, Throttle Valve Each! 13.50 15.50 End to end Dimensions, in Inches Center to top of stem Center of stem to end of handle ' | 23/4 | 3y2 |6 3% 33/4 6 1V4 1 iy2 19.00 1 27.00 4 1 4% 4y2 1 5y8 8 1 10 2 34.00 5y2 6ys iiy4 2% 47.00 6y2 7y2 129/i6 No. 4382 Screwed Brass Chronometer Valves Brass Chronometer Valves are designed for regulating and governing purposes on steam lines where working pressures do not exceed 250 pounds. The valves are available in a wide range of sizes with either screwed or flanged ends. They are easy to operate. A one-eighth turn of the lever opens or closes the valve completely. An ad justing screw at the stem end varies the pressure of the disc against the seat bearing, assuring smooth operation at all times. With proper adjustment, the valves can be operated by a float. Prices and dimensions are shown on page 476. No. 4383 Flanged 70 CRANE Brass Hose Gate Valves Wedge Disc--Non-Rising Stem Standard 200 pounds , cold water working pressure When so ordered, the valves shown on this page can be furnished with a brass cap and chain as illustrated below. Prices are in addition to price of valve; see the table below. Underwriters' Pattern 300 pounds cold water working pressure Cross Section No. 451 Screwed No. 451 Screwed No. 453 Screwed No. 453 Screwed With Drain Cock No. 451 Valves can be made to order with a brass wheel, and with special finishes such as rough body, nickel-plated; polished; polished and nickel-plated; and polished and chromium-plated. Prices will be furnished on application. No. 453 Valves are furnished without drain cock unless otherwise ordered. No. 453 Screwed j List Prices and Dimensions Size Inches | 1 Rough Body, Plain (Without cap and chain) No. 451 No. 453 Without drain cock With drain cock Bach| Each| Each| 6.70 Brass cap and chain for No. 451 or No. 453 Valve Per valve [ 2.50 Dimensions, in Inches No. 451 Center to female end Center to hose end Center to top of wheel Diameter of wheel Center to female end 1 1% 1 1% 1 5% 1 2% | Center to hose end No. 453 Center to top of wheel | | Diameter of wheel | 1V4 9.40 2.75 1% 1% 6% 3Vl 1% 1 2 12.50 1 18.00 21.60 | 24.00 | 3.50 1 4.50 1% 1 1% 2Vis 1 2V4 71/4 1 8% 3% 1 4Vie 1% 1 2% ! 7% 1 4% I 2% 1 30.00 i 45.60 1 48.00 7.00 . 2% A 2% 10 4%- : 25/i6 : 2V2 11 6 Hose threads: Unless otherwise ordered, these valves have the following thread on the male end: No. 451 Standard Valves 1 to 2" sizes -- Chicago Standard Hose Thread 234" size -- Chicago Fire Department Hose Thread No. 453 Underwriters' Pattern Valves 13d" size-- Chicago Standard Hose Thread 23d" s'ze -- American (National) Standard Fire Hose Thread When so ordered, the male end can be supplied with the following threads, without additional charge: When any other hose thread is required, orders should be accompanied by a sample, preferably the male end of a hose coupling. See page 72. Rugged construction: The Hose Gate Valves shown on this page have a non-rising stem and 2 wedge disc. Their deep stuffing box is fitted with a gland, and the valves are strong and ruggedly con structed. They have an American Standard Tape: Pipe Thread on the female end. No. 451 Standard Valves All sizes -- I ron Pipe Hose Thread All sizes -- California Standard Hose Thread 23d" size -- American (National) Standard Fire Hose Thread No. 453 Underwriters' Pattern Valves Both sizes -- Iron Pipe Hose Thread Both sizes -- California Standard Hose Thread 2)d" size -- Chicago Fire Department Hose Thread Underwriters' Specifications: No. 453 Hose Gate Valves conform to the Underwriters' Specification known as " The National Standard". They are listed as approved and inspected by the Associated Factor) Mutual Fire Insurance Companies, Boston, and thi Underwriters' Laboratories, Chicago, for water work ing pressures up to 300 pounds. Marine Hose Gate Valves,. . .page 467 CRANE Brass Hose Valves 71 Chicago Hose Valves With Leather Disc 200 pounds cold water working pressure Angle Hose Valves With Crane Composition Disc 250 pounds cold water working pressure Cross Section No. 50 No. 50 Screwed *Angle Hose Valve with cap and chain No. 117 Screwed *When so ordered, Angle Hose Valves can be furnished with a brass capand chain at theextra list prices shown in the table below. These valves can be made to order with a brass wheeli and with special finishes such as rough body, nickel-plated; polished; polished and nickel-plated; and polished and chromium-plated. Prices will be furnished on application. Cross Section *No. 117 List Prices and Dimensions Size Inches | % %1 1 V/4 No. 50, Rough body, plain Each| | 7.50 9.00 No. 117, Rough body, plain (without cap and chain) Each[ 9.50 11.00 ! 12.50 16.00 Brass cap and chain for No. 117 Valve Per valve | 2.25 2.25 1 2.50 2.75 Center to hose end | 1 2% 3 No. 50 Over-all height, open | 1 8% 9% 'Dimensions. in Inches No. 117 Length of handle Center to hose end Over-all height, open Diameter of wheel | 1m 1 6% 1 29/l6 1 5% l9/ie 1 1% 73/ie 1 7% 23/4 1 3 Vi6 53/4 21/4 9% 3% For list prices of Composition Discs for No. 117 Valves, see page 178. 1% 1 2 11.50 1 17.00 19.00 1 26.00 3.50 1 4.50 3 1 3% 10% 1 11% 6% 1 m 23/s 1 23/4 9% 1 121/4 4Vie 1 5% 21/2 21.00 57.00 7.00 4Vi6 13% 81/4 31/4 14% 6 IService recommendations: Chicago Hose Valves tare especially suitable for use on outside standpipes. (Angle Hose Valves are recommended for use on |standpipes and hose racks, and for similar service. lose threads: Both the No. 50 and the No. -117 falves have an American Standard Pipe Thread on |the inlet. Unless otherwise ordered, they are fur"tished with the following thread on the male outlet: Vi to 2" sizes -- Chicago Standard Hose Thread 2h" size -- Chicago Fire Department Hose Thread When so ordered, the outlet can be supplied with the following threads, without additional charge: All sizes -- iron Pipe Hose Thread All sizes -- California Standard Hose Thread 2JA" size -- American (National) Standard Fire Hose Thread When any other hose thread is required, orders should be accompanied by a sample, preferably the male end of a hose coupling. See page 72. No. 117 Valve: No. 117 Angle Hose Valves have a Crane No. 3 Cold Water Disc; see page 178 for discs. Garden Hose Valves With Leather Disc These valves are threaded the same as the Hose Valves shown above. |0, 56, Screwed List Prices, Each Size Inches \ Vz \ 3A 1% 11% 2% No. 56 or No, 58, Rough body, plain | 1.65 [ 1.65 ] 2.20 | 3.40 | 4.75 | 7.00 |15.00 ,No. 58, Screwed 72 CRANE Hose Threads Hose Thread Standards: The table shown below gives the basic dimensions of the American (National) Standard Hose Coupling Threads and of other hose coupling threads now in general use. The upper portion of the table includes: 1. American Standard Hose Coupling Screw Threads (ASA B33.1-IQ35) sizes 2-inch and smaller for valves, hose couplings, nozzles, and other fittings used in direct connection with hose intended for fire protec tion or for domestic, industrial, and general service. 2. American (National) Standard Fire-Hose Cou pling Screw Threads (ASA 826-1925) sizes 2)4-inch and larger, for fire hose valves, couplings, hydrant outlets, stand-pipe connections, Siamese connections, and all other special fittings on fire lines. The two A.S.A*. Standards mentioned above agree with the data in the Hose Thread section of the handbook of Screw-Thread Standards for Federal Services, 1939. No. H-25. The lower portion of the table includes: Other hose thread standards in general use: The Chicago Hose Thread, Chicago Fire Department Hose Thread, 2)4 and 3-inch Iron Pipe Hose Threads, and the California Hose Thread. ;i Form of thread: The basic form of all Crane hose 5 threads is the American (National) Standard, ; formerly known as the "U.S. Standard Form". Ordering: Unless otherwise ordered, Crane Hose ` Valves are furnished with the threads specified on: pages 70 and 71, their dimensions'conforming to' those shown in the table below. Special hose threads: Other hose threads included | in the table below but not mentioned on pages 70 ( and 71 can be furnished when so specified; prices'}) on application. When orders are received, for Amer ican Standard hose threads in sizes 34 or j)/-inch, the garden hose thread will be furnished, and in) sizes 1 or 134-inch the iron pipe hose thread will be (I furnished, unless otherwise specified. In addition,f| other types of special threads can be furnished at special price; orders should be accompanied by a| sample, preferably the male end of a hose coupling/ General Classification Name of Hose Thread Hose Coupling Screw Threads American (National) Standard Hose Coupling and Fire-Hose j Coupling Screw Threads American Standard (B33.1-1935) Sizes 2-inch and smaller Garden Hose Thread Chemical Hose Thread Fire Protection Hose Thread Iron Pipe Hose Thread Fire-Hose Coupling Screw Threads American (National) Standard (B26-1925) Sizes 21A-inch and larger Other Hose Threads in General Use Chicago Standard Hose Thread Chicago Fire Department Hose Thread flron Pipe Hose Threads California Standard (Pacific Coast) Hose Thread Hose Valves.. . .pages 70 and 71 Nominal Size of Hose Inches % % % 3/4 1 U/2 % % 1 U/4 1% 2 2y2 3 3y2 4y2 l/2 Or y4 1 iy4 iy2 2 3 2% 21/z 3 V2 3/4 1 11/4 11/2 2 2i/2 Number of Threads per Inch Max. Major I Dia. (O.D.) | of Nipple Service Thread Recommendations Inches IU/2 1.0625 Garden and similar service 8 9 14 IU/2 71/2 4 IU/2 8 7 71/2 8 11 10 71/2 1.3750 1.9900 .8248 1.0353 1.2951 1.6399 1.8788 2.3528 3.0686 3.6239 4.2439 5.7609 1.0682 1.2797 1.6880 1.9272 2.5129 3.6365 2.9916 2.8434 3.4412 1.0504 1.3141 1.8561 2.0870 2.5416 2.9916 Chemical engine and booster hose ;j Fire protection 1 hose i Steam, water, j air, oil, and . j all other hose 1 connections 1 Fire hose -!< fNote: 1 ron Pipe Hose \ Threads sizes 1 2-inch and smaller j are included in the Standard i B33.1-1935 and are shown above ! The 2)4 and 3-inch } sizes, shown here, are not included in the American Standard. Hose and Hose Goods.. . .pages 73 to 75 CRANE Hose and Hose Couplings 73 "Perfected' ' Water Hose com bines the advan tages of the braided and wrapped types, the inner plies being wrapped duck over which is a sturdy ply of cotton braid. High quality rubber tube and wear-resisting black rubber cover. Sizes to 2^-inch, max. length 50 feet, for pressures from go to 175 pounds, depending on size. "Royal Cord" Lawn Hose is constructed of layers of strong, tightly twisted cord laid side by side spirally through out the entire length. Double cord construction with tough brown corrugated cover. 25 and 50-foot lengths (coupled), also in continuous lengths up to 500 feet--and i-inch sizes. ` `Perfected' ' Steam Hose con tains multiple plies of cotton duck with an additional heavy seamless cotton braid under a heat and oil re sisting cover. This braid assures long life. Sizes Jx, to 2-inch, max. length 50-feet, for saturated steam pressures from go to 150 pounds, depending on size "Agra Suction" Hose, made for the average contractor, road builder, and for general purposes, has flat wire reinforce ment to prevent collapse. Protected with woven cotton jacket, painted yellow. Generally furnished in 2-inch size with enlarged ends; straight ends and other sizes available. Max. length 50 feet. 6 Underwriters' Fire Hose, cot ton rubber lined, is high grade "Worthy" Unlined Linen Hose, for fire protection and' in "Mogul" Mill Hose has cal endered rubber tube to which is and dependable, and carries nec essary Underwriters' labels. 50foot lengths, single jacketed in side service only, is constructed of long fibre flax line. Will meet Underwriters' specifications. cemented a long fibre cotton woven fabric, chemically treated as a protection against mildew iM, 2. and 2jx>-inch sizes, and double jacketed in 2, 2JG and 3-inch. Made in two grades, 1 to 2V6inch sizes; 25 and 50-foot lengths are standard. and rot. Made in sizes ibt to 4-inch, 25 and 50-foot lengths, with single or double jacket. Prices of Hose on application; other Hose also can be furnished. No. 17 C-A oizes 1-inch and smaller (Without Lugs) No. 89-A Sizes 1)4 to 2)T-inch (Lugs on Female Half) Brass Water Hose Couplings Size List Prices, per Dozen No. of Thread Full Female Male Hose Couplings Half Half W HPT VL 3/i HPT No. 17C-A % W HPT % 3A" HPT Prices on application 1" IPT P/4 No. 89-A 1% Specify Thread Wanted 2% 10.00 14.00 24.00 48.00 6.67 9.33 16.00 32.00 I 6.00 I 7.00 112.00 124.00 and^Male H^f6 ava!*a^e' chey have lugs on both the Female HPT=Chicago Hose Pipe Thread IPT = Iron Pipe Thread No. 90-A Brass Steam Hose Couplings Size of Hose ' , Thread 1 ______List Prices, per Dozen Full Sets Female Half Male Half Vi' | Vi IPT % 1 %" IPT % | *3/4" IPT % w IPT % | W IPT i ! 1" IPT 15.00 18.00 10.00 12.00 7.50 9.00 i% ' V/i" IPT i% ; iy2"IPT 2 ' 2" IPT 24.00 30.00 42.00 16.00 20.00 28.00 12.00 15.00 21.00 2% 1 2y2" IPT 3 3" IPT 72.00 148.00 48.00 98.67 36.00 74.00 These couplings have extra heavy swivels, recessed for washers. Tail-pieces are extra long. *Can be had with L>" IPT (Iron Pipe Thread). 74 CRANE Hose Clamps, Nozzles, and Pipes 1 No. 1923-A Hose Clamps Galvanized Steel No. 97-A, Hose Nozzle No. 1923-A Size Inches Ply I.D. of List Clamp Dozen Steam Hose Sizes Size j p. II.D. of| List Inches! r y |Clampj Dozen % 4 IH/is" 5 1 13/16 .84 Water Hose Sizes 6 ! iy4 Vl6 3 ! Vis" Va 3 % 2 9/l6 % 3% 4 "/i 2 3/4 3% % 4 1S/l6 51 21 % 3 IVlS 4 1% 2 IVlS 3 1% % 4 13/16 5 i.y4 2 lS/l6 1 3 1% 4 l7/l6 .40 .40 3/4 .40 1 .42 iy4 .46 1% 2 .46 j 21/4 .78 4- 1% 5 l7/l6 6 1% 4 17%6 5 13/4 6 l13/l6 4 l7 3/16 52 6 2Vl6 4 2y* 5 2S/l6 6 ! 23/8 4 I 2% 5 | 23/4 6 1 27* 4 1 215/16 51 3 6 1 3V16 1.10 1.70 1.98 2.42 3.74 4.18 5 1% Large Size 2 l5/s Extra Heavy Clamps Wa 3 4 pvis l13/l6 1.48 I.D. List Dozen I.D. List Dozen 5 l7/s 23/4" 4.24 11 4y4" 7.70 32 2% 4.50 11 43/g 7.81 1% 4 2% 1.76 4.84 [j 4% 8.36 No. 3935-A Hose Clamps Stamped Sheet Brass Size nl I.D. of List Inches y Clamp Dozen Water Hose Sizes 3/16 1 3 1 7/l6" i3 % Va 4 ! 9/ig 2% % |2% n/l6 1 3 3/ .54 .54 .54 ,2 % 13 3 %4 % 1S/l6 IV32 1%2 .54 .54 3/4 3 13/16 4 iy4 .54 2 l"/32 1 3 l7/l6 2.00 4 i17/32 174 3 4 12Vs2 l13/l6 2.50 1% 3 4 l1S/l6 2Vl6 3.00 2 3-4 j 29/ B 4.00 2y4 3-4 27s 6.50 2% 3-4 3Vie 7.00 3 3-4 1 33/4 10.00 Steam Hose Sizes 5 ' 23/,6 31/s 4-94 j! 4% 8.58 1% 3 4 2y4 23/8 Z.10 3V4 3% 5.06 p 434 5.18 i| 47s 9.35 9.68 3 27/l6 2%_ 5.28 10.00 3/4 3 l7/l6 4 i17/32 2.00 1 3 1% 4 l21/32 2.50 2 4 29/ie 2.20 3% 5.46 j| 51/4 10.45 5 211/i6 3% 5.60 || 53/8 11.00 * 3 2.90 3y8 6.05 || 5% 11.44 iy4 3-4 l1S/l6 3.00 3-4 27/32 3.50 iy2 213/32 4.00 3 23/4 6.34 13.75 274 4 213/16 2.64 41/s 7-15 |1 67, 14.00 3-4 217/i6 5 27s 5.50 6.50 3 213/16 VA- 4 3 2.90 *For Suction Hose. 3-4 374 2% 5 39/l6 8.50 9.50 5 3% 23/4 4 3% 3.96 3 3 4 37/i6 3% 4.62 The "Justrite" Garden Hose Nozzle (patented) can be quickly and easily adjusted to throw a straight stream or various sprays, and has a positive shut off. Cast brass and highly polished, it has an internally centered spray pin which assures even sprays. Does not leak or back spray. Made for s^-inch hose pipe thread; prices on application. No. 8085-A, "Justrite" Also furnished nickel plated or chromium plated. No. 95-A, Hose Pipe No. 96-A, Hose Pipe Hose Nozzles and Pipes Size `Length Dis charge List Dozen No. 97-A, Brass Hose Nozzles 3" 4.00 3/4" 6 74" 7.00 8 8.00 4 5.00 1 8 S/l6 9.00 43/4 1.74 10 12.00 ; % 15.00 53/ 7/l6 18.00 . iy2 10 20.00 12 % 22.00 . 2 63/4 26.00 12 9/l6 34.00 772 2% 12 % 37.00 1 55.00 No. 95-A, Brass Hose Pipes With Screw Tip 6" 7.00 3/4" 7% Va' 8.00 ,* 12 10.00 1 8 10.00 ; 12% Va 12.00 . 174 12 3/8 20.00 ; iy2 12 2 12 % 24.00 % 38.00 VA 15 5/s 75.00 No. 96-A, Brass Hose Pipes With Screw Tip and Stopcock j 6" 11.00 ; 3/4" 772 Va' 13.00 12 18.00 1 772 15.00 12 Va 20.00 174 12 3/8 40.00 1% 12 % 55.00 x in-00 x dim i me iui~ nished with Hose Pipe Thread or_ Iron Pipe Thread; specify which isa wanted. Other size discharges are made to order at an extra price. 134->nch and larger are recessed for washers. CRANE Hose Fittings 75 No. 91-A Male Hose Nipples, Brass Size and Thread List Dozen 3/a" *IPT x 3/8" flPT ' 1/2" *IPT x 1/2" flPT " y2" flPT x W HPT 3/4" flPT x 3/4" *IPT ' 3/4" flPT x 3/4" HPT 3/4" HPT x 1" flPT s/4" *IPT x 1" flPT ' 1" *1PT x 1" flPT 1" flPT x 134" *IPT 1" tIPT x iy2" *IPT ;1 3.50 5.00 9.00 10.00' Specify threads for following: 1V4" x IV/ 1V2 xiy2 9.00 10.00 2 X2 14.00 2% x 2V2 28.00 , 3 x3 40.00 3 % x 3V2 50.00 4 x4 75.00 ^Straight Iron Pipe Thread. fTaper Iron Pipe Thread. HPT = Chicago Hdse Pipe Thread. No. 92-A Male and Female Brass Hose Nipples Size and Thread List Male x Female Dozen w HPT X y2" flPT 3/4" flPT x 3/4" HPT 3/4" HPT x 3/4" flPf 1" *IPTx 1" flPf 3.50 5.00 Specify threads for following: W*' x iy4" | 9.00 iy2 x iy2 | 10.00 2 x2 | 14.00 2% x2i/2 | 28.00 3 x3 | 40.00 3% x3i/2 | 50.00 *Straight Iron Pipe Thread. fTaper Iron Pipe Thread. HP T = Chicago Hose Pipe Thread. Brass Hose Caps No. 120-A Size List ! Size List Inches Dozen | Inches Dozen _3/4 1 iy4 iy2 2 4.00 6.00 8.00 10.00 15.00 1 1 | 1 i 2y2 3 31/2 4 24.00 31.00 39.00 43.00 Chain. ....0.60 % and i-inch sizes do not have spanner lugs. Chain, charged as an extra, can be furnished on sizes 134-inch and larger, when specified. yhen ordering Hose Caps, spec- ay threads wanted. No. 93-A No. 9301-A, Less Lugs Brass Hose Reducers Size and Thread List Female x Male Dozen No. 9301-A, without Lugs 3/4" HPT x 1/4" *IPT 3/4" HPT x 3/g" *1PT 3/4" HPT x y2" *IPT 1" HPT x 3/4" HPT 6.50 No. 93-A, with Lugs Specify threads wanted. ly^-x i" | 10.00 . iy4 x 3/4 iy2 xiy4 | 8.00 | 12.00 1% xl iy2 x3/4 | 11.50 | 11.50 2 x 1% 2 x iy4 1 18.00 1 16.00 2 X1 2 x3/4 | 14.00 | 13.00 2i/2 x 2 2% xiy2 2y2 xiy4 1 26.00 | 24.00 1 23.00 2% Xl 2% x3/4 | 22.00 1 20.00 3 x 21/2 | 36.00 3 x2 1 30.00 *Straight Iron Pipe Thread. HPT = Chicago Hose Pipe Thread. No. 9200-A Double Female Brass Hose Nipples Size and Thread List Dozen y2" flPT x 3/4" HPT 34" flPT x 3/4" HPT 1" flPTxl" HPT 9.75 fTaper Iron Pipe Thread. HPT=Chicago Hose Pipe Thread. Larger sizes available specify threads. 6 No. 94-A No. 94 L-A Brass Hose Bushings Size and Thread List Male x Female Dozen No. 94-A (Small sizes) %" HPT x y2" " IPT 1" *IPT x W HPT No. 94 L-A (Large sizes) Specify threads wanted. iy4"xi" 10.00 W4 x3/4 8.00 ay2 xiy4 12.00 iy2 xi 11.50 1% x 3/4 11.50 2 x iy2 18.00 2 x iy4 16.00 2 xl 14.00 2 x3/4 13.00 2% x 2 26.00 x iy2 24.00 2% xiy4 23.00 2% x 1 22.00 2% x3/4 20.00 3 x 2% 36.00 3 x2 30.00 *Straight Iron Pipe Thread. HPT=Chicago Plose Pipe Thread. Hose Spanner No. 9-A, Common The No. q-A Hose Spanner is furnished in sizes i J4 x 2 x IO> z34xioM. 3x11, and 4x12. inches; prices on application. i \ 76 CRANE Crane hose gate vaiye in the fire protection system Crane valves and fittings on a steam pump in a large rubber plant. A fire pump in a metal working plant; all piping equipment by Crane. Crane-equipped vacuum pumps in the heating system of a large textile mill. Hospitals everywhere find that Crane products provide dependable control. CRANE Brass Radiator Valves Heating Specialties / Radiator Valves for Gravity Hot Water............................. page 78 Radiator Valves for Steam................................... ..................page 78 Radiator Valves with Self-Adjusting Packing..................... page 70 Radiator Gate Valves..................................................................page 80 Government Pattern Radiator Valves................................... page 81 Union Bonnet Radiator Valves, with Brass Disc..........page 81 Bellows Type Packless Radiator Valve................................. page 84 / Radiator Unidn Elbows........................................... page 78 Lock Shields for Radiator Valves............................................ page 82 Extra Length Tail-Pieces for Radiator Valves.................... page 82 Hot Water Radiator Air Valves............................................... page 82 Venting Valves............................................................................ .-page 83 Thermostatic Traps......................................................................page 84 Heating Pumps.............................................................................. page 8y 77 Radiator Valves for Marine Service. . . .page 467 Safety Valves for Heating Boilers.. . .pages 388 and 389 78 CRANE V Brass Radiator Valves and Union Elbows Hot Water Valves Composition Disc Steam Valves Radiator Union Elbows No. 192 Union Elbow No. 113 Left Hand Corner No. 113 Right Hand Corner List Prices Size Inches! % 1 3/4 ! 1 ! lVi 1 W2 2 No. 174, Angle Valves, rough body, nickel-plated all over, for hot water -> No. 112, Angle Valves, rough body, nickel-plated all over, for steam No. 1213, Globe Valves, rough body, nickel-plated all over, for steam Each! 1.10|1.3011.6512.1012.75 4.70 tachll.45ll.65j2.0012.5013.20 5.00 Eachl3.70j4.30i5.10i6.40j8.40 No. 113, Corner Valves, rough body, nickel-plated all over, for steam Eachj4.10|4.75|5.60|7.05|9.25 15.00 No. 192, Union Elbows, rough body, nickel-plated all over Eachl .601 .7511.0011.3011.75 3.00 For list prices cf Composition Discs, see page 178. Hot Water Valves: The No. 174 Valves are recom mended for gravity hot water heating installations. They are neat in appearance, compact in design, and are well constructed. They open or close in one-quarter turn; a pointer below the wheel shows the position of the opening in the disc. The disc, made from brass tubing, has a Idfi-inch hole to provide for circulation when the valve is closed. Steam Valves: The No. 112, No. 1213, and No. 113 Valves are recommended for steam and vapor heat ing installations. They present a neat appearance, are compact in design, and are substantially constructed. They are equipped with a No. 8 Low Pressure Com position Disc, secured in the disc holder by a brass nut and washer. For description and dimensions ofdiscs, see page 178. The disc holder swivels on the stem. Lock Shield: Valves shown on this page can be fur nished with lock shield at the same price. See page 82. Dimensions, in Inches Size 1 Vi 1 % 1 1 1 1 Vi 1 1% 2 A (*) B C D E F G H J K--Open L--Open M N I 2V4 1 -2% 1 3 1 Ws 1 1 1% 1 1 1 l3/l6 1 l7/l6 1 u/s 1 15/ig 1 l9/l6 1 2% 1 2% 1 3Yt 1 l3/ie 1 1% 1 1% 1 l3/is 1 1% 1 lU/l6 1 % 1 3/4 1 1S/l6 1 21/8 1 2% I 23/4 11 3% 1 3% 1 4% 1 3% 1 4% 1 4% 1 212 !2 1 2 1 2 1 2 Vi 3% 1 3% l13/6 1 2Vig UVlG i i13/16 l13/l6 1 2Vig 33/4 1 4 1% 1 2% 2 1 2y4 13/16 1 ls/l6 3 1 3% 5% 1 6% 5% 1 5% 2/4 1 2V4 21/2 1 2% 41/4 23/8 2V4 2% 23/4 UVlG 4* 71/2 23/4 . 3 (*) Dimension A conforms to the Standard adopted by the Heating and Piping Contractors' National Association in co-operation with the Manufacturers Standardization Society of the Valve and Fittings Industry. CRANE Brass Radiator Valves With Self-Adjusting Packing and Composition Disc For Steam, Vacuum, Vapor, or Hot Water 79 No. 227 Right Hand Corner When ordering corner valves, specify whether right or left hand corner valves are wanted. List Prices Size Inches | V2 | % 1 1 1 1% 1 Wi No. 226, Angle, rough body, nickel-plated all over No. 227, Corner, rough body, nickel-plated all over Each| 3.70 4.30 | 5.10 [ 6.40 | 8.40 Each| 4.10 I 4.75 | 5.60 | 7.05 | 9.25 For list prices of Composition Discs, see page 178. Service recommendations: These valves are rec ommended for steam, vacuum, or vapor heating systems. In addition, the No. 226 and No. 227 are ideal for hot water systems (forced feed or gravity flow). When wantedifor gravity flow hot water, orders should so specify, and the valves will be fur nished with a small hole drilled through the seat to provide slow circulation when the valve is closed. Construction: These valves are strong, compact, and neat appearing. They have a rough body and are nickel-plated all over. The valves are equipped with a renewable No. 8 Low Pressure Composition Disc, fcor description and dimensions of discs, see page 178. bronze spring, bearing on a brass gland, maintains constant pressure on the packing, thus minimizing the possibility of leakage. These valves can be repacked when wide open and under pressure. Lock Shield valves: The No. 226 and No. 227 valves are regularly furnished with a moulded com position handwheel, but when so ordered, these valves can be furnished with a lock shield at no extra cost. For description of lock shields, see page 82; for prices of keys to operate lock shield valves, see page 177. No. 226 and No. 227 have a rising stem with a very short vertical travel, and open or close in one and three-quarter turns of the handwheel. This is ac complished by the threads in the disc holder and by additional lifting on the part of the stem itself. When the valve is opened, the stem rotates and rises, thereby lifting the disc and disc ..holder. At the same time the disc holder, engaged with the threads on the rotating stem, moves upward on the stem. The disc, therefore, is lifted by both the rising stem and by the rising disc holder. This feature provides for quick opening and closing, and eliminates the Use of fast acting threads in the disc holder which frequently permit the inlet pressure to open the valve after it has been closed by hand. Stuffing box: The stuffing box is liberal in width and depth to accommodate ample rings of packing. A Dimensions, in Inches Size A(*) 1 c 1 G H K N % % 1 1V4 1% 2% 2% 3 3Vz 33/4 1 1 1 l3/is 1 13/16 [ 1% 1 lVlG 1 l1 Vi6 1 l11/l6 1 2 I l13/l6 1 2V4 % 3/4 1S/l6 13/ig lS/l6 3% 3% 3% 3% 41/s 2 2 21/4 2Vt 2% (*) Dimension A conforms to the Standard adopted by the Heating and Piping Contractors" National Association In co operation with the Manufacturers Standardization Society 01 the Valve and Fittings Industry. Extra length tail-pieces.. . .page 82 80 CRANE Brass Radiator Gate Valves Wedge Disc--Non-Rising Stem WORKING PRESSURES 125 pounds water, 200 F. 100 pounds steam Crane No. 455 Brass Gate Valves are recom mended for radiator valve service on hot water installations (either forced feed or gravity flow type) and on steam or vapor heating systems. They are especially suit able for use with unit heaters.. In addition, the valves are ideal for general shut-off valve service at other points throughout heating systems, as on boilers and hot water heaters. When ordering, specify style of finish desired. Cross Section No. 455 With Male Union Outlet List Prices and Dimensions Size IVInches | V2 1 3/4 1 1 1 1% 1 2 Rough body, plain Each| 3.20 1 3.75 1 4.65 1 6.00 1 8.25 : Rough body, nickel-plated all over Each| 3.65 1 4.25 1 5.20 1 6.60 1 9.00 r Center to female end Center to union end Center to top of wheel Inches | 1 1 1% 1 15/ig 1 U/2 1 l9/l Inches | 2i/4 1 211/l6 1 213/i6 1 33/ie 1 3s/i6 ; Inches | 3% 1 4% 1 51/4 1 53/4 1 6% Diameter of wheel Inches | 1% 1 2 1 2x/4 1 2% ! 23/4 . Hot water service: When No. 455 Valves are wanted for gravity flow hot water heating systems, orders should so specify. Such valves are furnished with a small hole drilled through the disc to provide slow circulation when the valve is closed. Construction: No. 455 Valves present a neat appearance, are attractively finished, and are well proportioned and sturdily constructed. They have a non-rising stem and a wedge disc. Stuffing box: The stuffing box is filled with high! grade packing and is equipped with a gland. Repacking: The valves, when wide open, can bi r repacked while under pressure. -ty- Lock Shield Valves: These valves can be furnisher with a lock shield without extra charge; see page 82, Extra length tail pieces. . . .page 82 Brass Solder-Joint Radiator Valves and Union Elbows; Radiator Valve With Solder-Joint Inlet Crane Brass Radiator Valves and Crane Brass Radi ator Union Elbows having solder-joint inlet for use with copper tubing are made to order; prices are furnished on application. The Crane Solder-Joint line includes valves, fittings, and accessories for domestic and industrial installa tions; see the section devoted to Solder-Joint Valves and Fittings, pages 4qq to 512. Radiator Union ElboW'81 With Solder-Joint Inleta f CRANE Heavy Brass Radiator Valves Government Pattern--with Composition Disc 81 WORKING PRESSURE-- 150 pounds steam These valves are recom mended for steam and hot water heating systems. When wanted for gravity flow hot water, orders should so specify; such valves are drilled with a Cross Section No. 67 G small hole through the seat to provide slow circulation when the valve is closed. No. 67 G Angle No. 145 G No. 145 G Left Hand Corner Right Hand Corner When ordering corner valves, specify whether right hand or left hand corner valves are wanted. List Prices and Dimensions Size Inches 1 % 1 % 1 1 I 1V4 1 U/2 2 No. 67 G, Angle, rough body, nickel-plated all over Each]' 3.70 1 4.30 1 5.10 1 6.40 1 8.40 No. 145 G, Corner, rough body, nickel-plated all over Each| 4.10 1 4.75 1 5.60 1 7.05 1 9.25 13.60 15.00 1--G--1 (Tii u; T ri (f. r--L.V V rH=K ! /b -a--- 11 a 1--G--! nrn 1l~D~ --c-^r A B C D E F-Open G Inches 1 2% 1 3V4 | 31/2 1 37g 1 43/8 Inches | I3/! 6 1 1% 1 Wa 1 2 1 2V4 Inches [ 2% 1 3 | 3% 1 4 1 43/g Inches | U/4 1 U/2 1 1% 1 2 1 274 Inches | 72 d "/is 1 1S/lS j 1 1 l5/is Inches | 41/2 1 51/4 | 6 1 7 V, 1 7% Inches | 21/4 1 2lA 1 23/4 1 3 1 3 For list prices of Composition Discs see page 178. . 5V4 213/l6 5 2% 1% 83/g 3 Construction: These valves are heavy and are un usually sturdy. They have a rising stem and a gland in the stuffing box. The valves can be repacked when wide open and under pressure. Discs: Unless otherwise ordered, the valves are fur nished with a No. i Steam Disc, suitable for steam service. When ordered for hot water service, they are furnished with a No. ^ Hot Water Disc. For description and dimensions of discs, see page 178. Government and Navy Specifications: The valves comply with Government Specifications issued by the General Supervising Architect's Office and the Quar termaster General's Office, and also with Navy De partment Specification No. 66-P-1, dated February 1, 1932, on Power Plant Apparatus and Piping for Shore Use. Union Bonnet--with Brass Disc WORKING PRESSURE -- 200 pounds steam When ordering, specify whether globe or angle valves are wanted. The No. 4270 Valves are recommended for high pressure steam and hot water systems. Cross Section No. 4270, Globe List Prices and Dimensions Size Inches 1 % % 3/4 1 1 No. 4270, rough body Each[ 2.60 Center to female end Inches | 1 Center to union end Inches | 23/is Center to top, open Inches | 33/4 Diameter of wheel Inches | 2 3.25 13/is 27is 4% 274 4.50 1 6.0ft 1% 1 l"'l6 3 1 374 57s 1 6 2% 1 23/4 U/4 8.00 US/l6 33/4 Wa 3 No. 4270 Angle These valves have Crane Special Brass body and disc, and are heavy and ruggedly constructed. They have a union bonnet and can be reground without removing the body from the line. The stuffing box ls equipped with a gland. The valves, when wide open, can be repacked while under pressure. Sizes 3^-inch and smaller have a one-piece disc and stem. 34, 134, and 2-inch No. 4270 Valves can be made to order; prices on application. The valves shown on this page can be furnished with lock shield at the same price; see page 82. 82 CRANE Lock Shields for Radiator Valves Radiator Valve with Lock Shield All Crane Radiator Valves can be furnished with a Lock Shield without additional charge. Crane Lock Shields are of sufficient length to completely enclose the stem when the valve is wide open. When fur nished on nickel-plated valves, the Lock Shield is nickelplated. When furnished on rough body plain valves, it is finished but not plated. When ordering a radiator valve equipped with a Lock Shield, the order should specify the size of the valve, its catalog number, and should state "with Lock Shield". When ordering Lock Shields only, the order should specify the size and catalog number of the valve for which the Lock Shield is wanted. Key for Operating Valve with Lock Shield For list prices, see page 177. Extra Length Tail-Pieces For Radiator Valves and Radiator Union Elbows 34-inch Extra Length I-inch Extra Length 134-inch Extra Length 2-inch Extra Length List Prices, Polished and Nickel-Plated All Over Catalog Number of Radiator Valve or Union Elbow | Nos. 112, 113, 174, 192, 226, 227, 455, 1213, and 4270 Size of valve or elbow Vi-inch Extra Length Tail-Piece 1-inch Extra Length Tail-Piece 1 Vi-inch Extra Length Tail-Piece 2-inch Extra Length Tail-Piece Inches | y2 ; % i 1 Each! .55 ^ .65 1 .95 Eachl .55 ! .65 .95 Eachi .65 ; .75 1.05 Eachj .65 j .75 i 1.05 m 1.15 1.15 1.50 1.50 1% 1-40 1.40 1.75 1.75 ; i ' :j Extra Length Tail-Pieces provide a convenient and economical means of correcting rough-in dimensions. When, after the. installation of supply and return lines, it is found that the regular tail-piece is not long enough to reach the radiator, one of these can be easily substituted to make proper connections. They are furnished in four different lengths, making it possible to increase the regular center to union end dimension of radiator valves and radiator union| elbows }4Hnch, i-inch, ifT-inches, or 2-inches, de-j pending upon the extra length used. All taii-pieces are interchangeable on corresponding size valves and union elbows, and orders need onlj state the size of the valve or elbow. All orders should specify the- extra length wanted! Hot Water Radiator Air Valves No. 206 No. 206 Radiator Air Valves, NickelPlated with Wood Wheel, are furnished in Vg-inch size only. No. 210 Radiator Air Valves, NickelPlated with Lock Shield, are furnished in Yg-inch size only. Prices on Application No. 210 These needle valve air vents, furnished both in wheel eliminate air from hot water radiation and suppi handle and loose key types, are used primarily to lines. Kevs for lock shield must be ordered extr| CRANE Hoffman Venting Valves 83 For Gravity, Steam, or Vacuum Heating Systems OPEN TYPE: Open or "non-vacuum" type valves function to vent all air, but close tight against steam or water leakage. The vent port is normally open. VACUUM TYPE: Vacuum type valves function to vent all air without loss of steam or water, and also close against the return of air through the valve port. No. 1 Air Valve For venting radiators or heating units of one or two-pipe gravity steam sys tems. Does not prevent the return of air to the system. These valves have an adjustable vent port and spit-proof double shell construction, io pounds maximum operating pressure; j^j-inch connection. Made in angle pattern only. No. 1A Air Valve A moderately priced air valve for vent ing radiators or heating units of one or two-pipe gravity steam systems. Furnished with adjustable vent port and chromium finish, i o pounds maxi mum operating pressure; jdrinch con nection. Made in angle pattern only. No. 2 Vacuum Valve For radiators of one-pipe vacuum sys tems. The double air lock prevents the return of air after the radiator has been completely vented. The new adjustable vent port permits "controlled venting". Double shell construction eliminates water leakage. Operating pressure, 10 pounds, j/8-inch connection. Made in angle pattern only. No. 2A Vacuum Valve This valve vents as freely as an open valve, no pressure being required to open the check. It has an adjustable vent port and double air locks. 10 pounds operating pressure and pg-inch connection. Made in angle pattern only. No. 40 Air Valve .' This strictly competitive valve em bodies traditional Hoffman quality manufacture. Non-adjustable vent port; nickel-plated, io pounds operating pressure; jdrinch connection. Made in angle pattern only. MAIN VENTS No. 4A Air Vent A fast-venting valve of modern design and competitive price for venting mains of one and two-pipe gravity steam systems. Closes against water and steam, %-inch non-adjustable port and io pounds operating pressure. Connections: jkf-inch male, jkg-inch female. No. 75 Float Air Vent For venting mains of one and two-pipe gravity steam systems. Large area float member closes port against water leakage.^ %2-inch non-adjustable vent port, for io pounds pressure. For ex tremely fast venting, No.- 75A has a %-inch port for a maximum pressure of 3 pounds. Connections: ^-inch male, ^-inch female. MISC. VALVES No. 3 Air Line Valve For venting radiators of air line or Paul systems. J^-inch radiator con nection; hf-inch air line connection. Maximum pressure, 10 pounds. These valves have an all-metal thermostatic element. MAIN VENTS No. 16A Vacuum Vent For venting steam mains of one-pipe vacuum systems. Closes against water and a double air lock prevents the return of air to the system. Nonadjustable vent port, iffe-inch. Size of connections: %-inch male, %-inch female. No. 76 Vacuum Float Vent For venting steam mains of one-pipe vacuum systems. These valves have a double air lock and a ^-mch nonadjustable vent port for pressures to 10 pounds. For extremely fast venting, No. 76A has' a %-inch port -- maxi mum pressure, 3 pounds. Size of con nections: |kt-inch male, ?vg-inch female. ADAPTORS Hoffman Adaptors permit the use of angle pattern valves on convector radiators or mains Short formerly requiring valves of aptor straight shank pattern. Only Hoffman valves with the new "short tongue" siphon can be used with Hoff man Adaptors. Size of connections: Short Adaptor, }/%, 34. and jkf-inch; Long Adaptor, k^-inch. The short Adaptor is used when there is sufficient space be tween convector and wall to permit turning the valve all the way around when installing. A long Adaptor is used when convec tor fits tightly. Space between the adaptor tapping and convector per mits screwing in the Hoffman Valve. Prices and additional information on application. Long Adaptor 84 CRANE Hoffman Thermostatic Traps Low Pressure Radiator Traps --(15 Pounds Max. Pressure) No. 17 A No. 17 D No. 17A: This trap has a renewable seat and inter changeable thermostat. Capacity, 200 sq. ft. direct radiation; port, %-inch; pressures to 15 pounds. Connections: Angle pattern -- Y"> Yi x /"> and %" x swivel pattern -- Y" No. 17D: This trap has the same dimensions, capac ities, and connections as No. 17A, but has an Adnic diaphragm thermostat of exceptional wearing qual ities. SWIVEL PATTERN No. 8A, 17A, and 17D are available in -Hz-inch size with an easily adjustable swivel connection for straightway, right or left hand pattern, or any inter mediate angle. See individual valve listings. No. 8 A No. 9 A No. 8A: Thermal member, valve pin and seat are combined in a single unit. Capacity, 400 sq. ft. direct j radiation;- port, jf^-inch; pressures to 25 pounds, -j Connections: Angle pattern -- Y" > Yd' x and - YL" x \ swivel pattern -- Y!' .i No. 9A: Thermal member, valve pin and seat in a 1 single unit. Capacity, 700 sq. ft. direct radiation.,J Port, Lfrinch; pressures to 25 pounds. Connections: Angle pattern with union, ; without union, %" 1 or 1 VERTICAL PATTERN No. 17A and 17D, in 3^-inch size, are available in ;| a vertical straightway pattern designed for con cealed radiators or convectors with bottom outlet. Medium and High Pressure Thermostatic Traps , . 1 ' *,.s t ......v 'i *> >J ' Al*y, - - - No. 8 & 9 No. 20 H No. 21H No. 10 A No. 37, Radiator Valve No. 8 and 9: These traps have a diaphragm type thermostat made of Adnic. Thermostats are cagemounted and are easy to remove. No. 8 has a nominal capacity of 200 sq. ft.; port ^6-inch; pressure range, vacuum to 50 pounds. Connections: H-inch -- Angle, R.I-L, L.H. Corner, and" Straightway patterns. N-inch -- Angle pattern only. No. 20H and 21H: These traps are of all-bronze j construction and are furnished with a solid filled; bellows thermostat which is highly resistant to water;: hammer. The thermostat, cage and seat are com-j bined in a single unit. Pressure range, without ad-! justment, o to 125 pounds. : No. 9 has a 600 sq. ft. capacity; port, J4-inch; pressure range, vacuum to 50 pounds. Connections: inch -- Angle and Straightway patterns. 1-inch -- Angle pattern only. Float & Thermostatic Traps No. 20H has a Hi-inch port and a JA-inch Angle pattern (with"; union) connection. No. 21H has a Hj-inch port. Connections; % or 1-inch Angle pattern without union. Union connection, Hi-inch only. All working parts are mounted on the easily re movable cover. Pipe con nections need not be broken to service the trap. These Float and Thermostatic Traps, also known as the Hoffman 50 Series, have a stainless steel renewable valve seat, rev ersible valve pins, and a hydraulically formed bellows thermostat. These traps are also available as Mechanical Drip Traps without an internal thermostatic air by-pass. Low pressure traps up to 15 pounds pressure; high pressure traps up to 125 pounds. No. 10A; These Thermostatic Drip Traps have a solid filled bellows which withstands water hammer; without appreciable harm and operates through a wide pressure range. They have a renewable bronze seat and interchangeable thermal members. These Traps have a nominal capacity of 2800 square feet direct radiation. Port, Hfe-inch. Operating pressures up to 25 pounds, i-inch inlet and outlet (no union), in Angle pattern only. ^ No. 37: This Bellows Type Packless Radiator Sup-) ply Valve is for one and two-pipe steam systems. ) Aan--gle p--a-tt-e--r-n--s- -- iYY/%, 3/ .b .OixT, aanncd| ,i^f^-_imjnch.) Swivel patterns --- Y and ^4-inch. Offset patterns 1 and 1 H-inch. Prices and additional information on application. CRANE Hoffman-Economy Heating Pumps Vacuum Type 85 Type V-V Type SVA -- Single Unit Duplex Unit Hoffman-Economy Vacuum Pumps employ the jet type of vacuum producer because no other type can approach its simplicity and effectiveness in rapidly removing air from a heating system. It contains no moving parts to wear or score, hence it will produce maximum vacuums over a long period of service. The type VV unit is unusually compact, with verti cally mounted pump and motor on cast iron receiver. Bronze fitted, with enclosed type impeller, stainless steel shaft, heavy type flexible coupling. Shielded deep groove ball bearing carries the pump shaft independent of the motor bearings. Capacities up to 15,000 sq. ft. E.D.R. in single or duplex units. The SVA horizontal type unit is available in capac ities up to 300,000 sq. ft. E.D.R. in both single and duplex styles. Both the VV and SVA types are made in standard ratings for the ordinary installation operating be tween three and twelve inches of vacuum, and also in special ratings for jobs where conditions (such as "lifts" in the return lines) require carrying higher vacuums of ten to sixteen inches. Condensation Pumps Types E and EC: These units are equipped with a cast iron tank on which is mounted a ball-bearing flexible-coupled pump, bronze'fitted through out. Motor is placed on top of pump so that the unit may be installed in shallow pits with less danger of submerg Types E and EC ence in case of flood. Motors are of standard make with ample overload capacity. All operating parts are simple and readily accessible. Type E units operate at 1750 rpm with capacities to 65,000 sq. ft. E.D.R. and discharge pressures to 30 pounds. Type EC units operate at 3450 rpm with discharge pressures to bo pounds. Both are available in single or duplex styles. Vertical Underground Pump Vertical Underground ^ump and Receiver This pump is used wrhere re turns are located below floor or are otherwise too low for hori zontal pumps. Where it is desired to save floor space the pump is installed flush with floor. Two pumps may be in stalled in a single tank of larger size if desired. The price is double that of the single unit. Capacities of this pump to 30,000 square feet of radiation. Pressures to 100 pounds. Type S: T ype S pumps are dependable,' inexpensive units for jobs where the service is not severe. These pumps have steel receivers but otherwise are generally similar in appear ance and construction to the E and EC. They are bronze fitted throughout with ball thrust bearing in the motor Type S head. Flexible coupling between pump and motor -- pump carried on thrust type ball bearings. Capac ities up to 8000 sq. ft. E.D.R. and discharge pressures to 30 pounds. Motors operate at 1730 rpm on 10- pound, and 3430 rpm on 13 to 30-pound units. Single or duplex. Multi-Stage Type Types B and C: Types B and C are for jobs operating on higher pressures and consist of a horizontal bronze-fitted multi-stage centrifugal pump with flexible coupled motor. Double outboard bearings, Types B and C readily renewable. Water sealed stuffing boxes; bronze glands. Receivers are available in either steel or cast iron. B and C units are listed in capacities up to 65.000 sq. ft. E.D.R. and discharge pressures to 150 pounds. Type B units operate at 1750 rpm, and Type C at 3450 rpm. Single or duplex. Type T: Type# pumps are similar to the Type S except they employ a turbine type pump. They are intended for commercial applications where discharge pressures up to 150 lbs. are required for capacities up to 10,000 sq. ft. E.D.R. Single or duplex. Prices and additional information on application. 86 CRANE Other Crane Brass Valves The preceding pages, numbers 13 to 84, while grouped under the general headings of "Brass Valves", do not include all of the brass valves manufactured by Crane Co. Those that are designed to perform a special duty or that are made for special services are shown in other sections of this catalog, as follows: Brass Float Valves.................................. pages 380 and 381 Brass Safety and Relief Valves..............pages 384 to 400 Brass Valves for Marine Service............pages 462. to 467 Crane-Seal Brass Valves........................pages 492 and 493 Solder-J oint Brass Valves........................ pages 502 to 505 Crane Iron and Steel Valves Many users classify valves not so much by materials as by services. Iron body valves, and in some cases even steel valves, are considered as alternates for brass valves. This is especially true of the smaller sizes, while in the larger sizes, the iron or steel valve is the logical continuation of the small sizes of brass valves. The selection of any type -- brass, iron, or steel -- depends upon the user's preference, established by considera tions of service and economy. Crane Co. manufactures complete lines of iron and steel valves: see the pages referred to below: Iron Body Gate Valves...................................pages 97 to141 Iron Body Globe, Angle, and Cross Valves, pages 143 to 153 Iron Bodv Check and Foot Valves..............pages 155 to 166 Steel Gate Valves............................................. pages Steel Globe and Angle Valves....................... pages Steel Check Valves...........................................pages 297 to307 309 to326 327 to336 CRANE 87 Brass Stops, Brass Cocks, and Iron Cocks The Crane line of Brass Stops, Brass Cocks, and Iron Cocks, illustrated on pages 88 to 96, is unusually complete and affords the user a varied selection for a wide range of service conditions. Brass Rough Stops.................................................page88 Brass Ground Key Stops.....................................page88 Brass Brine Cocks................................................. page88 Brass Ground Key Faucets.................................page88 Brass Corporation Stops.......................................page8q Brass Hydrant Stops.............................................page89 Brass Gas Service Stops....................................... page90 Brass Gas Meter Stops......................................... page90 Brass Gas Stove Stops......................................... page90 Brass Pet Cocks...................................................... page90 Brass Cylinder Cocks............................................page90 Brass Gauge Cocks................................................page90 Standard Brass Steam Cocks............................. page91 250-Pound Hard Metal Steam Cocks.........page 91 Standard Iron Cocks............................................. page92 Iron Gas Line Cocks.............................................page93 Heavy Duty Iron Cocks...................................... page93 Iron Lock Cocks, Essex Pattern........................page93 Brass and Iron Spring Loaded Cocks.........page 94 Iron Asbestos Packed Cocks............. '. . .. page 95 In addition, various accessories are included: Hydrant Clamps.....................................................page89 Wood Rod Couplings............................................page89 Street Washer Keys...............................................page89 Hydrant Handles....................................................page89 Wrenches for Cocks............................................... page96 The uniformly high quality that characterizes all Crane products is maintained in these lines. Crane Cocks in an intricate pumping system. Crane Three-Way Cocks control the filling of these vats. 1 88 CRANE Brass Rough Stops Flat-Wav, Tee Head No. 804 Without Check or Drain No. 806, With Check and Drilled Drain (Not illustrated) Flat-Way, Lever Handle No. 804% Without Check or Drain (Not illustrated) No. 806%, With Check and Tapped Drain (Tapped for drain tube) Round-Way No. 812, Tee Head Round-Way No. 812%, Lever Handle List Prices and Dimensions Size No. 812 or No. 812% End to end Inches | % | % |I % I 1 Each| 2.20 | 3.00 1 3.85 | 6.15 Inches | 2% |23/16| 2% 1 3%6 List Prices and Dimensions Size Inches j % 1 % 1 5/s 1 % ! 1 ii 1% i No. 804 or No. 804% Each) 1.70 |I 1-75 |i 2.45 | 3.00 | 4.40 | 7.45 j No. 806 or No. 806% End to end Each] 1.75 | 1.80 I 2.50 | 3.05 | 4.50 ! 7.60 | Inches | 1% 1 2% 1 2% 1 21 Vie 1 3% 1 35/8 1 Drain Tubes (*7/64" O.D.,, 27 threads per inch) for No. 80S*, 2 Stops are extra i% 12.45 12.70 315/16 ii 2 | 21.50 ||. 22.00 | 4%e Brass Ground Key Stops , Brass Brine Cocks With Reversible Check With Reversible Check & Tapped Drain No. 820, Removable Lever Handle No. 821, Removable Lever Handle No. 823, Removable Tee Head No.. 824, Removable Tee Head List Prices and Dimensions Size Inches 1 % % % \ 1 No. 820 or No. 823 Each| 1.75 2.45 3.00 1 4.40 No. 821 or No. 824 Each | 1.80 2.50 3.05 | 4.50 End to end Inches | 2% 3% 3Vt 31 Vl6 Drain Tubes (27/$^" O.D., 27 threads per inch) are extra. No. 814, Lever Handle List Prices and Dimensions Size Inches % % 3/4 1 oo C4 No. 814 Each 1.25 1.35 3.00 End to end, Inches 23/ie 2% 2% 3% 1'A 4.50| 4% No. 800, Plain Brass Ground Key Faucets When ordering, specify whether Rough or Polished Faucets are wanted. List Prices Size Inches, % , % 3A 1 Rough No. 800 Polished Eachi 1.70 1 1.75 3.00 4.40 Each! 2.10 12.15 3.75 | 5.40 No. 801 Rough Each' Polished Each] Size of Hose Thread | 1 2.00 ! 3.25 5.00 '2.40 4.00 6.00 1w 1" No. 801 Faucets have Chicago Hose Threads on outlet. . No. 801, For Hose CRANE Brass Corporation Stops 89 No. 833 Size No. 830 No. 831 No. 833 No. 834 No. 837 Inches | Each Each Each Each Each Vi | % 1 % 95| 1.35| 1.65 95| 1.35| 1.65 70| .95| 1.15 75| 1.05[ 1.30 .70| .951 1.15 1 2.60 2.60 1.85 2.05 1.85 No. 837 No. 830 and No. 831 Stops have a long male thread on the inlet end, to fit Mueller, Payne, and Lennox taps. The outlet end has an inside thread to fit Mueller, Payne, and Lennox tapping machine screw plugs. These Stops have a Ys bend (45) tail-piece. On No. 830 Stops, the outlet male thread engaging the union nut is one size larger iron pipe size (5^-inch Stops have %-inch threads). On No. 831 Stops, the outlet male thread is Mueller Standard. No. 833 Stops are the No. 830 with the union cou pling omitted. No. 837 are the No. 831 with the union coupling omitted. No. 834 Stops have male iron pipe threads on both ends. The Tg-inch size has Tf-inch threads. No. 830 and No. 831 Stops can be furnished with a straight tail-piece, when so ordered. Hydrant Clamps Brass Hydrant Stops Orders should specify whether with square hole or tapped for pipe. No. 850 For Square Rod Malleable Iron No. 850 Tapped for Pipe Malleable Iron Size of rod or pipe Width of slot No. 850 Black Galv. I For Square Rod || Pipe Tap Inches | % Inches | 7/l6 Vis % Vz ll % % II % % % Each| .06 .08 To II .09 | .13 Eachj II .12 1 .17 Street Washer . No. 816, Tee Head. With Check and Drain Size No. 816 Dimensions in 1 Inches Inches | Vi 1 3/4 1 1 1 1% Each| 2.15 | 3.75 | 5.40 | 8.65 A | l3/l6 1 l9/ie 1 1/16 1 21/16 B I lI3/l6 1 2% 1 27j6 1 21 Vi c I l9/is 1 1% 1! 2% 1 2% Keys Hydrant Wood Rod Handles Couplings No. 856, Malleable Iron Length, 8% Inches Each | .21 Each | .23 No. 860, Malleable Iron To fit %-inch Square Rod No. 860 Each | .10 No. 854, Malleable Iron Black Per Set | .40 No. 854 Galv. Per Set | .50 These couplings have a %-inch pipe thread, and may be used with 1 or ljig-inch square rod. 90; CRANE Brass Gas Service Stops No. 270,-Flat Head No. 272, Square Head No. 276, Tee Head No. 278, Tee Head With Check No. 284, Flat Head: With Lockup Brass Gas Meter Stop Brass Gas Stove Stop For Apartment Houses No. 289 Removable Lever Handle. With Lockup No. 298 Lever Handle, With Check Size No. 270 No."272 No. 276 No. 278 No. 284 No. 289 No. 298 List Prices Inches | Vi % 1 % 1 3/4 i 1 I 1V4 1 F/2 1 2 Each| ..90 1.00|1.10|1.3012.10|3.25|4.60|8.00 Each| .90 1.0011.1011.3012.1013.2514.6018.00 Each| .90 1.00|1.10|1.301 1 1 1 Each j 1.00 1.15|1.3011.551 | | | Each| |1.40|1.6012.50(3.85(5.35|9.00 Eachj 11.501 I I I I Each j 1.15 1.25|1.35|2.1513.251 | | The No. 284 Brass Gas Service Stops and the No. 28Q Brass Apartment House Gas Meter Stop can be locked when in the closed position. The prices do not include a lock. Wrenches Dimensions, End to End, in Inches Size 1 Vi No. 270| 1% No. 2721 1% No. 2761 1% No. 278| 1% No. 2841 No. 2891 No. 2981 1% % 1%1% l7/s 1 2Vi6 1 2% 1% 1 2Vl6 1 23/g l7/s 1 2Vi 6 1 2% 1% 1 2Vis 2% 1 2% 2% 12 1% 1 2Vl6 2% 1 IV4 li/z 1 2 '1 21 Vie i 3*/i6 3i 1/161 4%<fi 21 Vis 1 3s/i6 3U/i6|49/i 11 1 11 31/is 3Vi6 311/iel 41/2'i 2H/i6 -i1 vi 1 The No. z8g is recommended for use where a sing|| gas stove or other appliance is connected to several meters, as in the laundry room of an apartmenf building. Each tenant can lock his own stop. . ,, page 96 Brass Brass Pet Cocks Cylinder Cocks Brass Gauge Cocks No. 700, Tee Head No. 724, "Sliver Handle Male No. 708, Tee Head Female No. 712, Tee Head! No. 702, Lever Handle *For No. 724 Cylinder Cocks in sizes larger than J^-inch, use No. 800 Ground Key Faucets; see page 88 Size No. 700 No. 702 No. 708 No. 710 No. 712 No. 714 No. 724 No. 744 List Prices Inches Each Each Each Each Each Each Each Each Vs 1/4 I % 1 1/2 .40 45| .50| .60 .55 1 -60| .651 .75 .55 .651 75| .70 80| .90| .75 ,85| .95| .90 1.0011 10| .85 )1.15| * 1 * 1 -751 | Male No. 710. Lever Handle Female No. 714, Lever Hand No. 744 Male and Female Tee Head SW'Jk 'JSBSll! CRANE Standard Brass Steam Cocks WORKING PRESSURES --125 pounds steam 125 pounds cold water, oil, air, or gas, non-shock Air Tested 91 No. 250 Square Head No. 252 Flat Head No. 254 Square Head With Check No. 256 Tee Head No. 258 Tee Head With Check No. 266 Male and Female Flat Head 8 No. 268, Three-Way Square Head With Check No. 269, Four-Way Square Head, With Check Made to order only No. 265 Flanged Square Head Size Inches | Vs No. 250 or No. 252 No. 254 No. 256 hlo. 258 Ro. 266 hlo. 268 Each | Each| Each| .85 Each | 1.00 Each| Eachj No. 269 Eachl No. 265, Flanged, F.D.&S.F. Each | No. 250, 252, 254, 256, and 258 . 5/ End to end Inches '* No. 266, End to end Inches | No. 268 or 269, Center to end Inches | No. 265, Face to face Inches I List Prices and Dimensions v* I 3/s ' y2 i % i i i m i iy2 i 2 *1 iy2 ,85|1.00|1.25| 1.70 | 2.35| 3.70 ( 4.85 ( 7.30 | 14.50 | 11.40 ! 1.90 | 2.55 1 3.95 1 5.15 | 7.65 | .85 | 1.00 | 1.25 ' 1.70 | 2.35 | 1 I | 1.00 ( 1.15 ' 1.40 j 1.90 | 2.55 i 1.35 | 1.45 1 2.00 1 2.50 | 3.00 | 5.35 1..80 | 2.10 1 2.50 I, 3.00 j 3.75 | 5.75 1 1 7.15 11.00 | 1 I 6.00 I 8.50 | 11.00 | 14.50 17.50 25.00 | ; | \ ( 5.50 ! 7.30 | 9.70 11.75 18.00 | 27.50 1% l3/4 l2Vl6 f l1S/j6| 23/le | 21/2 7/s 1 31/32 1 N/4 1- ! 2Vi6 3 ' 31/2 27/s 1 33/g 1 41/4 l17/32 1 l5/s 1 2 211/16 1 3y 1 334 313/l6 23/, 6 1 43/g 49/,6 53/4 1 219/32 1 5| 6 3 14 22.50 | 1 1 1 1 1 1 43.00 | 84.00 67/s 1 1 7.% I 93/8 Flanged cocks* The end flanges on No. 265 Cocks port and the bolt holes. Prices include drilling to the conform to the MSS 150-Pound SP Bronze Flange MSS 150-Pound Standard, and spot facing; no de- Standard (No. SP-2-IQ37). They are plain faced, duction is made if cocks are ordered faced only, with two V-shaped concentric grooves between the Full face gaskets should be used; see page 567. Flange dimensions and templates for drilling , . page 550 Wrenches K. ..page 96 250-Pound Hard Metal Steam Cocks Size No. 80 E End to End, WORKING PRESSURES --250 pounds steam *,50 pounds cold water, oil, or gas, non-shock List Prices and Dimensions Inches | Vi 1 % 1 y2 i 3/4 1 1 1 1 Vi 1 1% 1 2 1 2% | 3 Each| 1.40 j 1.75 ]11.75 1 2.40 1 3.60 | 6.00 | 7.75 |t 11.50 | 23.00 | 35.00 Inches \ l3A \ 2 1 23/8 1211/isl 35/, 6 | 4 | 41/2 | 5V4 1 63/s 1 73/4 The body and plug are made of Crane Hard Metal, a copper-tin bronze of unusual strength and hardness. Wrenches . . . page 96 92 CRANE Standard Iron Cocks WORKING PRESSURE -- 125 pounds cold water, oil, air, or gas, non-shock Air Tested Square Head No. 320, All-Iron No. 322, With Brass Washer No. 324, With Brass Plug and Washer Flat Head No. 320%, All-Iron No.'322y2, With Brass Washer No. 324y2,With BrassPIug andWasher Flanged, Square Head No. 325, All-Iron No. 329, With Brass Plug and Washer * List Prices Size No. 320 No. 320% No. 322 or No. 322y2 No. 324 or No. 324% No. 325, Flanged, F. & D. No. 329, Flanged, F. & D. No. 326 No. 330 No. 331, Flanged, F. & D. No. 335, Flanged, F. & D. Inches 1 % Black Each] .90 Galv. Each| 1.35 Black Galv. Each| .90 Eachj 1.35 Black Each| 1.00 Black Each| 1.40 Galv. Each| 1.75 Black Each| Black Each| Black ` Each| Galv. Black Each| Eachj Galv. Each | Black | Black Each | Eachj %1 1 1.05 | 1.30 1.60 | 1.95 1.05 | 1.30 1.60 | 1.95 1.20 | 1.55 1.75 | 2.15 2.15 1 2.60 1 1 1.65 | 1.80 2.50 j 2.70 2.35 | 2.65 3.00 | 3.35 1 1 1V4 I 1% 1.60 1 1.95 2.40 1 2.95 1.60 1 1.95 2.40 1 2.95 1.95 i 2.35 3.00 1 4.15 3.55 1 4.85 1 1 2.05 1 2.65 3.10 1 4.00 3.45 1 4.90 4.25 1 5.95 1 1 2 1 2% 1 3 2.70 1 4.40 1 6.75 4.05 1 6.60 1 10.15 2.70 1 4.40 1 6.75 4.05 1 6.60 1 10.15 3.20 1 5.15 1 7.75 5.75 1 9.50 1 14.00 6.70 1 11.00 1 16.30 4.25 1 6.25 1 9.50 7.50 1 11.25 1 16.75 3.65 1 5.35 1 7.50 5.50 1 8.00 1 11.25 6.75 1 10.50 1 14.75 8.20 1 12.45 1 17.40 7.00 1 9.00 1 12.75 10.00 1 14.00 1 20.00 When so ordered, these Cocks can be furnished with a check, at an additional price. 4 15.50 23.25 15.50 23.25 19.00 40.00 45.25 19.00 43.50 19.00 28.50 43.50 50.50 26.00 50.50 Dimensions of Screwed Cocks, in Inches - Size Inches % 3A 1 m 1% 2 2% 3 4. 1, ~ , Nos. 320, 322,-324 i End to end, Nos Z2oy2, 322%, 324% 2% 2% 3% 4% 4% 5% 6% 73/4 9% | End to end. Nos. 326 and 330 2% 3% 4% 4% 51/4 6% 73/4 9% ; Center to end of outlet. Nos. 326 and 330 l7/ie l1 Vie 2Vl6 2y 25/s 3%6 3% 5Vie Flanged cocks: The end flanges conform to the American Cast Size Dimensions of Flanged Cocks, in Inches % 1 2 1 2% | 3 4. Iron Flange Standard, Class 125 (Bi6a-iQ3q). Pricesincludedrilling to this Standard. No deduc Face to face No. 325 or No. 329 No. 331 or No. 335 Center to face of side opening No. 331 or No. 335 16% 85/g | 9% 12Vs |63/g 8% | 9% 12i/s 1 4% |45/,fi|4i3/16| 61/ie tion is made if cocks are ordered Diameter of flanges 1 6 1 7 | 7% 1 9 , faced only. Thickness of flanges 1 % FViel % 1 15/16 Wrenches.. . .page 96 Templates for drilling. page 551 CRANE Iron Gas Line Cocks WORKING PRESSURE -- 125 pounds cold water, oil, air, or gas, non-shock Air Tested 93 Squat e Head No. 1228 With Brass Plug and Washer Flat Head No. 1232 With Brass Plug and Washer Flat Head, with Lockup No. 1234 With Brass Plug and Washer Flat Head, with Recessed Ends No. 1236 With Brass Plug and Washer Size NoTl228 ! Black No. 1232 | Galv. ._ _. i Black No. 1234 Qalv End to end List Prices and Dimensions Inches 1 V2 % 1 U/4 W2 1 2 2Vz 1 3 Each| 1.55 1.85 2.40 3.25 4.95 | 7.20 |14.70[21.I0 Each| 1.65 1.95 2.55 3.45 5.20 | 7.60 15.50|22.2p Each| 1.85- 2,15 2.80 3.85 5.70 | 8.20 1 Each] 1.95 2.25 | 2.95 4.05 5.95 ( 8.60 i Inchesj 2}/4 2% 314 3M 41/4 ! 5Vi 63/s I 7 List Prices and Dimensions Size Inches! % 1 1 [ U/4 Black Each 12.3512.9013.75 No. 1236 Galv. Each!2.45|3.05|3.95 End to end Inches; 3% i 4f4 i 4% es,, . page 96 When so ordered, the No. 1228 Cocks can be furnished with a check, at an additional price. These sturdy, compact, full area cocks are especially suited for gas lines. They have a -brass plug and washer, a cast iron body, and an Iron nut. All sizes of No. 1234 Cocks have a J^-inch hole for Lockup in which a padlock or sealing pin may be used. No. 123b Cocks, ideal for underground installations, have a LLinch recess at each end, which protects the threads and assists in supporting the pipe. 8 Heavy Duty Iron Cocks Flat Head No. 334, All-Iron No. 336, With Brass Washer No. 337, With Brass Plug and Washer WORKING PRESSURE 200 pounds cold water, oil, air, or gas, non-shock y Size No. 334 . No. 336 No.. 337 End to end Black Galv. Black Black Galv. List Prices and Dimensions Inches | % % 1 U/4 Each| 1.15 1.25 1.75 2.10 Each| 1.75 1.90 2.65 3.15 Each| 1.25 1.40 2.00 2.45 Each| 1.80 2.40 3.05 4.20 Each| 2.25 2.90 3.65 4.90 Inches I 3 3% 4 43/4 1% 2.80 4.20 3.20 6.00 6.95 5% 2 3.65 5.50 4.15 7.50 8.75 6% 1" and 2-" No. 33b Cocks are also known as "Oil Country Pattern". Wrenches page 96 Iron Lock Cocks, Essex Pattern WORKING PRESSURES Standard 175 pounds cold water, oil, air, or gas, non-shock Extra Heavy 350 pounds cold water, oil, air, or gas, non-shock Size Price Etid to end v-enter to top Lenter to bottom WORKING PRESSURES , . I No. 321, Standard |]No. 323, Extra Heavy lxiuriesj ^ j 3 ' W i' 2 ! 3 ! 4 Each| 4.00 I 8.00 | 14.00 !! 5.00 | 10.00 | 17.50 Inches! 63/ | 8% 1 10 5 71/g | 9 ; 11 Inches! 4% | SVz 1 73/4 II 4% | 53/4 I sy2 Inches! 4% | 6 1 oy8 !! 43/4 | 6 I 7% drenches .,, page 96 Prices do not include lock. Air Tested These cocks can be locked open or closed. Square Head, with Brass Washer No. 321, Standard KJV\ 'WX Pvfrn HeavV t 94 CRANE Spring-Loaded Cocks Brass Three-Way Cocks For Air Hoists 125 pounds air working pressure From Top of Hoist Air-Tested Brass Cocks WORKING PRESSURES j 125 pounds air--175 pounds cold water, non-shock To Top of Hoist No. 308, Three-Way Square Head With Check From Bottom No. 305 Square Head No. 306 Square Head No. 307 Three-Way Four-Way No. 308 Cocks are of Inlet Size Inches | V* % % 3A 8 designed for use on Hoist air hoists. The two diagrams above illustrate how they operate. Upper view (lifting position): pressure is admit ted below piston, and air above escapes to atmosphere .through vent in body of cock. Lower view (lowering position): with wrench No. 305 No. 306 No. 307 List Price C. to end, List Price C. to end, List Price C. to end, Each| 3.00 Inches | 31/32 Eachj 3.50 Inches | 31/32 Each| 4.00 Inches | 1V16 3.20 31/32 4.00 lVie 4.80 1% 3.50 1%2 4.80 l3/32 6.10 1%2 4.00 113U 1 turned qo, supply is shut off, -and air below pis ton is diverted to upper portion of cylinder. Iron Four-Way Cocks Size No. 308, List Price InchesJ % 1i % Each| 5.00 1| 6.30 WORKING PRESSURES 250 pounds air--350 pounds cold water, non-shock Center to end, Inches | Wig 1I 1%* From Cylinder To Cylinder j KJ j L' I Iron Mine Cocks WORKING PRESSURES 125 pounds air 175 pounds cold water, non-shock 3 and 4" sites have a bolted cap. No. 318 Triangular 1 lead With Lock Shield With Brass Plug -No. 319. Square Head With Brass Plug The lock shield on the No. 318 prevents tam pering. Use the triangular wrench, page q6. All-Iron Mine Cocks -- prices on application. Exhaust Supply Exhaust Supply | Wrench < 'lI'J To Cylinder No. 339 Four-Way Square Plead The No. 339 Cocks with are used on hydraulic Brass Plug or air cylinders, hy draulic presses, etc. The two diagrams above illustrate how they operate. Left view: supply fluid is diverted to one end of cylinder, while fluid from opposite end passes into exhaust line; right view: with wrench turned qo, action is reversed, moving piston in opposite direction. \ !% > 1. 1 \y From Cylinder The cocks must be installed as indicated. They have an equal izing duct in the body which leads from the inlet port the chamber beneath the plug. Use series " M" wrenchesj see page qb. Size Nos. 318 or 319 List Price End to end, List Price Center to end. Inches Each Inches Each Inches % 1 3/4 2.50 1 2.75 2V* 1 2% 3.80 ' 5.30 lS/l6 i l9/ie 1 3.25 3% 8.00 l1S/l6 1% 4.25 4 12.60 IV* 1 1 1 1 1 IV2 6.00 W* 19.70 2% 2 9.00 5% 30.00 3% | 1 3 19.00 7V% 4 --31.00 i 9I Spring loaded: All of the cocks shown on this page The spring compensates for wear, assures tightnes have a steel spring between the plug and the cap. betweenthe body and plug, and permits easyoperation Wrenches., . page 96 t. CRANE Asbestos Packed Iron Cocks WORKING PRESSURES Standard U-Packed Cocks --150 pounds steam Standard Bushing-Packed Cocks --100 pounds steam Extra Heavy U-Packed Cocks -- 250 pounds steam 95 List prices of Standard and Extra Heavy Flanged Cocks include facing and drilling to the Ameri can Cast Iron Flange Standards -- 125-Pound for the Standard Cocks and 250-Pound for the Extra Heavy Cocks, No deduction is made if the flanged cocks are ordered faced only. Standard--Asbestos Packed Iron Cocks--List Prices and Dimensions Size Inches % 3A 1 1 iy4 1% 1 3 2% 1 3 3% 4 | 5 | 6 Screwed -- U-Packed Each 1.60 2.10 2.50 | 3.50 4.75 | 7.00 12.00|18.00 27.00 30.00|45.00160.00 Flanged -- U-Packed Each |2.50 | 3.50 4.75 | 7.00 12.00|18.00 27.00 30.00[45.00|60.00 Screwed -- Bushing-Packed Each 1.75 2.30 2.75 I 3.85 5.25 | 7.75 13.25|20.00 30.00 35.001 | Flanged -- Bushing-Packed Screwed -- U-Packed, Three-Way Each | 2.75 | 3.85 5.25 | 7.75 13.25|20.00 30.00 35.00| | Each 2.85 3.15 4.40 | 5.95 8.75 |15.00 22.50|33.75 37.50 56.25175.00j End to end, Screwed Face to face. Flanged Inches 3% 35/l6 4% 1 45/8 53/, fi | 6. Inches 1 5% I 5% 6 1 7% 7% I8y,,, 8V16 10y,fi|14S/lfi| 16% 83/4 | 93/4 93/4 11% 1 131/2 | 16% C, to E., Screwed, Three-Way Diameter of end flange Thickness of end flange Inches l^/lG 23/ie 2Vig 1 31/4 Inches 1 41/4 1 4% Inches 1 7/l6 1 % 33/4 1 39/ia 5|6 9/l6 1 % 4 I 4% 7 I 7i/2 "/l6 1 3/4 8% 13/lS 11 9 | 10 | 11 lS/l6 1 13/16 1 1 Extra Heavy -- Asbestos Packed Iron Cocks -- List Prices and Dimensions Size Inches | % 3/4 1 1% m 2 1 2% | 3 | 31/2 | 4 5 6 Screwed -- U-Packed 'Each| 2.40 3.00 3.50 5.00 6.75 10.00117.00126.00138.00|42.00160.00 80.00 Flanged -- U-Packed Each| 10.00|17.00|26.00|38.00[42.00 60.00 80.00 End to end, Screwed Face to face, Flanged Inches | 3i/% 33/4 43/4 51/s 6 65/8 1 8I/4 | 91/4 | 91/4 | 131/s | Inches | m 193/81101/21101/21135/8 13% 17 Diameter of end flange Thickness of end flange Inches |" Inches | '6% [ 7% | 81/4 | 9.[ 10 7/ 1 1 1 11/8 1 m61 iy4 11 121/z 1% l7/is Replacement Bushings and Rings for Standard Asbestos Bushing-Packed Iron Cocks--List Prices Size Inches | y2 1 3/4 1 1 1 W4 1I 1% !1 2 |I 2% 1 3 | 3% 1 4 Bushings Top Rings Each| 1.00 1 1.00 1 1.30 | 1.85 || 2.50 || 3.15 || 3.80 | 4.55 | 6.25 | 7.80 Eachj .35 1 .35 1 .35 | .35 jI -40 |1 -55 |1 -65 | 1.30 | 1.70 [ 1.95 Size of Cock List price of Wrench Iron Wrenches for Asbestos Packed Cocks -- List Prices Inches | y2 1 % 1 1 1i iy4 1[ 1% 1 2 1 21/2 | 3 1 31/2 1 4 | 5 |1 6 Each| .55 1 .55 1i .55 1 .75 1 .75 [ 1-50 I 2.10 j| 2.10 | 2.10 | 2.50 1 3.75 | 5.00 Service recommendations: Asbestos Packed Iron Cocks are recommended for use in steam, water, or oil lines; they are also suitable for' tar, ammonia, acids, etc. Standard U-Packed Cocks are constructed for a maximum steam working pressureof 150 pounds; Extra Heavy U-Packed Cocks, for 250-pounds maxi mum pressure; and Standard BUshingr-Packed Cocks for 100 pounds maximum pressure. . Construction: As the name implies, these cocks are made of cast iron and they are packed with asbestos. U-Packed Cocks (sometimes referred to as " ChannelPacked Cocks") have a wide and deep groove around the two sides and the bottom of each port opening in the body. This groove is filled with an asbestos composition which is vulcanized ii^lace. When the Plug is installed, it seats upon the asbestos packings, and it does not touch the body metal. The open ends of the "U" at the top of the plug are closed Templates for drillir, with the top ring which makes the seal complete. Bushing-Packed Cocks are equipped with a vulcan ized one-piece asbestos bushing of the same contour and pattern as the plug. This bushing fits into the body of the cock and separates the plug from the body so that direct contact between the two major parts of the cock is impossible. The upper end is sealed with a top ring similar to that used in UPacked Cocks. This type of cock can be readily serviced in the field without removing the body from the line; the old worn bushing and ring are simply replaced with the new parts. Asbestos Packed Iron Cocks can also be furnished Angle types or Ammonia patterns. Asbestos Packed Brass Cocks can also be furnished in Standard, Extra Heavy, Angle, or Three-Way patterns. Inquiries for special services or sizes not shown are solicited and prices are furnished on application. .. . pages 551 and 552 V, 96_________________________________ CRANE_______________ Malleable Iron Wrenches 1 For Brass and Iron Cocks \ i Square Head Flat Head List Prices Square Head Flat Head Wrench List Number Prices No.1 Nos. 80 E 250 254 265 272 Each Sizes suitable for Brass Cocks Nos. 268 269 Nos. *305 306 Nos. 307 308 Iron Cocks Nos. No. 320 326 1228 321 329 322 330 323 331 324 335 325 Sizes suitable for Brass Cocks Iron Cocks Wrench List Number Prices Nos. 252 266 270 284 Nos. 320% 322% 324% 334 Nos. 1232 1234 1236 Each 336 337 1-S os n y4 y V4 1 1-F .05 1! y4 2-S 06 II 3/g % y4, %, % y4. % 2-F .06 % 3-S .07 !l % 3/s i y2 % 3-F .07 ' y2 4-S 11 ii % % y2 % 3/4 4-F 11 II 3/4 S-S 15 || % i 3/4 i 3/4 1 5-F .15 || 1 6-S .20 || 1 iy4 i i iy4 6-F .20 II iy4 6%-s 25 || i1 7-F .29 i n/2 7-S .29 ! iy< i% iy4. i % i iy2 8-F .48 II 2 7%-S 38 || |. i iy4 9-F .82 l| 2% 8-S .48 i m 2 9-S .82 l 2 2% 2 i iy2 2 10-F 1.20 |l 3 1 2 a% 12-F 4.50 || 10-S 1.20 2% 3 i 2% 3 23-F .44 li 11-S 1.60 3 4 i3 24-F .55 12-S 4.50' 1 j4 25-F .75 i *The U- inch size No. 305 Cock uses 26-F 2.50 j Wrench No. 2-M; see table below for price U-- 27-F 2.75 i. y2 % 3/4 3/4 i 1 iy4 i% 2 2% 3 4 iy4 i% 2 2% 3 List Prices 3 Triangular Head Square Head ' Triangular Head Sizes Wrench List suitable for Wrench List Sizes suitable for For No. 318 f Number Prices No. 318 Number Prices No. 319 No. 339 Iron Iron Iron Cock Cock Cock Each Each Square Head For No. 319 and No. 339 1-T .25 % 2-T .30 3/4, 1 3-T .40 iy4, i% 4-T .70 2 5-T 1.40 3 6-T 5.00 4 1-M 2-M 3-M 4-M 5-M 6-M 7-M .25 .30 .40 .50 .70 1.40 5.00 lA s/4, i iy, iy2 2 3 4 y2,3/4 i iy4, i% 2 Wrench Lengths, Center of Head to End, in Inches Square Head Flat Head Triangular Head Square Head Wrench Length, Wrench Length, Wrench Length, Wrench Length, Wrench Length, Wrench Length, Number Center Number Center Number Center Number Center Number Center Number Center i to end to end to end to end to end to end 1-S 2-S 3-S 4-S 5-S 6-S 6%-S 7-S 3 7%-S 8% 3% 8-S 12 4 9-S 14% 5 10-S 17 6% 11-S 8 | 12-S 22 30 7% | 13-S 36 9% 1 1 l-F 2-F 3-F 4-F 5-F 6-F 7-F 8-F 3 9-F 3% 10-F 4 12-F 5 23-F 6% 24-F 8 ! 25-F 9% I 26-F 12 | 27-F 14% 17 30 93/4 10% 12% 15 17 1-T 5% 2-T 8 3-T 11 4-T 14 5-T 18 6-T 26% 1 1 l-M 2-M 3-M 4-M 5-M 6-M 7-M 5% 8 11 11 14 18 29% CRANE Iron Body Wedge Gate Valves Clamp Gate Valves pages q8 and qq Low Pressure Valves..............................................................................page ioo Standard Valves....................................................................... pages ioi to 106 i7j-Pound Valves. . . .........................................................pages 108 and loq ayo-Pound Valves...................................................................pages 110 and 111 8oo-Pound Hydraulic Valves..............................................pages 112 and 113 By-Passes; Clean-Outs; Indicators; Lockup Caps.........................page 114 Gearing; Grease Cases; Gear Covers; Stem Protectors...............page 115 Dimensions of Valves with Gearing or By-Pass...........pages 1 ib and 117 For Standard Valves for Marine service, see page 468. For Alloy Cast Iron Valves for Process Industries, see page 456. Crane Co. offers the user an unusually complete line of Iron Body Wedge Gate Valves. The line includes valves for steam pressures up to 250 pounds and for water, oil, or gas pressures up to 800 pounds. It includes brass trimmed valves in all pressure classes, all-iron valves in all pressure classes except the 8oo-Pound Hydraulic, Standard valves with "Exelloy" or "18-8 Mo" trimmings (Alloy'Cast'Iron, page 456), and Standard Valves for Marine service (page 468). The Crane high standard of quality in design, materials, and workmanship is maintained in these valves, assuring the user satisfactory and long-time service. 97 I Crane I ron Body Wedge Gate Valves on a welded mani fold in a paper mill. h 98 CRANE Clamp Gate Valves Wedge Disc--All-Iron or Brass Trimmed WORKING PRESSURES 0. Slze Saturated 1 steam Cold water, oil, or gas, 1 non-shock Screwed 34 to 2-inch 150 pounds 225 pounds 21/2 to 4-inch 125 pounds 175 pounds Flanged 1 to 2-inch 125 pounds 200 pounds 2V2 to 4-inch 125 pounds 175 pounds Upper Bonnet Air tested Stem Thread Bushing Lower Bonnet Body Seat Ring Disc Upper Bonnet Inside Screw Valves Sizes 1J4 to 4-inch Inside Screw Valves Sizes kt to 1-inch Lower Bonnet Outside Screw and Yoke Valves Service recommendations: Crane Clamp Gate Valves are suited for a wide variety of service ijn process industries, in oil field or oil refinery installa tions, and wherever compact, sturdy Valves s/r& needed. ,< The brass trimmed valves are recommended for steam, water, air, or oil lines. The all-iron valves are recommended for oil, gas, or gasolinfe; or for fluids that corrode brass but not iron. For special corrosive services which affect stsel more than iron, the all-iron valves can be made to order with a malleable iron disc; prices on application. Valves can also be furnished to order having all parts made of iron with the exception of a brass disc and brass body seat rings; prices on application. Construction: The clamp construction enables dismantling the valve quickly for inspection, clean ing, or repairs. In addition, it maintains a snug and accurately aligned bonnet joint. Brass' trimmed valves: Brass trimmed valves have brass body seat rings, disc, and stem. In inside screw valves l/i to i-inch, the upper portion of the bonnet engages the stem threads; it is made of brass and is renewable. Sizes 134-inch and larger have a brass renewable stem thread bushing in the bonnet. This construction provides a full stem thread engagement, brass-to-brass, and assures long life of the stem threads. Outside screw and yoke valves have a cast iron bolted gland. All-iron valves: The seats in all-iron valves are cast integral with the body. The disc is forged steel. The stem is steel, the portion coming in contact with the stuffing box packing being nickel-plated. The bonnet construction of all-iron inside screw valves 14-inch and larger is similar to that of brass. < trimmed valves, except that the top portion-of the ; bonnet in sizes 34 to i-inch and the stem thread bushing in sizes 134-inch and larger are made off; malleable iron. 34 and 34-inch all-iron valves have,; a one-piece cast iron bonnet. Flange dimensions and facing: The dimensions \ and drilling of the end flanges conform to the Ameriican Cast Iron Flange Standard, Class 125 (Bi6a-iQ3Q). The flanges are plain faced with a smooth finish. c iSize A B D No. of Dia. of bolts bolts 1 1 41/4 Vis ; 3% Wa Wa 4% % i 31/2 iy2 1V2 5 9/l6 1 37/g 2 2 6 5/s 1 444 21/2 21/2 7 "/16 1 51/2 3 3 7V2 % ! 6 3% 31/2 8% 13/l6 . 7 ls/i6 : 7% 4 % ... 4 y2 4 4 4 5/s 4 !% 8 CRANE J Clamp Gate Valves Wedge Disc -- All-Iron or Brass Trimmed 99 Screwed Flanged No. 488 No. 488% All-Iron No. 490 No. 490y2 Iron Body, Brass Trimmed Inside Screw, Rising Stem Screwed Flanged No. 4841/2 No. 4851/2 All-Iron No. 4861/2 No. 4871/2 Iron Body, Brass Trimmed Outside Screw and Yoke Screwed Flanged No. 492 No. 4921/2 All-Iron No. 494 No. 4941/2 Iron Body, Brass Trimmed Quick Opening List Prices, Each Inside Screw, Rising Stem|| Outside Screw and Yoke ]|______Quick Opening Size Screwed Flanged, j Screwed . F. & D. Fa&gD!' | Screwed Flanged, F. & D. No. No. No. "No. ' | No. No. No. No. || No. No. No. No. Inches 488 490 4881/2 4901/2 14841/2 4861/z 4851/2 4871/2 II 492 494 4921/2 4941/2 % % % % 1 1% 1% 2 21/2 3 31/2 4 4.00 4.00 4.20 4.80 5.50 6.30 7.00 10.00 16.00 20.00 40.00 51.00 3.50 3.50 3.70 4.50 5.00 6.00 7.00 10.00 17.00 21.00 46.00 48.00 16.00 18.00 19.00 20.00 29.00 35.00 70.00 80.00 II 1 II II 1 II || 10.50 9.90 1 II 7.40 J| 11.00 10.00 1 II 7.70 15.00 || 11.50 11.00 22.00| 21.00|| 8.50 17.00H 14.00 14.00 23.001 22.00||10.00 18.00H 16.00 17.00 24.50| 24.00||12.00 20.00 ||-21.00 22.00 26.00| 26.00H 19.00 30.00 |j -36.00 37.00 42.00| 42.00||29.00 37.00 il 42.00 44.00' 46.00| 47.00||35.00 77.00) l| 80.00 85.00 90.00 92.001! 52.00 88.00'H100.00 98.00 100.001107.00|| 55.00 7.00 7.50 8.00 10.00 12.50 19.00 30.00 36.00 64.00 66.00 25.00 27.00 28.00 29.00 47.00 53.00 85.00 87.00 24.00 26.00 27.00 29.00 48.00 54.00 94.00 98.00 When Quick Opening Valves are used in liquid lines, a suit able cushioning device should be in stalled to protect against water ham mer ; see page 11. Drilling: The list prices of flanged valves include facing and drilling to the American Cast Iron Flange Standard, Class 125. No deduc tion is made if valves areordered faced only. Important Notice: Flanged end valves in the i-inch size were formerly furnished with a face to ace dimension of 4 inches. With the issuance of Templates for drilling. . . .page SSI Size % % % % 1 1% w?. 2 2%. 3 3i/? 4 Dimensions, in Inches E F G H J K|L 1% 4% 2 41/2 1 21/16 1 121/161 2Vl6 61/4 6% 71/4 2Vl6 I 29/l6 25/i6 7i/2 71/2 9 29/,b 1 29/l6 29/is 3% 6 8% 9 93/4 2% 1 23/4 2% 3% 10 IOV4 11% 31/16 1 31/16 31/s 3% 11% 3% *414 131/2 4i/a 41S/l6 153/4 49/ifi 51/xe 18% 51/ia 5i5/i6l 211/4 59/ie 63/4 241/4 12 133/4 16% 19 203/4 233/4 141/2 35/s 1 3% 16% 4Vi6 1 41/16 19% 43/4 | 43/4 21% 5% 1 53/8 233/ "717 28 9 1 9 Dimensions "E" (end to end) and F (face to face) apply also to Quick Opening Valves. M 6 7 7 7 9 9 11% 11% 15% 15V4 this catalog, valves having a new face to face dimen sion--414 inches, as shown in the table above will be furnished. Thread engagement... .page 591 100 CRANE Low Pressure Iron Body Wedge Gate Valves Brass Trimmed or All-Iron RATINGS IN POUNDS PER SQUARE INCH Size of valve Working Pressures Hydrostatic Steam Cold water Cold Shell Seat non-shock gas test test 12 to 24-inch 25 50 25 75 65 30 and 36-inch 25 43 25 75 55 42 and 48-inch 25 35 25 50 45 Non-Rising Stem, Flanged No. 491 Brass Seats Brass Stem No. 49iy2 All Iron Outside Screw and Yoke Flanged No. 493, Steel Stem No. 496, Brass Stem Brass Seats No. 4931/2, All-li List Prices and Dimensions Size List Prices, Each Faced and Drilled | Non-Rising Outside Screw 1 Stem and Yoke i No. 491 or Inches No. 4911/2 No. 493, No. 4931/2, or No. 496 i 1 l Dimensions, in Inches , No. , of e F ! G H turns to ! open 12 133.00 14 181.00 16 260.00 180.00 255.00 350.00 1 n 321/21 59 1131/2 361/4 | 641/2 ' i 14 401/2 1711/z 16 16 18 25 29 33 18 350.00 470.00 1141/2 443/4 | 791/4 18 37 cn 00 OO 00 20 425.00 *24 600.00 *30 1100.00 f36 1700.00 565.00 775.00 1400.00 2150.00 1 17 1 21 1 24 20 561/2 | 106 22 671/2 1127341 24 791/4 |150%! 30 411/2 491/2 62 74 *f42 2450.00 3100.00 ! 27 i 179 *|48 3400.00 4300.00 30 !203i/2| Larger sizes, prices on application. *Should have by-pass. Prices on page 114; dimensions on page 117. tShould be geared. Prices on page 115; dimensions on page 117, Low Pressure Iron Body Wedge Gate Valves are especially suited for exhaust and low pressure saturated steam, and for gas qr -water lines. valves* are especially air-tested to assure absolute tightness. An extra charge is made for air-testing. --E- Non-Rising Opea D Brass trimmed valves: Brass trimmed valves are recommended for steam or water service. The body' seat rings and the disc faces are brass, and are rolled into the body' and the disc. Non-rising stem valves have a Cast Manganese Bronze stem; the disc is brass-bushed where it engages the stem threads. Outside screw and yoke valves have a brass stem or a nickel-plated steel stem, as ordered. All-iron valves: -All-iron valves are recommended for gas or for fluids that corrode brass but not iron. The seats are cast integral with the body' and the disc; the stem is steel, nickel-plated. Stuffing box: The stuffing box is filled with high grade packing. The valves can be Repacked when wide open and under pressure. By-passes: Sizes 24-inch and larger should have a by-pass to enable equalizing the pressure on both sides of the disc before opening the main valve. See page 114 for prices and page 117 for dimensions. Gearing: Sizes 42-inch and larger should be geared, to facilitate operation. See page 115 for prices and page 117 for dimensions. Vacuum service: When valves for vacuum exhaust lines are desired, orders must so specify. Such Hub end valves: When Low Pressure hub end valves are required, use the Double Disc Gate Valve shown on pages 122 and 123. Flange dimensions, facing, and drilling: TH| dimensions and drilling of the end flanges conforrij to the 25-Pound American Tentative Cast Iror] FlangeStandard (Bitob2-iq31). When so ordered, the end flanges can be drilled to the American Standard, Class 125. A full face gasket should be used. L ist prices in clude facing and drilling to the 25-PoundAmerican Tentative Cast I ron Flange Standard. No deduction is made if valves are ordered faced only. I Dimensions of Flanges, in Inches No. DiaJ Size A B C D of of j bolts bolts 12 12 14 14 16 16 18 | 18 . 20 20 24 | 24 30 30 36 36 42 42 48 48 19 1 17 21 11/8 183/4 231/z 11/8 211/4 25 11/4 223/4 27i/2 l'/4 25 32 1% 291/2 383/4 1% 36 46 1% 1423/4 53 13A 1491/2 59i/2 2 56 12 12 16 16 20 20 28 32 36 44 %,,! 3/4,1 3/iJ 3A>. 3A 3A' Vsi 1j 1i Bottom outlet valves made to order. Motor or cylinder operation.. . .pp. 171- 173 Drilling templates. CRANE Standard Iron Body Wedge Gate Valves 101 General Description Crane Standard Iron Body Wedge Gate Valves sizes i 2-inch and smaller are a new, improved design, embodying many features of unusual merit. They set a new peak for quality in iron body wedge gate valves, having greater strength, longer life, and better all-around adaptability /or all types of services. The line, unusually complete, includes the following valves: Yoke Sleeve Nut Wheel Yoke Yoke Sleeve Gland Flange Gland Packing Brass trimmed valves........ pages 102 and 103 All-iron valves......................pages 102 and 103 Underwriters' pattern valves...............page 104 Quick-Opening valves............................ page 104 Valves for process industries............... page 456 Valves for marine service..................... page 468 Stuffing Box Bushings Disc Bushing Body and bonnet: The cast iron Bonnet Bushing body and bonnet are oval-shaped; lib eral metal sections combined with prop er metal distribution assure maximum Bonnet Stem strength. Flanged valves sizes 12inch and smaller have straight through Disc ports with tie ribs between the bonnet Disc Face flange and the end flanges, providing additional resistance to line strains. Body Seat Rings Disc: The disc is made of cast iron, Guide Ribs and in brass trimmed valves has large brass seating faces rolled securely into Body machined dovetails. Sizes 12-inch and smaller are made to order with Non-Rising Stem Valve Brass Trimmed--Open Outside Screw and Yoke Valve Brass Trimmed--Closed solid brass disc; prices on application. Sizes 12-inch and smaller have a solid These illustrations are representative of sizes 12-inch and smaller only; larger sizes are made similar to the web disc, the disc for the non-rising higher pressure wedge gate valves shown on page 107. stem being built up at the center to accommodate the stem hole. In non-rising stem brass to the bonnet, and the stem collar recess in the brass timmed valves that portion of the disc that engages trimmed valves is brass-bushed, top and bottom, to the stem threads is brass-bushed. minimize friction and to prevent corrosion. Outside The valves have long disc guides consisting of ribs in the body and machined grooves in the disc. These minimize the drag on the seating surfaces and there by prolong their life. In sizes 12-inch and smaller, screw- and yoke valves in these sizes have swinging gland eye bolts which move out of the way when the stuffing box is being repacked but which will not become detached and lost. where the disc guide is at least 50 per cent of the The stuffing box is exceptionally deep and is filled port diameter, the engaging surfaces are tapered to with high grade packing. prevent a line bearing contact which would cause Repacking: These valves, when wide open, can' be excessive wear of the guides. repacked while under pressure. Outside screw and Stem: The stem is of liberal diameter and amply strong. Stem threads have long engagement in the disc or yoke sleeve. .Outside screw and yoke valves sizes 12-inch and smaller have a tee-head disc-stem yoke brass trimmed valves in sizes 12-inch and smaller have a brass stem hole bushing, offering a better back seat for the stem and making this point non-corrosive. connection; larger sizes have a threaded disc-stem Yoke sleeve: The yoke sleeve used in outside screw connection, lockeq^ together with a pin. and yoke valves is made of Cast Manganese Bronze. Gland and stuffing box: These valves have a two- Yoke: The yoke in 0. S. & Y. valves 4-inch and piece ball-type gland, .consisting of a gland and a smaller is cast integral with the bonnet. In larger gland flange. This construction maintains an even sizes, the yoke consists of two halves which are load on the packing and prevents binding on the stem bolted together at the top, and also to the bonnet. sven when the gland bolt nuts are not pulled up Wheel: Wheels 24 inches or less in diameter are evenly. malleable iron, assuring maximum strength; they 5a sizes 12-inch and smaller, the non-rising stem have an oval-shaped rim. affording an easy grip. valves have through bolts holding the stuffing box Larger wheels are cast iron. For Valves with Split-Wedge Disc, see page JOS. 102 CRANE Standard Iron Body Wedge Gate Valves Brass Trimmed or All-Iron Size of valve Working pressures Screwed or flanged valves | Hub end valves Saturated steam Cold water, oil, Cold water or gas or gas, non-shock non-shock Hydrostatic test pressures Screwed, flanged, or hub end valves Shell test 1 Seat test 2 to 12-inch 14 and 16-inch 18 to 24-inch 30 to 48-inch 125 pounds 125 p*ounds * 200 pounds 150 pounds 150 pounds 120 pounds 200 pounds 150 pounds 150 pounds 120 pounds 350 pounds 250 pounds 250 pounds 200 pounds 225 pounds 175 pounds 175 pounds 150 pounds *For steam lines larger than. 16-inch, Crane 150-Pound Cast Steel Gate Valves are recommended; see page 304. Crane Standard Iron Body Wedge Gate Valves are sturdy, rugged, well proportioned valves which find wide application in nearly every kind of industry. Sizes 12-inch and smaller have been recently rede signed and now include many features of unusual merit, such as straight through ports in flanged end bodies with tie ribs between the bonnet flange and the end flanges, tee-head disc-stem connection in outside screw and yoke valves, solid web disc, brass bushed stem collar bearing in non-rising stem brass trimmed valves, etc. These and other features are described below or on the preceding page. Brass trimmed valves: Brass trimmed valves are recommended for steam, water, or oil lines. The body seat rings are brass, screwed into the body. The disc faces are brass, rolled into the disc. In non-rising stem valves, the stem is Cast Manga nese Bronze, and the disc is brass-bushed where it engages the stem threads. In sizes 12-inch and smaller, brass bushings are used above and below the stem collar to reduce friction and prevent corrosion. Outside screw and yoke valves are made with a brass stem or a nickel-plated steel stem, as ordered. Sizes 12-inch and smaller have a tee-head disc-stem con nection with a renewable brass bushing in the top of the bonnet. All-iron valves: All-iron valves are recommended for oil or gas, or for fluids that corrode brass. The seats are cast integral with the body and disc. Valves with screwed-in body seat rings can be sup plied to order; prices on application. The stem is steel, and the portion which comes in contact with the pacing is nickel-plated. Stuffing box: The stuffing boxes are filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Gland: These valves have a two-piece gland, con sisting of a malleable iron gland flange and a brass gland in brass trimmed valves or a nickel-plated steel gland in all-iron valves. In sizes 12-inch and smaller, brass trimmed valves have Cast Manganese Bronze gland bolt nuts, and all-iron valves have zinc-plated steel gland bolts and gland bolt nuts. The outside screw and yoke valves in these sizes have swinging type gland eye bolts. Hub end valves: The hubs on hub end valves are suitable for Class "D" cast iron pipe. In place of a wheel, these valves have a square operating nut. By-passes: A by-pass is recommended on Standard Valves sizes 14-inch and larger. The by-pass enables equalizing the pressure on both sides of the disc before opening the main valve. See page 114 for prices and page 117 for dimensions. Gearing^ To facilitate operating the valve, sizes 24-inch and larger should be equipped with gears. See page 115 for prices and page 117 for dimensions. Motor or cylinder operation: Valves installed in inaccessible locations or used for emergency purposes should preferably be equipped with some easy means of operation. An electric or air motor drive, or an operating cylinder, is ideal for this purpose. For description, see pages 171 to 173. Indicators: The stem of an outside screw and yoke valve indicates the position of the disc. Non-rising stem valves can be supplied with an indicator. See page 114. Cleanouts: For use on lines carrying an unusual amount of sediment, tarry fluids, etc., flanged valves can be equipped with a cleanout on the side of the body to facilitate cleaning. See page 114. Standards: Flanged valves conform to the Amer ican Petroleum Institute (A.P.I.) Standard No. 5-G-1, Second Edition, September, 1938, for 175Pound Iron Pipe Line Gate Valves. This Standard includes sizes 2, 234. 3, 4, 6, 8, 10, and 12-inch. Flanged valves also conform to the American Stand ard for Face to Face Dimensions of Ferrous Flanged Valves (B16.10-IQ3Q), for 125-Pound Cast Iron Wedge Gate Valves. This Standard includes sizes 2 to 24-inch, inclusive. Flange dimensions and facing: The dimensions and drilling of the end flanges conform to the Amer ican Cast Iron Flange Standard, Class 125 (Bi6aiq3q). The flanges are plain faced with a smooth finish. Flange dimensions are shown on page 106. Additional description........... page 101 Valves for Marine service.. ..page 468 Quick-Opening and Underwriters* Pattern Valves ... .page 104 Alloy Cast Iron Valves for process industries.-............... page 456 CRANE Standard Iron Body Wedge Gate Valves Brass Trimmed or All-Iron 103 Non-Rising Stem Screwed \ No. 460 Brass Seats, Brass Stem No. 472 All-Iron Non-Rising Stem Flanged No. 461 Brass Seats, Brass Stem No. 473 All-Iron Non-Rising Stem Hub Ends No. 462 Brass Seats, Brass Stem No. 461 y% All-Iron For working pressures and description, see the preceding page. Outside Screw and Yoke Screwed No. 464 Brass Seats, Steel Stem No. 464V2 Brass Seats, Brass Stem No. 475 All-Iron Outside Screw and Yoke Flanged No. 465 Brass Seats, Steel Stem No. 465i/2 Brass Seats, Brass Stem No. 475i/2 All-Iron List Prices, Each oize Inches Screwed No. 460 Brass Seats Brass Stem or No. 472 All-Iron Non-Rising Stem Flanged, F. & D. No. 461 Brass Seats Brass Stem or No. 473 All-Iron Hub Ends No. 462 Brass Seats Brass Stem or No. 46iyz All-Iron Outside Screw and Yoke | Screwed Flanged, F. & D. I No. 464 Brass Seats, Steel Stem, No. 464V2 Brass Seats, Brass Stem, | or | No. 475, All-Iron No. 465 Brass Seats, Steel Stem, No. 465y2 Brass Seats, Brass Stem, or No. 4751/2, All-Iron For sizes smaller than 2-inch, use Clamp Gate Valves. See page 99. 2 10.00 12.00 10.00 19.00 21/2 11.50 13.50 20.50 3 14.00 16.50 14.00 23.50 31/2 17.00 19.50 II 27.00 4 19.00 23.00 19.00 32.50 5 27.50 31.50 27.50 45.00 6 32.50 36.50 32.50 52.00 8 54.00 58.00 54.00 86.00 10 90.00 95.00 90.00 131.00 12 125.00 133.00 125.00 172.00 *14 *16 *18 *20 _ *t24 *130 7*136 _*142 JH8 181.00 260.00 350.00 425.00' 600/00 1100.fi) 1700.00 2450.00 ' 3400.00 . ' 173.00 250.00 340.00 415.00 590.00 1075.00 1675.00 2400.00 3350.00 |1 || |j || ii || || || ii w `'-men and larger should have a by-pass;'see page 114 for prices and page 117 for dimensions. toizes 24-inrh and larger should be geared; see page 115 for prices and page 117 for dimensions._____ 21.00 22.50 26.00 29.50 36.50 49.00 56.00 90.00 136.00 180.00 255.00 350.00 470.00 565.00 775.00 1400.00 2150.00 3100.00 4300.00 rilling; Flanged valves are furnished faced and nlled (F. & D.), unless ordered faced only. List Prices include facing and drilling to the American Cast Iron Flange Standard, Class 125. When valves are ordered faced only, they will be furnished at the same price as for faced and drilled. Dimensions . . . .page 106 By-passes and gearing.. . .pages 114 to 117 9 104 CRANE Standard Iron Body Wedge Gate Valves Underwriters' Pattern -sSi WORKING PRESSURE 175 pounds cold water, non-shock HYDROSTATIC TEST PRESSURES 350 pounds shell 200 pounds seat Non-Rising Stem Hub Ends No. 462y2 Size Inches iy% 3 3yz 4 .5 6 8 10 ; 12 j List Prices, Each No. 462y2 Hub End No. 4671/2 No. 467 Screwed Flanged, F. & D. 20.. 50 23.50 22.50 26.00 27.00 29.50 19.00 I 32.50 45.00 36.50 49.00 32.50 1 54.00 j 52.00 86.00 56.00 90.00 90.00 j 125.00 | 136.00 ___ 180.00 Outside Screw and Yoke Valves , Screwed No. 4671/2 Flanged No. 467 These valves, designed for fire protection service, are similar to the valves described on the preceding three pages. They conform to the Underwriters' Specifications known as "The National Standard". They are listed as approved and inspected by the Associated FactoryMutual Fire Insurance Companies, Boston, and the. Underwriters' Laboratories, Chicago. The valves are marked "CU" and "FM". Trimmings: Body seat rings are brass, screwed into the body. Disc faces are brass, rolled into the disc. The brass to brass contacts prevent corrosion anti assure easy operation of the valve. The gland is brass and is of the ball type; the gland flange is malleable iron. The gland nuts are t Hub end valves: The hub ends fit Class "D" casl iron .pipe. The bonnet has a square flange ca$Sj integral, to permit bolting on an indicator po$ when the valve is installed underground. Outside screw and yoke: Outside screw and yokd valves are usually used indoors. The rising steii indicates whether the valve is open or closed. The stem is brass, and the bonnet and stuffing box are brass-bushed where they come in contact with the stem. In non-rising stem valves, the disc is brass-bushed where it engages the stem threads. Drilling: List prices of flanged valves include facing and drilling to the American Cast Iron Flange Si ard. Class 125. No deduction is made when val\ are ordered faced only. Quick Opening--Brass Trimmed or All-Iron Screwed No. 470 Brass Trimmed No. 476 All-Iron Flanged No. 471 Brass Trimmed No. 477 All-Iron WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas, non-shock HYDROSTATIC TEST PRESSURES 350 pounds shell 225 pounds seat List Prices, Each No. 470 No. 471J Size Brass Brass'-i Trimmed Trimmes or or 1 No. 476 No. 4751 Except for the quick-opening mechanism and the disc-stem connection, these valves All-Iron AU-IrOhj Flanged! Inches Screwed F. &D| are the same as the outside screw and yoke valves described on the preceding three For sizes smaller than 3", pages. To secure the extra rigidity neces 3 1 22.00 24.50j sary in this type of valve, the disc is threaded on the stem and pinned to it. 31/2 1 25.00 4 1 30.00 27)50] 34.00J Drilling: List prices of flanged valves include facing and drilling to the American Cast Iron Flange Standard. Class 125. (No deduction for valves ordered faced only.) Shock: Closing one of these valves quickly 5 1 42.00 6 1 48.00 81 10 1 12 I 46.001 sTTooj 84.003 127.00] 168.0 on liquid lines may cause "water hammer". When severe, water hamn must be eliminated by installing a suitable cushioning device; see page 11 Dimensions of Standard Wedge Gate Valves.. . .page 106 Additional description.. . .pages 101 and 1M CRANE Standard Iron Body Wedge Gate Valves With Split-Wedge Disc 105 WORKING PRESSURES 125 pound steam 200 pounds cold water, oil, or gas, non-shock Cross Section Outside Screw and Yoke Flanged With Split-Wedge Disc Prices furnished on application. HYDROSTATIC TEST PRESSURES 350 pounds shell 225 pounds seat Except for their split-wedge disc, these Standard Iron Body Gate Valves are the same as those with solid wedge disc described on pages ioi to 103. All parts, including the disc, are interchangeable. Split-Wedge Disc: The disc is made in two halves with large concave-convex contacting surfaces, assuring proper and uniform spreading action. It is ideal for use in valves which may require refacing of the body seat rings because of un usually severe service. The freedom of the two halves and the spreading move ment at the point of closure compensate for the slight differences in taper and for the increased gauge after the body seat rings have been remachined. The disc has a slot for the tee-head on the stem, and each half is completely guided on both sides. There are no auxiliary parts, and the two parts cannot become loose or separate when in service. Available types and sizes: Valves with split-wedge disc are regularly made in the Outside Screw and Yoke pattern, with screwed ends in sizes 2 to 6-inch Outside Screw and Yoke Screwed Sizes 2 to 6-inch Flanged Sizes 2 to 12-inch With Brass Seats and Brass Stem or All-Iron With Brass Seats and Brass Stem or All-1 ron inclusive and with flanged ends in sizes 2 to 12-inch inclusive. They are avail able with brass seating surfaces and brass stems or in all-iron construction. Dimensions:. The dimensions of these valves are the same as those of Standard Iron Body Wedge Gate Valves with solid wedge disc; see page 106. Standard Iron Body Gate Valves For Marine Service The many improvements made in the new flanged end Standard Iron Body Wedge Gate Valves make them ideal for Marine service. To comply fully with Marine Specifications, they can be fur nished with a solid brass disc, with bronze gland.bolts, and, in the Non-Rising aem pattern, with an approved type indicator. % 4467, Flanged Non-Rising Stem Typical of the Marihe valves is the No. 4467 illustrated at the left. Equipped with an indicator and a single side cleariout, it is particularly suited for cargo oil systems. The body has tapped and plugged bosses suitable for steaming-out connections'-' For complete description of the No. 4467 as well as other Standard Iron Body Wedge Gate Valves for Marine service, see page 468. Standard Iron Body Gate Valves For Process Industries Included in the Crane line of Standard Iron Body Wedge Gate Valves are alloy cast iron valves suitable for service in process industries. Made with alloy cast iron body and either Exelloy or 18-8 Mo Alloy trimming, process industry valves are similar in design and construction to the Standard Valves described on the preceding pages. They are available with flanged ends only in both the Non-Rising Stem and the Outside Screw and Yoke patterns. The valves are ideal for many in dustrial services where superior corrosion resistance is desired. For complete description and list prices, see page 456. Outside Screw and Yoke Flanged Exelloy or 18-8 Mo Alloy Trimmed A 106 CRANE Standard Iron Body Wedge Gate Valves For general description of Standard Valves, see pages 101 to 105. Dimensions, in Inches -N- 03 t J lift) i c i L 1T ---------------------- B------------- Flange dimensions and facing: The dimensions and drilling of the end flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q). The flanges are plain faced, witKa^smooth finish. Screwed or Flanged Hub Ends Non-Rising Stem Valves Without By-Pass PL Open Screwed or Flanged O.S. & Y. Valve Without By-Pass Quick Opening Valve, Dimensions "E" and "F" apply also to Quick Opening Valves ! Size Flange's A BCD Bolts | E F No. i Dia. | 2 1 2 1. & 1 % 143/4 1 4 1 % 1 6% ! 7 2% 2% 7 | >%8 5% 4 1 % 1 6% 7% 3 3 7% % I 6 4 1 % 6% 8 3% 3% 8% 13/l6 1 7 8 1 % 73/s 8% 4 4 9 1S/16 1 7% 8 1 5/s 75/s 9 5 5 10 15/l6 1 8% | 8 1 % 8% 10 6 6 U 1 1 9% | 8 1 % 8% 10% 8 8 13% 1 1% 11% 1 8 1 % 10% 11% 10 10 16 | lVl6 14% 1 12 1 Vs ll3/8 13 12 12 19 j 1% 17 12 1 Vs 12S/g 14 14 14 21 | 1% 183/4 | 12 1 1 15 16 16 23% l?/l6 21% 1 16 1 1 18 18 25 1%6 22% 16 1 1% 16 17 20 20 27% l1 Vie! 25 20 1 1% 1' 18 24 24 32 l7/s 29% 20 1 1% I 20 30 30 383/4 2% | 36 | 28 i 1% 36 36 46 2% 423/4 32 1% ' 4 , 24 28 42 42 53 25/s ! 49% | 36- T 1% 33 48 48 59% 23/4 1 56 44 1 1% 36 G H,, J K LM 83/4 3.25| 2.75 | 123/4 143/4 133/8 17 9% 4.66 2.75 15% 19% 25 16% 21% 28% 10% 5.70 3.00 18% 233/4 34% 10% 6.75] 3.00 21% I 283/4 39% 11% 7.80 3.00 23% 32% 44% 13 10.00 3.50 27% 417/s 67 133/4 12.10 3.50 33 50% 70 14% 14.20 3.50 36% 58 733/4 133/4 | 16.50 3.50 42 67% 16 18.75 4.00 48 76% 17 20.87 4.00 493/4 83% 17 23.00| 4.00 54% 91% | 18 27.25 4.00 64 109 24 34.00 4.50 78% 137 27 40.50 4.50 33 46.75 5.00 36 | 53.00 5.00 ! turns: N PQ , open j|| 8 2 8 8V2 f 9 12 2 10% 9 12 ii 10 15% 2 12 23 2 12 23 2 16 29 2 20 41 2 11 13. 17 <| 21 j 20 41 2 20 1 I2 22 2 24 2 24 2 30 3 25% i 30 ; 34 1 38 42%1 50 36 3 95 Face to face: The face to face dimensions of flanged valves conform to the American Petroleum Institute (A.P.I.) Standard, No. 5-G-1, Second Edition, Sep tember, IQ38, for 175-Pound Iron Pipe Line Gate Valves. This Standard includes sizes 2, 2^, 3, 4, 6, 8, 10, and 12-inch. Flanged valves also conform to the American Stand ard for Face to Face Dimensions of Ferrous Flanged Valves (Bi6.io-iq3q), for 125-Pound Cast Iron Wedge Gate Valves. This Standard includes sizes 2 to 24-inch inclusive. By-passes and gearing: Sizes 14-inch and larger should have a by-pass to enable equalizing the pres sure on both sides of the main valve before opening! To facilitate operation, valves 24-inch and largeijj should be equipped with gears. For dimensions of valves equipped with by-pass oij gearing, see pages 116 and 117. Bevel geared valves with by-pass: Bevel gearedj valves with by-pass have the by-pass on the bottom! with the stem of the by-pass valve parallel to the! pinion shaft; see page 116 for illustration. Hub dimensions: The hubs on the hub end valvelj are suitable for Class "D" cast iron pipe. List prices.. . .pages 103 and 104 Thread engagement.. . .page 591 Templates for drilling.. . page 55 CRANE 175-Pound, 250-Pound, and 800-Pound Hydraulic Iron Body Wedge Gate Valves General Description 107 175-Pound Valves........................................... pages 108 and 109 250-Pound Valves........................................... pages 110 and 111 800-Pound Hydraulic Valves..................... pages 112 and 113 Crane 175-Pound, 250-Pound, and 800-Pound Hy draulic Wedge Gate Valves are very similar in con struction, the important differences being in their proportions and in the materials used. The illustrations here show typical valves; the prin cipal variations in construction are explained below. (These illustra tions also are typical of Standard Iron Body Wedge Gate Valves sizes 14-inch and larger; see page 101). Body and bonnet: All lines of valves have oval-shaped bodies and bonnets. Metal sections are more than ample, and the metal is distrib uted to assure maximum strength. In 175-Pound Valves, the body is made of Crane Ferrosteel; the bon net is Ferrosteel in sizes 8-inch and larger, aiqd cast iron in the smaller sizes. z^Pound and 8oo-Pound Hydraulic valves have a Ferrosteel body and bonnet. Wedge disc: The disc is a single casting with tapered faces. Two ribs cast in opposite sides of the body engage machined slots in the disc. They guide the disc, and prevent contact between the seat Non-Rising Stem Valve Brass Trimmed--Open Outside Screw and Yoke Valve Brass Trimmed--Closed ing surfaces until the valve is practically closed. contact with the packing being nickel-plated. Except for certain small size valves having an all brass disc, brass trimmed valves have a cast iron disc with brass seating faces in 175-Pound Valves and Crane Hard Metal seating faces in 250-Pound and 8oo-Pound Hydraulic Valves. The faces are securely rolled into machined dovetails in the disc, assuring tightness under pressure. In all-iron valves, the seating faces are cast integral with the disc. In brass trimmed non-rising stem, the portion of the disc that engages the stem threads is brass-bushed. Body seat rings: In 175-Pound Brass Trimmed Valves, the body seat rings arebrass; and in 250Pound and 800-Pound Hydraulic Valves, Crane Hard Metal. They are screwed into tffie body. All-iron valves are regularly furnished with the seats integral with the body. However, all-iron valves can be furnished with screwed-in body seat rings; prices on application. Stem: In non-rising stem brass trimmed valves, the stem is Crane Cast Manganese Bronze. Outside screw and yoke brass trimmed valves have a rolled brass stem or a nickel-plated steel stem. All-iron valves have a steel stem, the portion in Gland and stuffing box: These valves have a two-piece gland consisting of a gland flange and a gland. This construction prevents binding on the valve stem and assures an even load on the packing. Stuffing boxes are packed with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. In non-rising stem valves, jamming the disc in the wide open position forces the stem collar against the machined top of the bonnet, making a pressure-tight joint. In outside screw and yoke valves, when the valve is jammed wide open, the tapered stem ring engages a tapered machined surface in the under side of the top of the bonnet, forming a tight joint. Yoke: In the smaller size O. S. & Y. valves, the yoke is cast integral .with the bonnet. In the larger sizes, the yoke consists of two halves which are bolted together at the top, and also to the bonnet. Yoke sleeve: The yoke sleeve in outside screw and yoke valves is Crane Cast Manganese Bronze. Wheel: Wheels having a diameter of 24 inches or less are made of malleable iron to assure maximum strength. They have an oval-shaped rim, affording an easy grip. Larger wheels are cast iron. 108 CRANE 175-Pound Ferrosteel Body Wedge Gate Valves Brass Trimmed or All-Iron Size of valve Working Pressures Saturated Cold water. Steam oil, or gas. non-shock Hydrostatic Test Pressures Shell test Seat test 2 to 12" 1175 pounds | 400 pounds |70~0 pounds j 450 pounds Crane 175-Pound 'Ferrosteel Body Wedge Gate Valves are designed to meet the requirements of service more severe than Standard Iron Body Valves can safely withstand but where the use of 250-Pound Valves is not justified. They are of high quality construction and are considerably heavier than the Standard Valves, affording an ample safety factor under all rated service conditions. Body and bonnet: The body and bonnet are rigidly constructed, assuring adequate strength and freedom from distortion. All sizes have Ferrosteel bodies. Sizes 8-inch and larger have Ferrosteel bonnets; smaller sizes have cast iron bonnets. Brass trimmed yalv.es : Brass trimmed valves are recommended for steam, water, or oil, or for use on fluids that do not corrode brass or iron. The brass body rings are screwed into the body. Disc faces are brass and are rolled into the disc. The stem in the non-rising stem valves is made of Cast Manganese Bronze, and the disc is brassbushed where it engages the stem threads. Outside screw and yoke valves have a brass stem or a nickel-plated steel stem, as ordered. The brass stem acts as,,a safeguard against corrosion. All-iron valves: All-iron valves are recommended for oil or gas, or for fluids that corrode brass but not iron. These valves have the seats cast integral with the body and disc. Valves with screwed-in body seat rings can be supplied to order; prices on application. The stem is steel, the portion in contact with the stuffing box being nickel-plated. * Stuffing box: The stuffing box is packed wi^Ji high grade packing and may be repacked while the valve is wide open and under pressure. Gland: The gland is the two-piece type, consisting of a malleable iron gland flange and a brass gland 'in brass trimmed valves, or a nickel-plated steelgland in all-iron valves. By-passes: A by-pass is recommended on 175Pound Valves sizes 8-inch and larger. By-passes are made in "built-up" and "bolted" types. The built-up by-pass is furnished only on valves for steam lines; the bolted by-pass is furnished on valves for water, oil, or gas lines. See page 114 for prices and page 117 for dimensions. Gearing: To facilitate operation, 10 and 12-inch valves can be equipped with gears. See page 115 for prices and page 117 for dimensions. Motor or cylinder operation: Valves installed in inaccessible locations or used for emergency purposes should preferably be equipped with some easy means of operation, such as an electric or air motor drive, or an operating cylinder. For details, see pages 171 to 173. Standards: Flanged valves conform to the A.P.l. Standard, No. 5-G-1, Second Edition, September, 1Q38, for 350-Pound Iron Pipe Line Gate Valves. This Standard includes sizes 2,2^, 3,4,6,8,1 o, and 12-inch. Flanged valves also conform to the American Stand-: ard for Face to Face Dimensions of Ferrous Flanged Valves ` (Bib.io-iq3q), for 175-Lb. Cast Iron Flanged Wedge Gate Valves. This Standard in cludes sizes 2 to 12-inch inclusive. Flange dimensions and facings: The dimensions and drilling of the end flanges conform to the 250-' Pound American Cast Iron Flange Standard (Bi6b-' 1Q28). End flanges are regularly furnished with a l{<j-inch raised face. The raised face is finished with concern trie grooves, approximately 16 grooves per inch-, known as a "serrated" finish-. Valves with male, female, tongue, or groove faces, are made to order; see page 560 for dimensions and' the Crane Discount Sheet for prices. Size 2 2% 3 3% 4 S 6 8 10 12 14 16 18 20 24 Dimensions of Flanges, in Inches A B CD E No. of Dia. of bolts bolts 2 2% 3 3% 4 5 6 8 10 12 13% 151/4 17 19 23 e y2 7y2 s% 9 10 11 12% 15 17% 20% 23 25% 28 30% 36 7/8 1 1% 1%6 1% 1% i%6 1% l7/s 2 2% 2y4 2% 2% 23/4 4%e 4ls/l6 SH/ie 6S/l6 615/is 85/ie ll1S/l6 14% 6 16% 6 181 % 6 21% 6 23% 6 25%6 30% 6 5 57/s 6% 7% 77/g 9% 10% 13 15% 17% 20% 22% 243/4 27 32 8 8 8 8 8 8 12 12 16 16 20 20 24 24 24 % % % % % % % 7/s 1 1% lVs 1% . 1%.. P/4 . 1% Additional description . . . .page 107 CRANE 175-Pound Ferrosteel Body Wedge Gate Valves Brass Trimmed or All-Iron 109 Open Non-Rising Stem Screwed Flanged Outside Screw and Yoke Screwed Flanged No. 500 Brass Seats Brass Stem No. 501 Brass Seats Brass Stem No. 5041/2 Brass Seats Brass Stem No. 505 BrassSeats SteelStem No. 506 All-Iron No. 5051/2 Brass Seats Brass Stem Working pressures and description, see the preceding page. No. 508 All-Iron Screwed or Flanged Non-Rising Stem Screwed or Flanged Outside Screw and Yoke Prices and dimensions of larger sizes will be furnished on application. Size Inches \ List Prices and Dimensions Lis\ Prices, Each | Dimensions, in Inches Non-Rising Stem Outside Screw and Yoke No. 500 No. 501 No. 5041/2 No. 505, l FScrewed or No. 506 Flanged Screwed No. 5051/2, or No. 508 Flanged GH J F. Si D. F. SiD. 2 15.00 2% 17.00 17.50 19.50 24.50 26.50 27.00 51/2 29.00 ' 6 t7i/4 11% 151/4 8 12% 16% 3 *40% 00 23.00 30.50 33.50 1 71/4 t9i/4 141/4 191/2 3% 25.00 28.00 37.00 40.00 1 71/2 10 151/4 21% 4 28.00 33.00 42.50 47.50 1 ' 73/4 IOI/2 17 241/2 5 40.00 45.00 57.00 6 50.00 57.00 69.00 62.00 1 81/2 76.00 1 83/4 11% 20 28% fl3 211/2 323/4 *8 94.00 | 123.00 [I tl41/4 251/2 4H/4 *|10 153.00 | 187.00 || tl6% 32% 501/4 *tl2 195.00 | 237.00 || ' tl7i/2 36I/4 571/2 u-iiiwi aiivj outmiu uav^ a out/ in for prices and page 1 7 for dimensions. {Sizes 10 and 12-inch can be equipped with gears. See page 1 15 for prices and page 17 for dimensions. K 8 8 9 9 10 12 12 14 16 18 No. of turns to open 63/4 8% 10 11% 9 11 25 34 42 50 Drilling: List prices of flanged valves include facing Flange Standard. No deduction is made if valves and drilling to the 250-Pound American Cast Iron are ordered faced only. tImportant Notice Flanged valves in 2, 3, 6, 8, 10, .and 12-inch sizes Unless otherwise ordered, valves with the new face formerly had face to face dimensions other than to face dimensions are furnished. When so desired, those shown above. The new valves having the old dimen dimensions, adopted with the Comparison of Face to Face Dimensions sions can be furnished (for issuance of this catalog, agree with the A.P.I. Standard and the American Ferrous Flanged valve Standard. Size New Old ; 2 3 1 6 | 8 |. 10 1 12 i 71/4 91/41 13 1141/41163/4117% 171/2 91/21 12 1131/21 15 | 16 prices, refer to the Crane Dis count Sheet), but orders must specifically indicate thdt such valves are wanted. By-passes and gearing.. . .pages 114 to 117 Templates for drilling.. . .page 552 Thread engagement... .page 591 no CRANE 250-Pound Ferrosteel Wedge Gate Valves Brass Trimmed or All-Iron Crane 250-Pound Ferrosteel Wedge Gate Valves are admirably suited for a wide vari ety of service conditions requiring the use of rugged, substantially constructed valves. They will give excellent Size of valve Working Pressures Saturated Cold water, steam oil, or gas, non-shock Hydrostatic Test Pressures Shell test Seat test 1V4 to 12" 1 250 pounds 500 pounds 1000 pounds 550 pounds 14 and 16" | 250 pounds 400 pounds 700 pounds 450 pounds 18 to 24" j * 400 pounds 700 pounds 450 pounds *For steam lines larger than 16", Crane 300-Pound Cast Steel Gate Valves are recommended; see page 304. tions should preferably be equipped with some easy means of operation j such as an electric or; air motor drive or anoperating cylinder. See pages 171 to 173. Gearing: To facilitate results on steam lines operation, valves 14- where the pressure and temperature do not require inch and larger should be equipped with gears. See the use of steel valves, on high pressure cold water page 115 for prices and page 117 for dimensions.,- lines, on natural gas lines, oil pipe lines, etc. Standards: Flanged valves conform to the Ameri Ferrosteel body and bonnet: The body and bon can Petroleum Institute (A.P.I.) Standard No.; net are made of Crane Ferrosteel, a high grade iron 5-G-1, Second Edition, September, 1Q38, for 500- approximately 35 per cent stronger than cast iron. Pound Iron Pipe Line Gate Valves. This Standard Metal sections are more than ample, and the metal includes sizes 2, 2)4, 3, 4, 6, 8, 10, and 12-inch. ; is distributed to provide, maximum strength. Brass trimmed valves: Brass trimmed valves are recommended for steam, water, or oil. or for other fluids that do not corrode brass or iron. Flanged valves also conform to the American Stand-/' ard for Face to Face Dimensions of Ferrous Flanged^ Valves (B16.10-1939) fr 250-Lb. Cast Iron Flanged Wedge Gate Valves. This Standard includes sizes The body seat rings are made of Crane Hard Metal, 2 to 12-inch inclusive. a copper-tin bronze of unusual strength and hardness. Flange dimensions and facing: Dimensions and. They are screwed into the body. drilling of end flanges conform to the 250-Pound In sizes 2-inch and smaller, the disc is Crane Special American Cast Iron Flange Standard (Bi6b-1928)/ Brass; in the larger sizes, the disc is cast iron faced End flanges are regularly furnished with a J^-inch, with Crane Hard Metal. raised face. The raised face is finished with concen The stem in non-rising stem vMves is Cast Manga tric grooves, approximately 16 grooves per inch,nese Bronze; the disc is brass-bushed where it engages known as a "serrated" finish. Valves with male, the stem threads, except on the'sizes having a solid female, tongue, Crane Special Brass Disc (134 to 2-inch). or groove faces Outside screw and yoke valves have a brass stem .can be fur or a nickel-plated steel stem, as ordered. The brass nished. Seethe stem serves as a safeguard against corrosion. All-iron valves: All-iron valves are recommended for gas or oil service, or for fluids that corrode brass but not iron. CraneDiscount Sheet for prices and page 560 for dimensions. They have seats cast integral with the body and the disc. Valves with screwed-in body seat rings can be supplied when ordered; prices on application. ^ The stem is steel, the portion in contact with the packing being nickel-plated. Stuffing box and gland: The stuffing box is packed with high grade packing. The valves, when wide open, can be repacked while under pressure. The gland flange is malleable iron or steel; the gland is brass in brass trimmed valves and nickel-plated steel in all-iron valves. ^ By-passes: A by-pass is recommended on 250Pound Valves sizes 6-inch and larger. By-passes are made in ``built-up" and "bolted" types. The built-up by-pass is furnished only on valves for steam lines; the bolted by-pass is furnished on valves for water, oil, or gas lines. See page 114 for prices and page 117 for dimensions. Motor or cylinder operation: Valves used for emergency purposes or installed in inaccessible loca Size m m 2 21/2 3 31/2 4 5 6 8 10 12 14 16 18 20 24 Dimensions of Flanges, in Inches A B C D E No. of bolts I'A 51/4 IV2 6i/s 2 61/2 21/2 71/2 3- 81/4 31/2 9 4 10 5 11 6 121/2 8 15 10 171/2 12 201/2 131/4 23 151/4 251/2 17 | 28 19 1 301/2 23 | 36 % i3/is % 1 li/s l3/ls 11/4 1% 17/16 1% 1% 2 2% 21/4 2% 21/2 2% 31/is 39/is 43/i6 41%; 5h/i6 6s/ie 615/is 8s/ie 911/ig lllS/l6 141/is 16Vie 1815/16 211/16 235/16 259/16 305/16 3% 41/2 5 5% 6% 71/4 77a 91/4 10% 13 151/4 17% 201/4 22i/2 243/4 27 32 4 4 8 8 8 8 8 8 12 12 16 16 20 20 24 24 24 Additional description.. . .page 107 Dia. of bolts 5/s 3/4 3/4 3/4 3A 3/4 % 3/4 . Vs 1 li/s . ll/s 11/4 11/4 11/4 . 11/2. CRANE 250-Pound Ferrosteel Wedge Gate Valves Brass Trimmed or All-Iron 111 "I Screwed or Flanged Non-Rising Stem Non-Rising Stem Screwed No. 2 E Hard Metal Seats Brass Stem No. 4 E All-Iron Non-Rising Stem Flanged No.' 3 E Hard Metal Seats Brass Stem No. 8 E All-Iron Working pressures and description, see the preceding page. Outside Screw and Yoke Screwed No. 6 E Hard Metal Seats Steel Stem No. 6% E Hard Metal Seats Brass Stem No. 10 E All-Iron Outside Screw and Yoke Flanged No. 7E Hard Metal Seats Steel Stem No. 71/2 E Hard Metal Seats Brass Stem No. 14 E All-I ron List Prices, Each \ Screwed or Flanged Non-Rising Stem Outside'^crew and Yoke | Size No. 2E No. 3 E No. 6 E, No. 7 E, I or or No. 6% E, No. 71/2 E, OutsideScrew&Yoke Dimensions, in Inches No. 4 E No. 8E or No. 10 E or No. 14 E Turns Screwed Flanged Screwed Flanged F .G H J K L to Inches F. &D F. & D. | open 1V4 24.00 26.51H 34.50 37.00 5% 6% 91/4 11% 1% 25.00 27.50 35.50 38.00 e% 71/2 9% 13% 2 27.50 30.00 38.50 41.00 7 8% 11 14% 2Vz 33.00 35.50 44.50 47.00 8 91/2 131/4 17% 3 45.00 48.00 58.00 61.00 9 11% 143/4 20% 3% 57.00 60.00 72.00 75.00 10 H% 151/2 22 4 60.00 65.00 78.00 83.00 11 12 171/2 243A 5 85.00 90.00 108.00 113.00 13% 15 20% 293/4 *6 100.00 107.00 124.00 131.00 15% 15% 23 34% *8 155.00 162.00 194.00 201.00 16% 16% 303/4 423% no 250.00 258.00 297,00 305.00 18 18 36 523/4 *12 l 325.00 335.00 410.00 420.00 19% 193/4 393/4 60 *114 | 440.00 540.00 || 221/2 45% 69% *tl6 675.00 300.00 || 24 49 76 *tl8 | 890.00 1030.00 j| 26 52 833/4 r_ *120 1 *124 1075.00 | 1500.00 1250.00 || 1700.00 II 28 56 93 31 68% 112% *Sjzes 6-inch and larger should havd'a by-pass; see page 114 for prices and page 117 for dimensions. [Sizes 14-inch and larger should be geared*; see page 115 for prices anil page 117 for dimensions._____ 6 7 8 9 10 10 12 14 16 20 22 24 24 27 30 30 36 7 13% 8 12 8 15 9 15% 10 14 10 16% 12 18% 14 23 16 27 20 35 22 38 24 46 24 53 27 60 30 67 30 74 36 88 Drilling; List prices of flanged valves include facing Flange Standard. No deduction is made if valves are and drilling to the 250-Pound American Cast Iron ordered faced only. By-passes and gearing... .pages 114 to 117 Templates for drilling.. . page SS2 Thread engagement... .page SSI 112 CRANE 800-Pound Hydraulic Ferrosteel Wedge Gate Valves Brass Trimmed WORKING PRESSURE 800 pounds cold water, oil, or gas, non-shock TEST PRESSURES Shell test --1600 pounds hydrostatic Seat test -- 850 pounds hydrostatic Crane 8oo-Pound Hydraulic Ferrosteel Wedge Gate Valves are recommended for service on water, oil, or gas lines up to 8oo p'ounds cold working pressure, non-shock. Shock: When the valves are used in lines subjected to shock, properly designed shock absorbers should be installed to protect the piping and the valves; see explanation on page 11. Body and bonnet: The body and bonnet of these valves are extremely heavy and rugged. They are made of Crane Ferrosteel. Hard Metal seats: The body seat rings and disc faces are made of Crane Hard Metal, a tough, Mrd, copper-tin bronze having excellent resistance tonvear. The body seat rings are screwed into the body. Stem: The valves are made with a brass stem. The brass stem acts as a safeguard agSinst corrosion. Stuffing box and gland: High grade packing is used in the stuffing box. The valves can be repacked when wide open and under pressure. . The gland con sists of two pieces, a malleable iron gland flange and a brass gland. By-passes: A by-pass is recommended on 860Pound Gate Valves sizes 5-inch and larger. It enables equalizing the pressure on both sides of the disc before opening the main valve. See page 114 for prices and page 117 for dimensions. Gearing: 8oo-Pound Valves 10-inch and larger should be equipped with gears, to facilitate opera tion. The several styles of gearing are shown on page 115. For dimensions of gear-equipped valves, see page 117. 4T Motor or cylinder operation:' Valves installed in inaccessible locations or used for emergency purposes should preferably be equipped with some easy means of operation. An electric or air motor drive, or an operating cylinder, is ideal for this purpose. For description, see pages 171 to 173. Standards: Flanged valves conform to the Ameri can Petroleum Institute (A.P.I.) Standard No. 5-G-1, Second Edition, September, 1938, for 800- Pound Iron Pipe Line Gate Valves. This Standard includes sizes 2, 2J4, 3, 4, 6, 8, 10, and 12-inch. Flanged valves also conform to the American Stand ard for Face to Face Dimensions of Ferrous Flanged Valves (B16.10-1939) for 800-Lb. Hydraulic Cast Iron Flanged Wedge Valves. This Standard includes sizes 2, 2J4, 3, 4, 6, 8, 10, and 12-inch. Flange dimensions and facing: The dimensions and drilling of the end flanges conform to the 800Pound Hydraulic American Cast Iron Flange Stand ard (B16b 1-1931). 8oo-Pound Valves are regularly furnished with a 14-inch male face (large male) on the end flanges. The male face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Valves with female, tongue, or groove faces are made to order. See page 561 for dimensions and the Crane Discount Sheet for prices. Size Dimensions of Flanges, in Inches AB C D E No. of Dia. of bolts bolts 2 2y2 3 4 5 6 8 10 12 2 2% 3 4 5 6 7Vs 9% 113/4 6% 7%, 81/4 10% 13 14 Wh 20 22 1% 1% U/2 1% 21/8 21/4 2% m 3 35/g 41/s 5 63/x8 7% 6 8i/2 105/8 123/4 15 5 5ys 65/8 8i/2 101/2 111/2 13% 17 191/4 8 8 8 8 8 12 12 16 20 5/8 % 3/4 Vs 1. 1 11/8 . 1%4 11/4 Additional description .. . .page 107 1, cranem 800-Pound Hydraulic Ferrosteel Wedge Gate Valves Brass Trimmed For working pressures and description, see the preceding page. i-J-Jb H Open Outside Screw and Yoke Screwed No. 804y2 H Hard Metal Seats Brass Stem Screwed or Flanged These valves an be made to order with a steel stem; prices are furnished on application. Outside Screw and Yoke Flanged No. 8051/2 H Hard Metal Seats Brass Stem Size List Prices, Each List Prices and Dimensions Dimensions, in Inches No. 8041/2 H No. 805i/2 H Screwed Flanged, F.&D. F GH J Inches 2 2% 3 4 *5 *6 *8 *tio *tl2 43.50 65.00 88.00 122.00 162.00 211.00 48.50 73.00 11% 131/2 97.00 - 141/2 129.00 16% 172.00 226.00 18% 20 340.00 11 532.00 1! '# 695.00 11 11% 13 14 17 20 22 26 31 33 18% 20% 23% 28 321/4 363/4 461/4 533/4 633/4 "Sizes 5-inch and larger should have a by-pass. See page 114 for prices and page 117 for dimensions. tSizes 10-inch and larger should be geared. See page 115 for prices and page 117 for dimensions. 10 12 14 16 18 20 24 27 30 No. of turns to open 9% 12 14 18 23 27 30 38% 45 Drilling: Flanged valve^are furnished faced and drilled (F. & D.) unless ordered faced only. List prices include facing and drilling to the 8oo-Pound Hydraulic American Cast Iron Flange Standard. When valves are ordered faced only they are fur nished at the same price as for faced and drilled. By-passes: A by-pass is recommended on 800Pound Gate Valves sizes 5-inch and larger. It enables equalizing the pressure on both sides of the disc before opening the main valve. See page 114 for prices of by-passes and page 117 for dimensions of valves with by-passes. Gearing: These valves in sizes 10 and 12-inch should be equipped with gears, to facilitate operation. The several styles of gears and prices are shown on page 115; dimensions of valves with gears are shown on page 117. By-passes and gearing.. . .pages 114 to 117 Templates for drilling.. . page SS2 Thread engagement.. . page 591 114 CRANE By-Passes for Iron Body Wedge Gate Valves Bolted By-Pass Non-Rising Stem Bolted By-Pass Outside Screw and Yoke Built-Up By-Pass For Steam only ' Bevel geared valves with by-pass have the by-pass on the bottom of the valve, as |r shown in the illustration above. "fl Extra List Prices for Bolted By-Pass Extra List Prices for Built-Up By-Pass For Flanged End Valves Pressure Class of Valve Size of Valve Inches, Size of Non-Rising Stem O. S. & Y. By-Pass By-Pass By-Pass Inches Each Each Pressure Class of Valve Size of Valve Inches Size of By-Pass Inches Built-Up By-Pass Each 14 | 2 Low 16 to 20 | Pressure 24 and 30 [ 3 4 Page 100 36 and 42 | 6 48 | 8 12 and 14 | 2 9 Standard Page 103 16 to 20 | 24 and 30 | 36 and 42 | 3. 4 6 48 | 8 6 1 U/4 175-Pound 8 1 lVz Page 109 10 I IV2 12 | 2 5 and 6 | l1/* 8 | U/2 250-Pound 10 1 iy2 Page 111 12 and 14 | 2 16 to 20 | 3 24 | 4 800-Pound Hydraulic Page 113 5 and 6 | 8 and 10 j 12 | IV* IV2 2 49.00 54. Q0 74.00 80.00 99.00 1 106.00 140.00- | 152.00 190.00 | 208.00 49.00 | '54.00- 74.00 | 80.00 99.00 | 106.00 140.00 | 152.00 190.00 | 208.00 36.00 1 , 43.00 43.00 . / 50.00 50.00 / 58.00 58.00 66.00 43.00 51.00 50.00 58.00 66.00 76.00 75.00 86.00 112.00 , 125.00 16.^.00 180.00 80.00 94.00 115.00 175-Pound Page 109 250-Pound Page 111 6 and 8 10 and 12 5 to 8 10 and 12 14 and 16 % 3/4 IV* 36.00 50.00 43.00 66.00 75.00 When . so ordered, Crane Hub End and Flanged End Iron Body Wedge Gate Valves can be furnished with a by-pass. Extra list prices are shown in the table. By-passes for screwed end valves will be furnished on special order; prices on applica tion. The bolted by-pass will be supplied on Low Pressure, Standard, and 8oo-Pound Valves; also oh 175 and 250-Pound Valves when not specifically ordered for steam. Non-rising stem valves will be equipped with a non-rising stem by-pass; O. S. & Y. valves, with an 0. S. 81 Y. by-pass. The built-up by-pass will be supplied only on 175 and 250-Pound Valves when specifically Dimensions.. . .pages 116 and 117 ordered for steam. Cleanouts and Indicators For Standard Iron Body Wedge Gate Valves Side Cleanout (For Flanged Valves) Size of Extra for Flanged Side Valve Cleanout Inches Each 3 6.50 4 7.50 5 9.00 6 10.50 8 12.00 10 15.00 12 16.50 Cleanouts should be used where sedi ment will accumulate in a valve. They may be either on the side as listed here, or on the bottom. Prices on bottom cleanouts are furnished on application. Needle and Slot Indicator Indicators of the Needle and Slot type may be applied to Standard Non-Rising Stem Valves 12-inch and smaller. Prices on application. Lockup Caps i Lockup Caps Lockup caps can be furnished for any class of Crane Non-Rising Stem Gate Valve. Prices on application. t CRANE 115 Gearing for Iron Body Wedge Gate Valves Style U, Bevel Gearing Non-Rising Stem Style S, Spur Gearing Non-Rising Stem When desired, Crane Iron Body Wedge Gate Valves can be supplied with gears. Extra list prices are shown below. Bevel gearing: Unless otherwise ordered, non-rising stem bevel geared valves are furnished with the pinion shaft extending at right angles to the run of the valve. They can also be furnished with the shaft parallel to the run. With Style N bevel gearing for outside screw and yoke valves, the pinion shaft extends at right angles to the run of the valve; with Style 0, parallel to the run. Unless otherwise ordered, Style N will be furnished. Grease cases and gear covers: Non-rising stem bevel or spur geared valves can be supplied with a grease case com pletely enclosing the gears. A sheet metal guard (not illus trated) can be built around the stuffing box or a pressuretight grease case can be furnished; prices on application. Outside, screw and yoke valves can not be equipped with a grease case, but can be supplied with a gear cover. ' Indicator: Non-rising stem geared valves can be supplied with a worm-gear indicator; prices on application. Style N Bevel Gearing Outside Screw and Yoke Style O Bevel Gearing Outside Screw and Yoke f.VW- Grease Case on Style U Bevel Gearing for y' Non-Rising Stem Vaitfes Worm-Gear Indicator For Non-Rising Stem Valves Prices on application Gear Cover for Outside Screw and Yoke Valves Style P Spur Gearing Outside Screw and Yoke Grease Case on Style S Spur Gearing for Non-Rising Stem Valves Pressure-Tight Grease Case inclosing Stuffing Box and Gland, for Non-Rising Stem Geared Valves Prices on application Pressure Class 'if Valve Size of Extra List Prices per Valve Non-Rising Stem Outside Screw & Yoke Valve Gearing *Grease Gearing *Gear Inches Bevel | Spur Cases Bevel | Spur Covers 14to201 62.00 | 58.00 41.00 66.00| 62.00 41.00 Low Pressure Page 100 24 j 70.00| 66.00 50.00 74.001 70.00 50.00 30 j 78.00| 74.00 62.00 82.001, 78.00 62.00 36 j148-00)140.00 74.00 156.00|148.00 74.00 42 188.001172.00 86.00 204.001188.00 86.00 48 330.00|305.00 100.00 355.001330.00 100.00 12 54.001 50.00 41.00 58.00) 54.00 41.00 14 to 20 62.00 58.00 41.00 66.00| 62.00 41.00 Standard Page 103 24 70.00 66.00 50.00 74.00 70.00 50.00 30 78.00 74.00 62.00 82.00 78.00 62.00 36 148.00 140.00 74.00 156.00 148.00 74.00 42 188.00 172.001 86.00 204.00 188.00 86.00 48 330.00 305.00|100.00 355.00 330.00 100.00 175-Lb. Page 109 10 62.00 58.00| 41.00 66.00 62.00 41.00 12 70.00 66.001 50.00 74.00 70.00 50.00 8 54.00 50.00 41.00 58.00 54.00 41.00 250-Lb. Page 111 10 70.00 66.00 50.00 12 to 16 80.00 76.00 64.00 18&20 93.00 88.00 68.00 74.00 70.00 50.00 84.00 80.00 64.00 98.00 93.00 68.00 24 186.00 176.00 86.00 196.00 186.00 86.00 800-Lb. Hyd. 6 & 8 Page 113 10 &12 66.00 62.00 41.00 78.00 74.00 62.00 *The prices shown for the Grease Cases and for the Gear Covers are in addition to the prices for the Gearing. Stem Protector For Outside Screw and Yoke Valves without Gears Prices on application Dimensions of geared valves, pages 116 and 117. * 116 _____________________________CRANE______________________ Iron and Ferrosteel Wedge Gate Valves with Gearing or By-Pass For dimensions, see the following page. 4 \ The dimensions of Iron and Ferrosteel Wedge Gate Valves equipped with gearing or by-pass are shown on the opposite page. For dimen sions of the same valves without gearing or by-pass,.refer to the following pages: Low Pressure Valves. . ............... see page 100 Standard Valves........................see page 106 175-Pound Valves........................... seepage 109 250-Pound Valves........................... see page 111 800-Pound Hydraulic Valves......... see page 113 Gearing; Equipping the larger size wedge gate valves with gears will greatly facilitate their operation. Gears, both bevel and spur, are available' for a wide range of sizes in each pressure class. Face to face or end to end dimensions of valves with gears are the same as those of valves with out gears; see the pages referred to above. By-passes: The bolted by-rpass is furnished on flanged and hub end valves for \vater, oil, or gas lines and is available in all pressure classes. The built-up by-pass is furnished only on flanged valVSTtrrthe 175 and 250-Pound classes, for steam lines. Center to top and wheel diameter dimensions of valves with by-pass are the same as those of valves without by-g>ass; face to face dimensions are explained below. Face to facev'Sf valves.with by-pass: Low Pressure, Standard in sizes 24-inch and smaller, 175-Pound, 250-Poundf and 8oo-Pound Hy draulic Wedge Gate Valves with by-pass have the same face to" face as the valves without by-pass; these dimensions are repeated on the opposite page for convenience. On sizes larger than 24-inch. Standard Wedge Gate Valves with by-pass have a longer face to face dimension than the same valves without by-pass. Geared valves with by-pass: Spur geared valves with by-pass have the by-pass connected at the side of the valve body. r-H- J jftl Style U Bevel Gearing Low Pressure Standard 175-Pound 250-Pound Style S Spur Gearing Low Pressure Standard 175-Pound 250-Pound Square Operating i Nut for l Hub End j Non-Rising* Stem Geared Valves Standard.S Non-Rising Stem Valves with Bevel or Spur Gears C-->1 Style N Bevel Gearing All Classes Style O Bevel Gearing All Classes Style P i: Spur Gearing All Classes Outside Screw and Yoke Valves with Bevel or Spur Gears Bevel geared valves with by-pass have the by-pass on the bottom, with the stem of the bv-pass valve parallel to the pinion shaft; see illustration above. *Dimension "L" includes the M-inch raised faces on 175 and 250-Pound Flanged Valves and the JT-inch male faces on 800-Pound Hydraulic Flanged Valves. CRANE Iron and Ferrosteel Wedge Gate Valves with Gearing or By-Pass Dimensions, in Inches For list prices, description, and dimensions of valves without gearing or by-pass, see pages 100 to 113. 117 Size of Valve Bevel Geared A B jC Valves with Gears Valves with By-Pass D Spur Geared EFG H T No. of turns to 1 Kj *L open Bolted By-Pass Size J M Built-Up By-Pass Size N Low Pressure Wedge Gate Valves 14 I33H/16I 50% 16 1 38% | 551/4 18 1 421/4 | 61%e 20 1 453/4 | 673/g 24 1 55% j 81* Vis 30 1 64% | 96% 36 1 75% | 1131 s/l6 42 ! 899/ib 1 135% 48 |1019/l6i 153% 11% 12% 123/4 123/4 17 17 20% 23 23 44% 501/4 53% 571/4 69% 79 91 IO&1/4 H8I/4 6 6 6 6 8 8 10% 12 12 53% | 10 59% | 12 65% 12 71% 12 87% ! 14% IO21/4 | 14% 119% ] 17 1411/4 ! 19 1591/4 19 14 18 18 18 22 22 27 30 30 58 1! 66 || 74 1! 83 || 148% || 186 || 259 || 261 || 298% || 1 *13% | *14 1 *14% 1 *15% | *17 | *21 | *24 | *27 j *30 2 3 3 3 4 4 6 6 8 193/4 | 23% | 241/4 | 26I/4 | 281/4 | 34 | 40 | 48 | 49% | | | | | | | | | | Standard Wedge Gate Valves 12 33% | 453/4 123/4 4434 6 50% | 12 18 2 14 37% | 533/4 12% 49% 6 58 | 12 18 2 16 43% | 60% 17 57% 8 66% |14H/1g 22 2 18 45% | 65% 17 59% 8 71 114i% G 22 2 20 49% | 71% 17 63% 8 77 |14i%B 22 2 24 563/4 | 85% 20% 72% 1013/, 903/4 ; 17 27 3 30 70 | 106% 23 86% 12 1113/4 j 19 30 3 36 84% | 122 26% 103 15 128% | 19% 30 3 42 98% | 144 29% 118% 17% 1483/41 223/4 36 3 48 107 | 160 29% 126% 17% 164% | 223/4 36 3 50 II 16 1 60 II 16 1 102 " 19 I 114 II 20 | 127 li 21 | 175 i; 22 | 380 II 30 | 560 II 32 | 390 1! 33 | 450 !| 36 | *14 *15 *16 *17 *18 *20 30 32 33. 36 2 1 19% I 2 1 203/4 | 3 1 24 3 1 25% | 3 1 26% | 4 1 29% ! 4 1 34- | 6 1 41% | 6 1 45% | 8 1 51 | I | I | | | | | | | 175-Pound Wedge Gate Valves 6 11 8 1! 10 30 1 12 l 33% | 403/4 45% 1 1 1 12% 1 12% 1 1 41% 1 44% | 6 6 1 1 45 12 50 12 1 1 18 I 18 I II II 85 || 102 |! 1 *13 I 1V4 1 14% 1 *14% I 1% 1 15% I *16% I 1% 1 17 1 *17% I 2 1 20 % 1 12 % 1 13% 1 1 15 1 1 16% 250-Pound Wedge Gate Valves 5 1 11 6 ; i1 8 25% 35 12% 1 36% 6 39% 12 18 10 293/4 43 15% 1 43 . 7 473/4 13% 20 12 33 48 15% 1 46% 7 53 13% 20 14 38% 55 17 1 52% 8 603/4 14% 22 16 41% 60 17 1 553/4 8 653/4 14% 22 18 44% 66% 20% | 60 lOWie 713/4 17 27 20 48% 73 20% 1 64% 1013/is 78% 17 27 24 59 873/4 23 1 75% 12 93% 19 30 II II 70 || 95 1! 115 i; 159 |! 180 |i 235 || 259 || 352 || *15 1% 143/4 | % 113/4 *15% 1% 15% I % 12% *16% 1% 18 I % *18 1% 19% | 1 *193/4 2 21% 1 1 13% 16% 173/4 *22% 2 23 | 1% 20 *24 3 27 | 1% 21% *26 3 28% | *28 3 29% | *31 4 34 | | 800-Pound Hydraulic Wedge Gate Valves 51 61 81 10 | 12 | 1 11 I 30% 1 12% I 1 373/4 1 15% I ; 44% 1 17 I I 513/4 1 20% | 1 1 11 1 34% 1 12 I 18 | I 423/4 1 13% I 20 | 1 50 11411/isl 22 | 1 57% 1 17 | 27 | 1 II 1 54 || 1 75 li 1 116 li 1 158 || *20 1% 15% I *22 1% 16% I *26 1% 19 I *31 1% 20% 1 *33 2 22% | 1 1 1 1 1 Dimension "L ", the face to face of flanged valves with by-pass, includes the J^-inch raised faces on 175 and 250-Pound Valves and the J^-inch male faces on 800-Pound Hydraulic Valves. Dimensions identified by an asterisk are the same as for valves without by-pass._________________________ ________ -- Prices of gears.. . .page 115 Prices of by-passes... .page 114 Templates for drilling.. .pages 551 and 552 9 118 CRANE For Higher Pressures and Temperatures Use Crane Steel Gate Valves For pressures and temperatures that are beyond the scope of iron valves and for unusually severe services. Crane Co. manufactures a complete line of Cast or Forged Steel Wedge Gate Valves. Of outstanding qual ity, they are made in a wide range of sizes and with screwed, flanged, butt-welding, or socket-welding ends. Crane Steel Gate Valves are available for pressures as high as 2500 pounds at iooo0 F., or 6000 pounds at ioo F. For prices, dimensions, and complete details, see pages 297 to 308. V I- 1 Crane Iron Gate Valves and ; Fittings installed in raw water circulating piping In a power plant. The care and accuracy used in finishing Crane products j assure perfect fitting and ' alignment, even in the most : compact assemblies. * CRANE 119 Iron Body Double Disc Gate Valves \ , A.W.W.A. Valves........................................................ pages 126 and 127 ` Low Pressure Valves.................................................. pages 122 and 123 ''Light Standard Valves................................................pages 124 and 123 Standard Valves.......................................................... pages 128 and i2q 400-Pound W.O.G. Valves........................................ pages 130 and 131 '500-Pound W.O.G. Valves........................................ pages 132 and 133 500-Pound Gas Valves................................................pages 134 and 135 8oo-Pound W.O.G. Valves.....................................,pages 136 and 137 v By-Passes; Cleanouts; Lockup Caps.................................... page 138 Gearing; Grease Cases; Gear. Covers; Stem Protectors.........page 139 Dimensions of Valves with Gearing or By-Pass.. .pages 140 and 141 1* The Crane line of Iron Body Double Disc Gate Valves includes valves for water, oil, or gas pressures up to 800 pounds, also valves for low pressure steam. It includes Brass Trimmed and All-Iron Valves, A.W.W.A. Valves, and 500-Pound Spur Geared Valves especially designed for gas line construction. The uniformly superior quality that distinguishes all Crane products has been maintained in this line. Excellence of de sign, high grade materials, and workmanship of the highest order assure dependability in service. 10 S \ i 120 CRANE Iron Body Double Disc Gate Valves Yoke Sleeve Nut Yoke Yoke Sleeve . Wheel - Gland Flange Gland - Packing Stuffing Box Upper Spreader Stem Spreader Bushing Disc Seat Ring Stem Ring Bonnet Disc Spreader Pin Stem Body 10 Body Seat Ring Lower Spreader Guide Ribs Cast in Body Non-Rising Stem Valve Open ,Flanged end bodies for 4QQ} 500 and 800-Pound W.O.G. Valves have straight through ports; see page 121. Outside Screw and Yoke Valve; Closed The Discs Depending upon the size of the valve and the pressure class, two types of disc construction are used in Crane Iron Bodv Double Disc Gate Valves. Discs with spreaders: The upper spreader, engaging the valve stem, raises and lowers the discs. When the valve is being closed, the lower spreader strikes a stop in the bottom of the body; further rotation of the wheel brings the wedging surfaces of the spreaders into contact, and the spreaders force the discs out ward against the seats. Discs with wedges: A disc nut, engag ing the valve stem, raises and lowers the discs. When the valve is being closed, two hooks, carrying Manganese Bronze wedges, strike a stop in the bottom of the body; further rotation of the wheel forces the wedges between the discs, and the wedges force the discs outward against the seats. Discs with Spreaders . Discs with Wedges i r CRANE 121 General Description The general characteristics of Crane Iron Body and Ferrosteel Double Disc Gate Valves are illustrated on the preceding page- Except for their proportions and for the materials used, the various lines are very similar in construction. Double discs r' The seats in the valves are parallel. The disc mechanism, illustrated and described on the preceding page, assures positive, tight seating and easy opening. Except for certain small size valves having all-brass discs, brass trimmed valves have cast iron or Ferro steel discs with brass or Crane Hard Metal seating faces. The faces are securely rolled into machined dovetails in the discs, assuring tightness under pressure. In all-iron valve-6, the seating faces are cast integral with the discs. . In non-rising stem brass trimmed valves, the portion of the discs that engages the stem threads is brass or brass-bushed. ; -\ In brass trimmed valves with spreader type discs, the lower spreader is brass in the smaller sizes, and cast iron w'ith brass wedging faces in the larger sizes. Body and bonnet: All lines of valves have oval-sh&ped bodies and bajmets.' Metal sections are morehthan ample, and the metal is distributed to assure maximum strength. Flanged end 409, joo,- and 8oo-Pound W.O.G. Valves have straight through, ports, as shown in the illustration at' -the right. The metal sections, adjacent to the bonnet and end flanges are heavily rein forced. Straight Through Ports in Flanged End 400, 500, and 800-Pound W.O.G. Valves Body seat rings: In brass trimmed valves, the ; body seat rings are brass or Crane Flarcl Metal. In brass trimmed Low' Pressure Valves 14-inch and , larger, the body seat rings are rolled into machined : dovetails in the body. In 10 and 12-inch Low Pres sure Valves, and in all brass trimmed valves for ; higher pressures, the body seat rings are screwed , into the body. All-iron valves are regularly furnished with the seats integral with the body. However, they' can be fur bished with screwed-in body seat rings when so I ordered; prices on application. [Stem: The stem in non-rising stem brass trimmed Valves is made of Crane Cast Manganese Bronze or I rolled brass, depending upon the pressure class. I Outside screw and yoke brass trimmed valves are I made with a rolled brass stem. IAll-iron valves have a steel stem: the portion coming lln contact with the packing is nickel-plated. IGland and stuffing box: All valves have a two- piece ball-type gland, consisting of a malleable iron gland flange and a brass gland in brass trimmed valves or a nickel-plated steel gland in all-iron valves. This construction provides for even distribution of the compressive loading on the packing, the balltype bearing between the gland and flange compen sating for unequal adjustment of the bolts. Binding on the valve stem and frequent stuffing box main tenance are avoided. Repacking: These valves, when wide open, can be repacked w'hile under pressure. In non-rising stem valves, jamming the disc in the wide open position forces the stem collar against the machined top of the bonnet, making a pressuretight joint. In outside screw and y'oke valves, when the valve is jammed wide open, the tapered stem ring engages a tapered machined surface in the under side of the top of the bonnet, forming a tight joint. Yoke: In smaller size outside screw and yoke valves, the yoke is cast integral with the bonnet. In larger sizes, the yoke is made in two halves, bolted to the bonnet and bolted together at the top. Yoke sleeve: The yoke sleeve is made of Crane Cast Manganese Bronze. Wheel: Wheels having a diameter of 24 inches or less are made of malleable iron to assure maximum strength. They have an oval-shaped rim, affording an easy grip. Wheels of larger than 24 inches diam eter are cast iron. In non-rising stem valves, the wheel has a tapered square hole fitting the tapered square end of the stem, and is held in place by a steel nut. In outside screw and yoke valves, the hole in the wheel is hexagonal and tapered, and fits the tapered hexagonal top of the yoke sleeve. The wheel is held in place by a malleable iron nut. In both types of valves, the wheel is attached securely, yet can be removed easily. Flange dimensions and facing: The dimensions and drilling of the end flanges on flanged valves con form to the American Cast Iron Flange Standard for their respective working pressures. On Low Pressure, Light Standard, and Standard valves, the flanges are plain faced, with a smooth finish. 4cc-Pound W.O.G.. 500-Pound W.O.G., and 500Pound Gas flanged valves are regularly furnished with a raised face kiG-inch high on the end flanges. Valves with male, female, tongue, or groove faces can be made to order at an additional price. 8oc-Pound W.O.G. flanged valves are regularly fur nished with a j-j-inch male face (large male) on the end flanges. Valves with female, tongue, or groove faces can be made to order, at an additional price. 10 122 CRANE Low Pressure Iron Body Double Disc Gate Valves Brass Trimmed or All-Iron Crane Low Pressure Iron Body Double Disc Gate Valves, illustrated on the opposite page, are admirably suited for a great variety of service conditions that do not require the use of "Standard" weight Working pressures Hydrostatic test pressures Size of valve Flanged valves Saturated Cold Cold water steam gas non-shock Hub end valves Cold Cold water1 gas non-shock1 Flanged or hub end valves Shell test Seat test 10 to 24-inch 25 pounds 25 pounds 50 pounds 25 pounds 50 pounds 1175 pounds 60 pound! 30 & 36-inch 25 pounds 25 pounds 43 pounds 25 pounds 43 pounds 175 pounds 55 pound! 42 & 48-inch 25 pounds 25 pounds 35 pounds 25 pounds 35 pounds |[50 pounds 45 pound: valves. They will give excellent service in low pressure valves should be equipped with gears. See page 13c steam,'.water, or gas lines, in exhaust or condenser for prices and pages 140 and 141 for dimensions. ; piping, in water works, irrigation, filtration, or sewage disposal systems, in pumping engine suction liries, or in by-product coke installations. Motor or cylinder operation: Valves installed if inaccessible locations or used for emergency purposes should be equipped with some easy means of opera= They are short and compact, occupying a minimum tion, such as an electric or air motor drive, or an of space in the pipe line. operating cylinder; see pages 171 to 173. ' In addition to the types listed, the valves can be furnished with spigot ends, with ends for wood pipe, Universal pipe, or Transite pipe, or with combina tions .thereof; hub end outside screw and yoke valves also can be furnished. Prices on application. Brass trimmed valves: Brass trimmed valves are recommended for steam or water lines. The body seat rings are brass. In sizes 10 and 12inch they- are screwed into the body. In the larger sizes they are rolled into the body. When so ordered, screwedUn rings can be furnished in the larger sizes; prices on application. The discs are,cast#ron with a brass face, and the stem is brass. In non-rising stem valves, the portion of the discs that engages the stem threads is brass or brass-bushed. ' '- The valves have a two-piece gland consisting of a brass gland and a malleable iron gland flange. Vacuum or air service: Valves for vacuum exhaust lines or for air service should be specially air-tested an extra charge is made. Unless orders specify aW. tested, water-tested valves are furnished. \ Disc rollers: Brass trimmed valves, 14-inch an<9 larger, ordered for use in a horizontal pipe with thill valve stem horizontal, will be equipped with a bras track in the lower side of the body, and brass rollers* and Brass scrapers in the lower side of the discs. ' Cleanouts: When so ordered, these valves can' bell furnished with cleanouts; see opposite page. ":mt Stem protectors: Outside screw and yoke valves'* can be equipped with a shield around the stem tJE protect the stem threads from accumulations of dusM (illustrated on page 139). Prices on application Bottom outlet valves: Bottom outlet gate valve for turbine exhaust relief and bleeder connection can be made to order; prices on application. Jjj All-iron valves: All-iron valves are recommended for gas or for fluids that corrode brass. The seating surfaces are integral with the body and discs. Valves with screwed-in body seat rings in sizes 24-inch and smaller only, can be made to order; prices on application. The stem is steel and that portion which comes in contact with the packing is nickel-plated. The gland is two-piece and consists of a nickel-plated steel gland and a malleable iron flange. Stuffing boxes: The stuffing boxes are filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Hub end valves: The hubs on hub end valves are suitable for Class "B" cast iron pipe. In place of a wheel, the valves have a square operating nut. By-passes: Sizes 24-inch and larger should have a by-pass, to enable equalizing the pressure on both sides of the valve before opening. See page 138 for prices and pages 140 and 141 for dimensions. Gearing: To facilitate operation, 42 and 48-inch Flange dimensions and facing: The dimension and drilling of the end flanges con form to the 25Pound American Tentative Cast I ron FlangeStandard (B1662-1Q31). J litn i L__ j ----------------------B------------- The flanges are plain faced, with a smooth finish. Size A B C D No. Dial of of 1 On special order, bolts bolts valves can be drilled to the 10 10 16 % 141/4 12 12 12 19 1 17 12 American Cast Iron Flange Standard, Class 125 (Bi6a-iQ39). When so drilled, full face gaskets should be used to avoid distorting the end flanges. 14 14 21 1% 183/4 12 16 16 23% 1% 211/4 16 18 18 25 F/4 223/4 16 20 20 27i/2 1% 25 20 24 24 32 1% 29i/?. 20 30 30 383/4 1% 36 28 36 36 46 1% 4234 32 m42 42 53 491/2 36 48 48 59i/2 2 56 44 3Aj 94'j 34 1 %f % 14 1 .jf Additional description .. . .pages 120 and 121 CRANE Low Pressure Iron Body Double Disc Gate Valves Brass Trimmed or All-Iron For working pressures and description, see the preceding page. 123 Open * Non-Rising Stem Flanged No. 791 Brass Trimmed No. 891 All-Iron Non-Rising Stem Hub Ends No. 798 Brass Trimmed No. 898 : All-Iron Outside Screw and Yoke Flanged No. 7931/2 Brass Trimmed No. 893 All-Iron Non-Rising Stem Valves Without By-Pass E- Flanged Outside Screw and Yoke Valve Without By-Pass The hubs on the hub end valves are suitable for Class "B" cast iron pipe. Cleanout: Values 14-inch and larger can be fitted with two side cleani outs as illustrated j below. Prices are (shown in the 1 table. |The cleanouts fare useful on valves installed in gas lines. They permit passing a rod through the valve between the Seats to dislodge (poke or other pediment. List Prices and Dimensions -Size List Prices, Each Dimensions, in Inches .' Non-Rising Stem O.S.&Y. Extra for Two No. 791 or No. 891 No. 798 No.793% or or No. 898 No. 893 Clean outs Flanged Hub Flanged Per E F G HJ K No. of L turns M to open Inches F. &D. Ends F. & D. Valve 10 128.00 118.00 160.00 9% 113% 12.10 3.50 273/4 47 12 2 22 12 170.00 155.00 212.00 10 12% 14.20 3.50 303/4 541/4 12 2 26 14 238.00 223.00 286.00 51.00 10% 13% 16.10 3.50 331/4 64% 14 2 29 16 332.00 307.00 382.00 51.00 | 11 14% 18.40 4.00 361/4 713/4 14 2 33 18 442.00 417.00 510.00 51.00 ] 11% 14% 20.50 4.00 41 80y4 18 2 38 20 544.00 514.00 615.00 57.00 12 151/4 22.60 4.00 44% 88% 18 2 42 *24 850.00 800.00 950.00 57.00 13 153/4 26.80 4.00 5H/4 104 20 2 49 *30 1530.00 1450.00 1725.00 127.00 14y2 17% 33.00 4.50 621/4 128 22 2 124 *36 2380.00 2270.00 2650.00 127.00 16 18% 39.30 4.87 721/4 1491/4 27 3 147 *t42 3400.00 3260.00 3800.00 1 127.00 171/z 21 45.50 5.00 86% 176% 30 3 131 00 4750.00 4575.00 5300.00 | 150.00 19 22 51.80 5.00 99 201 36 3 149 Dimensions and prices of larger sizes furnished on application. *Sizes 24-inch and larger should have a by-pass; see page 138 for prices and page 141 for dimensions. tSizes 42-inch and larger should be geared; see page 139 for prices and page 141 for dimensions. j double Cleanout Drilling: Flanged valves are furnished faced and drilled (F. & D.) unless ordered faced only. List prices include facing and drilling to the 25-Pound American Tenta- Templates for drilling.. . .page SSI tive Cast Iron Flange Standard. When valves are ordered faced only they will be furnished at the same price as for faced and drilled. By-passes and gearing... .pages 138 to 141 i 124 CRANE Light Standard Iron Body Double Disc Gate Valves Brass Trimmed or All-Iron Size of valve 2 to 24-inch 30 and 36-inch 42 and 48-inch Working pressures Flanged valves 1 Hub end valves |l Cold water, oil, or gas non-shock Coldnowna-stehroocrk gas,, 100 pounds 80 pounds | 60 pounds 100 pounds 80 pounds 60 pounds Hydrostatic test pressures Flanged or hub end valves cS,he,,ll t. es.t 1; eSea.t t. es.t 200 pounds 150 pounds j 120 pounds j 125pounds 100pounds 75pounds Crane Light Standard Iron Body Double Disc Gate Valves, illustrated on the opposite page, are recom mended for service conditions that do not require the use of .'`Standard" weight valves but that are too severe for Low Pressure valves. They are particu larly suitable for moderate water, oil, or gas pressures. In addition to the types listed, the valves can be furnished with spigot ends, with ends for Universal pipe, or with any combination of ends. Hub-end outside screw and yoke valves also can be furnished. Prices on application. page 13Q for prices, 140 and 141 for dimensions. V Motor or cylinder operation: Valves installed in t inaccessible locations or used for emergency purposes should preferably be equipped with some easy means -,L of operation, such as an electric or air motor drive, or an operating cylinder. See pages 171 to 173...^; Air service: Valves for air service should be spe cially air-tested to assure absolute tightness; an extra : charge is made. Orders must specify air-tested, otherwise water-tested valves will be furnished. Brass trimmed valves: Brass trimmed valves are Disc rollers: When Light Standard brass trimmed" recommended for water or oil lines. valves are ordered for use in a horizontal pipe with'- 10 The body seat rings are brass, screwed into the body. the valve stem horizontal, sizes 14-inch and larger will be equipped with a brass track in the lower side tThe discs, in sizes z to 3-inch are brass; in the larger of the body, and with brass rollers and brass scrapers - sizes, they are cast iron with a brass face. in the lower side of the discs. iBrass trimmed valves have a brass stem (Cast Man Cleanouts: When so ordered. Light Standard; ganese Bronze-mmon-rising stem valves); the bonnet Valves 14-inch and larger can be fitted with two- and sunning box-arq brass-bushed where in contact side cleanouts, as shown on the opposite page. witlvxhe stem. In non-rising stem valves, the por tion of the discs that engages the stem threads is brass or brass-bushed. The valves have a two-piece gland consisting of a brass gland and a malleable iron gland flange. Flange dimensions and facing: Dimensions and drilling of end flanges conform to the Amer ican Cast I ron Flange Standard, Class 125 All-iron valves; All-iron valves are recommended for gas or for fluids that corrode brass. The seats are cast integral with the body and discs. (Bi6a-iQ3q). Flanges are plain faced, with a smooth finish. Valves with screwed-in body seat rings can be made to order; prices on application. The stem is steel, and that portion which comes in contact with the packing is nickel-plated. The valves have a two-piece gland consisting of a nickel-plated steel gland and a malleable iron gland flange. Stuffing box: The stuffing boxes are filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Hub end valves: The hubs on hub end valves are suitable for Class "C" cast iron pipe. In place of a wheel, the valves have a square operating nut. By-passes: Sizes 18-inch and larger should have a by-pass, to enable equalizing the pressure on both sides of the valve before opening. See page 138 for prices and pages 140 and 141 for dimensions. Gearing: To facilitate operation, valves 30-inch and larger should be equipped with gears. Refer to Size 2 2% 3 4 5 6 8 10 12 14 16 18 20 24 30 36 42 48 Dimensions of Flanges, in Inches A B c i p. 1 No. of IDia. of | bolts | bolts 26 21/2 1 7 3 i 71/2 419 5 1 io 6 1 11 8 1 131/2 10 ! 16 12 ! 19 14 ! 21 16 : 231/2 18 ! 25 20 ' 271/2 24 ! 32 30 ! 383/4 36 ! 46 42 ` 53 48 ' 591/2 % ! 4% : 4 % 11/16 51/2 1 4 % 3/4 61 4 % is/is 71/2 I 8 ! % 00 lS/l6 8 ! 3/4 1 91/2 ; 8 : 3/4 li/s 11% 1 8 ! 3/4 l3/l6 141/4 : 12 : Vs 11/4 17 ; 12 ! Vs . 1% 183/4 1 12 i l l7/l6 211/4 1 16 ! 1 l9/l6 223/4 i 16 ! li/s 111/16 25 ' 20 1 li/s 1% 291/2 : 20 1 HA . 21/s 36 28 ! HA 2% 423/4 ; 32 1 FA 2% 491/2 I 36 1 1% .. 23/4 56 | 44 1 11/2 Additional description . . .pages 120 and 121 J r~ CRANE Light Standard Iron Body Double Disc Gate Valves Brass Trimmed or All-Iron For working pressures and description, see the preceding page. 125 -H Non-Rising Stem Flanged No. 776 Brass Trimmed No. 779 All-Iron Cleanouts :When so ordered, Light Standard Valves 14-inch and larger can be fitted with two side cleanouts as illustrated be low. Prices are shotvn in the table. The cleanouts are useful on valves installed in gas lines. They per mit passing a rod through the valve between the seats to dislodge coke or other sediment. Non-Rising Stem Flub Ends No. 777 Brass Trimmed No. 780 All-Iron Outside Screw and Yoke Flanged No. 778 Brass Trimmed No. 781 All Iron Flanged Hub Ends Non-Rising Stem Valves Without By-Pass -E---- Flanged Outside Screw and Yoke Valve Without Bv-Pass The hubs on the hub end valves are suitable for Class "C" cast iron pipe. List Prices and Dimensions Size List Prices, Each Dimensions, in Inches Non-Rising StemJO.S.&Y. Extra | No. No. 776 ] No. 777 ; No. 778 for Two! of or ; or ' or No. 779 ! No. 780 ' No. 781 Clean- | outs j E F GH J turns K L M N to Flanged 1 Hub ! Flanged Per open Inches F.&D. | Ends | F.&D. Valve 1 2 20.00 | 19.00 | 26.00 2% 25.00 j 1 32.50 51/2 8%| 3.2513.00 11% 14 6 7 2 71/2 1! 6 ; ! n% 16 6 71 9 3 30.00 ! 26.00 | 37.50 I II 6% 110y4 4.66! 3.501 13i/4 18% 8 8 I 2 101/2 4 38.00 i 33.00 i 47.50 II 8 11% 5.70)4.001 15% 22% 9 9 2 I 131/2 5 51.00 j 46.00 ; 64.00 1 ; 81/2:121/4 6.70!4.00| 171/4 271/4 9 9 1 2 16% 6 60.00 ! 55.00 ; 75.00! !| 83/4 ; 12i/2 7.80)4.00. 20 311/4 10 101 2 1 131/4 8 90.00 j 85.00 ; 112.00 10 131/4 10.00)4.001 243/4 401/2 12 12 2 171/2 10 128.00 , 118.00 . 160.00 11 14 12.loj4.0oj 281/4 473/4 12 12 2 22 12 170.00 i 155.00 | 212.00 . 12 141/2 14.20|4.00| 32% 56 14 14 2 26 14 238.00 ; 223.00 ; 286.00 i 51.00 >131/21151/4 16.45|4.00l 353,4 621/2 14 14 2 .30 16 332.00 ; 307.00 i 382.00 1 51.00 15 1151/2 18.80(4.00j 40% 7H/4 16 16 2 34 "18 442.00 | 417.00 | 510.00 | 51.00 i!16i/2|16i/2 20.92|4.00 44 783/4 18 18 2 38 `20 544.00 i 514.00 ! 615.00 | 57.00 1! 18 18 23.06(4.00 481/2 , 86% 20 20 2 42 *24 , 850.00 800.00 950.00 | 57.00 HI91/2U9i/2|27.32|4.00i 57 11021% 24 24 2 501/2 *t30 | 1530.00 1450.00 1725.00 | 127.00 ! 23 | 23 |33.40|4.50| 721/4 |130V4 30|30 3 631/2 *t36 i 2380.00 j 2270.00 2650.00 | 127.00 ||25i/2|25i/2|39.70,4.50 | 86 1533/4 36(36 3 114 *|42 J 3400.00 3260.00 3800.00 | 127.00 : 28 | 28 |46.10;5.00| 1 1 *t48 | 4750.00 4575.00 5300.00 1 150.00 1 32 j 32 [52.40,5.00| 1 *Sizes 18" and larger should have a by pass. oee page Do lor p tSizes 30" and larger should be geared. See page 139 for prices ; and ] 141 for dimensions. Drilling: List prices of flanged valves When valves are ordered faced only they ----- include facing and drilling to the American will be furnished at the same price as for Double Cleanout Cast Iron Flange Standard, Class 12>. faced and drilled. err*plaies for drilling .page 551 By-passes and gearing pages 138 to 141 Prices of larger sizes on application 126 CRANE A.W.W.A. Iron Body Double Disc Gate Valves Brass Trimmed Sizes |_________Working Pressures| Hydrostatic Test Pressures 2 to 12" | 200 pounds cold water, non-shock | 350 pounds, shell -- 225 pounds, seat 14 to 48" j 150 pounds cold water, non-shock | 300 pounds, shell -- 175 pounds, seat Non-Rising Stem No. 480%, Hub Ends The design and materials of the valves described on this page comply with specifica tions for Gate Valves for Ordinary Water Works Serv ice, effective May i, IQ3Q, as adopted]ointly by theAmeri can Water Works Associa tion and the New England Water Works Association. In addition to the valves illustrated, the complete Crane line includes a wide assortment of similarly con structed valves having other types of end connections. Valves regularly furnished are listed in the table below. Cross Section Non-Rising Stem Body and bonnet: The body and bonnet, oval in shape with uniformly thick metal sections to. provide maximum strength, are made of cast ` iron in the smaller sizes and - of Ferrosteel in the larger sizes. Flanged bodies have straight-through ports per mitting uninterrupted fluid flow; tie ribs between the bonnet flange and end flanges assure proper sup port of the body and guard against line strains. Prices on application. List of A.W.W.A. Valve Types and Sizes Dimensions are shown on the opposite page. Catalog Nos. Non- Outside Rising Screw Stem & Yoke End Connections Sizes Available 480%! 2490y2 Hub Ends 2 to 48-inch 2480 2490 Hub and Spigot Ends 2 to 24-inch 2481 2491 Hub and Flanged Ends 2 to 24-inch 2482 2492 Flanged and Spigot Ends 2 to 24-inch 2483 2493 Spigot Ends 2 to 24-inch 2484 2494 Screwed Ends 2 to 12-inch 2485 2495 Flanged Ends 2 to 48-inch 2486 2496 Hubs for Concrete Pipe 4 to 48-inch 2487 2497 Hubs for Transite Pipe 2 to 36-inch 2488 2498 Dayton Ends 2 to 24-inch 2489 2499 Universal Ends 2 to 24-inch 2489%! For Tapping Service 2 to 12-inch Other styles and larger sizes can be furnished. Outside Screw and Yoke] No. 2495, Flanged A wearing quality. A brass*: bushed stem collar, set between graphited stem bearings, assures lon| trouble-free service. Out*; side screw and yoke valves; have a brass stem and a; brass stem hole bushing. Gland and stuffing box; The valves have a twopiece gland consisting of a brass gland and a malleable iron gland flange. Zincplated gland bolts arid brass gland bolt nuts eliminate the possibility of; corrosion. Double discs: The parallel seat and double disc construction contributes to the accurate operation of these valves. Brass wedges, controlled by hooks, exert equal pressure on the discs and act independ ently of the stem nut, thus eliminating the possi bility of binding or stripping s'tem threads. Angular in design, the wedges provide instant release of the entire wedging mechanism at the first movement of the stem. Seats and discs: The body seat rings, made of brass, are screwed into the body. The discs in sizes 3-inch and smaller are brass; in the larger sizes, they are made with a brass face. The stuffing box is filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Hub dimensions: The hubs on hub end valves arej suitable for Class "D" cast iron pipe. Disc rollers: When valves, sizes 16-inch and larger, J are to be installed horizontally, they are equipped! Jwith a brass track in the lower side of the body, and! with brass rollers and brass scrapers in the lower side of the discs. By-passes: Sizes 16-inch and larger can be equippedj with a by-pass when so ordered. ' Stem: Non-rising stem valves have a stem made of Gearing: To facilitate operation, sizes 24-inch and| Crane Cast Manganese Bronze, an alloy of unusually larger should be equipped with gears. Dimension? high tensile and torsional strength with excellent are shown on the opposite page. CRANE 127 Dimensions of A.W.W.A. Gate Valves, in Inches Flange dimensions and facing: The dimensions and drilling of the end flanges on flanged valves conform to the American Cast Iron Flange Standard, Class 125 (B16a-1939). The flanges are plain faced, withasmooth finish. Non-Rising Stem Hub Ends Non-Rising Stem Flanged Outside Screw and Yoke Flanged Dimension "N", showing clearance of by-pass, also applies to valves having the by-pass installed on the bottom. Flanges EF Size A B C D With With With With Bolts out by out by No. I Dia. by-pass pass by-pass pass G H J K L 2 2 6 % 4% 4 % 7 91/4 1 3.38 3.00 13% 133/4 8 3 3 71/2 % 6 4 % 8 11 1 4.66 3.50 116% 17% 9 4 4 9 15/l6 7% 8 5/s 9 121/4 I 5.70 4.00 18% 21% 10 6 6 11 1 9% 8 % 10% 131/4 i 7.80 4.00 221/4 30% 12 8 8 13% 1% 11% 8 3/4 11% 133/4 | 10.00 4.00 253/4 39% 14 10 10 16 1%6 141/4 12 7s 13 14% I 12.10 4.00 30% 481/4 16 12 12 19 1V4 17 12 7s 14 18 15 20% 14.20 4.00 34 551/4 18 14 14 21 1% 18% 12 1 153/4 18% 16% 20% 16.45 4.00 391/4 663/i 20 16 16 23% 1%6 211/4 16 1 17 26% 17 21% 18.80 4.00 44% 74 22 18 18 25 lS/l6 223/4 16 ll/s 18% 27 18 22% 20.92 4.00 | 48 82% 24 20 20 27% l11/l6 25 20 ll/s 20 28 19 24 23.06 4.00 1 51% 92 24 24 24 32 l7/s 29% 20 11/4 24 32 21 27% 27.32 4.00 63% 10934 30 30 30 383/4 2% 36 28 11/4 24 3234 24 323/4 33.74 4.50 76 137 36 36 36 46 2% 423/4 32 iy2 28 33% 27 38% 40.16 4.50 | 42 42 53 2% 49% 36 1% 33 34 33 417s 46.58 5.00| 48 48 59% 234 56 44 i%t 36 36 36 47% 52.98 5.00| Size M N of by pass 2 2 2 2 2 2 2 211/4 2 2 221/4 2 2 25% 3 2 267s 3 2 281/4 3 3 321/4 4 3 37% 4 3 44% 6 3 48 6 3 55% 8 *Valves With Gears Non-Rising Stem Valves ^Dimensions not given for valves with gears are the same as those shown for valves without gears. These valves are regularly made to open to the left; can be made to open to the right when so ordered. 128 CRANE Standard Iron Body Double Disc Gate Valves Brass Trimmed or All-Iron WORKING PRESSURES 2 to 1z-inch --200 pounds cold water, oil, or gas, non-shock 14 to 24-inch -- 150 pounds cold water, oil, or gas, non-shock Crane Standard Iron Body HYDROSTATIC TEST PRESSURES should preferably be equippe| Double Disc Gate Valves, illustratedon the opposite page, are especially recommended 2 to 12-inch--350-pound shell test 225-pound seat test 14 to 24-inch- 250-pound shell test with some easy means of opes ation. An electric or ail motor drive, or an operating for use in the oil and gas indus 175-pound seat test cylinder, is ideal for thjj try, and for water lines requir purpose. For details, ssf ing rugged, substantially con Air tested pages 171 to 173. structed valves. In oil or gas fields, in oil refineries, and in stations for storing Cleanouts: For use on lines carrying an unusual? and dispensing gasoline or oil, they are exceptionally amount of sediment, tarry fluids, etc., flanged valve*? well suited for general utility service in oil. gas. or can be equipped with a cleanout on the side of the;, water lines. body to facilitate cleaning: see page 138. ), Brass trimmed valves: Brass trimmed valves are Standards: Flanged valves without by-pass con-! recommended for water, oil, or gas lines. form to the A.P.I. Standard No. y-G-r, Second Edi tion, September, 1Q38, for 175-Pound Iron Pi] The body seat rings-are brass, screwed into the body. Line Gate Valves. This Standard includes sizes 10 Tne discs in sizes 2 to 3J/Tinch are brass; in the 2V, 3. 4. b, 8, 10. and 12-inch. larger sizes, they are cast iron with a brass face. Brass t-fimmed valves have a brass stem (Cast Man ganese Bronze in non-rising stem valves). In non rising stem valves, the portion of the discs that en gages the stem threads is brass or brass-bushed. Flange'd valves without by-pass also conform to tjhl American Standard for Face to Face Dimensions if Ferrous Flanged Valves (B16.10-1939), for 125-Ll Cast Iron Flanged Double Disc Gate Valves. Th| Standard includes sizes 2 to 12-inch inclusive. All-iron valves: All-iron valves are recommended for oil or gas, or for fluids that corrode brass. The seats are cast integral with the body and discs. Valves with screwed-in body seat rings can be made to order; prices on application. Flange dimensions and facing: The dimension and drilling of the end flanges conform to the Amg ican Cast Iron Flange Standard, Class 125 (Br6| 1939). The flanges are plain faced, with a smofif finish. The stem is steel, and that portion which comes in contact with the packing is nickel-plated. Stuffing box: The stuffing boxes are filled with high grade packing. The valves, when wide open, can be repacked while under pressure. [\\ life HP 1 LJ ---------------------B------------ -1 Gland: The gland is the two-piece type, consisting of a malleable iron gland flange and a brass gland in brass trimmed valves or a nickel-plated steel gland in all-iron valves. Hub end valves: Hub end valves conforming to the American Water Works Association specifications can be made to order; see page 126 for description. By-passes: Sizes 14-inch and larger should have a by-pass, to enable equalizing the pressure on both sides of the valve before opening. See page 138 for prices and pages 140 and 141 for dimensions. Gearing: To facilitate operating the valve, sizes 24-inch and larger should be equipped with gears. See page 13Q for prices, 140 and 141 for dimensions. Motor or cylinder operation: Valves installed in inaccessible locations or used for emergency purposes Additional description Size 1 1 21 2% ' 3 3%> 4 5 6 8 10 12 14 16 18 20 24 1 Dimensions of Flanges, in Inches A B C D No. of Dia. ( bolts bolfef 2 21/2 i 6 7 3 1 71/2 3% 8% 49 5 10 6 11 8 13V2 10 16 12 19 14 21 16 231/2 18 25 20 271/2 24 32 % 1Vl6 % 13/l6 1%8 1S/l6 1 U/8 1%6 11/4 1% l7/l6 1%6 111/16 1% 4% 51/2 6 7 71/2 81/2 91/2 11% 141/4 17 18% 211/4 22% 25 291/2 4 %( 4 ZM 4m 8 n0 8 8 1___%} 8 81 12 %J 12 % 12 1 < 16 1 16 20 20 iM pages 120 and 121 CRANE Standard Iron Body Double Disc Gate Valves Brass Trimmed or All-Iron Working pressures and description, see the preceding page. = x. T ` J rI, 129 1 Mon-Rising Stem Valves Screwed Flanged No. 4S0 Brass Trimmed No. 4S1 Brass Trimmed No. 1080 All-Iron No. 1081 All-Iron Outside Screw and Yoke Valves Screwed Flanged No. 482 Brass Trimmed No. 483 Brass Trimmed No. 1082 All-Iron No. 1083 All-Iron Non-Rising Stem Valves Without By-Pass -E- -F------ -i Outside Screw and Yoke Valves Without By-Pass List Prices and Dimensions Size Inches List Prices, Each Non-Rising Stem Outside Screw and Yoke | No. 480 or No. 1080 Screwed No. 481 or No. 1081 Flanged, F. & D. No. 482 or No. 1082 Screwed No. 483 or 1 No. 1083 Flanged, F. & D. | E Dimensions, in Inches F G HJ 2 2% 3 3% 4 5 6 8 -A* 12 *14 *16 L *18 :~~*2o f *124 19.00 24.00 28.50 32.50 36.00 48.50 57.00 90.00 128.00 170.00 20.00 25.00 30.00 34.00 38.00 51.00 60.00 90.00 128.00 170.00 238.00 332.00 442.00 544.00 850.00 25.00 31.50 36.00 41.00 45.50 61.50 72.00 112.00 160.00 212.00 26.0032.50 37.50 42.50 47.50 64.00 75.00 112.00 160.00 212.00 286.00 382.00 510.00 615.00 950.00 51/2 |! 6Vi |i 7 || 7% || 71/2 11 ny4 || 12% |j 13% 15% || || |! || i| 17 t7% 18 181/2 19 110 tl0y2 111% 113 114 15% 17 18% 20 24 12 12% 14 151/4 171/4 191/2 21 26 30 341/4 40 451/4 48% 521/2 631/2 to 00 14% 16 19 211/4 231/4 32 41 493/4 57 663/4 75% 831/2 93 1093/4 8 8 9 9 10 12 12 14 16 18 20 22 24 24 30 gt-arger |*Sizes sizes, prices 14-inch and laanrgdedr ismheonusldionhsavoena-aap1bp_pypl-_ilepi_csaa.Cbtbio. nwuc-t, jjago ifuotr prices and pages 140 and 141 for dimensions. |1Size 24-inch should be geared. See page 139 for prices and pages 140 and 141 for dimensions. No. of turns to open 71/2 9 101/2 12 9 11 13 18 22 26 31 35 39 44 52 grilling: Flanged valves are furnished faced and drilled (F. & D.) unless ordered faced only. List [prices include facing and drilling to the American Cast Iron Flange Standard, Class 125. When valves are ordered faced only, they will be furnished at the same price as for faced and drilled. fImportant Notice danged valves without by-pass formerly had face to Unless otherwise ordered, valves with the new face !~fe dimensions different from those shown above, to face dimension are furnished. Valves having the Fhe new dimensions, old dimension can be fur Idopted with the issuance Comparison of Face to Face Dimensions nished (for prices, refer this catalog agree with Size | 2 1 21/2 | 3 1 31/2 | 4 | 5 | 6 | 8 | 10 1 12 to the Crane Discount Mp A.P.I. Standard and joe American Ferrous flanged Valve Standard. New j 7 1 71/2 | 8 11 81/2 | 9 | 10 1101/21III/21 13 | 14 Old 1 5%| 61/4 ' 6% 11 71/2 | 81/4 1103/4111 % 131/41133/4114% Templates for drilling, .page SSI Sheet), but orders must specifically indicate that such valves are wanted. By-passes and gearing .pages 138 to 141 Thread Engagement page S91 130 CRANE 400-Pound W.O.G. j1 '4 Ferrosteel Double Disc Gate Valves Brass Trimmed, or All-Iron WORKING PRESSURE Crane 400-Pound W.O.G. 400 pounds cojd water, oil, or gas, non-shock The various styles of gear! Ferrosteel Double Disc ing are illustrated and listeJ Gate Valves, illustrated on the opposite page, are of the pressure class formerly known commercially as HYDROSTATIC TEST PRESSURES 700-pound shell test ' 450-pound seat test on page 139. For dimerff sions, see 140 and 141. Motor or cylinder opera "700-Pound Test" valves. They are especially recom Air tested ation: Valves installed if inaccessible locations' mended for use in the oil -used for emergency po and gas industry. In oil or gas fields, in oil refineries, poses should preferably be equipped with some eaSi in pump houses, or in pipe lines, they are well suited means of operation. An electric or air motor driyj for service where the pressures and operating con or an operating cylinder, is ideal for this pur ditions require the use of somewhat heavier iron body For description, see pages 171 to 173. valves than "Standard" weight. Ferrosteel body and bonnet: The body and bon net are made of Crane Ferrosteel, a high grade iron having a tensile strength approximately 3 5 per cent greater than that of cast iron. This assures added strength and rigidity in these parts. Standards: Flanged valves without by-pass corf form to the American Petroleum Institute (A.P.lf Standard No. 5-G-1,- Second Edition, Septembe 1938, for 350-Pound Iron Pipe Line Gate ValveJ Flanged valves without by-pass also conform to tfj American Standard for Face to Face Dimensions/ Flanged valves have straight-through ports. Metal sections adjacent to the bonnet flange and end flange are heavily reinforced to provide maximum safety. Brass trimmed valves: Brass trimmed valves are recommended for water, oil, or gas lines. Ferrous Flanged Valves (B16.10-1939), for i7?-i)| Cast Jron Flanged Double Disc Gate Valves. Flange dimensions and facing: The dimension and drilling of the end flanges conform to tf 250-Pound American Cast Iron Flange Standa| (B16b-1928). The body seat rings are brass, screwed into the body. The discs in sizes 2 to 3-inch are brass; in the larger sizes, they are cast iron with a brass face. The valves have a brass stem (Cast Manganese Bronze in non-rising stem valves). In non-rising stem valves, the portion of the discs that engages the stem threads is brass or brass-bushed. End flanges are regularly furnished with a raised face. The raised face is finished with co| centric grooves, approximately 16 grooves per ind known as a "serrated" finish. Valves with male, female, tongue, or groove faces ai made to order. See the Crane Discount Sheet ff prices and page 560 for dimensions. All-iron valves: All-iron valves are recommended for oil or gas, or for fluids that corrode brass. The seats are cast integral with the body and discs. Valves with screwed-in body seat rings can be made to order; prices on application. The stem is steel, and that portiori which comes in contact with the packing is nickel-plated. Stuffing box: The stuffing boxes are filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Gland: The gland is the two-piece type, consisting of a malleable iron gland flange and a brass gland in brass trimmed valves or a nickel-plated steel giand in all-iron valves. By-passes: Sizes 8-inch and larger should have a by-pass, to enable equalizing the pressure on both sides of the valve before opening. See page 138 for prices and pages 140 and 141 for dimensions. Gearing: When so ordered, sizes 10 and 12-inch can be equipped with gears to facilitate operation. Size 2- 2% 3 4 6 8 10 12 Dimensions of Flanges, in Inches A |B CD E No. of Dia. ] bolts bolt 2 ! 6% , 7/s 2% : 7% 1 43/is 5 41S/l6 5% 3 : 8% 1% 5n/l6 6% 4 1 10 iy4 0ls/l6 7Vs 6 ! 12% ! IVis 1 91 Vis 10% 8 1 15 i i% mls/i6 13 10 ! 17% 1 i% 1 14% 6 15% 12 > 20% ! 2 1 167/ig 173/4 8' 8M 8 8% i12 12 16 M 16 ii Additional description . . .pages 120 and 121 CRANE 400-Pound W.O.G. Ferfosteel Double Disc Gate Valves Brass Trimmed or All-Iron For working pressures and description, see the preceding page. -sSt. r~K 31 331 r\ 131 Non-Rising Stem Valves, Screwed Flanged No. 754 Brass Trimmed No. 755 Brass Trimmed No. 7541/2 All-Iron No. 755l/2 All-Iron Outside Screw and Yoke Valves Screwed Flanged No. 756 Brass Trimmed No. 757 Brass Trimmed No. 7561/2 All-Iron No. 7571/2 All-Iron Screwed or Flanged Non-Rising Stem Valves Without Bv-Pass Screwed or Flanged Outside Screw and Yoke Valves Without By-Pass List Prices and Dimensions Size List Prices, Each Dimensions, in Inches Non-Rising Stem Outside Screw and Yoke j No. 754 No. 755 No. 756 No. 757 | or or or or I F G H J No. 7541/2 No. 7551/2 No. 7561/z No. 757i/2 Screwed Flanged Screwed Flanged 1 Inches F.D.&S.F. F.D.&S.F. | 2 21/2 3 4 6 *8 *10 - *12 33.00 42.50 ` 49.50 63.00 99.00 34.00 . 43.50 , 51.00 65.00 102.00 153.00 218.00 290.00 43.00 55.50 62.50 79.00 124.00 44.00 56.50 64.00 81.00 127.00 191.00 272.00 362.00 |6 6% 71/4 7% | IOI/2 || 71/4 8 91/4 tlOi/2 13 141/4 163/4 171/2 11% 12% 14 171/4 221/2 26 301/2 34 141/2 16 191/4 24 321/4 42 51 581/4 `Larger sizes, prices and dimensions on application. Sizes 8-inch and larger should have a by-pass. See page 138 for prices and pages 140 and 141 for dimensions. K 8 8 9 10 12 14 16 18 No. of turns to open 7 9 101/4 9 13 35 421/2 51 grilling: Prices' of flanged valves include facing and Flange Standard, and spot facing; no deduction is drilling to the 250-Pound American Cast Iron made if valves are ordered faced only. fImportant Notice Flanged valves ivithout by-pass in the 4-inch size Unless otherwise- o- rdered. valves with the new face formerly had a face to face dimension to face dimension will be furnished. different from that shown above. The Comparison of Valves having the old dimension can dimension, adopted with the Face to Face Dimensions be furnished (for prices, refer to the issuance of this catalog, agrees with Size 14 Crane Discount Sheet), but orders flie A.P.I. Standard and the American New i I01/2 must specifically indicate that such valves Ferrous Flanged Valve Standard. Old ! 91/2 are wanted. By- os and gearing.. . .pages 138 to 141 Templates for drilling.. . .page SS2 Thread engagement.. . .page 591 132 CRANE 500-Pound W.O.G. Ferrosteel Double Disc Gate Valves Brass Trimmed or All-Iron WORKING PRESSURE Crane 500-Pound W.O.G. 500 pounds cold water, oil, or gas, non-shock Gearing: Sizes 8-inch and Ferrosteel Double Disc larger can be equipped with Gate Valves, shown .on the HYDROSTATIC TEST PRESSURES gears; see page 130 for" opposite - page, are of the pressure class formerly known commercially as 1000-pound shell test 550-pound seat test prices and pages 140 and . 141 for dimensions. " iooo-Pound Test" valves. They are especially suit Air tested Motor or cylinder oper ation: Valves installed in able for use in oil or gas inaccessible locations or fields, in oil refineries, in pump houses, in pipe lines, used for emergency purposes should preferably be in high pressure water lines, or for similar service equipped with.some easy means of operation, such as < requiring heavy, massive iron body valves. an electric or air motor drive, or an operating cyl Rugged construction: All parts are unusually rug inder. For details, see pages 171 to 173. ged. assuring a high factor of safety in operation. Standards: Flanged valves without by-pass in all. Ferrosteel body and bonnet: The body and bon net are made of Crane Ferrosteel. a high grade iron approximately 35 per cent stronger than cast iron. The metal sections are heavy, and the metal is dis tributed to provide maximum strength. sizes and those with by-pass in the b. 8,.and 10-inch sizes conform to the American Petroleum Institute (A.P.I.) Standard No. 5-G-1, Second Edition, Sep-i tember, 1938, for 500-Pound Iron Pipe Line Gate. Valves. Flanged valves have straight through ports. Metal sections adjacent to the bonnet flange and end flange are heavily reinforced to provide maximum safety. Flanged valves without by-pass in all sizes and those; with by-pass in the b, 8. and 10-inch sizes also con form tovthe American Standard for Face to Fai Dimensions of Ferrous Flanged Valves (B16.1 Brass trimmed valves: Brass trimmed valves are 1939), for 250-Lb. Cast Iron Flanged Double Di; recommended for water, oil, or gas lines. Gate Valves. The body seat rings are made of Crane Hard Metal, a copper-tin bronze of unusual strength and hard ness. They are screwed into the body. The discs, in sizes 2 to 4-inch, are Crane Hard Metal: in the larger sizes, they are cast iron faced with Crane Hard Metal. The valves have a brass stem (Cast Manganese Bronze in non-rising stem valves). In non-rising stem valves, the portion of the discs that engages the stem threads is brass or brass-bushed. All-iron valves: All-iron valves are recommended for oil or gas. or for fluids that corrode brass. Flange dimensions and facing: The dimension and drilling of the end flanges conform to tin 250-Pound American Cast Iron Flange Stands (Bi 6b-1928). End flanges are regularly furnished with a fg-infil raised face. The raised face is finished with o centric grooves, approximately ib grooves per i: known as a "serrated" finish. Valves with male, female, tongue, or groove fac are made to order; see page 560 for dimensions the Crane Discount Sheet for prices. The seats are cast integral with the body and discs. Valves with screwed-in body seat rings can be made to order; prices on application. The stem is steel, and that portion which comes in contact with the packing is nickel-plated. Stuffing box: The stuffing boxes are filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Gland: The gland is the two-piece type, consisting of a malleable iron gland flange and a brass gland in brass trimmed valves or a nickel-plated steel gland in all-iron valves. By-passes: Sizes 6-inch and larger should have a by-pass, to enable equalizing the pressure on both Sides of the valve before opening. See page 138 for prices and pages 140 and 141 for dimensions. Size 21/2 _6 8 10 12 Dimensions of Flanges, in Inches B D No. of Dia. bolts boL 6V2 % Wig I 5 2V2 | 7% I 1 416/jgj 5% 8% 1 D/s ! 51 Vi6 I 6% 10 | P/4 1 61s/i6 | 7% ; I 12% | l7/i6 I 91 Vi6 I 10% I 8 15 j iy8 |1D5/16| 10 ID/z i 1% 1 lF/ie 1 151/4 12 [ 20y2 16%; I 17% 1 8 8 12 12 16 16 Additional description . . . .pages 120 and 121 CRANE 500-Pound W.O.G. Ferrosteel Double Disc Gate Valve Brass Trimmed or All-Iron For working pressures and description, see the preceding page. 133 Non-Rising Stem Screwed No. 340 E Hard Metal Seats Brass Stem No. 340y2 E All-Iron Non-Rising Stem Flanged No. 341 E Hard Metal Seats Brass Stem No. 34iy2 E All-Iron Outside Screw and Yoke Screwed No. 342 E Hard Metal Seats Brass Stem No. 342% E All-Iron Outside Screw and Yoke Flanged No. 343 E Hard Metal Seats Brass Stem No. 3431/2 E All-Iron Screwed or Flanged Non-Rising Stem Valves Without By-Pass Screwed or Flanged Outside Screw and Yoke Valves Without By-Pass List Prices and Dimensions Size List Prices, Each Dimensions, in Inches Non-Rising Stem Outside Screw and Yoke (j No. 340 E No. 341 E I No. 342 E No. 343 E or or ! or or No. 3401/2 B No. 3411/z E ; No. 3421/z E No. 3431/2 E F G H J Screwed Flanged j Screwed Flanged Inches F.D.&S.F. F.D.&S.F. CA H-- 00 ++ * 2 2V4 3 4 *6 *U0 T12 37.00 47.00 55.50 70.00 117.00 38.00 48.00 57.00 72.00 120.00 180.00 255.00 340.00 | 49.00 | 62.00 | 69.50 | 88.00 | 147.00 1 1 !* 50.00 63.00 71.00 90.00 150.00 225.00 320.00 425.00 8 87/s !| 9% j 101/2 | 131/4 I | I' +81/2 + 91/2 my8 tl5% U6I/2 +18 +193/4 121/2 141/2 151/4 173/4 223/4 28 35 39 ' 17 183/4 21 251/4 34 423/4 531/4 61 *Sizes 6-inch and larger should have a by-pass; see page 138 for prices and pages 140 and 141 for dimensions, y or dimensions of valves with gears, see pages 14Q and 141; for prices of gears, see page 139. K 9 9 10 12 16 20 22 24 No. of turns to open 15 18 15 19 28 36 44 52 Drilling: Prices of flanged valves include facing Flange Standard, and spot facing; no deduction is and drilling to the 250-Pound American Cast Iron made if valves are ordered faced only. When larger sizes are required, use the 500-Pound Gas Valves shown on pages 134 and 135. tImportant Notice Flanged valves without by-pass formerly had face to face Unless otherwise ordered, valves with the new face dimensions different from those shown above. The to face are furnished. Valves having the old dimen- new dimensions, adopted with the issuance of this catalog, agree with theA.P. I. Standard Comparison of Face to Face Dimensions Size 1 2 I21/2I 3 1 4 1 6 j 8 | 10 | 12 sions can be furnished (for prices, see the Crane Discount Sheet), but orders must specifi Sftd the American Ferrous New 181/2 191/2 1111/81 12 115%|161/2| 18 |19% cally indicate that such valves are ^*4 Ss CO Hanged Valve Standard. Old 1 91/4 | 91/2 | 13 |141/4,163/4|171/2 lvanted. ^-passes and gearing. pages 138 to 141 Templates for drilling . . . .page 552 Thread engagement . .page 591 10 134 CRANE 500-Pound Gas Ferrosteel Double Disc Gate Valves Brass Trimmed--With Spur Gears WORKING PRESSURE 500 pounds gas HYDROSTATIC TEST PRESSURES 800-pound shell test 500-pound seat test Air tested Crane yoo-Pound Gas Ferrosteel Double Disc Gate Valves with spur gears, illustrated on the opposite page, are especially designed and built for heavy duty service on gas lines where working pressures do not exceed 500 pounds. They are not recommended for use on water or oil lines. ., fhe valves are regularly equipped with spur gears to facilitate operation. Rugged construction: The valves are unusually rugged and are liberally ribbed. Metal sections in the body and bonnet are more than ample, and the metal is distributed to assure maximum strength and to avoid distortion. All-, parts have a high factor of safety. . Ferrosteel body and ;bonnet: The body and bonnet are made of Crane Ferrosteel, a high grade iron having a tensile strength approximately 3 y per c.ent greater than that of cast iron. Tie ribs between the end flanges and the bonnet flange on the body assure proper support of the end flanges and impart greater resistance to line strains. Seats and discs: The body seat rings and disc faces are made of Crane Hard Metal, a copper-tin bronze of unusual strength and hardness. The bodyseat rings are screwed into the body'. In non-rising stem valves, the portion of the disc engaging the stem threads is brass-bushed. Stem: The stem is made of brass as a safeguard against corrosion. Stuffing box and gland: The stuffing box is the lantern-type. It is unusually deep and is filled with high grade packing. Alemite fittings are provided to assure quick, easy lubrication. opened to a draw-off line, are available on special'! order. Prices and information will be furnished on# application. Reduced seat openings: Valves (Venturi-type):| with flared ends and reduced seat openings can bej made to order with a 22-inch port opening and afll 18 or 20-inch seat, or with a 24-inch port opening! and a 20-inch seat; prices on application. Motor or cylinder operation: Valves installed inj inaccessible locations or used for emergency purposes! should preferably be equipped with some easy meanSl of operation. An electric or air motor drive, or aril operating cylinder, fulfills this need admirably. Foc| details, seepages 171 to 173. Face to face: The face to face dimensions of thesfel valves conform to the American Standard,for FaceJ to Face Dimensions of Ferrous Flanged ValveS| (B16.10-1939) for 2yo-Lb. Cast Iron Flanged Double' Disc Gate Valves. ' &. Flange dimensions and facing: The dimensions \ and drilling of the end flanges conform to the 2yor Pound American Cast Iron Flange Standard (Bi6b-v 1928). S' The valves are regularly furnished with a J4-inchj raised face on the end flanges. The raised face isl finished with concentric grooves, approximately i6 grooves per inch, known as a "serrated" finish. Valves with male, female, tongue, or groove faces! can be furnished to order at an additional price!j See page y6o for dimensions and the Crane Discount Sheet for prices. The gland is the two-piece ball-type, consisting of a malleable iron gland flange and a brass gland. These valves, when wide open, can be repacked while under pressure. By-passes: yoo-Pound Gas Valves in all sizes should be equipped with a by-pass, to enable equaliz ing the pressure on both sides of the disc before opening the main valve. By-passes should preferably be built around the main valve, but single valve by-passes mounted on the main valve can be furnished; see the opposite page for prices and dimensions. In addition, three valve by-passes, mounted on the main valve and built up so that either side can be Size 14 16 18 20 24 Dimensions of Flanges, in Inches A B C D E No. of Dia. ofl bolts bolts j 131/4 23 2% 1815/16 201/4 20 ll/s J 15V. 25% 17 28 19 30% 23 36 2V4 211/16 22% 2% 235/16 243/4 2% 259/16 27 2% 305/16 32 20 24 24 24 11/4 J 11/4 J 11/4 J 1% i Additional description .. . .pages 120 and 121 i CRANE 500-Pound Gas Ferrosteel Double Disc Gate Valves Brass Trimmed--With Spur Gears 135 Non-Rising Stem Valve with Spur Gears No. 348 B, Flanged Outside Screw and Yoke Valve with Spur Gears No. 349 E, Flanged List Prices and Dimensions Size List Prices, -Each Dimensions, in Inches Inches 14 16 18 20 24 For Valves With Spur Gears Flanged, F.D.& S.F. Extra for . Single Valve By-Pass No. 348 E No. 349 E For Non- Outside NonRising Screw . Rising Stem and Yoke Stem Valve For Outside Screw and Yoke Valve F 550.00 740.00 970.00 1200.00 1875.00 650.00 845.00 1100.00 1355.00 2100.00 136.00 200.00 200.00 200.00 200.00 152.00 II 22% 220.00 II 24 220.00 II 26 220.00 11 28 220.00 II 31 Non-Rising Stem GH 56 61% 643/4 70V4 82 10% 10% 10% 12% 12% Outside Screw and Yoke J KL 64% 74% 78 84% 99% 15 15 15 18% 18% 743/4 86 91% 100 117 M 22 24 24 27 30 Valves With By-Pass N Size of By- Pass 33% 37% 38% 39% 44% 3 4 4 4 4 Clearance of Valves Equipped with By-Pass Drilling: Flanged valves are furnished faced, drilled, and spot faced (F.D. & S.F.) unless ordered faced only. List prices include facing and drilling to the zjo-Pound American Cast Iron Flange Standard, and spot facing. No deduc tion is made if valves are ordered faced only. By-passes: All sizes of these valves should be equipped with a by-pass, to enable equalizing the pressure on both sides of the disc before opening the main valve. Three valve by-passes mounted on the main valve or by-passes built around the main valve also are available on special order. Prices, dimensions, and information will be furnished on application. Special facings .... page S60 Templates for drilling.. . .page SS2 ( 136 CRANE 800-Pound W.O.G. Ferrosteel Double Disc Gate Valves Brass Trimmed WORKING PRESSURE 800 pounds cold water, oil, or gas, non-shock Crane 8oo-Pound W.O.G. Ferrosteel Double Disc Gate Valves, illustrated on the opposite page,.are of the pres sure class formerly known commer cially as "1600-Pound Test" valves. They are especially suitable for use HYDROSTATIC TEST PRESSURES 1600-pound shell test 850-pound seat test Air tested inch should be equipped with gears. See page 139 for prices and pages 140 and 141 for dimensions. Motor or cylinder operation :1j Valves installed in inaccessible loca in oil or gas fields, in oil refineries, in tions or used for emergency purposes ; pum^ houses, in pipe lines, in high pressure water should preferably be equipped with some easy means lines, or for similar service requiring unusually heavy of operation. An electric or air motor drive, or an / iron body valves. operating cylinder, is ideal for this purpose. For j Rugged construction: A*ll parts are exceptionally description, see pages 171 to 173. rugged and massive, assuring a high factor of safety Standards: Flanged valves conform to the Amer-; in operation. ican Petroleum Institute (A.P.I.) Standard No. Ferrosteel body and bonnet: - The body and bon net are made of Crane Ferrosteel. a high grade iron j-G-i, Second Edition. September, 1938, for 800-j Pound Iron Pipe Line Gate Valves. / approximately 35 per cent stronger than cast iron. Flanged valves also conform to the American Stand- The metal sections are heavy, and the metal is ard for Face to Face Dimensions of Ferrous Flanged.z distributed to provide maximum strength. Valves' (B16.10-1939), for 800-Lb. Hydraulic Cast/ The joint between the body and bonnet is made with Iron Flanged Double Disc Gate Valves. A tongue and groove facing; the bonnet gasket is re Flange dimensions and facing: The dimensions tained inside and outside, to minimize the possibility and drilling of the end flanges conform to the,'; of Blowing out in service. 8oo-Pound Hydraulic American Cast Iron Flange' < Flanged valves are made with straight through ports. Standard (Bi6bi-rq3i). Metal sections adjacent to the bonnet and end flanges End flanges are regularly furnished with a %-inch'. are heavily reinforced to provide maximum safety. male face (large male). The male face is finisl Lipped for lead: The threaded ends of screwed valves are recessed for lead. with concentric grooves, approximately 16 grooves j per inch, known as a "serrated" finish. Materials: These valves are recommended for water, oil, or gas lines. Valves with female, tongue, or groove faces are made to order. See page 560 for dimensions and the Crane'1 Discount Sheet for prices. The body seat rings are made of Crane Hard Metal, a copper-tin bronze of unusual strength and hard ness. They are screwed into the body. Valves with tongue or groove flanges conforming to the National Transit (Pipe Line) Standard can be: made to order; prices on application. The discs in sizes 2 to 4-inch are Crane Hard Metal; in the larger sizes, they are cast iron faced with Crane Hard Metal. The valves have a brass stem (Cast Manganese Bronze in non-rising stem valves). In non-rising stem valves, the portion of the discs that engages the stem threads is brass or brass bushed. The gland is two-piece, consisting of a malleable iron gland flange and a brass gland. Stuffing box: The stuffing boxes are filled with high grade packing. The valves, when wide open, can be repacked while under pressure. By-passes: Sizes 6-inch and larger should have a by-pass, to enable equalizing the pressure on both sides of the main valve before opening. See page 138 for prices, pages 140 and 141 for dimensions. Gearing: To facilitate operation, sizes 10 and 12- Size ! 3 4 6 8 10 12 Dimensions of Flanges, in Inches A B 1 l C D E No. of Dia. ot bolts bolts 3 W* 1% 5 6% 4 10% 1% 6%s 81/2 8 8 %_ 7/s 6 14 21/4 8i/2 111/2 7% 16% 21/2 10% 13% 9% 20 2% 12% 17 11% I 22 3 15 191/4 12 " 1 j 12 llA _J 16 1% J 20 1% jl Additional description pages 120 and 121 CRANE 800-Pound W.O.G. Ferrosteel Double Disc Gate Valves Brass Trimmed For working pressures and description, see the preceding page. 137 Non-Rising Stem Screwed No. 214 H Hard Metal Seats Brass Stem Non-Rising Stem Flanged No. 215 H Hard Metal Seats Brass Stem Outside Screw and Yoke Screwed No. 216 H Hard Metal Seats Brass Stem Outside Screw and Yoke Flanged No. 217 H Hard Metal Seats Brass Stem List Prices and Dimensions Size . List Prices, Each Dimensions, in Inches Non-Rising Outside Screw Stem and Yoke V GH No. No. No. No. 214 H 215 H 2l6H 217 H Screwed Flanged Screwed Flanged F. D. & F. D. Sz Inches S. F. S. F. No. of J K turns to open 2 43.00 2V2| 55.00 3 73.50 4 98.00 * 6 182.00 *8 1 *Tio 1 ^l2~j 11 7Vz 13 19 | 72.00 | 87s 15 I8I/2I 9 75.00 100.00 185.00 92.50 : 94.00 9% 14 16y4 2034|10| 123.00 j 125.00 ioy2 171 19 26i/2|12 1 228.00 | 231.00 143/4 22123i/2 34 116 300.00 | 375.00 26)291/4 4234|20| 550.00 | 690.00 31136i/21531/21221 975.00 | 1220.00 33139341611/41241 15 18 15 19 28 36 46 54 Sizes 6-inch and larger should have a by-pass. See page 138 for prices and images 140 and 141 for dimensions. 1Sizes 10 and 12-inch should be geared. See page 139 for prices and pages 140 and 141 for dimensions. Flanged Non-Rising Stem l Cj- cD m j Ope or Flanged Outside Screw and Yoke Drilling: Prices of flanged valves include facing 2nd drilling to the 8oo-Pound Hydraulic American Last Iron Flange Standard, and spot facing; no de duction is made if valves are ordered faced only. y~Passes: A by-pass is recommended on 8oo-Pound W.O.G. Valves sizes 0-inch and larger. It enables dualizing the pressure on both sides of the disc before opening the main valve. Prices of by-passes are shown on page 138. Dimensions of valves with by-passes are shown on pages 140 and 141. Gearing: Sizes 10 and 12-inch valves should be equipped with gears, to facilitate operation. Prices and styles of gears are shown on page 139. Dimen sions are shown on pages 140 and 141. Templates for drilling.. . .page 552 Thread engagement.. page 591 138 CRANE By-Passes for Iron Body Double Disc Gate Valves Bolted By-Pass Mon-Rising Stem Bolted By-Pass Outside Screw and Yoke Extra List Prices for Bolted By-Pass Pressure Class of Valve Size of Valve Inches Size .of Non-RisingStem O. S. & Y. By-Pass By-Pass By-Pass Inches Each Each 14 2 60.00 66.00 Low Pressure Page 123 Light Standard Page 125 16 to 20 24 an,d 30 36 and 42 48 12 and 14 16 to 20 24 and 30 36 and 42 48 3 4 6 8 2 3 4 6 8 90.00 120.00 170.00 230.00 60.00 90.00 120.00 170.00 230.00 97.50 129.50 185.00 252.00 66.00 97.50 129.50 185.00 252.00 12 and 14 Standard Page 129 16 to 20 24 | 2 3 4 60.00 90.00 120.00 66.00 97.50 129.50 400-Pound W.O.G. Page 131 500-Pound W.O.G. Page 133 800-Pound W.O.G. Page 137 _ 6 8 10 12 6 8 10 12 6 8 and 10 12 m 1V2 1V2 21 1V4 | li/2 | IV2 I 2| 1V4 | iy2 | 2| 44.00 52.00 60.00 70.00 52.00 61.00 80.00 91.00 83.00 100.00 125.00 52.00 61.00 70.00 80.00 62.00 71.00 93.00 105.00 98.00 115.00 140.00 When so ordered, Crane Hub End and ; Flanged End Iron Body Double Disc Gatt,-v Valves can be furnished with a by-pass.; Extra list prices are shown in the table. By-passes for screwed end valves will be; furnished on special order; prices on appli-,, cation. These by-passes facilitate the operation; of the main valve by enabling equalization; of the pressure on both sides of the disc. .Non-rising stem valves will be equipped , with a non-rising stem by-pass; O.S. & Y.;g valves, with an O.S. & Y. by-pass. ' Brass trimmed valves will be furnished with; a brass trimmed by-pass; all-iron valves; will be furnished with an all-iron by-pass." Bevel geared valves with by-pass have the; by-pass on the bottom of the valve, as shown in the illustration above. Dimensions.. . .pages 140 and 141 Lockup Caps Lockup caps can be furnished for any class of Crane Non-Rising Stem Gate Valve. Prices are fur nished on applica tion. Single Cleanouts for Standard Iron Double Disc Flanged Gate Valves Single Side Cleanout For Flanged Valve Cleanouts should be used where sedi ment will accumu late in a valve. They may be either on the side as listed here, or on the bot tom. Prices on bot tom cleanouts are furnished on appli cation. Extra for Size of Single Valve Side Inches Cleanout Per Valve 8.00 9.00 10.50 12.00 14.00 10 18.00 12 20.00 CRANE 139 Gearing for Iron Body Double Disc Gate Valves Style U, Bevel Gearing Non-Rising Stem Style S, Spur Gearing Non-Rising Stem When desired, Crane Iron Body Double Disc Gate Valves can be supplied with gears. Extra list prices are shown below. Bevel gearing: Unless otherwise ordered, non-rising stem bevel geared valves are furnished with the pinion shaft ex tending at right angles to the run of the valve. They can also be furnished with the shaft parallel to the run. With Style N bevel .gearing for outside screw and yoke valves, the pinion shaft extends at right angles to the run ok the valve; with Style 0, parallel to the run. Unless otherwise ordered, Style N will be furnished. Grease cases and gear covers: Non-rising stem bevel or spur geared valves can be supplied with a grease case com pletely enclosing the gears.. A sheet metal guard (not illustrated) can be built around the stuffing box or a pressure-tight grease case can be furnished; prices on appli cation. Outside screw and yoke valves cannot be equipped with a grease case, but can be supplied with a gear cover. Indicator: Non-rising stem geared valves can be supplied with a worm-gear indicator; prices on application. Style O Bevel Gearing Outside Screw and Yoke 10 Grease Case on Style U Bevel Gearing for Non-Rising Stem Valves Worm-Gear Indicator For Non-Rising Stem Valves Prices on application Gear Cover for Outside Screw and Yoke Valves Style P Spur Gearing Outside Screw and Yoke Grease Case on Style S Spur Gearing for Non-Rising Stem Valves Pressure-Tight r. Grease Case ,,ftndsing Stuffing Box id Gland, for Non-Rising , otem Geared Valves Prices on application Pressure Class of Valve Size of Extra List Prices per Valve Non-Rising Stem Outside Screw & Yoke Valve Gearing l*Grease Gearing *Gear Inches Bevel Spur | Cases Bevel | Spur Covers 14 to 20 75.00 70.00| 50.00 80.00| 75.00 50.00 Low Pressure Page 123 24 85.00 80.00) 60.00 90.00) 85.00 60.00 30 95.00 90.00| 75.00 100.00 95.00 75.00 36 180.00 170.00| 90.00 190.00 180.00 90.00 42 230.00 210.00|105.00 250.00 230.00 105.00 48 400.00 370.001120.00 430.00 400.00 120.00 14 to 20 75.00 70.00| 50.00 80.00 75.00 50.00 Light Standard Page 125 24 85.00 80.00| 60.00 90.00 85.00 60.00 30 95.00 90.00| 75.00 100.00 95.00 75.00 36 180.00 170.00| 90.00 190.00 180.00 90.00 42 230.00 210.001105.00 250.00 230.00 105.00 48 400.00 370.00| 120.00 430.00 400.00 120.00 12 65.00 60.00| 50.00 70.00 65.00 50.00 Standard Page 129 14 to 20 75.00 70.00| 50.00 24 85.00 80.00| 60.00 80.00 75.00 50.00 90.00 85.00 60.00 400-Lb. WOG 10 Page 131 12 75.00 70.00) 50.00 80.00 75.00 50.00 85.00 80.00| 60.00 90.00 85.00 60.00 500-Lb. WOG Page 133 8 10 12 65.00 60.00| 50.00 70.00 65.00 50.00 85.00 80.00| 60.00 90.00 85.00 60.00 97.00 92.00| 75.00 102.00 97.00 75.00 800-Lb. WOG 6 & 8 75.00 70.00| 50.00 80.00 75.00 50.00 Page 137 10 & 12| 92.00 87.00| 75.00 97.00| 92.00 75.00 *Grease Case and Gear Cover prices are additional to prices of Gearing. Stem Protector For Outside Screw and Yoke Valves without Gears Prices on application Dimensions of geared Valves, pages 140 and 141 140 CRANE Iron Body and Ferrosteel Double Disc Gate Valves with Gearing or By-pass For dimensions, see the following page. PI With the exception of 500-Pound (las (Ieared Valves, the dimensions of Crane Iron Body and Ferrosteel Double Disc Gate Valv.es equipped with gearing or by-pass are shown on the op posite page. For dimensions of the 500-Pound Gas Geared Valves and fo.r dimensions of the other valves without gearing or by-pass, refer to the following pages: Low Pressure Valves........................see page 123 Light Standard Valves....................see page 125 Standard Valves....................... .see page 129 400-Pound'W.Q.G. Valves.......see page 131 500-Pound W.O.G. Valves............. see page 133 500-Pound Gas Valves....................see page 135. 800-Pound W.O.G. Valves............. see page 137 Gearing: Equipping the larger size Double Disc Gate Valves, with gears will greatly facil itate their operation. Gears, both bevel and spur, are available for a wide range of sizes in each pressure class. Face to face or end to end dimensions of valves with gears are the-same as those of valves without gears; see pages referred to above. By-passes: Flanged and hub end valves in all pressure classes can be furnished with a bolted by-pass. . Center to top and wheel diameter dimensions of valves with by-pass are the same as those of valves without by-pass; face to face dimen sions are explained below. Face to face with by-pass: Low Pressure, Light Standard, in sizes 42-inch and smaller. Standard, 400-Pound W.O.G. in 12-inch size, and 500-Pound W.O.G. Double Disc Gate Valves with by-pass have a longer face to face dimension than the same valves without by pass. Light Standard in the 48-inch size. 400-Pound W.O.G. in sizes 10-inch and smaller, and all 8oo-Pound W.O.G. Valves with by-pass have the same face to face as the valves without by-pass. These dimensions are repeated on the opposite page for convenience. Geared valves with by-pass: Spur-geared valves with by-pass have the by-pass connected at the side of the valve body. r-j ta-J Style U Bevel Gearing All Classes Style S Spur Gearing All Classes Square Operating Nut for Huh End Non-Rising Stem , Geared Valves Low Pressure Light Standard Non-Rising Stem Valves with Bevel or Spur Gears -C -- immm Style N Bevel Gearing All Classes Style O Bevel Gearing All Classes Style P Spur Gearing All Classes Outside Screw and Yoke Valves with Bevel or Spur Gears m Bevel geared valves with by-pass have the by pass on the bottom, with the stem of the by pass valve parallel to the pinion shaft; see illustration above. -K---- Hub End Low Pressure Light Standard By-Pass for All Classes Flanged and Hub End Valves with Bolted By-Pass *Dimension "L" includes the tjij-inch raised faces on 400 and 500-Pound W.O.G. Flanged Valves and the Lf-inch male faces on 800-Pound W.O.G. Flanged Valves. CRANE Iron Body and Ferrosteel Double Disc Gate Valves with Gearing or By-Pass 141 Dimensions, in Inches For list prices, description, and dimensions of valves without gearing or by-pass, see pages 120 to 137. Size of Valve Bevel Geared AB T C. . Valves with Gears Spur Geared DE F ![ No. of 1 H J turns " to open 1! Low Pressure Double Disc Gate. Valves Valves with By-Pass Size xr K *L M of by- pass 14 1 3013/16 48 16 1 3313/i6 i ,52% 18 1 39% | 599/i6 20 1 46% | 68% 24 1 493/4 | 761/4 30 1 59% | 91% 36 1 70 | 1099/ie 42 1 8OI/4 | 1283/16 48 ! 9113/, 6 | 144% 11% 1 413/4 6 113/4 1 443/4 1 6 123/4 1 511/4 1 123^ 1 573/4 1 6 6 123/4 1 61% 1 123/4 1 703/4 j 6 6 17 ! 84 1 8 20% 1 96% ! io13/1g 23 1 1073/4 ! 12 511/2 56% ; 64 | 73 1 803/4 1 96% ! 115% ' 1333/4 ! 150 ' 10 10 12 12 12 12 14% 17 19 14 ' 14 ! 18 i 18 ! 18 1 ! 18 ' 22 ; 27 ' 30 2: 21 21 21 2' 21 2 3 3 58 " 18 ! 16 66 1! 21 ' 18 76 " 21 ' 18% 84 F 21% ! 18% 98 11 22% 1 20 248 ' 23% ; 20% 441 ' 27% ' 24 459 ' 28 25% 596 3? : 29% 20 24% 25 26 30% ! | I i 33% 403/4 44% 51% | 1 ! j 2 3 3 3 4 4 6 6 8 12 | 14 1 32% 16 I 373/4 18 I 403/4 20 | 441/4 24 | 523/4 30 ! 65% 36 77% 42 87 48 993/4 1 49% -i 551// 1 603/4 1 66% 1 783/4 1 100% 1 1163/4 l 132 1 1463/4 1 ll3/4 123/4 123/4 123/4 17 20% 23 23 26% Light Standard Double Disc Gate Valves 1: i1 43% i 6 1 523/4 ' 10 ' 14 ! 2 ! 60 49%. ! 6 | 593/4 1 12 1 18 1 2 ! 68 52% i. 6 1 65% ' 12 ; 18 ! 2 i 76 553/4 1 663/4 1 6 8 ! 703/4 ' 12 ! 18 I 84% i 1411/16! 22 2 : 84 2 l 152 81 . 10ia/16 i 1053/4 I 17 i 27 : 3 ! 223 94 i 12 ; 122% : 19 ' 30 3 1 456 104% j 12 1 139 1 19 30 3 1 520 118 1 15 ! 153 1 19% 30 3 j 742 !! 19% II 20 23 , 23% 1! 24 II 26 11 26% >1 27% 5; 31 32 19% 20 23 23% 24 26 26% 27% 31 *32 203/4 22 25 26% 27% 31% 35% 43% 47% 53 1 1 1 1 ! 1 1 1 ! 1 2 2 3 3 3 4 4 6 6 8 Standard Double Disc Gate Valves 12 31% 443/4 1 123/4 42% ! 6 49 : 12 i 18 ' 51 r 14 35% 52% 1 123/4 463/4 , 6 57 " 12 18 1 60 16 41 593/4 1 17 55 8 65% 1 1411/ie 22 102 18 44% 65% 17 58% i 8 71 , 1411/ie 22 I 114 20 47% 72 1 17 61% . 8 773/4 1 1411/ie 22 ! 128 24 56% 85% .1 20% ! 72% 1 1013/46 91 ' 17 27 ' 182 18 18% 26% 27 28 32 22 23 253/4 27% 28% 32% 1 1 : 1 1 1 2 2 3 3 3 4 400-Pound W.O.G. Double Disc Gate Valves 6 8 1 1 1 1 1 1 1 1 1 1 i : , ; 1 ! 11i1 ` 10 12 27% 31% 41% 46% 123/4 123/4 39% | 6 ' 45% 42% I 6 503/4 12 ' 18 ' 12 1 18 1 ' 85 ' 102 I : *13 : *14% ' *16% ' 19 18% 21% 22% 24 1% 1% 1% 2 .6 8 10 12 24% 29% 1 33% 34% 41 48% 12% 15% 15% 500-Pound W.O.G. Double Disc Gate Valves 11 353/4 | 6 1 383/4 42% | 7 1 46 46% : 7 ! 53 1t 12 ; 18 1 13% , 20 | 13% ! 22 ' | 72 | 110 ! 130 1` II l\ il . 16 , 18 1 20 | 22 18% 20 21% 24% 1% 1% 1% 2 800-Pound W.O.G. Double Disc Gate Valves 6 193/4 _ 8 1 25i/4 __ 10__| 30y2 28 113/4 30% , | 341/2 ; 123/4 ! 363A | ! 43% ! 15V2 | 43y2 , 6 6 7 : 3i3/4 10 , 14 , , 39 , 12 , 18 , , 48% 13y2 , 20 , 1 54 li j 72 , , 112 |j : *22 20% 1% , *26 j 22 I l1/?, ! *31 | 24 | 1%.... _ 12 : 34 : 49 : 151/2 ! 471/4 ; 7 54 , 13y2 ; 20 | 133 || I *33 | 24% t 2 `Dimension "L'\ the face to face of flanged valves with by-pass, includes the Ifo-inch raised faces on 400 and 500-Pound W.O-Gcalves and the J^-inch male faces on 800-Pound W.O.G. Valves. Dimensions identified by an asterisk are the same as for valves yithout by-pass. Prices of gears ,. .page 139 Prices of by-passes . . .page 138 Templates for drilling. . . .pages SSI and SS2 142 CRANE , Flanged iron body wedge gate and swing check valves on a centrifugal pump control the water supply in this completely Crane-equipped mine. 1 CRANE 143 Iron Body Globe, Angle, and Cross Valves Union Bonnet Valves (2^ and 3-inch sizes have bolted bonnet) 150-Pound, Brass Trimmed with Nickel Alloy Seats..........page 144 150-Pound, All-Iron with Nickel Alloy Seats................................page144 150-Pound, All-Iron with Iron or Steel Seats................................page144 150-Pound, Brass Trimmed with Composition Disc............page 145 150-Pound, All-Iron with Composition Disc................................. page145 i5o-Pound, Brass Trimmed with Plug Type Disc....................... page146 400-Pound W.O.G. Malleable Iron, with Plug Type Disc.page 147 Standard Screwed Bonnet Brass Trimmed Valves.......................page 148 Iron Body Butterfly Valves........................................................................ page148 Iron Body Throttle Valves..........................................................................page148 Bolted Bonnet Valves, with Yoke Type Bonnet General Description........................................................... page 149 Standard, Brass Trimmed or All-Iron............................................ page150 Standard, with Composition Disc............................................ page 151 175-Pound, Brass Trimmed...............................................................page152 250-Pound, Brass Trimmed...............................................................page153 The Crane line of Iron Body Globe, Angle, and Cross Valves is described and illustrated on pages 144 to 153. Special attention is directed to the unusually complete line of 150-Pound Iron Body Union Bonnet Globe and Angle Valves shown on pages 144, 145, and 146. These small size valves will find wide application in many industries. The wide variety of seating surfaces and trim materials available and the inter changeability of parts will appeal to users whose requirements warrant standardization and the stocking of replacement parts. 144 CRANE 150-Pound Iron Body Globe and Angle Valves Brass Trimmed or All-Iron WORKING PRESSURES 150 pounds steam 250 pounds cold water, oil, or gas, non-shock Renewable 35 Wide Seat 2" and smaller Union Bonnet A, and 3" Bolted Bonnet Globe, Screwed Angle, Screwed Cross Section No. 350i/2, Globe No. 350(4 -- Brass Trim, Nickel Alloy Seats -- No. 352V2 No. 354Vi -- All-Iron, Nickel Alloy Seats -- No. 356% No. 355(4--All-Iron, Iron or Steel Seats -- No. 3571/2 Cross Section No. 35414, Globe No. 35514, Globe List Prices Size Inches | Vi iI % 1 % 1 -% 1 1 I1 1% !I 1% 1 2 1 2% 1 3 -! No. 350(4 or No. 352(4, Screwed Each| 3.50 | 3.60 | 4.00 | 5.00 | 6.00 | 8.60|| 12.00 |19.00 | 26.00 | 35.Orj No. 354(4 or No. 356(4, Screwed Each| 4.90 | 5.30 | 5.80 | 7.80 1 io.oo ] 12.50 17.00 | 24.00 | * 1 * 5 No. 355(4 or No. 357(4, Screwed Each] 5.00 | 5.50 | 6.00 | 8.00 1 11.00 1|13.00 | 17.00 1 22.00 | * 1 * sM *Use the Standard Iron Body Globe and Angle Valves, shown on page 150. Service recommendations: Made with a sturdy cast iron body and a tough malleable iron union bonnet ring and packing nut, these rugged, compact valves are ideal for steam, water, oil, gas. and similar services. They find wide application in many in dustries, including oil and gas fields, oil refineries, gas plants, mines, sugar refineries, chemical plants, etc. construction, being the same as the Nos. 3 34% ar 356% but having a steel or cast iron seat and dis Disc and seat: The disc and seat are finished to i 35 taper and have wide contacting surfaces; thej hold pressure easily and offer good resistance wear. Seat rings are screwed into the body. Nos. 3501/2 and 352%; Brass Trimmed Valves with Nickel Alloy Seat and Disc: These valves have a Crane Nickel Alloy seat and disc, and a brass bonnet (except 2% and 3"), stem, and gland; they are suitable for general non-corrosive services. Nos. 354% and 356%; All-Iron Valves with Nickel Alloy Seat and Disc: Having a malleable iron bonnet, a steel stem and gland, and a Crane Nickel Alloy seat and disc, these valves are suitable for many corrosive fluids which attack brass but not Crane Nickel Alloy. Nos. 355% and 357%; All-Iron Valves with Iron Seat and Disc: These are completely all-iron in Bonnet construction: Valves 2-inch and small , have a union bonnet -- metal to metal joint. Larg^ sizes have a cast iron yoke-type bolted bonnet, wit gasket, similar to the valves shown on page IJC Stuffing box: The stuffing box is filled with hig|j grade packing. The valves, when wide open, can 1 repacked while under pressure. Interchangeability: Except for materials and til design of the seat and disc, the parts of all 150-Pound Valves shown on this page and pages and 146 are completely interchangeable, size size. This feature adds to the general utility of thfj valves and reduces stocks maintained for repair* A metal tag, secured tinder the wheel nut, shows the catalog number of the valve. 1*-----A- Size A B E -- open F -- open G Vi 1 % i y2 1 (4 1 1 i iy4 i 1% 2% 1 2% 1 3 1 3(4 1 4% 1 4% 1 5y4 iys 1 W* 1 1% 1 1(4 6 1 l7/s 1 23/16 1 2% 43/ifi 1 411/i6 1 5(4 1 6Vi6 1 7 1 7U/l6 | 8% 4% 1 4s/8 1 53/16 1 6 1 6% 7% 1 8% 1(4 1 2i/16 1 2%e 1 2% 1 3Vl6 1 3% I 4!/l6 Thread engagement . . .page 591 2 6% 3 ioy4 10 4% 2% 7 3*4 11% 12 8 3 8 4 13(4 13% 9 CRANE 150-Pound Iron Body Globe and Angle Valves Cranite Composition Disc WORKING PRESSURES 150 pounds steam 250 pounds cold water, oil, or gas, non-shock 145 Cranite Composition Disc Renewable Body Seat Ring Union Bonnet Angle, Screwed Cross Section No. 350V2 C, Globe Brass Trimmed No. 350V2 C -- Brass Trim, Nickel Alloy Seat -- No. 35214 C No. 355V2 C -- All-Iron, Iron or Steel Seat -- No. 35714 C Cross Section No. 35514 C, Globe All-Iron List Prices Size Inches | 1 % 1 %. 1 % 11 1 11 U/4 11 1% 1 2 No. 350!,4 C or No. 3521/2 C, Screwed Each! 3.50 1 3.60 | 4.00 i 5.00 | 6.00 | 8.60 || 12.00 | 19.00 No. 355V2 C or No. 357V2 C. Screwed - Each| 7.00 i 7.70 | 8.40 | 11.20 | 15.40 |[ 18.20 1 23.80 j 30.80 For list prices of Composition. Discs, see page 178. Service recommendations: These rugged globe and angle valves, made with a cast iron body and a malleable iron union bonnet ring and packing nut, are suitable for a wide variety of service. Equipped with a composition disc, a renewable body seat ring, and made either brass trimmed or all-iron, they find wide application in many industries, especially on lines where discs must be easily and qu.ickly renewed. Composition disc: Unless otherwise ordered, these valves are equipped with No. 4 Cranite Discs, suit able for high pressure steam. When ordered for hot water, oil, gas, or gasoline, they are furnished with a No. 2 Disc. When ordered for cold water or air, they are furnished with a No. 3 Disc. For list prices, data, and dimensions of Composition Discs, see page 178. The valves, when fitted with the proper disc, are suitable for steam, hot water, cold water, oil, gas, and similar fluids. All-iron valves are for use with fluids that attack brass but not iron or steel. Bonnet construction: The valves have a strong, serviceable, and practical union bonnet construction which provides a tight body-bonnet connection. This feature facilitates dismantling for disc replace Nos. 350Yz C and 3522/2 C; Brass Trimmed Valves with Composition Disc: These brass trimmed valves have a brass bonnet, stem, gland, disc holder and disc nut, and a Crane Nickel Alloy screwed-in body seat ring. ment, without danger of damaging the valve. Stuffing box: The stuffing box on all these valves is fitted with a gland and is filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Nos. 3551/2 C and 357y2 C; All-Iron Valves with Composition Disc: These valves are completely all-iron in construction except for the composition flisc. They have a malleable iron bonnet and disc bolder, a steel stem and gland, and a steel or cast ton screwed-in body seat ring. Interchangeability: Except for the materials and the design of the seat and disc, the parts of all the 150-Pound Valves shown on this page and pages 144 and 146 are completely interchangeable, size for size. This feature adds to the general utility of the valves and reduces stocks of repair parts. A metal tag. secured under the wheel nut, shows the valve number and grade of disc. Size A B E -- open F -- open G Dimensions, in Inches % 1 % 1 % 1 3A 2% 1 2% 1 3 1 3% U/s 1 U/4 1 1% 1 19/ig 45/l6 1 43/4 | 5% 1 6Vg 4`/4 1 4% ! 5y4 1 6 l3/4 1 2Vl6 i 29/is 1 2% 1 4% 1% 7% 7 3Vl6 1% 4% 23/i6 77/s 734 3% Thread engagement.. . .page $91 IV2 1 2 SV4 1 6% 2% 1 3 8% 1 10 8% 1 10 4Vi6 1 43/4 11 146 CRANE 150-Pound Iron Body Globe and Angle Valves Plug Type Disc WORKING PRESSURES 150 pounds steam 250 pounds cold water, oil, or gas, non-shock FEATURES Exelloy Renewable Seat Nickel Alloy Plug Type Disc Uni'on or Bolted Bonnet These valves are the same as the No. 3SOY2 Globe and No. 3521/2 Angle shown on page 144 except that they have a plug type disc and seat instead of a 350 wide bearing seat. The seat is made of Exelloy instead of Crane Nickel Alloy. *No. 314V2 P, Globe *No. 316y2P, Angle Screwed Screwed *Cross Section No. 314l/2 P, Globe *2'/2 and 3-inch sizes have bolted bonnet. List Prices 11 Size Inches | 14 ! % 1 % 1 % 1 1 I 1% 11 1% 1 2 1 21/2 | 3 No. 3141/2 P or No. 316V2 P, Screwed Each[ 4.00 | 4.20 | 4.50 | 6.10 i 7.50 | 10.50 |i 15.00 | 23.00 | 32.00 | 44.00 Service recommendations: Crane No. 314Yi P Globe and No. 3 16^2 P Angle Valves are ideally suited for installations where operating conditions are severe. Strong, compact, rugged, and durable, they are recommended for throttling and for soot blower, blow-off, boiler feed, drip, and drain lines. Plug type disc and seat: The plug type disc and seat with their wide seating surface offer excellent resistance to foreign matter and to wiredrawing, assuring long life. In addition, the tapered disc permits easy flow regulation when throttling, the rate of flow being in direct proportion to the lift. bolted bonnet similar to the No. 3 50 Valves shown on page 150. Both types of bonnets provide a strong, tight joint, yet they can be easily dismantled and reassembled without danger of injury to the valve. Materials: Sizes 2-inch and smaller have a brass bonnet and a malleable iron union bonnet ring; 2J/6 and 3-inch sizes have a cast iron bonnet. All sizes have a cast iron body and a brass stem. Stuffing box: The stuffing box is unusually deep and is fitted with a gland. It is filled with high grade packing. The renewable body seat ring is made of Exelloy, and the disc, of Crane Nickel Alloy. This combina tion withstands wear, temperature, galling, and scoring exceptionally well. The metals are harder, stronger, and tougher than metals ordinarily used in iron valves. Bonnet construction: Sizes 2-inch and smaller have a union bonnet; 2Yi and 3-inch sizes have a Repacking: The valves, when wide open, can be repacked while under pressure. Interchangeability: Except for the plug type disc and seat and the materials used in these valves, the various parts of the Nos. 314J4 P and 3 i6j^ P valves are completely interchangeable, size for size, with all of the 150-Pound Globe and Angle Valves shown on pages 144 and 145. A metal tag, secured under the wheel nut, shows the catalog number of the valve. Size A B E, open F, open G Dimensions, in Inches %1% 2% 1 2% lVs 1 1% Wi6 1 43/4 4% 1 4% Wi 1 2Vxe % 3 1% syt 53/ls 29/l6 3A 1 1 31/2 1 41/8 l9/l6 1 1% 6 1 615/16 6 1 6% 23/4 1 3Vi6 Wt 43/8 23/16 73/4 7% 33/8 1% 1 2 1 2% 1 3 51/4 1 63/8 1 7 1 8 23/g 1 3 1 3% 1 4 83/4 1 10 1 11% 1 14 83/g 1 93/4 1 ll3/4 1 133/4 4Vl6 43/4 1 8 1 9 Thread engagement.. . .page S91 CRANE 400-Pound W.O.G. Malleable Iron Globe and Angle Valves Plug Type Disc WORKING PRESSURES 250 pounds steam, 550 F. 400 pounds cold water, oil, or gas, non-shock Air Tested 147 Globe, Screwed Angle, Screwed Cross Section No. 254 P, Exelloy Stem No. 255 P, Steel Stem No. 256 P, Exelloy Stem No. 257 P, Steel Stem Cross Section No. 254 P, Globe Exelloy Stem Nickel Alloy Plug Type Disc and Exelloy Renewable Seat List Prices No. 255 P, Angle Steel Stem Size Inches | V* 1 % 1 % 1 3/4 1 1 1 IV* 1 1V2 :1 2 No. 254 P or No. 256 P, Screwed Eachl 9.30 || 9.40 | 10.00 1| 12.00 1| 15.00 \ 19.00 | 28.00 i| 38.00 No. 255 P or No. 257 P, Screwed Each| 9.30 |! 9.40 j 10.00 1 12.00 |! 15.00 1| 19.00 | 28.00 | 38.00 Service recommendations: Crane 400-Pound W.O.G. Malleable Iron Globe and Angle Valves are exceptionally strong, compact, and rugged. They are ideal for oil lines where fire hazard legislates against the use of cast iron an'd for services where a material stronger than cast iron is desired. These valves hold pressure easily and when throt tling, permit accurate regulation of flow. The wide and tapered plug type disc and seat is unusually resistant to wiredrawing and to damage from foreign matter. equipped with a Crane Nickel Alloy plug type disc and an Exelloy renewable body seat ring. The tapered plug disc and seat have a wide bearing sur face which offers excellent resistance to wiredrawing and to damage caused by foreign particles. The metals used in the disc and seat are an ideal combination and are superior to those ordinarily found in iron valve construction. They are strong, hard, and tough and are resistant to wear, tempera ture, galling, and seizing. Materials and construction: The bodies, bonnets, and union bonnet rings are made from high grade malleable iron. Because of the generous metal sections provided in their design and the durability of the materials used, these parts contribute unusual ruggedness to the valves. They have a very liberal factor of safety at their maximum recommended working pressure. No. 254 P and No. 256 P valves are equipped with an Exelloy stem; No. 255 P and No. 257 P valves have a steel stem, nickel-plated. Plug type disc and seat: All of these valves are Union bonnet: The union bonnet connection, joining the body and bonnet in a metal to metal contact, is made up with a heavy malleable iron union ring. The joint is strong, tight, simple, and practical, yet when occasion demands, it can be easily dismantled and reassembled quickly. Gaskets are not required. Stuffing box: The stuffing box is unusually deep; it is fitted with a steel gland, a malleable iron packing nut, and is filled with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. A metal tag, secured under the wheel nut, shows the catalog number of the valve. Size A B E -- open F -- open G V* 2% : VA 4% 4% m Dimensions, in Inches % 1 V2 1 % 1 1 2% 1 3 1 31/2 1 4% Wi 1 1% 1 1/1G 1 l7/s 4% 1 SV* 1 6% ! 71/g 4% 1 51/4 1 6% 1 7% 2Vl6 1 29/l6 1 23/4 1 3Vi6 1 1 1 1 1 1 Thread engagement . . .page S91 W* 4% 23/1G 7% 7% 3% W2 1 2 51/4 1 63/g 23/g 1 3 8% I 10 8% | 10 41/ie 1 m JB. J-B- 148 CRANE Standard Iron Body Globe and Angle Valves No. 354, Globe Screwed WORKING PRESSURE -- 125 pounds steam TEST PRESSURES -- Shell test -- 300 pounds hydrostatic Seat test -- 225 pounds hydrostatic For general service on steam, water, oil, and gas lines. Crane Iron Body Brass Mounted Globe and Angle Valves are ideal. Made with cast iron bodies, screwed-in brass bonnets with inside stem threads, and brass stems, body seat rings, and discs, they are sturdily constructed. The disc, made of solid brass, swivels on the stem. It is securely fas tened to the stem with a disc stem ring and a lock washer. No. 356, Angle Screwed Repacking: These valves, when wide open, can be repacked while under pressure. List Prices and Dimensions Size Inches 2 No. 354 or No. 356 AA -- End to end, Globe A -- Center to end. Angle B -- Center to top, open. Globe C -- Center to top, open, Angle D -- Diameter of wheel Eachl 18.00 Inches Inches Inches Inches ey2 3V4 7% 7 Inches 4Vig 21/a 24.00 7 31/2 9 8i/4 5% 3 31.00 8 4 10 9% 6 For Union Bonnet Iron Body Globe and Angle Valves, see pages 144 to 147. Iron Body Butterfly Valves Butterfly Valves provide easy operation WORKING PRESSURES in about one-quarter turn from the wide 12-inch and smaller --125 pounds steam open to the closed position. They are not or 200 pounds cold water, oil, or gas 11 intended to close pressure tight and should 14-inch and larger-- 100 pounds steam be used only to control or regulate flow. or 150 pounds cold water, oil. or gas The valves have iron body, steel stem, and brass disc. A malleable iron operating lever (not regularly furnished) can be supplied when ordered, at an extra price. On flanged valves, the dimensions and drilling of the end flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q). Flanges are plain faced with a smooth finish. Prices include drilling to this Standard; no deduction is made when valves are ordered faced only. For Brass Butterfly Valves, see page 69. Sizes 10-inch and larger have a boiled gland (not illustrated). Size List Prices and Dimensions, in Inches Inches] 2 I 2/2 | 3 1 3% 1 4 | 5 [ 6 1 8 | 10 1 12 | 14 | 16 No. 380, Screwed No. 381, Flanged 1 18 ] 20 ') 24 No. 380 Each|8.00| 9.50 12.00|16.00118.50)28.50[42.50| 1 1111! No. 381, F. & D. Each|9.50111.50 15.00|19.00)22.00|32.00[47.00|90.00 125 -00|160.00|275.00)350.00|425.00)525.00|700.00 End to end. Screwed 14% 1 43/ 51/4 1 51/2 I 6 | 63/4 | 7i/2 | 1 111 11 Face to face. Flanged 14Vi j 4% 51/4 1 51/2 I 6- | 63/4 | 71/2 | 91/4 103^ | 121/z 1 14 | 16 | 171/2 | 19 22 Diameter of stem C. to top of stem | V2 1 1/2 %g ) Tie 1 % 1 % 1 % lls/i 11/4 ' 1% 1 iy16 1 13/4 ) 1% | 2% | 21/2 j 6% | 7 7% 1 81/2 | 9% | IOI/4 | IU/2 1121/2 123/4 15 j I6I/2 j 18 | 201/4 [ 223/4 j 26 Iron Body Throttle Valves Quick Acting These ruggedly built throttle valves are used extensively on hoisting and trac tion engines when absolute tightness is not essential. They open completely in one-quarter turn of the lever; stops are provided to limit the travel. The valves have a cast iron body, bonnet, and disc, arid a brass stem. When required for 250 pounds steam, they can be made of cast steel; prices on application. 125 pounds steam working pressure List Prices and Dimensions Size Inches | 21/2 1 3 1 4 No. 382 End to end C. to top of stem C. to end of lever Each| 30.00 | 40.00 | 60.00 Inches 1 71/s ! 8 : 93/4 Inches, 11 Vi 121/4 : 14% Inches 1 233/4 1 233/4 ; 2334 For Brass Throttle Valves, see page 69. ,, No. 382, Screwed CRANE Iron Body Globe, Angle, and Cross Valves With Yoke Bonnet 149 Gland Flange Gland Packing Disc Holder Disc-- Disc Retaining Nut Globe Valve, Brass Trimmed Globe Valve, with Composition Disc General Description Crane Iron Body Globe, -Angle, and Cross Valves with yoke bonnet are made in three weights. Standard Valves..................... pages 150 and 151 175-Pound Valves.................................... page 152 250-Pound Valves.................................... page 153 All of these valves are similar in construction, differ ing principally in proportions and in materials. The illustrations appearing above show cross sections of typical valves. Variations in design are covered in detail on the pages that follow, numbers 150 to 153. Rugged construction: The valves are well pro portioned and are ruggedly constructed. They have amply thick metal sections, and the metal is properly distributed to assure maximum strength. Bonnet: The bonnet is the yoke type. Stem threads are engaged in the yoke on the outside where they are not affected by the fluid in the line and where they can be easily lubricated, thereby mini mizing wear. In Standard Composition Disc Valves sizes 6-inch and smaller, the stem threads engage directly with the iron bonnet. For all other valves, the stem threads are engaged in a brass yoke bushing which is screwed into the top of the bonnet yoke. Disc-stem connection: All of these valves have a swivel disc or disc holder securely fastened to the stem with a disc stem ring. The connection is locked with a special lock washer. Guided disc: Except for the 2-inch Standard AllIron Valves, the disc or disc holder is closely guided throughout its travel by a guide stem operating in the bridge cast integral with the body seat ring. Vibration of the internal parts is thereby eliminated, and true seating of the disc is assured. The disc guide stem is integral with the disc in Standard Brass Trimmed Valves and in the smaller sizes of other valves. In larger sizes of other valves the disc guide stem is screwed into the disc or disc holder and pinned. Gland and gland flange: All Crane Iron Body Globe, Angle, and Cross Valves have a two-piece gland and gland flange. The gland flange is made of malleable iron or forged steel. The gland is made of brass for brass trimmed and composition disc valves; for all-iron valves, it is steel. Gland studs and nuts for all brass trimmed valves are made of bronze; for composition disc valves and all-iron valves, they are steel. Stuffing box: Stuffing boxes are of liberal depth and are filled with high grade packing. A brass stem hole bushing, fitted in the bottom of the stuffing box, is furnished on all Standard Brass Trimmed Valves and on Standard Composition Disc Valves 8-inch and larger. A steel stem hole bushing is furnished in Standard All-Iron Valves. Repacking: These valves, when wide open, can be repacked while under pressure. Wheel: The wheel, having a tapered square hole, fits snugly on the square stem end and is held in place with a steel nut. It can be easily removed. Wheels of 24-inch and smaller diameter are made of malleable iron; larger diameters are cast iron. 150 CRANE Standard Iron Body Globe, Angle, and Cross Valves Brass Trimmed or All-Iron WORKING PRESSURE -- 125 pounds steam TEST PRESSURES i a-inch and smaller -- Shell test, 300 pounds hydrostatic -- Seat test, 225 pounds hydrostatic 14 and 16-inch -- Shell test, 250 pounds hydrostatic -- Seat test, 175 pounds hydrostatic Globe, Screwed No. 350 Brass Trimmed No. 350%, All-Iron Globe, Flanged No. 351, Brass Trimmed No. 3511/4, All-Iron Cross, Screwed No. 362 Brass Trimmed Brass trimmed valves: Brass trimmed valves are ideal for steam or water lines, or for fluids that do not corrode brass or 11 Angle, Screwed iron. They have iron bodies and bonnets, brass screwed-in body seat rings, solid brass discs, and Cast Manganese Bronze stems. No. 352 Brass Trimmed All-iron valves: For fluids that corrode brass but not iron, Crane all-iron valves are recommended. The bodies, bonnets, Angle, Flanged No. 353, Brass Trimmed No. 352%, Ail-Iron seats, and discs are iron; and the stems are steel, nickel-plated. No. 353%, Ail-Iron Flange dimensions and facing: The dimensions Angle Valves in sizes 8-inch and smaller conform to and drilling of end flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q). Flanges are plain faced, with a smooth finish. Face to face and center to face: The face to face the American Ferrous Flanged Valve Standard (B16.10-1939) for i2j-Pound Cast Iron Globe and Angle Valves. This Standard does not include sizes larger than 8-inch or Cross Valves. and center to face dimensions of Flanged Globe and Drilling: List prices of flanged valves include facing and drilling to the American Cast Size List Prices, Each Brass Trimmed All-Iron Screwed Flanged, F. 8zD. Screwed Flanged, F. & D. Iron Flange Standard, Class 125. No aeaucuon is maae wnen valves are ordered faced only. No. No. 350 362 Globe, Cross No. 352 Inches Angle No. 351 Globe, No. 353 Angle No. 363 Cross No. 350% Globe, No. 352% Angle No. 351% Globe, No. 353% Angle Dimensions, in Inches AB C D Flange Dimensions Globe Angle or Cross E F G No. and dia. of bolts 2 7.00 8.50 8.60 1 11.00 7.00 | 2% 9.00 11.75 10.75 14.50 9.00 3 12.50 j 16.25 15.00 20.00 ! 12.50 3% 15.25 20.00 18.50 25.00 4 19.00 23.50 22.50 28.50 19.00 5 27.00 35.25 31.00 41.00 J | 6 37.50 47.25 42.00 1 54.00 8 72.00 t 92.00 | 77.00 100.00 l 10 11 1 123.00 | 175.00 | 12 1 I 187.00 1 265.00 1 14 1 1 350.00 1 1 1 16 | | 475.00 1 1 t 8.60 10.75 15.00 22.50 31.00 42.00 77.00 3%l 4 11% 11% 3% 4% S 11% 11% 4 4% 13% 13 4% 5% 13% 13% 5 5% 15% 15 5%l 6% 17% 17 &y2i 7 19% 19% 9%1 9% 25% 22% 1 '12% 30% 26% 1 1133/41 33% 30 1 115% i 38% 33% 1 18 423/4 1 373/5 8 6 % 43/4 8 7 U/l6 5% 9 7% % 6 9 8% 1 %6 7 10 9 1s/ibI 7% 10 10 1S/l6 8% 12 1 11 1 9% 16 113% | 1 Vs 111% 18 16 113/1B|14% 20 19 1% 17 24 21 l3/s 1183/4 27 23%|17/ib|21% 4-% 4-% 4-% 8-% 8-% 8-3/4 8-3/4 8-% 12 - % 12 - % 12-1 16-1 Description.... page 149 Valves for Marine Service.. . .page 469 Templates for drilling... .page SSI CRANE Standard Iron Body Globe, Angle, and Cross Valves Composition Disc 151 WORKING PRESSURE -- 125 pounds steam TEST PRESSURES Shell test -- 300 pounds hydrostatic Seat test -- 125 pounds steam \ Globe, Screwed No. 358 Service Recommendations These valves are sturdy and well proportioned. Being equipped with a composition disc, they are suitable for a wide range of service. They will give excellent results on steam or water lines. Globe, Flanged No. 359 n Materials: These valves have iron bodies and bonnets. The stems are Cast Manganese Bronze, and the body seat rings are made of brass. Disc holders in the %x/i and 3-inch size's are made of brass; in larger sizes, of cast iron. Discs: Crane Iron Body Globe, Angle, and Cross Valves with Composition Discs will regularly be furnished with No. 1 Steam Discs, suitable for steam service, unless orders specify the service for which the valves are required. When ordered for use in hot water service, they are furnished with a No. 2 Hot Water Disc. When ordered for cold water service, they are furnished with a No. 3 Cold Water Disc. For description, service recommendations, and dimensions of composition discs, see page 178. Flange dimensions and facing: The dimensions and drilling of end flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi 6a-1939). Flanges are plain faced, with a smooth finish. Drilling: List prices of flanged valves include facing and - drilling to the American Cast Iron Flange Standard, Class 125. No deduction is made when valves are ordered faced only. List Prices and Dimensions Size List Prices, Each Dimensions, in Inches Screwed Flanged, F. & D. Flange Dimensions No. 358 No. 358y2 No. 359 No. 3591/2 AA A BB B c D No. Dia. Globe, Cross Globe, Cross Globe Angle E F G of of No. 360% No. 36iy2 or Bolts Bolts Inches Angle Angle Cross 2% 12.00 3 16.75 3% 19.50 4 24.00 5 40.00 6 48.00 8 90.00 10 12 16.00 21.00 30.00 45.00 58.00 100.00 14.00 19.00 8 4 91/2 m 11 101/4 8 7 ii/ie 51/2 4 18.50 24.00 81/4 4% 10 5 123/4 121/4 9 71/2 % 6 4 21.50 | 9% 4% 11 51/2 13% 131/2 9 8% 13/l6 7 8 26.00 33.00 IO1/2 51/4 12 6 151/2 141/2 10 9 1S/l6 7% 8 42.00 48.00 mi 6% 14 7 173/4 I6I/4 10 10 1S/l6 81/2 8 50.00 62.00 14 7 16 8 191/2 191/4 12 11 1 91/2 8 90.00 100.00 18i/2 91/4 191/2 93/4 241/4 221/2 16 131/2 1% 113/4 8 130.00 180.00 H 24i/2 1121/ 29 261/4 18 16 F/lS 141/4 12 185.00 270.00 271/2 133/4 33 303,4 20 19 11/4 17 12 % % % % % % z'k % % Description .. . .page 149 Templates for drilling.. . .page SSI Composition Discs.. . .page 178 152 CRANE 17 5-Pound Ferrosteel Body Globe, Angle, and Cross Valves Brass Trimmed WORKING PRESSURE --175 pounds steam TEST PRESSURES Shell test -- 600 pounds hydrostatic Seat test -- 450 pounds hydrostatic Globe, Screwed No. 340 Service Recommendations Crane 175-Pound Ferrosteel Body Globe, Angle, and Cross Valves are ideally suited for the services that are more severe than Standard Iron Body Valves can safely with stand but where the use of 250-Pound Valves is not justi fied. Throughout their entire design and construction, these valves are 'heavier, sturdier, and more rugged than Standard Valves; they are recommended for general service on steam or water lines. Globe, Flanged No. 341 Materials: Bodies are made of Ferrosteel; bonnets are made of cast iron on sizes 6-inch and smaller, and of Ferrosteel on sizes 8-inch and larger. . All size body seat rings and discs in 5-inch and smaller are made of solid Crane Special Brass: larger size discs are iron with a rollecf in seating face of Crane Special Brass. Stems are made of Cast Manganese Bronze. Flange dimensions and facing: The dimensions and drilling of end flanges conform to the 250-Pound American Cast Iron Flange Standard (Bi6b-iQz8). Flanges have a ]/{6-inch raised face; the raised face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Valves with male, female, tongue, or groove faces are made to order; see page 5bo for dimensions and the Crane Discount Sheet for prices. Drilling: List prices of flanged valves include facing and drilling to the 250-Pound American Cast Iron Flange Standard. No deduction is made when valves are ordered faced only. List Prices and Dimensions Size List Prices, Each Screwed Flanged, F. & D. No. 340 Globe, No. 342 No. 344 Cross No. 341 Globe, No. 343 No. 345 Cross Inches Angle Angle Screwed Flanged AA A BB B Dimensions, in Inches Flange Dimensions CD EF No. G H of Bolts 2 13.00 2% 16.00 3 20.00 3% 24.00 4 28.00 5 42.00 6 50.00 8 90.00 10 12 1 22.00 27.00 32.00 37.00 54.00 65.00 115.00 ! 15.00 18.00 23.00 28.00 33.00 47.00 55.00 95.00 145.00 200.00 | 25.00 31.00 37.00 43.00 60.00 72.00 122.00 195.00 275.00 7% 3% 9 41/2 IHI/2 8 61/2 7/s 43/, G 5 8 4 10 5 1121/2 9 71/2 1 415/,6 57/s 8V4 41/8 11 51/2 1141/4 10 81/4 11/8 511/16 63/8 91/2 4V4 12 6 151/2 10 9 l3/l6 6% 71/4 IOI/21 51/4 13 61/2 1161/4 10 10 11/4 6`3/ig 77/s 121/41 6i/g 141/2 71/4 118I/4 12 11 13/S 83/,6 91/4 14 7 16 8 1201/4 14 121/2 l7/l6 91 Vis 10% 181/2 91/4 20 10 1243/4 16 15 15/S 1113/ig 13 221/z 111/41281/2 20 171/2 l7/a 141/16 151/4 251/21'1234'311/4 20 2OV2 2 107/l6 17% 8 8 8 8 8 8 12 12 16 16 Dia. of Bolts % 3/4 3/4 3/4 3/4 3/4 3/4 7/8 1 11/8 Description . . . .page 149 Templates for drilling. . . .page S52 Special Facings. . . .page 560 CRANE 250-Pound Ferrosteel Globe, Angle, and Cross Valves Brass Trimmed 153 WORKING PRESSURE -- 250 pounds steam, 500 F. HYDROSTATIC TEST PRESSURES Shell test -- 800 pounds Seat test -- 550 pounds Globe, Screwed No. 20 E Service recommendations: These valves have very heavy metal sections and are unusually rugged. They are recom mended for high pressure and severe service on steam or water lines. Materials: The body and bonnet are Ferrosteel. The disc is solid Crane Hard Metal in sizes 33^-inch and smaller, and iron with a large Hard Metal seating face rolled in-on larger sizes. The body seat ring, too. is Crane Hard Metal, a strong, wearresisting bronze. The stem is Cast Manganese Bronze. Globe, Flanged No. 21 E Angle. Screwed No. 22 E Cross, Screwed No. 24 E Seat: Sizes 6-inch and smaller have a -j.50 seat; larger sizes have a flat seat. Face to face: The face to face and center to face dimensions of the Flanged Globe and Angle Valves sizes 8-inch and smaller conform to the American Ferrous Flanged Valve Standard (B16.10-1Q3Q). This Standard does not include the 1 o-inch size and Cross Valves. Flange dimensions and facing: The dimensions and drilling of end flanges conform to the 2-70-Pound American Cast Iron Flange Standard (Bibb-1928). Angle, Flanged No. 23 E Cross, Flanged No. 25 E Flanges have a J^-inch raised face; the raised face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Valves with male, female, tongue, or groove faces are made to order; see page 560 for dimensions and the Crane Discount Sheet for prices. Drilling: List prices of flanged valves include facing and drilling to the 250-Pound American Cast Iron Flange Standard. No deduction is made when valves are ordered faced only. List Prices and Dimensions Size List Prices, Each Screwed Flanged, F. & D. Screwed No. 20 E No. 24 E No. 21 E No. 25 E AA A Globe, Cross Globe, Cross No. 22 E Inches Angle No. 23 E Angle Flanged BB B Dimensions, in Inches Flange dimensions CD Globe Angle EFG or Cross No. Dia. H of of bolts bolts 2 ' 26.00 2% 33.00 3 37.00 3i/2 42.00 4 46.00 5 61.00 6 75.00 810 33.00 40.00 45.00 50.00 55.00 75.00 95.00 27.50 35.00 40.00 45.00 50.00 65.00 80.00 120.00 200.00 35.00 43.00 50.00 55.00 60.00 80.00 100.00 150.00 250.00 91/2 4% 1101/21 5% 10% 5% Uli/2|53/4 11% 5% 1121/21 6% 12% 6% II31/4! 6% 13 61/2 14 1 7 15 71/2 1153/41 7% 16% 1 8% 1171/21 8% 21 ,10% 24% 112% 133/4 13 9 1 6% | % 43/16 5 14% 1 13% 16% 15% 17 17% 183/4 17% 10| 7% 1 1 4is/l6 1018% 1 1% 5Vis 10 1 9 U% 6%s 121 10 11% 61 %R 5% 6% 7% 77/r 21 19% 14 1 11 U% 8s/ie 9% 23% 22 16|12%|1V,b| 91 Vi* 10% | 283/4 26% >201 15 1 i5/s mi5/,fi 13 33 29% 24|17%| 1% 14% 6 15% I 8 8 8 8 8 8 12 12 16 % % % % % % % % 1 Description page 149 Templates for drilling. .page 552 Special facings, .page 560 154 CRANE Other Crane Iron Body Valves Pages 97 to 166 show the commonly used types of Crane Iron Body Valves: Wedge Gate, pages q7 to 118; Double Disc Gate, pages uq to 141; Globe, Angle, and Cross, pages 143 to 153; and Check and Foot, pages 155 to 166. In addition to these, Crane Co. supplies a wide assortment of Iron Body Valves for special services and in designs that will automatically perform a specified duty in piping installa tions. For greater convenience, such valves are shown in other sections of this catalog, along with related products. Ferrosteel Stop-Check Valves.................................................. page 372 Ferrosteel Blow-Off Valves.......................................................page 376 Iron Body Back Pressure Valves...........................pages 378 and 379 Iron Body Float Valves........................................... pages 380 and 381 Iron Body Pulp Stock Valves.................................................. page 375 Iron Body Safety Valves............................................ pages 389 to 393 Iron Body Relief Valves............ ................................ pages 401 to 407 Alloy Cast Iron Gate Valves.................................................... page 456 Iron Body Valves for Marine Service.........pages 468, 469, and 476 Ferrosteel Valves for Ammonia..............................pages 481-and 482 Crane Steel Valves For severe services and for pressures and temperatures that are beyond the scope of brass or iron valves, Crane Co. manufactures a complete line of forged or cast steel valves. Crane Steel Valves are of outstanding quality; they embody many worthwhile refinements in design, ma terials and workmanship which contribute to longer life, more efficient operation, and more satisfactory service. Steel Gate Valves..................... Steel Globe and Angle Valves Steel Check Valves................... pages 297 to 307 pages 309 to 326 pages 327 to 336 i i 1 i i CRANE Iron Body Check and Foot Valves 155 Check Valves [50-Pound with Union Cap, Nickel Alloy Seat and Disc........... page 156 150-Pound with Union Cap, Composition Disc............................. page 156 Union Cap, for Gasoline Service..................................................... page 157 Union Cap, for Pump Service............................................................page 157 400-Pound W.O.G. Malleable Iron, Swing Type...........................page 156 Standard with Bolted Cap, Lift Type..............................................page 159 Standard with Bolted Cap, Swing Type...................... pages 160 and 161 Standard with Bolted Cap, Underwriters' Pattern.......................page 164 250-Pound with Bolted Cap, Swing Type...................................... page '165 8oo-Pound Hydraulic with Bolted Cap, Swing Type................... page 166 Swing Check, with Outside Lever and Weight.............................. page 163 Foot Valves With Brass Disc...................................................................................... page 162 With Leather Disc..................................................................................page 162 With Multiple Rubber Disc................................................................. page 163 For High Pressure Service.................................................................... page 163 12 , The liberal variety of sizes and types of Crane Iron Body Check and Foot Valves assures an adequate selec tion for all ordinary service requirements. In addition, the Stop-Check Valves shown on pages 370 to 374 are frequently used to excellent advantage for regular check valve service in boiler feed lines, in the discharge lines from high pressure pumps, and in the discharge lines from air compressors. The Ferrosteel Check Valves for ammonia, shown on page 482, also are frequently used on water and air lines under pulsating service. 156 CRANE 150-Pound Iron Body Check Valves Nickel Alloy or Composition Disc WORKING PRESSURES 150 pounds steam 250 pounds cold water, oil, or gas, non-shock Cross Section No. 36614, Horizontal Crane Nickel Alloy Disc Crane Nickel Alloy Seat Horizontal, Screwed No. 3661/2, Nickel Alloy Disc No. 3661/4 C, Composition Disc Angle, Screwed No. 3671/4, Nickel Alloy Disc No. 367V4 C, Composition Disc Cross Section No. 366% C, Horizontal Composition Disc Crane Nickel Alloy Seat List Prices and Dimensions Size Inches | V* 1 % 1 % 1 3/4 1 1 1 m 1% 1 2 No. 366V4, No. 367y2, No. 366% C, or No. 367% C Each| 3.20 1 3.30 | 3.60 | 4.50 1 5.50 | 6.60 End to end. Horizontal Inches | 2% 1 2% 1 3 1 3i/2 1 4% ! 4% Center to end, Angle Inches | 1% 1 iy< 1 1% 1 l9/ie 1 1% 1 23/le Center to top Horizontal Angle Inches | IV16 1 l9/l6 1 1% 1 2Vi 1 2s/i 1 211/ifi Inches | 1% 1 1% 1 UVie 1 2 1 2V4 1 2%a For List prices of Composition Discs for No. 36614 C or No. 367)4 C Valves, see page I7S. 10.00 | 17.00 sy4 1 63/g 2% 1 3 3ylfi 1 35/8 3 I 33/8 Service recommendations: These check valves are recommended for small lines carrying steam, hot water, cold water, oil, gas, and similar fluids. They are compact and are ruggedly constructed. Construction: The valves have a union cap, pro viding a strong, tight joint. The disc or disc holder is guided both at the top and at the bottom, assuring square seating. Materials: The body is cast iron; the cap is brass; and the cap ring, malleable iron. The No. 36634 and No. 367M Valves have a Nickel Alloy disc and body seat ring. Crane Nickel Alloy is hard and offers excellent resistance to wear. The No. 36634 C and No. 36734 C Valves have a brass disc holder and a Nickel Alloy body seat ring. Unless otherwise ordered, the Nos. 36634 C and 36734 C Valves are 'furnished with a No. 1 Steam Disc, suitable for steam. When ordered for hot water, oil, or gas, they are furnished with a No. 2 Hot Water Disc; when ordered for cold water or air, with a No. 3 Cold Water Disc. For description and dimensions of discs, see page 178. 400-Pound W.O.G. Malleable Iron Swing Check Valves WORKING PRESSURES 250 pounds oil, 550 F. 400 pounds cold water, oil, or gas, non-shock Cross Section, No. 346% Air tested Size No. 346%, Screwed End to end Center to top of cap List Prices and Dimensions Inches % 1 % 1 3/4 1 Each 4.00 | 5.00 | 6.50 8.00 Inches 2% 1 23/4 | 3Vl6 Inches l7/s 1 l7/s 1 2% 3% 2% V 1V4 11.00 4% 2% 1% 14.00 413/16 33/s 2 20.00 513/ie 3% Service recommendations: These valves are es pecially suitable for oil lines where fire hazard legis lates against the use of cast iron, and for corrosive services where all-iron valves are satisfactory but where a material stronger than cast iron is desired. The valves are compact and rugged. Materials: The body, cap, disc, and hinge are made of tough, durable malleable iron. The hinge pin is % made of Exelloy. Regrinding: The valves can be reground without taking the body from the line. By removing the stop plug, a screw driver can be engaged with the slot in the disc spud, making it easy to rotate the disc when regrinding. CRANE 157 Iron Body Check Valves For Gasoline Service WORKING PRESSURES -- 15 pounds gasoline Air Tested Patent Pending Crane No. 642 and No. 644 Check Valves are especially suited for gasoline service. They are recommended for suction lines and gravity pressures up to 1 j pounds maximum, where the valves are installed in accessible locations. No. 642, Horizontal No. 644, Angle Screwed Screwed Construction and materials: These valves Cross Section No. 642 are made with a cast iron body, a brass cap, a malleable iron cap ring, and a brass disc holder; the body and the cap ring are galvanized. The design and materials in the seat and disc -- a Crane No. 6 List Prices and Dimensions Gasoline Disc and an aluminum alloy Size No. 642 or 644, Galvanized End to end. Horizontal Inches % 1 3A 1 U/4 U/2 2 Each 3.75 |5.25|7.00 9.30 12.55 19.00 Inches 3 1 3i/2 41/s 4% 5i/4 6% renewable body seat ring -- are spe cifically selected for their successful resistance to the action of gasoline. Center to end. Angle Horizontal Center to top Angle Inches IVie 1 1% 1% 23/,b i 2V1B mInches !2V1B!2Vle|2iViG 3 Inches UViel 2 21/4 29/i6 2% 3 3% 3% Testing: Each valve is shell tested with 80 pounds air. The seat is tested with one foot head of kerosene. Composition Discs page 178 Brass Check and Foot Valves for gasoline service ,. page 53 Iron Check Valves For Pump Service WORKING PRESSURES 40 pounds cold water, with Soft Rubber Disc. 75 pounds cold water, with Hard Rubber Disc. 12 No. 25, Horizontal, Screwed With )4-inch Bottom Outlet Orders must specify pres sure, or advise if soft or hard disc is wanted. No. 25Vi, Horizontal, Screwed Without Bottom Outlet Service recommendations: These valves are ideal for installation' between Deep Well Pumps and Storage Tanks'for pulsating serv ice when pressures do not exceed 75 pounds. The No. 25 Check Valve'has a 3T~inch bot tom outlet for direct supply to system; the hole through the diaphragm permits bleeding of pressures to actuate a pressure switch. List Prices and Dimensions Size' Inches 3/4 1 U/4 u/2 2 ' No. 25, with %" bottom outlet Each 4.75 5.50 6.50 1 No. 25%, without bottom outlet Each 4.00 4.75 5.75 7.00 9.50 iEnd to end Inches 3% 4i/g 4% 51/4 <>% t 'Center to top Inches 2i/s 2% 2% 3 3%! Center to end of bottom outlet Inches 1% U/2 m Materials: The valves have cast iron body, brass and bronze spring; the body and cap ring are galvancap, malleable iron cap ring, rubber disc, brass seat, ized. Discs are made of either hard or soft rubber. Ferrosteel Check Valves Crane Co. manufactures a complete line of small size Ferrosteel Check Valves for ammonia service; see page 482. These valves, because of their dashpot cushion design, are used successfully to com bat pulsation in pipe lines leading from air compressors or reciprocating types of boiler feed pumps. The disc is very effectively cushioned by means of an attached piston which operates in a dashpot. Friction rings on sizes 'iH-inch and larger tend to reduce dashpot leakage further and assist in slowing down the disc. For complete description, prices, and dimensions, see page 482. 158 CRANE J Crane iron body gate valves and cast iron flanged fittings in the water lines to mixing boxes in a paper mill. Crane valves and fittings are widely used in textile mills. Centrifugal pumps in a munici pal water works using Crane Underwriters' check valves. The diesel plant piping of a large irrigation system, fitted with Crane products. A multiple boiler automatic school heating installation completely Crane-equipped. CRANE Standard Iron Body Check Valves Brass Trimmed WORKING PRESSURE 125 pounds steam TEST PRESSURES Shell test -- 300 pounds hydrostatic Seat test -- 225 pounds hydrostatic 159 Cross Section No. 367, Horizontal No. 366, Horizontal Screwed No. 367, Horizontal Flanged Cross Section No. 368, Vertical No. 368, Vertical Screwed Size Inches 2 2% 3 4 5 6 8 List Prices and Dimensions List Prices, Each Dimensions, in Inches - Horizontal Verticals A B C D E F G H J No. No. 366 No. 367 No. 368 , Screwed Flanged Screwed , of Bolts F &D. 3.60 6.50 8.90 14.25 22.00 30.00 11.50 18.00 26.00 35.00 62 00 1 61/2 31/2 9.50 1 7 41/4 7 41/4 12.50 ! 8 9i/2 5 8 5 21.00 | 10 111/2 61/4 10 6 33.00 | 11% 13 7 IDA 7 40.00 1 13 14 8V4 13 7% 1 191/2 IDA 21 21/2 3 71/2 49 5 10 6 11 8 131/2 11 11 %6 15/l 71/2 11/16 81/2 1 91/2 li/s 11% 4 8 8 8 8 Dia. of Bolts % % % % % Service recommendations: These horizontal and vertical check valves are recommended for general service on steam lines. Construction: The valves are rugged and well pro portioned. The disc is accurately guided both at the top and bottom, assuring square seating. The body seat ring is screwed into the body. Horizontal check valves: The No. 366 Valves have a brass screwed-in cap on sizes 3-inch and smaller and an iron bolted cap on larger sizes. The No. 367 Valves have an iron bolted cap on all sizes. All horizontal check valves in sizes 6-inch and smaller have a solid brass disc; the 8-inch size has an iron disc with a brass seating face. All of these valves have a brass body seat ring. Vertical check valves: The No. 368 Vertical Check Valves have an iron bolted cap, a solid brass disc, and a brass body seat ring. Flange dimensions and facing: The dimensions and drilling of the end flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q). The flanges are plain faced, with a smooth finish. Drilling: The list prices of flanged valves include facing and drilling to the American Cast Iron Flange Standard, Class 125. No deduction is made when valves are ordered faced only. Larger sizes: When larger size check valves are wanted, we recommend the use of the swing check valves shown on page 161. Templates for drilling.. . .page 551 Thread engagement page 591 160 CRANE Standard Iron Body Swing Check Valves Brass Trimmed or All-Iron No. 373, Flanged Brass Trimmed Valves No. 372, Screwed No. 373, Flanged No. 3741/4, Hub Ends All-Iron Valves No. 3721/2, Screwed No. 3731/2, Flanged These valves may be used either in a horizontal position or in a vertical position for upward flow. No. 374%, Hub End Brass trimmed valves: Brass trimmed valves are recommended for steam or water, or for fluids that do not corrode brass. Unless otherwise ordered, No. 372, No. 373, and No. 374/t brass trimmed valves are furnished with a brass or brass faced disc. Sizes 3-inch and smaller have a solid brass disc; larger sizes have a cast iron disc with a brass seating face. The brass body seat ring is screwed into the body. All-iron valves: All-iron valves are recommended for gas, or for fluids that corrode brass but not iron. The seating surfaces are cast integral with the body and disc. Valves with screwed-in body seat rings can be supplied when ordered; prices on application. Leather disc: When so ordered, any of the brass trimmed valves can be furnished with a leather faced disc. The table of list prices shown on the opposite page includes the extra charge for leather faced discs. Leather faced disc valves are recommended only for cold water lines. Construction: Standard Iron Body Swing Check Valves are well proportioned and are sturdily con structed. The bodies are oval or globular in shape, providing an ample flow area around the disc when the valve is wide open. All sizes have the hinge suspended in the body. The valves are designed so that the disc cannot stick in the open position. Hub end valves: The hubs on hub end valves are suitable for Class "D" cast iron pipe. By-passes: Extra list prices for by-passes on sizes 12-inch and larger are shown on the opposite page. By-passes are the "bolted" type, made with a brass trimmed iron wedge gate valve having a non-rising stem. Flange dimensions and facing: The dimensions and drilling of the end flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q). The flanges are plain faced, with a smooth finish. Face to face dimensions: The face to face dimensions of the flanged valves sizes 6-inch and smaller conform to the American Ferrous Flanged Valve Standard (B16.10-1939), for 125-Pound Cast Iron Swing Check Valves. Sizes 8-inch and larger are not included in this Standard. A.P.I. Standard: When used on pressures not exceeding 175 pounds at atmospheric temperatures, the flanged valves in 2, 2V2, 3, 4, and 6-inch sizes conform to the American Petroleum Institute (A.P.I.) Standard No. 5-G-1, Second Edition, Sep tember, 1938, for 175-Pound Iron Pipe Line Swing Check Valves. Size of Valve 2 to 12-inch 14 and 16-inch 18 to 24-inch Working pressures | Screwed or flanged valves | Hub end valves Saturated steam Cold water, oil, Cold water or gas or gas, non-shock non-shock 125 pounds 125 pounds 200 pounds 150 pounds 150 pounds 200 pounds 150 pounds 150 pounds Hydrostatic test pressures Screwed, flanged, or hub end valves Shell test Seat test 350 pounds 250 pounds 250 pounds 225 pounds 175 pounds 175 pounds CRANE Standard Iron Body Swing Check Valves Brass Trimmed or All-Iron For working pressures, see the preceding page. 161 Screwed No. 372, Brass Trimmed No. 372%, All-Iron Flanged No. 373, Brass Trimmed No. 373%, All-Iron Hub Ends No. 374%, BrassTrimmed The list prices of flanged valves include facing and drilling to the American Cast Iron Flange Standard, Class I2S. No deduction is made when valves are ordered faced only. No. 373 Check Valve with Bolted By-Pass Size Inches 2 2% 3 3% 4 5 6 8 10 12 14 16 18 20 24 Brass Trimmed Valves No. 372 Screwed Each 11.00 12.00, 13.50 17.50 20.00 30.00 36.00 70.00 No. 373 Flanged F. &D. Each 13.00 14.50 17.00 21.00 24.00 34.00 41.00 75.00 115.00 168.00 340.00 450.00 600.00 700.00 1000.00 No. 374% Hub Ends Each 17.00 24.00 41.00 75.00 115.00 168.00 340.00 450.00 600.00 700.00 1000.00 List Prices All-Iron Valves No. 372% Screwed Each No. 373% Flanged F. & D. Each / Extra for Leather Faced Disc for No. 372, No. 373, or No. 374% Valves Per Valve Extra for Bolted By-Pass Size of By-Pass Inches Per Valve 11.00 12.00 13.50 20.00 13.00 14.50 17.00 24.00 34.00 41.00 75.00 i i! 1! l! | || H || l| ii 1.00 1.50 2.00 2.50 3.00 4.00 4.00 7.50 10.00 12.00 No Extra Charge ll || || II 1 i 2 49.00 3 74.00 4 99.00 Size Screwed End to end Face to face I.D. of port Flange dia. Flanged Flange tnick. Bolt circle No. of bolts Dia. of bolts Hub Ends End to end I.D. of hub Depth of hub Size of by-pass By-Pass C. to outside Center to top '-enter to top of valve Dimensions, in Inches 1 2 |2% 3 3% 4 5 6 1 8 1 10 12 i 14 1 16 18 20 24 16% 7 8 9 10 11% 12% 1 18% 1 t| 1 8 8% 9% 10% 11% 13 14 1 19% 1 24% 27% | 31 | 36 36 40 48 1 2 2% 3 3% 4 5 6 1 8 1 io 12 1 14 1 16 18 20 24 1 6 7 7% 8% 9 10 11 1 13% 1 16 19 1 21 1 23% 25 27% 32 1 % 1 Vl6 |4% 5% 14 4 % 6 4 1% % % i! 10% 13/ie 15/lfil15/l6 7 7% 1 8% 888 %%% 12 1 1 1% 1 1%6 9% 1 11% 1 14% 8 1 8 1 12 % 1 % 1 7/r 14 1 19% 1 24% 1% 1 1% 1 1%6 17 1 18% 1 21% 12 1 12 1 16 %| 1 | 1 27% | 31 | 36 1%6 22% 16 1% 32 ln/is l7/s 25 29% 20 20 1% 1% 35 40 i 4.75 5.621 7.87 110.00 112.25 14.37 116.50 118.75 20.87 23.00 27.25 i 12.751 3.00| 3.00 I 3.50 | 3.50 3.50 | 3.50 | 4.00 4.00 4.00 4.00 .. i i I t 21213 3 3 4 22 1 233/4 1 27% 29% 30% 343/4 1 t 11% 1 11%. 1 14% 14% 14% 17 1 4% 4% 5% 6 6% 7% 8 1 10% 12% 13% 1 16 1 173A 17% 20 21 Templates for drilling.. . .page S51 Normal thread engagement.. . .page 591 162 CRANE Iron Body Foot Valves Leather or Brass Disc Screwed Flanged Leather or Brass- Disc Foot Valves No. 394, Leather Disc, Screwed No. 395, Leather Disc, Flanged No. 394y2, Brass Disc, Screwed No. 395y2, Brass Disc, Flanged SERVICE RECOMMENDATIONS These valves are recommended for suction lines on shallow well pumps where the pressure does not ex ceed 34-foot head (approximately 15 pounds), but they will safely stand 25 pounds pressure on priming pump service, when not subjected to the pulsations of the pump. The leather disc valves are especially suitable for cold water; the brass disc valves, for hot water. List prices of Hanged valves include facing and drilling to the American Cast Iron Flange Standard, Class 125 on sizes31/2-inch and smaller, and to the25-Pound American Tentative Cast Iron Flange Standard on sizes 4-inch and larger. No deduction is made if ordered faced only. Size List Prices, Each Dimensions, in Inches Leather Disc Valves No. 394 Screwed No. 395 Flanged F. &D. 1 Inches Black^ Galv.1 Black' Galv. Brass Disc Valves Largest Outside Diameter Flange dimensions No. 394% Screwed No. 395% of Body Flanged F. & D. I No. No. No. No. Diam- Thick- Bolt No. of Dia.of 1` Black! Galv. Black! Galv. j 394 395 394% 395% eter ness circle bolts bolts 3A 1.15| 1.75| 1 1 1 II 3% 1 ' 1.30| 2.001 | I ' 1 ! 1' 3341 1 1% ! 1.401 2.10[ ! 1 8.0018.301 | II4%' ' 4yg 1 IV? 1 1.901 2.851 I I 9.00 9.40| II 4% 1 43/4 2 I 2.40| 3.60! 3.50| 5.50| 10.00 10.50| 1! 5V2 1 6 5% 2% i 3.30| 5.001 4.50| 7.00111.00 11.70| !'6y4! 7 6% 3 | 3.90| 5.75| 5.75| 9.00| 12.00 12.80| 13.00 14.301! 7 17% 7 3% 5.60| 8.50| 7.50| 12.00| 13.00 14.20| 14.00 15.80|| 87g 1 87g 87s 4 ! 7.30111.001 9.50| 15.00| 14.00 15.501 15.00 17.25|| 87s 1 9 87s 5 | U.25| 16.751 14.00| 22.00| 15.00 17.20] 16.00 19.20||10%|10% 10% 6 | 14.75| 22.00| 17.50| 27.00| 18.00 21.00| 20.00 23.8511113/4111% H3/4 8 i 41.00| 62.00| 45.00| 72.00| 45.00 53.50| 48.00 59.00||15%I15% 15% 10 | 64.00|110.00| 70.00|120.00| 80.00 98.50| 85.00 105.00H 18 | 18 20% 1 J ! 7% i 87s 1 9' 10%! 11% 1 15%: 20% | 6 7 7% 8% 9 10 11 13% 16 111 % 43/4 4 % S/l6 5% ' 4 s/s 5/s 6 1 4 Vs 'Vie 7 ! 8 % % 7% ' 8 % % 8% | 8 Vs 3/4 9% ( 8 % 3/4 ll3/4 : 8 Ys % 14% | 12 Vs 12 |100.00|155.001112.001170.001 14 I | |150.00| I 16 | 1 1200.001 1 1135.00 159.00||20%|20%| 24% | 19 1 17 | 12 Vs 1 II 1 ( 21 1% 183/4 : 12 3A i ! 1 II ! ! 1 23% ' iyg i 2iy4 16 j % Shape of strainer: Sizes 6-inch and smaller have a semi-spherical strainer as shown on the illustration of the screwed end valve; the larger sizes have a flat bottom strainer as shown on the illustration of the flanged end valve. Materials and construction: The leather disc valves have a cast iron body, strainer, and seat. Sizes 6-inch and smaller have one disc; larger sizes have two discs. The brass disc valves have a cast iron body and strainer and a brass seat. Size 6-inch and smaller have one disc; larger sizes have four discs. Brass Foot Valves.. . .page 54 Flange dimensions and facing: The dimensions and drilling of the end flange on valves 4-inch and larger conform to the 25-Pound American Tentative Cast Iron Flange Standard (Bi6b2-iQ31). On smaller sizes, the diameter and drilling of the end flange conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iq3q). The flange is plain faced, with a smooth finish. 4 'i J j 1 5 & When so ordered, the flange on sizes 5-inch and larger can be drilled to the 125-Pound American Standard. Full face gaskets should then be used to avoid distorting the flange. | 1 i j Templates for drilling. . . .page 551 m CRAN E Ferrosteel Foot Valves Multiple Rubber Disc 163 Service recommendations: These valves are rec ommended for the same service as the leather disc valves shown on the opposite page. Materials and construction: The valves have a Ferrosteel body, cast iron strainer and seat, and brass valve stems and springs; they have handholes to facilitate cleaning and repairing. Flange dimensions and facing: The dimensions and drilling of the end flange conform to the zjPound American Tentative Cast Iron Flange Stand ard (Bi6b2-iQ31). The flange is plain faced, with a smooth finish. D iam eter T h ic k ness B o lt Circle No. of Bolts Dia. of Bolts List Prices Dimensions, in Inches Size Larg No. 397 | est Flanged I Out- F. & D. 1 side Black j Diam Each | eter of Inches Body Flange dimensions 16 18 20 24 30 x 36 t 190.00 || 343/4 235.00 i 403/4 265.00 | 46 400.00 i 54i/2 780.00 II 691/2 1200.00 * 82 23i/2 , iy8 25 W* 271/2 32 383/4 46 IV* 1% iy2 1% 211/4 223/4 25 291/2 36 423/4 16 3/4 16 3/4 20 1 3/4 20 % 28 7/s 32 % When so ordered, the flange can be drilled to the American Cast Iron Flange Standard, Class 125. Full face gaskets should then be used to avoid dis torting the flange. Drilling: List prices include facing and drilling to the 25-Pound American Tentative Cast Iron Flange Standard. No deduction is made if valves are or dered faced only. Brass disc valves: Multiple Brass Disc Foot Valves can be made to order; prices on application. Templates for drilling.. . .page SSI High Pressure Swing Check Valves Iron Body Foot Valves With Outside Lever and Weight j When foot valves are wanted for high pressures or for severe service. Crane No. 373 Flanged Standard Iron Body Swing Check Valves having a strainer bolted on the inlet end. as illustrated above, are recommended. These are furnished with either a leather faced disc or a solid brass or brass faced disc. Prices on application Any Crane Iron Body, Ferrosteel, or Cast Steel Swing Check Valve can be furnished with an outside lever and weight as illustrated above. The weight is mounted on the lever either in a position that will assist the disc in closing, thereby making the valve extremely sensitive to a reversal of flow, or in a posi tion where it will balance the disc, causing the valve to open under a minimum of pressure. Orders must specify which type is wanted. Unless otherwise ordered, the lever and weight are placed on the side that- is on the right when looking into the valve inlet. Prices on application 164 CRANE Standard Iron Body Clearway Swing Check Valves Underwriters' Pattern WORKING PRESSURE -- 175 pounds cold water, non-shock HYDROSTATIC TEST PRESSURES Shell test -- 250 pounds Seat test -- 200 pounds Cross Section, No. 375 No. 3741/2, Screwed No. 375, Flanged No. 37514, Flub Ends For use in a horizontal position, or in a vertical position for upward flow. UNDERWRITERS' REQUIREMENTS Designed for fire protection service, these valves con form to the Underwriters' Specifications known as "The National Standard", and they are listed as approved and inspected by the Associated Factory Mutual Fire Insurance Companies, Boston, and the Underwriters' Laboratories, Chicago. They are marked "FM" and "CU". The valves are not rec ommended for use on " interconnection service' . List Prices and Dimensions Size List Prices, Each Dimensions, in Inches 12 No. 3741/2 No. 375 No. 375i/2 Extra for A B C D E F G H J K No. Dia. Screwed Flanged Hub Leather of of Inches F. & D. Ends Faced Disc bolts bolts 2Vl 14.50 3 17.00 31/2 4 24.00 5 34.00 6 41.00 8 75.00 10 I 12 14.50 17.00 21.00 24.00 34.00 41.00 75.00 115.00 168.00 24.00 41.00 75.00 115.00 168.00 | 1 i 1 1.50 2.00 2.50 3.00 4.00 4.00 7.50 10.00 12.00 10 10 61/4 21/2 7 "/.151/2 4 % 11 11 163/4 3 71/2 I % ! 6 4 % 12. 7 131/2 8% 1s/ig! 7 8% 13 13 16i/2171/,. 5.62|3.00 4 9 /Vis 71/2 ! 8 b/8 15 15 8% 5 10 1V18I8V2 , 8 3/4 16 16 20 t9y4 7.87|3.00 6 11 1 ! 91/2 I 8 3/4 18 18 i 221/4! IU/4110.0013.50 8 !131/2| ll/a |U%| 8 % 22 26 i 131/4112.2513.50 10 1 16 IF/M141/41 12 % 26 ; 291/21151/4 (14.3713.50 12 1 19 111/4 1 17 ! 12 I % Construction: The body is large, providing liberal clearance around the disc. When opening, the disc swings entirely clear of the waterway; it is so con structed that it will not stick in the open position. Through bolt-studs with a nut on each end are used in the cap joint. The hinge pin is accessible from both sides of the body, being retained by brass plugs. Materials: The body seat ring is brass and is screwed into the body. Sizes 6-inch and smaller have a brass disc and a brass hinge. In larger sizes, the disc is iron with a brass seating face and has a brass collar where it engages the hinge; the hinge is malle able iron, having a brass hinge-pin bushing and a brass disc-hub bushing. All sizes have a brass hinge pin. Leather disc: An extra charge is made for leather faced disc valves. See the list prices shown above. Hub end valves: The No. 37Valves have hub, ends suitable for Class "D" cast iron pipe. Bosses on body: Each valve is equipped with four bosses for by-pass, two on each side of the body. An extra charge is made for drilling and tapping the bosses and for furnishing a by-pass. Flange dimensions and facings: The dimensions and drilling of the end flanges conform to the Ameri can Cast Iron Flange Standard, Class 125 (Bi6a1939). Flanges are plain faced, with a smooth finish. Drilling: The list prices of flanged valves include facing and drilling to the American Cast Iron Flange Standard, Class 125. No deduction is made when valves are ordered faced only. Templates for drilling,. . .page SSI Thread engagement.. s.page S91 CRANE 250-Pound Ferrosteel Swing Check Valves Brass Trimmed 165 Size of Valve 2 to 12-inch 14-inch Working pressures Steam 500 F. Cold water, oil, or gas, non-shock 250 pounds 250 pounds 500 pounds 400 pounds Hydrostatic test pressures Shell test Seat test 1000 pounds 550 pounds 700 pounds 450 pounds These valves also may be used in a vertical position for upward flow. Cross Section, No. 39 E No. 38 E, Screwed No. 39 E, Flanged Size No. 38 E, Screwed No. 39 E, Flanged, F. & D. List Prices Inches | 2 | 2% ! 3 | 3y2 1 4 1 5 | 6 1 8 | 10 | 12 | 14 Each| 15.00 | 20.00 | 28.00 j| 36.00 1 41.00 | 54.00 | 66.00 I 1 1 1 Each| 17.00| 22.00 | 30.00 | 38.00 | 44.00 | 57.00 | 70.00 |105.00|175.00|250.00|350.00 Service recommendations: Crane 250-Pound Fer rosteel Swing Check valves are well suited for a wide variety of services requiring the use of rugged, stur dily constructed valves. They will give excellent results on steam lines where the pressure and tem perature do not require the use of steel valves, on high pressure water, oil, or gas lines, and on similar service. Construction: The valves are heavily proportioned and are unusually rugged. The body is oval in shape, providing ample flow area when the valve is open. The valves have a disc stop which keeps the disc from sticking in the open position. Materials: The body and cap are made of Crane Ferrosteel. The body seat ring is made of Crane Hard Metal; it is screwed into the body. Sizes 3J/2inch and smaller have a solid Crane Hard Metal disc; larger sizes have an iron disc with a Hard Metal seat ing face. Crane Hard Metal is a copper-tin bronze having unusual strength and hardness. Flange dimensions and facing: The dimensions and drilling of the end flanges conform to the 250-Pound American Cast Iron Flange Standard (Bi6b-iQ28). Flanges have a J^-inch raised face. The raised face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Valves with male, female, tongue, or groove faces can be made to order; see page 560 for dimensions and the Crane Discount Sheet for prices. Drilling: The list prices of flanged valves include facing and drilling to the 250-Pound American Cast Iron Flange Standard. No deduction is made when valves are ordered faced only. Face to face dimensions: The face to face dimensions of the flanged valves sizes 12-inch and smaller conform to the American Ferrous Flanged Valve Standard (B16.10-IQ39), for 250-Pound Cast Iron Flanged Swing Check Valves. The 14-inch size is not included in this Standard. A.P.I. Standard: The flanged valves in all sizes except the 3Y% 5, and 14-inch conform to the American Petroleum Institute (A.P.I.) Standard No. 5-G-1, Second Edition, September, IQ38, for 500-Pound Iron Pipe Line Check Valves. Dimensions, in Inches Size 1 2 2% 3 3% 4 1 5 1 6 1 8 10 Screwed End to end 1 9% 103/4 11% 121/4 13 i 15 1 16% 1 *Face to face 1 10% 11% 12% 131/4 14 | 153/4 1 17% 1 21 24% Inside diameter of port 1 2 2% 3 3% 4 1 5 1 6 1 8 10 Diameter of flange i 6% 7% 874 9 10 I 11 1 12% 1 15 17% Flanged ^Thickness of flange Diameter of raised face 1% 1 r% l3/ie 11/4 i 1% 1 l7/l6 1 1% 17s 1 43/lfi 41S/l6 5"Ag 65/l6 6is/16 1 85/l6 1 911/ie 11113/16 141/i6 Diameter of bolt circle 1 5 5% 6% 71/4 77s 1 91/4 1 10% 1 13 151/4 Number of bolts 18 8 8 8 8 1 8 1 12 1 12 16 Diameter of bolts '-enter to top of valve 1 % % % 3/4 3/4 I 3/4 1 3/4 1 7s 1 51/4 57/s &y4 63/4 71/4 1 81/4 1 9 1 11 1 13 *Face to face and thickness of flange dimensions include the j^-inch raised face. 12 14 28 33 12 131/4 20% 23 2 2% 16Vie 18is/16 173/4 201/4 16 20 17s 1% 143/4 153/4 Templates for drilling page 552 Special facings.. . .page 560 Normal thread engagement.. . .page 591 12 166 CRANE 800-Pound Hydraulic Ferrosteel Swing Check Valves Brass Trimmed WORKING PRESSURE 800 pounds cold water, oil, or gas, non-shock TEST PRESSURES -- Shell test -- 1600 pounds hydrostatic Seat test -- 850 pounds hydrostatic These valves also may he used in a vertical position for upward How. No. 820 H, Screwed No. 821 H, Flanged Service recommendations: These valves are recommended for high-pressure hydraulic lines.and for high-pressure gas lines. Construction: The valves are extremely heavy and rugged. The bodies are oval or globular in shape, providing ample flow area around the disc when the valve is open. The valves are constructed so that the disc cannot stick in the open position. Size Inches 2 VA 3 4 5 6 8 10 12 List Prices, Each 1 No. 820 H Screwed No. 821 H Flanged 1 F. & D. 37.50 45.00 37.50 1 45.00 :i 60.00 83.00 60.00 83.00 i 113.00 | 113.00 165.00 | 165.00 i 285.00 i 1 | 360.00 ! 1 ! 525.00 1 List Prices and Dimensions Dimensions, in Inches ABCDE FG ioy2 111/2 6 2 61/2 11/4 3% 12 13 6% 21/2 71/2 1% 41/s 13i/2 14 81/4 3 81/4 II/2 5 151/4 17 91/4 4 103/4 1% 63/, 8 171/4 20 IOI/2 5 13 21/8 73/16 00 19 22 12 6 14 21/4 26 15 7% 16% 21/2 105/8 31 153/4 93/4 20 2% 123/4 33 i 17 113/4 22 3 15 H 5 578 65/r 8V2 IOV2 IIV2 133/1 17 191/4 No. of Bolts 8 8 8 8 8 12 12 16 20 Dia, of Bolts 5/8 3/4 3/4 % 1 1 11/8 11/4 U/4 Materials: The body and cap are made of Crane Ferrosteel. The body seat ring is screwed into the body and is made of Crane Hard Metal. Sizes 4-inch and smaller have a solid Crane Hard Metal disc; larger sizes have an iron disc with a large Hard Metal seating face. Crane Hard Metal is a tough, hard, wear-resisting copper-tin bronze. Flange dimensions and facing: The dimensions and drilling of end flanges conform to the 8oo-Pound Hydraulic American Cast Iron Flange Standard (Bi6bi-iQ31). The flanges have a p.f-inch male face (large male); the male face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Valves with female, tongue, or groove faces are made to order; see page 561 for dimensions and the Crane Discount Sheet for prices. Drilling: The list prices of flanged valves include facing and drilling to the 8oo-Pound Hydraulic American Cast Iron Flange Standard. No deduc tion is made when valves are ordered "faced only". Shock: On lines subjected to shock, properly de signed shock absorbers must be installed to protect the piping and the valves; see page 11. Face to face: The face to face dimensions of the flanged valves conform to the American Ferrous Flanged Valve Standard, B16.10-1939. This Stand ard does not include the 5-inch size. A.P.I. Standard: Flanged valves conform to the American Petroleum Institute (A.P.I.) Standard, No. j-G-i. September. 1038 for 8oo-Pound Iron Pipe Line Valves. This Standard does not include the j-inch size. Templates for drilling, . page 552 Special facings . page 561 Thread engagement page 591 CRANE Valve Accessories and Parts s 167 For greater convenience, various valve accessories and parts, many of which are used with nearly all Crane Valves, have been grouped together on the following pages, numbers 168 to 178. Floor Stands............................................ pages 168 and iqq Extension Stems......................................................... page 16q Indicator Posts........................................................... page 170 Cylinder Operated Valves........................................ page 171 Motor Operated Valves.........................pages 17a and 173 Wheels.......................................................................... page 174 Handles........................................................................ page 175 Size of Hole in Wheels and Handles.....................page 175 Chain Wheels .......................................................... page 176 Tee Wrenches for Hub End Iron Body Valves.. page 177 Keys for Lock Shield Valves...................................page 177 Composition Discs.....................................................page 178 13 Replacement Parts for Valves Replacement parts, such as stems, bonnets, discs, packing nuts, etc., for any Crane Valve can be furnished upon receipt of an order. When ordering parts, specify the catalog number and the size of the valve, and give the name of the part re quired. In addition, since the valve must be clearly identified before a part that will fit correctly can be furnished, indicate how the valve is marked and where the marking appears. i 168 CRANE Floor Stands With or Without Indicator These Floor Stands, when equipped with the proper extension stem, are suitable for operating either rising or non-rising stem valves. The list prices shown below include the Floor Stand with wheel and wheel stem coupling, and in addition, on the Floor Stand with Indicator, the complete indicator parts; they do not include an extension stem or valve coupling. Extension stems are illustrated on the opposite page. The 20-inch high Floor Stand is used on valves having an 8-inch or smaller diameter handwheel; the 32-inch, on valves having a larger diameter handwheel. Floor Stand Without Indicator Height of Floor Stand Without Indicator With Indicator Prices on extension stems and on valve stem or yoke sleeve couplings are furnished on application. They de pend upon the length of the extension stem and upon the size and kind of valve on which the^coupling will be used. List Prices' Including wheel stem coupling, but no extension stem Painted column, japanned wheel Finished column, japanned wheel Finished column; rim and hub of wheel finished, spokes japanned Painted column, japanned wheel Finished column, japanned wheel Finished column: rim and hub of wheel finished, spokes japanned Floor Stand With Indicator Inches [ 20 1 32 Each| 15.00 1 20.00 Eachj 28.00 1 35.00 Each| 40.00 1 48.00 Eachj 22.00 1 27.00 Each| 35.00 1 42.00 Each| 47.00 1 55.00 Non-Rising Stem Gate Valve Unless other wise ordered, extension stems are made of Extra Strong Pipe. Directions for Ordering Floor Stand Only For Crane Valves, specify: 1. Style (with or without indicator) and finish of Floor Stand, and height 2. Size and catalog number of valve, and whether valve opens by turning to the right or the left For other than Crane Valves, specify: 3. Style (with or without indicator) and finish of Floor Stand 4. Size, style, and catalog number of valve 5. Manufacturer's name 6. Diameter of handwheel on valve 7. Number of turns to open 8. Whether valve opens by turning to the right or the left Floor Stand with Extension Stem For Crane Valves, specify: Information requested when ordering Floor Stand only (1 and 2, above) 9. Dimension A, center of valve port to floor level 10. Details, description, and proximity of structural members or walls available for support of long extension stems For other than Crane Valves, specify: Information requested in above items 3 to 10 inclusive 11. If non-rising stem gate valve, or globe, angle, or cross valve, include: Dimension B, center of valve to bottom of square on stem Dimension C, size and length of square on stem, and shape (whether straight or tapered) 12. If outside screw and yoke gate valve, include: Dimension D, center of valve to bottom of hub on handwheel Dimension E. detail dimensions of the part of the yoke sleeve on which the handwheel fits Floor Stands with Extension Stems are priced on application. Outside Screw and Yoke Gate Valve Unusually long extension stems must be properly supported. K CRANE Floor Stands Typical Application and Special Designs 169 1--T Floor Stands Applied to Gate Valve with By-Pass in Horizontal Position Application F Floor Stand with Single Bevel Gearing and Handwheel Application G Floor Stand with Double Bevel Gearing and Crank Handles Application L Bell Bottom Floor Stand Used on Non-Rising Stem Gate Valve Projecting Above Floor Line The Floor Stands shown on the opposite page can be used to operate globe, angle, or cross valves or rising or non-rising stem gate valves, either with or without gearing. These meet the requirements of ordinary installations. In addition, Floor Stands of special designs, a few of which are illustrated on, this page, can be made to order for unusual installations. . Prices on the special designs, such as those equipped with gears, ball bearings, cranks, motors, arms, or bell or wide bottom, are furnished on application. Inquiries and orders should indicate clearly what is wanted. Application K Floor Stand with Arm for Operating By-Pass Application J Wide Bottom Floor Stand Used on Rising Stem Gate Valve Projecting Above Floor Line Extension Stem For Non-Rising Stem Gate Valves or Globe, Angle, or Cross Valves Extension Stems Extension stems are frequently required for valves that are to be operated from a distance. Ordinarily, a Floor Stand is used to support the stem and handwheel, but in many installations the extension stem only is used. Non-rising stem gate valves and globe, angle, or cross valves are furnished with a square hole wheel stem coupling and valve stem coupling. Outside screw and yoke gate valves have the same square hole wheel stem coupling as non-rising stem gate valves and globe, angle, or cross valves, but have a hexagon hole coupling at the valve. It is designed to absorb the rise of the valve stem, making the exten sion stem non-rising. Unless otherwise ordered, extension stems are made of Extra Strong Pipe. Wheel Stem Coupling Extra `Strong Pipe Yoke Sleeve Coupling Extension Stem For Rising Stem Outside Screw and Yoke Gate Valves Inquiries and orders must specify the size and catalog top of the handwheel). Extension stems, especially number of the valve, and the length of extension stem those that are long, must be rigidly and properly (measured from the center of the valve port to the guided with suitable supporting brackets. Prices on application 170 i CRANE Indicator Posts Standard Pattern Underwriters' Pattern 5 When ordering, specify the catalog number of the Post> the size and catalog number of the valve with which it will be used, and the depth of the trench (distance from ground level to bottom of pipe line). 1 'i 13 il ! No. 520 Applied to No. 462 Gate Valve Enlarged Sectional View of Head No. 520 Post V Enlarged Sectional View of Head No. 510 Post List Prices and Dimensions Depth of trench / Feet| No. 510 or No. 520, with Wrencn Extra for each 6 inches over 6-foot trench Each| Each | Distance from ground1 level to top of Post No. 510 Inches | No. 520 Inches | 2 to 6 40.00 2.00 38 331/4 No. 510 \ Applied to -i No. 462M :| Gate Valve Service recommendations: Crane Indicator Posts provide an ideal means for operating iron body non rising stem gate valves buried underground. They are used principally in factory and mill yards, on valves for fire protection service. The Standard Pattern, recommended when the Un derwriters' Pattern is not required, is suitable for valves sizes 2 to 14-inch inclusive. It is generally used with No. 462 Gate Valves, page 103. The Underwriters' Pattern is used with No. 462)4 Underwriters' Pattern Gate Valves shown on page 104. It conforms to the Underwriters' Specification known as "The National Standard", and is listed as approved and inspected by the Associated Factory Mutual Fire Insurance Companies, Boston, and the Underwriters' Laboratories, Chicago. The Post is marked "CU" and "FM". Construction: Crane Indicator Posts are sturdilyconstructed of cast iron. Each Post is furnished with an angle wrench which can be locked or sealed at the side of the Post when not in use. The operating nut is 1JT inches square. The word "OPEN'' or "SHUT", in large, easily read letters, appears behind the indicator glass when the valve is open or closed, respectively. The lower plate, marked "OPEN", is adjustable, and its posi tion is changed to suit the size of the valve. The indicator opening is fitted with a heavy plate glass 14-inch thick; small openings under the cap ventilate the entire Post and prevent accumulation of moisture on the glass in cold weather. Attaching Post to valve: These Posts have the standard N.F.P.A. (National Fire Protection Asso ciation) flange for attachment to the valve; the operating rod has a socket for the valve stem. When No. 462 Valves are ordered for use with Indi cator Post, they are furnished with an indicator post flange cast integral with the bonnet, at no extra charge. When the No. 520 Post is required for valves ! already installed and not equipped with a flange, a ' separate Adaptor Plate for the valve is furnished with the Post, at no extra charge. No. 46234 Gate Valves used with the No. 510 Post . are furnished regularly with an indicator post flange ; cast integral with the bonnet. Special Indicator Posts: Indicator Posts for other than Crane Valves can be made to order at a special price. When ordering, specify the name of the valve manu facturer, the valve size, whether it opens by turning to the right or the left, the number of turns to open, and give the following dimensions: A -- Depth of trench B -- Center of pipe to top of stuffing box flange C -- Center of pipe to bottom of valve stem square D -- Diameter of stuffing box E -- Size of stem square F -- Height of stem square G -- Length of stem thread H -- Stuffing box bolt circle Diameter of stuffing box studs Number of stuffing box studs x CRANE 171 Cylinder Operated Gate, Globe, and Angle Valves For All Pressures and Purposes When so desired, Crane Gate, Globe, and Angle Valves can be fur nished Cylinder Operated. As the name indicates, these valves are actu ated by means of a piston and cylinder using water, air, or oil as the operating medium. Control is obtained by simply operating a Four-Way Valve which may be located in any convenient place within reasonable distance from the valve. Remote control: When remote control is required, connecting piping between the cylinder and the Four-Way Valve must be large enough to compensate for pressure drop and back pressure resulting from cylinder actuating and exhausting operations. Maintaining disc position: In order to maintain the valve disc in either the open or closed position, the actuating pressure must be retained in the cylinder at all times, with the exception of the following cases': 1. On Globe and Angle Valves when closed, if installed with their cylinder above the valve and the tine pressure is on top of the disc. 2. On Gate Valves when fully open, if installed with their stems horizontal or if the stem is hanging down from the disc. Special equipment: When specifically so ordered, cylinder operated valves can be furnished with special equipment. Depending upon the require ments of individual installations, various kinds of equipment may be necessary; some of these are as follows: / 1. Short travel, hand releasing device for emer gency freeing of the valve disc after it has been tightly wedged closed by the piston. 2. Limit stops to regulate the amount of valve opening by limiting the disc travel. 3. Auxiliary pressure connections to the cylinder for admission of higher pressures under stress of emergency. Inquiries and orders must be accompanied by com plete specifications and description of the proposed installation. Information required for inquiries and orders: The following questions must be answered when send ing in orders or inquiries for these valves: 1. Are screwed, flanged, or hub end valves wanted ? 2. Is a by-pass required? 3. Are the valves to be installed with the stems in horizontal or vertical position? 4- Designate the service for which valve is to be used: Steam, Water, Oil, or Gas, etc. 5- What is the maximum and minimum line pressure? 6. Designate the fluid to be used in the cylinder for the operation of the valve: Air, Hot or Cold Water or Oil, etc. 7- What pressure is available for operating the cylinder ? It is recommended that the pressure for actuating the cylinder be as high as possible, thus allowing the use of a minimum diameter cylinder. Cylinders: The actuating cylinders are made of cast irort or steel with or without brass liners, or of brass pipe, depending upon the size, the operating medium, and the pressure used. Indicating rod: Unless otherwise specified, these valves will be furnished with a "tail rod" extending through the top cylinder head. This feature provides a visible indication of the position of the valve disc at all times; i.e. whether the valve is operating, fully open, or closed. Shown in the above photograph is a 10-inch 900-Pound Cast Steel Flanged Gate Valve with a Cast Steel Hy draulic Cylinder. The main valve by-pass and the valved emergency booster connections on the cylinder are special equipment on this particular assembly Prices and complete descrip furnished on application. 13 172 CRANE Electric Motor Operated Valves "1 The complete Electric Motor Control is comprised of an integrated unit consisting of the motor and gearing with disc travel controls built into weather proof cast housings, the push button control station with indicating lights, and an enclosed magnetic controller with contactors operable by any number of push button stations. Unless otherwise specified the magnetic controller will be mounted in a general purpose (NEMA-i > standard sheet steel enclosing case. Push button control stations are regularly furnished in surface mounting enclosing cases, non-lock-up, or lock-up weatherproof type. Other types of enclosing cases can be furnished on order. Motors are regularly supplied for direct or alternating current of standard voltages; for special current characteristics they can also be furnished, made to order as required. In the normal operation of an Electric Motor Control Unit, pressing the desired button in the control station sets the magnetic controller contactors into action-- completes the motor circuit to effect proper movement of valve stem with disc and disc travel devices--or breaks the motor circuit to stop the disc if so desired. Where automatic valve operation is needed, switches actuated by floats, or by variations in pressure or temperature may be used in lieu of or in conjunction with the customary push button control station. Electric motor units, made by responsible manufac turers of such units, will be furnished on Crane Valves, when so specified. Crane Air or Gas Motor Valve Operators (Patented) The air or gas motor control consists of a rotary motor, gearing, and disc travel limit valves, all built into weatherproof cast housings. A four-way valve is used for admitting air or gas to the motor for opening or closing the main valve. Motors are of the reversible rotary type, designed for operation by either air or gas at pressures from 70 to 125 pounds gauge. These units are particularly advantageous for operat ing valves in refineries, oil and gas lines, and various process industries where sparks from electric motors and wires will ignite an explosive-laden atmosphere. They will operate even when totally submerged in water or when the temperature surrounding them is high. Crane Air or Gas Motor Control Units are recom mended for continuous operation of valves, a service that may cause overheating of electric motors. Prices arid complete description furnished on application. For information required with inquiries or orders, see page 173, .1 CRANE Motor Operated Valves 173 Mechanical developments follow one another so rap idly that alertness is necessary to grasp their entire significance. Tasks formerly taking hours or days are now accomplished in seconds or minutes. Time, itself, measured in dollars and cents becomes more and more valuable with the conquest of distance. The mechanical- management of time and distance has brought complete safety in operations that for merly were hazardous to life and property. The wide adoption of remote controls exerts a great influence upon the saving of time and the virtual elimination of the distance factor in performance. Crane Motor Operated Valves faithfully perform a fitting part in the general utility of remote control of flow of liquids and gases. Motor units are furnished with electric motors or with rotary motors actuated by air or gas Existing hand operated valves can be altered for motor operation by replacing the old yoke and yoke accessories with new equipment suitable for mounting the motor unit. A thoughtful analysis of improved operations and economies made possible by the use of Crane Motor Operated Valves will clearly indicate their wide appli cation -- in power plants for isolating, sectionalizing, turbine extraction, reheat and circulating water lines -- in refineries and gas and oil pipe lines and booster stations -- in water works systems for dis tribution line control, reservoir control and sluices-- in processing plants for hazardous locations, for con trolling several units simultaneously, for automatic operation by variations in liquid level, pressure and temperature. Large valves that require much time and effort to open and close, emergency valves that must be oper able even under unusual circumstances, valves in remote, inaccessible or dangerous locations can be operated quickly, easily, safely and economically from one or more convenient points of control through the application of Motor Units. The Crane valve, whether actuated by electric motor or air or gas rotary motor, is designed to effect tight valve closure under specified service conditions and to prevent jamming in the wide open position. Inquiries and Orders for Motor Operated Valves /Should Give the Following Information Electric Motor 1. Quantity--size--flanged, screwed, or welding ends. 2. Catalog number of regular valve preferred. 3. Rising or non-rising stem. 4. With or without by-pass. If by-pass is wanted, state its location in relation to the valve. 5. Working pressure, maximum differential pressure to open against, and operating temperature. 6. Service--Steam, water, oil, air, gas, etc. 7- Valves used for--Main steam, equalizing, boiler feed, circulating water, etc. 8. Information on any special conditions, such as whether valve must close against full flow, open against full pressure, or if coking is present. Q. Maximum velocity through valve, if obtainable. 10. Voltage -- A.C. or D.C.-- and phase and cycle if A.C. 11. State whether open-stop-close, close only, or open-only stations are wanted. Also type of enclosure and whether Lock-Up or Non-Lock-Up. Specify number of stations per valve. l2- Approximate maximum temperature at point where valve yoke will be located U- Position of valve run. Location of handwheel. !4- Position of valve stem -- vertical up, vertical down, horizontal, or other position. Air or Gas Motor 1. Quantity--size--flanged, screwed, or welding ends. 2. Catalog number of regular valve preferred. 3. Rising or non-rising stem. 4. With or without by-pass. I f by-pass is wanted, state its location in relation to the valve. 5. Working pressure, maximum differential pressure to open against, and operating temperature. 6. Service--Steam, water, oil, air, gas, etc. 7. Valves used for--Main steam, equalizing, boiler feed, circulating water, oil refinery lines, etc. 8. Information on any special conditions, such as whether valve must close against full flow, open against full pressure, or if coking is present. q. Maximum velocity through valve, if obtainable. 10. Available air or gas pressure for operating motor (minimum 70 pounds--maximum 125 pounds). 11. State whether valves are to open and close, close only, or open only by means of the air or gas motor. 12. Approximate maximum temperature at point where valve yoke will be located. 13 Position of valve run. Location of handwheel. 14. Position of valve stem -- vertical up, vertical down, horizontal, or other position. 174 CRANE Wheels for Valves Dimensions are given in inches. Style A Wheel, Malleable Iron Dished Design, Oval Rim, Square Hole (Dias. 3, 3J4. 4, & 5 are also made with a Threaded Hole ) Used on small size Forged and Cast Steel Globe and Angle Valves (pages 313 to 315). Threaded Hole sizes are for O.S. & Y. Gate Valves (page 299); orders for these four sizes must specify "Square Hole" or "Threaded Hole". Style L Wheel, Square Socket Black Moulded Composition Used on Brass Radiator Valves or on special polished valves. Style D Wheel, Malleable Iron Round Pattern, Oval Rim, Square Hole Used on larger size Brass, Iron, and Steel Valves (Globe, Angle, and Cross, and Non-Rising Stem or Rising Stem but not O.S. & Y. Gate). Style M Wheel, Malleable Iren Round Pattern, Round Rim Round Threaded Hole Used only on No. 459 Brass Gate Valves, shown on page 21. Style C Wheel, Malleable Iron Non-Heat, Oval Pattern, Square Hole Patented Used on Low Pressure and the smaller sizes of certain Standard Brass Globe, Angle, Cross, and Gate Valves. Style E Wheel, Malleable Iron Round Pattern, Oval Rim, Hexagon Hole Used on O.S. & Y. Iron and Steel Gate Valves. (Dias. 6 & 7 are also made with a Threaded Hole, for Steel Gate Valves.) Style N Wheel, Polished Brass "Navy" Four-Ball Pattern Square Hole Used on certain Brass Hose Valves or on special polished valves. i When ordering a Wheel or Handle, spec ify the size and catalog number of the valve on which it will be used, or the size Style F Wheel, Malleable Iron Non-Heat, Round Pattern, Square Hole and Style of the Wheel or Handle, itself. Valve dimension tables shown through ,t 13 Widely used on smaller size Brass, Iron and Steel Valves (Globe, Angle, and Cross, and Non-Rising or Rising Stem but not O.S. & Y. Gate). Larger sizes of such valves are fitted with Style D out this catalog include the wheel or handle size, and the Style can be deter-, mined from the valve illustrations, from the size, or from other information Style U Wheel, Cast I ron Round Pattern, Round Rim Square Hole Used only on No. 453 Brass Hose -1 Wheels. shown on this and the opposite page. Gate Valves, shown on page 70. Size ab Diameters and List Prices Style A | Style F Style D Style E Style L Style N Price Each 1 Size Price Size Price Each Size Price Each Size Price Size Price Sq. Hole | Thd. Hole 1 f Each d Iron | Steel e Iron Steel h Each n r Each 2Vs 1211/ig .12 | 1% .08 3% *3 3y* .16 | .24 2Vie .08 4% 3% 3% 4 47/l6 .20 | .30 .30 j .40 2tJ/l6 .09 5% 2*4 .10 6 5 5% .50 | .70 3Vie .12 3% .16 7 8 4Viel -20 9 Style C Size Price c g Each 1% 1% .08 single asterisk 4% .25 are made with 53/s .35 two sizes of squares or nexagons; oraers *10 12 14 16 2% 1% .08 catalog number of the valve on 2% 1% .08 which the Wheel will be used. 18 20 3 2 .09 22 3% 2V4 .10 _ Style E, Threaded Hole 24 3% 2% .12 For 1 Yi & 2"Gate Valves,page 299. **27 *y* 2% .16 Size | Price Each **30 4% 2% .20 6 1 1.00 **36 5% 3 .25 7 I 1.35 **42 .20| .35; 67 j .75 6 1.00 7 1.30 8 1.75 9 2.15 *10 2.85 12 4.00 14 4.90 16 6.25 18 7.25 20 10.25 22 13.00 24 23.00 32.50 **27 31.50 42.00 **30 44.00 55.50 **36 55.00 75.00 **42 1% .14 Wz 1% .75 2 .15 13/4 2 .75 2(4 .16 2 2 3/8 .85 .75 1.00 1.30 2% .17 *2i/2 3 1.00 23/4 .22 3 3% 1.25 3 .28 3% 4% 1.75 1.75 4 43/8 2.25 2.15 5 53/8 3.50 2.85 4.00 ' Style M 6 6% 5.00 4.90 6.25 Size Price m Each 7.25 3s/l6 .60 10.25 33/8 .65 13.00 3% .75 Style U 23.00 32.50 43/r 1.00 31.50 42.00 4>*4 1.25 44.00 55.50 53/4 1.50 55.00 75.00 6* Vis 2.00 Size u 4% 6 Price Each .40 1 .00 **The 27, 30, 36, and 42-inch Style D and E Wheels have a cast steel for steel valves. Orders for these sizes must specify round rim: they are made of cast iron for iron body valves or of whether iron or steel Wheels are wanted. CRANE 175 Handles for Valves Dimensions, in Inches Style K Lever Handle Malleable Iron Used on smaller size Hydraulic Brass and Steel Globe and Angle Valves. Style S Tee Handle, Malleable Iron Used on Bar Stock Valves (page 310), on the No. 216 X line of Forged Steel Globe and Angle Valves (page 312), and on small size Corrosion-Resistant Globe and Angle Valves. Style J Tee Handle, Cast Iron Used only on No. 50 Brass Hose Valves List Prices, Handles _______ Style J || Style K Style S || Style X Style X Cross Handle Malleable Iron Size Price Size Price Size Price II Size Price j Each k Each s Each x Each 5Vs I -15 || 3Vs .09 29/i .10 |[ *3 .08 Used on certain sizes of Corrosion-Resistant Globe and Angle Valves (page 446). 5% I -25 ;| 3Vi6 .10 39/is .12 n-3% 6Vz I -30 |j 3Vz .10 4% .15 |'*4% 8V4 I .40 )j 3yg .12 4% .18 .10 .16 .25 Tee Wrenches, . . .page 177 Keys for Lock Shields.., .page 177 ij 4%_ II 4% _5_ 5% .15 5% .25 .35 .18 .30 | *Made with 23 2 sizes of squares; specify .40 size wanted. Size of Hole in Wheels and Handles Square Hole Wheel or Handle Dimensions, in Inches The tables shown below specify the size of hole in Crane Square Hole and Hexagon Hole Wheels and Handles. Wheels and Handles having the same size and type of hole, and the same length through hub are, of course, interchangeable. When substituting wheels and handles for those with which the valves are regularly equipped, however, careful consideration must be given to the effect of increased power which may be obtained. total taper per foot **1" total taper per foot Hexagon Hole Wheel or Handle Square Hole Style A Style C Style F P V Size a Size c x g Size f Style N Size n Style J Size j Style K Size k Style S Size s Style X Chain Wheel Size x Pitch Dia. .20 .30 1%*1% 1 1 1% .24 .35 2% m21/4 xH/2 ! 1 N/4 3 .24 .37 11 1 ____ _ 29/i .29 .35 i 2%xl% 1 2Vi6 | 2 3% 3 .29 .44 3 11 i .32 .40 3x2 | 29/i6 1 2% 1 35/l(! 33/4 i .32 .44 i1 1 39/ib 1 .35 .44 3% x 21/4 1 23/4 j 2% 31/2 33/4 I 23/* .40 .44 3 33/4X2% | 3Vie 3 51/8 37/s 41/s 43/4 1 23/g .40 .56 3% 1 .42 .44 41/4x2% | 3% 3% 1 434 i 3 1 41/4 43/4 j 3 .42 .81 .45 .56 1 53/4 1 43/4x23/4 | 47i6 4 1 4% i 6 3 .45 .69 5 6I/2 1 .53 .62 4,5 53,4x3 j 43,4, 53/g 5 15 75%, 7 4 .56 .75 1 81/4 1 .56 .87 1 6 1 S3/4 5 Square Hole Style D ChainllSquare Hole Style D Chain Hexagon Hole Style E Chainil Hexagon Hole Style E Chain V Size d Wheelii p V Size d Wheel w y Size e Wheel w y Size e Wheel .35 . .37 44 .56 .63 .44 .62 1.00 .87 1.00 31/2 4% 51/2 6 7 23/s 11.00 4 j 1.13 4 j 1.25 5 1 1.31 5 | 1.44 1.62 1.75 1.87 2.12 2.37 14 16 18 20 22 14 1.00 .69 6 II 2.41 1.31 18 14 1.00 .69 7 7% | 2.78 1.31 20 18 1.18 .75 8 7% | 3.30 1.50 22 18 1.37 .87 9 71/2 | 3.50 1.62 24 18 1.56 .87 10 10 | 3.57 1.69 I 27 18 18 18 24 24 .69 1.06 .75 1.19 .81 1.25 8 9 10 71/2 | 1.50 71/2 | 1.75 10 | 1.87 2.44 2.50 2.75 24 27 30 24 1.69 .87 24 1.88 1.00 30 2.08 1.06 10 12 14 10 | 4.07 10 | 4.61 14 | 5.22 1.75 2.19 2.75 30 36 42 30 30 _.87 1.37 10 10 | 2.00 3.25 36 30 2.33 1.19 16 14 _.94 1.50 12 10 | 2.50 3.50 42 Chain Wheels... .page 17$ i 13 i 176 CRANE Chain Wheels For Brass, Iron, and Steel Valves Chain Wheel With Chain Chain Wheel With Guide and Chain Hammer Blow Chain Wheel With Guide and Chain (Prices on Application) Illustrations show Chain Wheels as applied Rising Stem Gate Valves (Applications on Non-Rising Stem Gate Valves and on Globe and Angle Valves -- not illustrated -- are similar.) Pitch Diameter of Chain Wheel Inches List Prices, Each Chain Wheels only Chain Wheels and Guides for Rising or for Rising or Non-Rising Stem Non-Rising Stem Valves Valves Chain Wheels are applicable to valves having the following style and size of Wheel or Handle Style A Style D Wheel Wheel Style E Wheel Style F Wheel Style K Style S Handle Handle Size Inches Size Inches Size Inches Size Inches Size Inches Size Inches 2% 2.35 3 2.50 4 2.65 5 3.00 9.85 10.00 10.15 11.00 "3 1 3i/2 4,5 1 3% 41/2, 51/2 6, 7 2%, 3l/i6 31/2, 3% 3%, 4i/i6 41/4, 45/8 4%. 5% 5 i 53/4 ! 41/s 43/4 5%, 7 7% 13 10 14 4.30 6.25 9.00 20.00 200 29.00 I 1 8, 9 10, 12 14, 16 7, 8, 9 10, 12 14, 16 ! '> 18 13.00 24 23.00 30 40.00 35.00 50.00 80.00 1 18, 20, 22 18, 20, 22 24, 27 24, 27 30, 36 30, 36 1 \ List price of Chain for Chain Wheels.20 per foot || List price for connecting ends of Chain.30 per Chain Chain Wheels without guides will be furnished, unless ordered "With Guide". For convenience in operating valves located above a normal reach from floor levels. Crane Chain Wheels are ideal. They are made from high quality cast iron, of unusually rugged and serviceable construction, and are designed to provide a positive grip on the chain under the most severe operation. Guides: Guides for Crane Chain Wheels, for sizes of 7}/-inch pitch diameter and larger, are regularly equipped with rollers, as illustrated; Guides for smaller wheels have plain loops. Crane Guides hold the chain in close contact with a large portion of the circumference of the wheel, preventing slipping or jumping of the chain. Hammer Blow Chain Wheels: When Chain Wheels are desired for operating large size or high pressure valves, additional power is usually necessary for the first effort in unseating the disc, and in the final movement to effect a tight seating. For con ditions such as these, the Crane Hammer Blow Chain Wheel is recommended. Its design embodies a "lost motion", wherein the wheel turns freely through a large angle, building up momentum until the heavy operating lugs engage. The resulting "hammerblow" acts upon the valve stem, facilitating opening and closing of the valve. The Hammer Blow Chain Wheels are available in jYztinch pitch diameter and larger; prices are furnished on application. Ordering: When ordering Chain Wheels separately, specify the pitch diameter, the size and catalog number of the valve on which it is to be used, and also advise if Chain Guide is desired. When Chain for Chain Wheels is ordered separately, orders must specify the pitch diameter of the Chain Wheel for which the Chain is required. When a valve is ordered with Chain Wheel or Chain Wheel and Guide, no extra charge is made for the labor to mount it on the valve, but no allowance is made for the regular valve wheel or handle. For size of hole in Chain Wheels, Wheels, or Handles, see page 17S. CRANE Tee Wrenches 177 for Square Operating Nut Tee Wrenches, frequently referred to as Tee-Handle' Socket Wrenches, are used to operate all types of gate valves or other equipment that are regularly fitted with square operating nuts. These wrenches, made of steel pipe and tubing and of welded construction, are furnished with nut sockets for- either 2-inch or 3-inch square operating nuts. The nut sizes conform to the dimensions of the American Water Works Association. Lengths ranging from five to nine feet are regularly made; other lengths are made to order. Prices and dimensions on application. Keys for Lock Shield List Prices No. 198 Key Each! .70 No. 199 Key Each! 1.00 No. 200 Key Each! .25 T-Shape Key Brass, Not Plated No. 200 and No. 201 No. 201 Key Eachl .20 Malleable Iron, Nickel-Plated No. 198 and No. 199 Keys Used with Lock Shield Valves Size No. 67 G No. 112 No. 174 No. 226 No. 455 No. 1210 No. 1213 No. 4270 of or No. 145 G or No. 113 Valves or Valves or Valves Valves Valve Valves Valves No. 227 No. 1211 Valves Valves use use f use use use use use use Inches Key No. Key No. )Key No. Key No. Key No. Key No. Key No. Key No. No. 1-B or No. 2B Valves use Key No. No. 438 Valves use Key No. No. 440 Valves use Key No. V* i %i Vz 198 */* 1 lVi 198 or 199 200 198 200 Wz 2 199 198 or 1991 I 200 200 198 198 198 or 199 201 200 200 198 198 199 ! 200 198 198 or 199 200 200 198 199 200 200 200 . 200 200 198 199 199 The photograph at the right shows a high pressure steam control station using Crane Steel Gate Valves. The by-pass on the larger site valves exemplifies good piping practice 13 By-Passes and Gearing In addition to the valve accessories shown in this section. Crane Co. also regularly' supplies by-passes, gears, grease cases, etc. for many Crane Valves. For complete data, see the pages referred to below: By-Passes for: Iron Wedge Cate Valves................... page 114 Iron Double Disc Gate Valves.......... page 138 Steel Wedge Gate Valves.........................page306 Gearing for: Iron Wedge Gate Valves..................page 115 Iron Double Disc Gate Valves......... page .139 Steel Wedge Gate Valves................. page 307 Steel Globe and Angle Valves...........page 326 173 CRANE Composition Discs No. 1 Steam Disc No. 2 Hot Water Disc No. 3 Cold Water Disc *No. 6 Gasoline Disc No. 4 Cranite Disc *No. 5 Cranoil Disc Low Pressure No. 7 Steam Disc No. 8 Hot Water Disc Copper Disc For prices. see page 37. (*No. 5 and No. 6 Discs always are furnished complete with disc holder.) Size Inches ' . Vs % % % % 1 VA 1% 2 2% 3 3% 4 :5 ;6 8 10 . 12 List Prices, Each No. 1 Steam, No. 2 Hot Water, or No. 3 Cold Water Discs No. 4 No. 7 Steam Cranite or Discs No. 8 Hot Water Low Pressure Discs .06 .06 .08 .08 .10 .12 .18 .25 .36 .60 1.00 1.25 .15 .15 ,20 .20 .25 .30 .40 .60 .90 1.50 2.50 .05 .05 .06 .06 .08 .10 .14 .18 .28 1.65 2.25 2.75 4.00 6.00 9.00 1 1 | 1 Approximate Dimensions In Inches No. l, No. 2, No. 3, No. 4, or Copper Discs No. 7 or No. 8 Low Pressure Discs A 21/32 21/32 3/4 13/l6 lVl6 1% 1% 2 23/l6 33/l6 315/16 4% 4% 6l/l6 71/16 91 V32 U3/l6 133/i6 B Vs Vs Vs Vs % 9/l6 2%2 V/32 W2 l3 V32 2]%2 22S/32 3V32 331/32 m 7Vs 9V32 U C 7/32 %2 %2 Vs Vs Vs 1V32 U/32 11/32 1S/32 Vi 9/l6 19/32 19/32 19/32 19/32 s/s 5/s A 19/32 19/32 21/32 Vs 1 Ws IV2 l13/l6 2%2 1 1' 11 11 11 B 3/l6 3/l6 3/l6 9/32 13/32 % 23/32 1 1 Vs ! 1 1 I 1 .1 c Vi Vs Vi %2 7<S2 ' Vt Vs V32 Vl6 Crane Composition Discs are the result of years of constant study, research, and test. They are made from specially selected materials, and are of unusu ally fine quality. Each type is ideally suited for the particular service for which it is recommended. No. 1 Steam Discs: No. i Steam Discs are made of high quality materials, properly compounded to provide satisfactory and lasting service. For 150 pounds saturated steam 300 pounds hot water, 300 F. No. 2 Hot Water Discs: No. 2 Discs are made of a medium-hard composition that gives excellent results on hot water, oil, gas, or gasoline lines. For 500 pounds hot water, 225 F. 400 pounds oil, gas, or gasoline, ioo F. No. 3 Cold Water Discs: No. 3 Cold Water Discs are made of a soft, tough rubber compound that is especially suitable for cold water or air service. For 600 pounds cold water or air, ioo F. No. 4 Cranite Discs: Cranite Discs consist princi pally of long fibre asbestos and a binder, molded and vulcanized under high compressive loads. They give unusually satisfactory results on high pressure-tem perature lines and on services that are too severe for ordinary composition discs. For 300 pounds steam, 550 F. 600 pounds hot water, 150 to 450 F. No. 5 Cranoil Discs: Cranoil Discs are a com- pounded phenol formaldehyde resinoid. When fur- : nished, they are cemented into the disc holder of the i valve, and have a specially machined face to fit a i specially machined seat. They are recommended for j oils, gasoline, air, and gases at temperatures up to : 250 F., especially on services where valves with an ! ordinary metal or composition disc cannot be made * tight. See page 32. = No. 6 Gasoline Discs: No. 6 Discs are a specially s prepared compound that is completely resistant to gasoline. They are soft enough to make a tight seat ; on suction lines and on gravity pressures up to ij ; pounds. They are recommended for use in check and : foot valves only (shown on pages 33 and 157), and . always are furnished complete with disc holder. > jLow Pressure Discs: The No. 7 Steam Discs and No. 8 Hot Water Discs are not interchangeable with j other Crane Discs; they are slightly smaller in size, j being used only in valves for low pressure service. For -- No. 7, 100 pounds saturatedsteam f -- No. 8, 123 pounds water, 200F. Domestic gas service 1 { Copper Discs: Copper Discs are preferred by some g engineers for special services. They are furnished h regularly only in the No. 213 and No. 215 Valves! shown on page 37. j CRANE Malleable Iron Screwed Fittings 179 Standard Fittings..................... . Circulating Boiler Fittings Air-Tested Standard Fittings.. Standard Refinery Oil Fittings 300-Pound Fittings..................... Heavy Fittings........................... A.A.R. Fittings........................... Hydraulic Fittings..................... . .pages 180 to 186 ..................page 187 ..................page 188 ..................page i8q .pages iqo and iqi . ' . -."page-rqfc-r ----- '......... page iq3 ..................page IQ4 ----- The Crane line of Malleable Iron Fittings includes fittings for steam working pressures up to 300 pounds and for water, oil, or gas working pressures up to 2000 pounds, depending upon size. The user is afforded a wide variety of types and an unusually liberal assortment of straight and reducing sizes. Crane Malleable Iron is characterized by pressure tightness, stiffness, and toughness, the latter property being especially valuable in pipe fittings. It has a tensile strength of from 40,000 to 50,000 pounds per square inch. Uniformity and superior quality are assured through the application of im proved methods in furnace practice, casting, and annealing. Although differing in their weight and proportions, the various lines are alike in that no detail of manufacture is overlooked to provide fittings of exceptionally high quality. Except for Plain Standard Fittings, the pipe ends are reinforced with bands. Tough, close-grained iron, threads accurately cut to gauge and in true alignment, openings chamfered to permit easy entrance of the pipe,--these and other features contribute to making Crane fittings uniformly satisfactory. 14 The list at the top of this page does not include all the Malleable Iron Fittings manufactured by Crane Co. For greater convenience, the following fittings are shown in other sections of this catalog: Bushings..............................................................................page22.6 Plugs.................................................................................... page228 Faced Couplings and Locknuts.................................... page232 One-Strap and Two-Strap Clamps...............................page233 Screwed Unions and Union Fittings. . .pages 238-to 246 Flange Unions........................................... pages 250 to 252 Railing Fittings......................................... pages 268 to 272 Floor Flanges..................................................................... page2qo Companion Flanges......................................................... page292 How to read reducing fittings.. . .page 644 180 CRANE Standard Malleable Iron Fittings WORKING PRESSURES, BANDED FITTINGS 150 pounds steam 3G0 pounds cold water, oil, or gas, non-shock The Crane line of Standard Malleable Iron Fittings illustrated on pages 181 to 18b is unusually complete. It includes a great variety of types and a large assortment of reducing sizes. It affords the user a selection sufficient for almost any piping installation within its pressure and size range. Rugged construction: The fittings are well proportioned and of good weight. Their strength is very high, providing a very liberal factor of safety over the recommended working pressures. Threading: All openings are accurately threaded to gauge, and'in true align ment. Each opening is chamfered slightly, to permit easy entrance of the pipe. Plain fittings: Plain fittings are satisfactory for low pressure gas and water lines, for house plumbing, or for railings. Air-tested fittings: Crane Air-Tested Standard Malleable Iron Fittings are suitable for air brake and other compressed air lines. A liberal assortment of types and sizes is carried in stock. These fittings are shown on page 188. Dimensions: The table below gives the dimensions of the most currently used straight size fittings and of reducers. Plain fittings have the same center to end dimensions as the corresponding size of banded fitting. Dimensions of other types and of reducing sizes will be furnished on request. h-A-q 90 Elbow Dimensions, in Inches Side Outlet Elbow Tee tSEtl m Service Tee r;Jr-j-D t1T-j-C1 Cross See page 591 for explanation. 45 Elbow 45 Street Elbow Four-Way Tee 45 Y-Bend Cap Coupling Reducer Return Bend Size 1 A B 1 C 1 D 1 E F 1 G H J i* K 1 Z Return Bends % 1 "/is Vs 1 | 11/l6 1 13/l6 Vi I 13/l6 % l3/i6 1 % 115/ie 1 1 9/is 1S/lG s/8 13/lS 1 3/4 Size M N || Size | M N ||Size| M N 1 1 % Close Pattern |] Open Pattern ]| Wide Pattern % |1S/l6 l3/is l7/l6 1 "/is 1 IV16 2% 1 IVis % l3/l6 P/s 1 3/s 3/2 1 l3/4 II 3/2 11/2 1% II % 1 13/2 l5/s Vi 1 Wa Vs 1% 1 13/lfi 1 l3/l6 27/lS Un/l6 % lS/l6 13/4 1 3/2 3/4 13/4 23/l6 ii 3/4 2 23/4 II 3/4 1 4 33/,6 3/4 1 l5/is 1 l7/s 1 1 l5/.s 213/l6|2Vl6 11/16 13/2 l7/l6 1 9/l6 1 13/2 23/z II 1 21/2 2% II % 1 6 43/2 l 1 1% iy8 2ya 1 lVis 1 iy> 33/g 1 27/i6 l3/lS Pi/is IH/isI 31/16 13/41 m 21V6II 13/4 3 33/is II 1 1 6 41/2 1 1% lS/l6 27/l6 1 H/4 ll"/,s 4J/16 |2`S/l6 13/4 l1S/l6 23/16 1 3 3/l6 13/2123/, B 33/16 II PA 31/2 3% II 11/41 6 43A iy2 |ixs/i6 l7/l6 21 Visl 1% 1 1% 43/2 1 3Ve lS/l6 23/g 2s/l6 1 31/16 2 23/8 3% II 2 4 43/8II11/2I 6 5 2 1 2V4 l"/l6 3% im/1R| 21/2 57/i61 4 l7/l6 21/2 |213/1S| % MediumPattemll iy 43/2 43 5/81, 2 1 5 434 2y2 |2"/i6 l1S/l6 313/isl l7/s 12V, 63/4 141 VlG 1% 27/s 33/41 1S/l6 3/2 13/4 1% II 3 5 5V,6 II 2 | 6 55/ig 3 l 3Vs 23/is 4% 1 2% | 3 71/4 | 59/i6 1% 33/is 31 Visl 1 3/4 13/2 in Veil 4 6 613/,ell 3 | 71/2 633/,6 3Vi 1 37/l6 2% 5y8 1 23/g | 33/ 1 i!3V6!37/16 4 1 13/16 1 1% 21/4 II 1, 3 1 8 613/i6 4 1 3-54 2% 5"/igI 21/2 | 33/4 87/s |63S/16|2i/,6 311/16 4% 1 13/8 13/4 21/4 |213/i6|| II 6 | 12 111/lG 5 1 41/2 131/16 67/g 1 1 1 1 2s/, s 41/4 37/g 1 l>/4 1 13/2 23/2 33/16 II 1 '1 6 . 51/8 37/i6 8 1 i 1 29/l6 43/4 4% 1 lS/l6 I, 2 3 3% f . CRANE Standard Malleable Iron Fittings List Prices, Each. 181 90 Elbows, Banded Right Hand Size Black Galv. Inches Each Each Vi 1 06| .08 Vi 1 .06| .08 % 1 ,06| .08 Vi 1 .07| .09 % 1 10| .13 1 | 13| .17 iy* 1 .20| .26 1V2 1 25| .33 2 1 .40 .52 2% ! .72 .95 3 1.00 1.30 31/2 1.50 1.95 90 Elbows, Banded Right and Left Size Black Galv. Inches Each Each Vi .07 .09 % .07 .09 Vi .08 .10 3/4 1 -12 .16 1 .15 .20 iy* .23 .30 1% .29 .38 2 .46 .60 45 Elbows Banded Size Black Galv. Inches Each Each Vs .07 .09 Vi .07 .09 % .07 .09 Vi .09 .12 3/4 .12 .16 1 .16 .21 Wi .24 .31 lVi .30 .39 2 .48 .62 2% .86 1.10 3 1.20 1.55 OCT\ tO-N v$Oi coH 90 Street Elbows Banded Size |Black Galv. Inches i Each Each Vi 1 .071 .09 1/4 I .07| .09 1/2 .08| .10 3/4 .12| .16 1 .15| .20 11/4 .23| .30 1V2 .29| .38 2 .46| .60 2Vi .83| 1.10 3 1.151 1.50 45 Street Elbows Banded Size Black Galv. Inches Each Each Vi * .08 * .10 Vi * .08 * .10 % .08 .10 Vi .10 .13 3/4 .14 .18 1 .18 .23 l Vi .28 .36 lVi .35 .46 2 .55 .72 21/2 *1.00 *1.30 3 *1.40 *1.85 4 .5 1.80 2.35 3.25 4.25 3Vi 1.80 2.35 4 2.20 2.85 31/2 *1.80|*2.35 4 *2.55 *3.30 4 | 2.10| 2.75 6 4.65 6.05 5 3.90 5.10 5 |*3.75|*4.90 y* * .07 * .09 6 5.60 7.30 6 |*5.35|*6.95 3/s x% .07 .09 AB 3/s X Va * .07 * .09 % x i/g * .08 * .10 Vi x% .08 .10 3/4 xi/2 .13 .17 Vi x% .08 .10 1 x3/4 .17 .22 % x y2 .11 .14 1 x 1/2 * .17 * .22 Vi x% % xy4 1 X% 1 x 1/2 1 X% .11 .14 * .11 * .14 .14 .18 .14 .18 .14 . .18 90 Elbows Plain Size Black Galv. Inches Each Each Vs .06 .08 45 Elbows Plain Size Black Galv. Inches Each Each lVix 1 11/4 x 3/4 11/2x11/4 11/2 X 1 11/2 x3/4 .25 .33 * .25 * .33 .32 .42 * .32 * .42 * .32 * .42 iyxi iy4 x 34 1%X% i%xiy4 l'/2Xl lV2X3/4 2 X ll/2 2 x iy4 2 xX 2 x3/4 2Vi x 2 2%xli/2 3 x 2i/2 3 x2 3 x1 31/2x3 4 x 3i/2 4 x3 4 x2 4 x li/2 6 x 4' & X 21/2 .22 .29 .22 .29 .22 .29 .28 .36 .28 .36 .28 .36 .44 .57 .44 .57 .44 .57 * 44 * .57 .80 1.05 .80 1.05 1.10 1.45 1.10 1.45 *1.10 *1.45 1.65 2.15 *2.00 *2.60 2.00 2.60 *2.00 *2.60 *2.00 *2.60 *5.15 *6.-70 *5.15 *6.70 Vi .06 % .06 Vi .07 % .10 l .13 iy4 .20 lVi .25 2 .40 Vi X% % x Vi % xVs .07 .07 .07 Vi x% .08 Vi x% .08 Vi X% *.08 % x% .11 % x% .11 1 x3/4 .14 1 X Vi .14 1 X% .14 11/4x1 .22 I1/2XII/4I .28 2 x iy2| .44 .08 .08 .09 .13 .17 .26 .33 .52 .09 .09 .09 .10 .10 *.10 .14 .14 .18 .18 .18 .29 .36 .57 l/4 *.07 | *.09 % *.07 j *.09 1/2 *.09 | *.12 % *.12 j *.16 1 *.16 | *.21 11/4 *.24 | *.31 1% *.30 j *.39 2 *.48 | *.62 60 Elbows Plain Size Black Galv. Inches Each Each 11/4 .31 | .40 11/2 .40 | .52 2 *.62 |*.80 *Non-Standard sizes: Sizes indicated with an 2 x iy2 2 x iy4 2 x1 21/2 x 2 21/2x11/2 3 x 21/2 3 x2 4 x3 .51 .66 * .51 * .66 * .51 * 66 * .92 *1.20 * .92 *1.20 *1.30 *1.70 *1.30 *1 70 *2.30 *3.00 90 Street Elbows Plain Size Black Galv. Inches Each Each . y *.07 *.09 Vi *.07 *.09 % *.07 *.09 V2 *.08 *.10 3/4 *.12 *.16 1 *.15 *.20 Side Outlet Elbows Plain Size Black Galv. Inches Each Each Vi *.12 *. 16 % .12 .16 Vi .14 .18 3/4 .20 .26 1 .26 .34 Wi .40 .52 lVi .50 .65 2 .80 1.05 AB 3/s xVil *.14 y* xttl *.16 Vi xVil *-22 3/4 x%\ *.22 1 xVil *-28 li/4xl *.44 *.18 *.21 *.29 *.29 *.36 *.57 asterisk (*) are "Non-Standard" and are sold at an advance in price over "Standard" sizes. See the Larger sizes: For qo and 450 Elbows larger than Crane Discount Sheet for prices. 6-inch, Crane Standard Malleable Iron Refinery Sizes not listed are special. Prices on application. Oil Fittings are recommended. See page 18q. 182 CRANE Standard Malleable Iron Fittings List Prices, Each c Size Inches Black Galv. Each Each Vs .08 .10 Y* .08 .10 % .08 .10 Vz .10 .13 % .13 .17 l .17 .22 l% .26 .34 lVi .33 .43 2 .52 .68 2Vz .90 1.20 3 1.30 1.70 3% 2.00 2.60 4 2.40 3.10 S 4.25 5.55 6 6.00 7.80 AB C V* x Vi x Vs * .09 * .12 Vs x Vs x Vi * .09 * .12 % x % x % .09 .12 3/s X % X Vs * .09 * .12 % X Vi X % * .09 * .12 % x Vi x Vi * .09 * .12 V* x Vi x % .09 .12 Vz x Vz x % .11 .14 Vi x Vz x Vi .11 .14 V,. x Vz x Vs * .11 * .14 Vz x % x y2 -11 .14 V?. x % x % .11 .14 Vz x % x Vi * .11 * .14 Vi X Vi X Vz .11 .14 Vz x V4 x Vi * .11 * .14 % X 3/s x Vz .11 .14 3/4 X % X 1/2 .15 .20 3/4 x 3/i X 3/8 .15 .20 3/4 X % X Vi .15 .20 3/4 x V2 x Vi .15 .20 3/4 x V2 X 1/2 .15 .20 3/4 X V2 X % .15 .20 3/4 x 3/g X % .15 .20 3/4 X 3/s X V2 .15 .20 3/4 x 3/g x 3/g .15 .20 3/4 X Vi X Vi * .15 * .20 Vz X V2 X Vi .15 .20 % x 3/g x Vi .15 .20 3/s X 3/g x Vi .15 .20 Size Inches Tees, Banded Black Galv. Each Each Size Inches Black Galv. Each Each ABC 1 x 1 x Vi .19 .25 1 x 1 x Vz .19 .25 1 x 1 x % .19 .25 1 x 1 x Vi .19 .25 1 x Vi x 1 .19 .25 1 x V4 x Vi .19 .25 1 x Vi x Vz .19 .25 1 xV4 x Vi .19 .25 1 X Vz x 1 .19 .25 1 x Vz x Vi .19 .25 1 x 1/2 x 1/2 .19 .25 1 X% X1 .19 .25 Vi x V4 x 1 .19 .25 Vi x Vz x 1 .19 .25 Vz x 1/2 x 1 * .19 * .25 lVix lVixl .29 .38 lVix iy4x Vi .29 .38 11/4 xiy4x Vz .29 .38 -iy4xiy4x3/g .29 .38 lVixl xlVi .29 .38 lVixl xl .29 .38 lVixl xV4 .29 . .38 lVixl xy2 .29 .38 li/4xVi xiy4 .29 .38 iy4xVi xl .29 .38 lVix Vi x3/4 .29 .38 lVixy2 XlVi .29 .38 iy4xy2 xi * .29 * .38 11/4x3/8 XlVi .29 .38 1 xl xlVi .29 .38 1 x Vi x lVi * .29 * .38 Vi xVi xiy4 * .29 * .38 11/2x11/2x11/4 .37 .48 li/2xiy2xl .37 .48 iy2x iy2 x vi .37 .48 11/2x11/2x1/2 .37 .48 11/2 x 11/2 x 3/g .37 .48 lVixlVixlVi .37 .48 ,11/2x11/4x11/4 .37 .48 11/2x11/4x1 .37 .48 iy2x 11/4 x vi .37 .48 11/2x114x1/2 * .37 * .48 iy2xi xiy2 .37 .48 11/2 xl x 1 Vi .37 .48 AB C lVixl xl .37 .48 1 Vi x 1 X Vi .37 .48 11/2 x Vi 11/2 x Vi 11/2 X Vi xll/2 x 1 Vi xl * * .37 .48 .37 * .48 .37 * .48 11/2 x Vi x Vi .37 .48 11/2 xi/2 11/2 X 3/g xll/2 xlVi * .37 .48 .37 * .48 1% xlVixiy. .37 .48 lVixl xlVi * .37 * .48 1 xl xli/2 .37 .48 2 x2 Xll/2 .57 .75 2 x2 x 1 Vi .57 .75 2 x2 xl .57 .75 2 x2 X Vi 2 x2 xi/z .57 .75 .57 .75 2 x 2 X % .57 .75 2 x lVi x 2 .57 .75 2 X II/2XII/2 .57 .75 2 x 11/2x1 Vi .57 .75 2 x 11/2 x 1 .57 .75 2 xlVix2 .57 .75 2 x 11/4x11/2 .57 .75 2 xlVi xlVi .57 .75 2 x lVi x 1/2 * .57 * .75 2 xl x2 .57 .75 2 xl Xll/2 * .57 * .75 2 xl xlVi * .57 * .75 2 xl xl * .57 * .75 2 xVi x2 .57 .75 2 x% x2 * .57 * .75 2 x% x 2 * .57 * .75 11/2 xli/2x2 .57 .75 l!/2XlVix2 V .57 * .75 11/4 x lVix2 .57 .75 1 xl x2 * .57 * .75 3/4 xVi x2 * .57 * .75 21/2 x2Vix2 1.00 1.30 21/2x21/2xll/2 1.00 1.30 21/. x 21/2 xlVi 1.00 1.30 2Vix 21/2X1 1.00 1.30 IVz X 2y2x vi 1.00 1.30 21/2 X 2 x2Vi 1.00 1.30 21/2x2 x2 1.00 1.30 Size Inches Black Galv. Each Each AB C 21/2x2 xll/2 *1.00 *1.30 VA xiy2 x2V4 1.00 1.30 V/z x 11/2x2 *1.00 *1.30 21/2 Xll/2 xll/2 *1.00 *1.30 21/2XII/4 X 11/4 *1.00 *1.30 2 x2 x2Vi 1.00 1.30 3 x3 x2% 1.45 1.90 3 x3 x2 1.45 1.90 3 x 3 xll/2 1.45 1.90 3 x3 xll/4 1.45 1.90 3 x3 xl 1.45 1.90 3 x3 X Vi *1.45 '*1.90 3 x 2l/z x 3 ' 1.45 1.90 3 x 21/2 x 21/2 *1.45 *1.90 3 x 2Vz x 2 *1.45 *1.90 3 x2 x 3 1.45 1.90 3 x2 x2% *1.45 *1.90 3 x 2 x2 1.45 1.90 3 xl x3 *1.45 *1.90 21/2x21/2x3 1.45 1.90 2 x2 x 3 *1.45 *1.90 31/2 x 3Vi x 3 2.20 2.85 31/2 x 31/2 x 21/2 2.20 2.85 4 x4 x3Vi *2.65 *3.45 4 x"4 x3 2.65 3.45 4 x4 x2i/2 2.65 3.45 4 x4 x2 2.65 3.45 4 x4 Xll/2 2.65 3.45 4 x4 xlVi *2.65 *3.45 4 x4 xl *2.65 *3.45 4 x3 x4 *2.65 *3.45 4 x3 x3 *2.65 *3.45 3 x3 x4 *2.65 *3.45 5 x5 x 4 *4.70 *6.10 5 x5 x3 4.70 6.10 5 x5 x2 *4.70 *6.10 6 x 6 x4 6.60 8.60 6 x6 x 3 6.60 8.60 6 x6 X21/2 6.60 8.60 6 x6 x2 6.60 8.60 6 x4 x 6 *6.60 *8.60 1 *Non-Standard sizes: Sizes indicated with an asterisk (*) are " Non-Standard" and are sold at an advance in price over "Standard" sizes. See the Crane Discount Sheet for prices. Sizes not listed are special. Prices on application. Larger sizes: For sizes larger than 6-inch, Crane Standard Malleable Iron Refinery Oil Fittings are recommended. See page i8q. Description...............page 180 Dimensions page 180 Working pressures page 180 CRANE Standard Malleable Iron Fittings List Prices, Each cc C 183 AB Tees Plain Size Black Galv. Inches Each Each % .08 V* .08 % .08 % .10 % .13 1 .17 1V4 .26 iy2 .33 2 .52 ABC y4xy4xy8 .09 % x y8 x y4 *.09 3/sX3/8X1/4 .09 % X % X Vs .09 %xy4x3/8 *.09 3/s X y4 x Vi *.09 Vi X l/4 X 3/g .09 .11 % x i/z x Vi .11 %*%X% .11 % x 3/g X 3/8 .11 y2x3/8Xi/4 *.11 y2 x y4 x y2 .11 3/8x3/8Xl/2 .11 VixVixVi .15 Vi x Vi x Vi .15 Vi x Vi x Vi .15 Vi X y2 X Vi .15 Vixy2xy2 .15 Vi x V2 x Vil -15 Vi x Vi x Vil *-15 Vi x Vi x Vil .15 %x%x%| .15 Vi x Vi x Vil .15 Vixy4Xvii ms y2xy2Xvii .15 yzxvixv^i .15 %x3/gxVi| .15 .10 .10 .10 .13 .17 .22 .34 .43 .68 .12 *.12 .12 .12 *.12 *.12 .12 .14 .14 .14 .14 *.14 .14 .14 .20 .20 .20 .20 .20 .20 *.20 .20 .20 .20 *.20 .20 .20 .20 1 Size Inches Black Galv. Each Each AB c 1 xl x Vi 1 xl x y2 .19 .25 .19 .25 1 xl X% .19 .25 1 xl x Vi 1 x3/4 xl .19 .25 .19 .25 1 x3/4 x3/4 1 x3/4 xy2 1 X Vi x% 1 x y2 xl .19 .25 .19 .25 .19 .25 .19 .25 1 xy2 x3/4 .19 .25 1 xy2 x y2 .19 .25 1 xy2 x% *.19 *.25 1 x% xl .19 .25 1 x% x Vi *.19 *.25 1 x% xy2 *.19 *.25 Vi xVi xl Vi X1/2 xl Vi x% X 1 lVix lVix 1 .19 .25 .19 .25 *.19 *.25 .29 .38 lVixlVi x3/4 lVaxlVi x'A .29 .38 .29 .38 lVix lVix% P/4X1 x 1 Vi iy4xi xl .29 .29 .29 .38 .38 .38 PA xl x Vi *.29 *.38 iy*x% xiy4 *.29 *.38 1 xl xiy4 .29 .38 va xiy2xivi .37 .48 iy2xiy2X 1 .37 .48 iy2xiy2 X Vi .37 .48 iy2xiy4 xiy2i .37 .48 2 x 2 xiy2| .57 .75 2 -x2 XlVil .57 .75 2 x2 xl .57 .75 2 x2 x Vi | .57 .75 2 xlVix2 .57 .75 2 xiy2xiy2i .57 .75 lVz x 1VA x 2 .57 .75 *Non-Standard sizes: Sizes indicated with an asterisk (*) are "Non-Standard" and are sold at an advance in price over "Standard" sizes. See the Crane Discount Sheet for prices. Sizes not listed are special. Prices on application. Larger size Crosses: For Crosses larger than 6-inch, Crane Standard Malleable Iron Refinery Oil Fittings are recommended. See page 18q. Description.. . .page 180 Dimensions... .page 180 Working pressures... .page 180 Service Tees Banded Size Inches Black Galv. Each Each Vi * .09 * .12 % .09 .12 % .12 .16 3/4 .15 .20 1 .20 .26 iy4 .30 .39 1% .38 .50 2 .60 .78 2 Vi *1.05 *1.37 3 *1.50 *1.95 4 *2.75 *3.60 ABC % x% Xy2 * .13 * .17 3/4 x% xVi * .17 * .22 1 X 1 X Vi .22 .29 1 x Vi x 1 * .22 * .29 1 x Vi x 1 * .22 * .29 Vi x Vi xl * .22 * .29 lVix 1 x 1 Vi .33 .43 1Vi x 1 x 1 * .33 * .43 lVix Vi xlV4 .33 .43 1 xl xlVi * .33 * .43 iy2xiy4xiy2 .42 .55 iy2xi xiy2 * .42 * .55 iy2xVi xlVA * .42 * .55 2 x2 xl * .66 * .86 2 x iy2 x 2 .66 .86 2 xlVix2 * .66 * .86 2x1x2 * .66 * .86 2 x Vi x 2 * .66 * .86 2VA x 2 x 2y2 *1.15 *1.50 3 x 2VA x 3 *1.65 *2.15 3 x3 x4 *3.05 *3.95 Four-Way Tees Plain Size Black Galv. Inches Each Each y4 *.16 *.21 % .16 .21 y2 .20 .26 Vi .26 .34 1 .34 .44 1V4 .52 .68 iy2 .66 .86 2 1.05 1.35 C Crosses, Banded Size Black Galv. Inches Each Each % *.11 * .14 Vi .11 .14 % .11 .14 y2 .13 .17 Vi .18 .23 1 .23 .30 iy4 .35 .46 iy2 .44 .57 2 .70 .90 2Vz 1.25 1.65 3 1.75 2.30 3y2 2.65 3.45 4 3.15 4.10 5 * 5.70 7.40 6 8.15 10.60 AB C 'A x Vi x'/g *.12 * .16 % x3/g X Vi *.12 * .16 y2 xy2 x% .14 .18 Vi x Vi x Vi *.14 * .18 3/4 xVi x y2 .20 .26 Vi X Vi x% .20 .26 1 xl x Vi 1 xl xy2 .25 .33 .25 .33 1 xl X % .25 .33 iy4xiy4xi .38 .50 iy4xiy4x vi .38 .50 iy4xiy4 x y2 .38 .50 iy4xiy4xvi *.38 * .50 1 Vi x 1 xl *.38 * .50 iy4xi X Vi *.38 * .50 iy2xiy2xiy4 .48 .62 iy2xiy2 xl .48 .62 ivixiy2xvi .48 .62 iy2xiy2 x'A *.48 * .62 iy2xiy4xiy4 *.48 * .62 2 x2 xiy2 .77 1.00 2 x2 xiy4 .77 1.00 2 x2 xl .77 1.00 2 x2 X Vi .77 1.00 2 x2 x'A *.77 *1.00 2 x 1 Vi x 1 Vi *.77 *1.00 2Vi x 2VA x 2 1.40 1.85 2y2x2y2xiy2 *1.40 *1.85 2'/2 x 2V4 x 1 *1.40 *1.85 3 x3 x2y2 *1.95 *2.55 3 x3 x2 1.95 2.55 3 x3 xl *1.95 *2.55 4 x4 x3 *3.45 *4.50 4 x4 x2 6 x6 x4 6 x'6 x3 3.45 4.50 *9.00 *11.70 *9.00 *11.70 6 x6 x2 *9.00 *11.70 14 i * 184 CRANE Standard Malleable Iron Fittings List Prices, Each Crosses Plain Size Inches Black Galv. Each Each V* % Vi % 1 iy4 1% 2 ABC % x% x Vi Vi X Vi x3/s Vi x Vi xVi Vi x% x% 3A x% x Vi 3A x3A x% 3A x Vi x Vi 3A x Vi x% % x% x Vi 1 x 1 x 3A .11 .14 .11 .14 .13 .17 .18 .23 .23 .30 .35 .46 .44 .57 .70 .90 *.12 * .16 .14 .18 *.14 * .18 *.14 * .18 .20 .26 .20 .26 *.20 * .26 *.20 * .26 *.20 * .26 .25 .33 .25 .33 1 X 1 X % .25 .33 l x 3A x 3A *.25 * .33 1 x 3A x Vi *.25 * .33 1 X 3A x % *.25 * .33 1 X Vi X % *.25 * .33 iy4xiy4xi .38 .50 iy4xiy4x3/4 .38 .50 iy2xiy2xiy4 .48 .62 iy2xiy2xi .48 .62 2 x 2 x iy2 .77 1.00 2 x 2 x lVi .77 1.00 2 x2 x 1 .77 1.00 45 Y-Bends Banded Size Inches Black Galv. Each Each 3/s * .10 * .13 Vi 14| .18 % .18 .23 1 25| .33 iy4 .40| .52 iVi .57 .75 2 .85 1.10 2% 1.55 2.00 3 2.80| 3.65 4 4.80 6.25 AB C ** 1 x 1 x 3/4 * .28 * .36 1% x iy4 x i iy4 X ll/4 X 3A iVi x iy2 x n/4 i% x iy2 x i iy> x IVi x IVi IVi x 1V4 x iy4 Sc * * * * * .44 * .44 * .63 Sc .63 Sc .63 Sc ..63 Sc .57 .57 .82 .82 .82. .82 2 2 x2 x2 x iy2 x 1 Vi ** .95 * 1.25 .95 Sc 1.25 2 x 2 x 1 Sc .95 Sc 1.25 2 2 2 2 2 x iy2 x 2 x ivi x iy2 x ivi x iy4 * * Sc X 1 Vi x 2 x iy4 x iy2 * Sc .95 Sc 1.25 .95 Sc 1.25 .95 Sc 1.25 .95 s 1.25 .95 Sc- 1.25 2 x iy4 x iy4 * .95 Sc 1.25 2Vi x 2Vi x 2 2% x iy2 x iy2 * * 1.70 1.70 Sc Sc 2.20 2.20 3 x 3 x 2Vi * 3.10 s 4.05 3 x 2Vi x 2Vi * 3.10 * 4.05 5 x 5 x 2 * 9.00 *11.70 6 x 6 x 2 * 13.00 Sc L6.90 45 Y-Bends Plain Size Inches Black Galv. Each Each p/4 * .40 * .52 iy2 * .57 * .75 2 .85 1.10 ABC iy2xiy2xiy4 * .63 2 x 2 xlVi .95 2 xlVix2 .95 2 xiy2Xiy2 .95 * .82 1.25 1.25 1.25 60 Y-Bends Plain Size Black Galv. Inches Each Each 2 *1.00 *1.30 . Reducers Plain Size Black Galv. Inches Each Each X 1 X 1--1 *Non-Standard sizes: Sizes indicated with an asterisk (*) are "Non-Standard" and are sold at an advance in price over "Standard" sizes. See the Crane Dis count Sheet for prices. Sizes not listed are special. Prices on application. Description... .page 180 Dimensions... page 180 Working pressures.. .page 180 Vi x ys .05 % X Vi .05 % X 1/g .05 Vi x% .06 Vi x y4 .06 Vi x i/g * .06 3/4 x% .09 3/4 x3/g .09 % x Vi .09 1 X3/4 .12 1 x i/2 .12 1 X% .12 i x y4 .12 1 Vi x 1 .15 ivix iy4 .18 .07 .07 .07 .08 .08 * .08 .12 .12 .12 .16 .16 .16 .16 .20 .23 Reducers Banded Size Black Galv. Inches Each Each % x y8 % X Vi % x Vi y2 x % Vi x Vi 3/4 x y2 3/4 x3/g 3/4 x y4 % x y8 1 x 3A 1 X Vi 1 x% i x V4 IVi x 1 iy4 x y4 iy4 x vi iy4 x % iy4 x ia i y2 x iy4 lVi x 1 1% x 3/4 iy2 x vi iy2 x % iy2 x y4 2 x lVi 2 x iy4 2 x1 2 x% 2 x Vi 2 ' x% 2 x Vi 2V4 x 2 2Vi x lVi 2Vix iy4 2V4 x 1 3 x 2Vi ,3 x 2 3 x lVi 3 x iy4 3 x1 3 x% 3% x 3 31/2 x 2i/2 3y2 x 2 4 x 3Vi 4 x3 4 x-2Vi 4 x2 4 x 1 Vi 4 x lVi 4 x1 5 x4 5 x3 5 x~2 6 x5 6 x4 6 x3 6 x2 * .05 .05 * .05 .06 .06 .09 .09 .09 * .09 .12 .12 .12 .12 .15 .15 .15 .15 * .15 .18 .18 .18 .18 * .18 * .18 .28 .28 .28 .28 .28 .28 * .28 .50 .50 .50 .50 .75 .75 .75 .75 .75 * .75 1.10 1.10 1.10 1.40 1.40 1.40 1.40 *1.40 *1.40 *1.40 *2.50 *2.50 *2.50 *3.60 *3.60 *3.60 *3.60 * .07 .07 * .07 .08 .08 .12 .12 .12 * .12 .16 .16 .16 .16 .20 .20 .20 .20 * .20 .23 .23 .23 .23 * .23 * .23 .36 .36 .36 .36 .36 .36 * .-36 .65 .65 .65 .65 1.00 1.00 1.00 1.00 1.00 *1.00 1.45 1.45 1.45 1.85 1.85 1.85 1.85 *1.85 *1.85 *1.85 *3.25 *3.25 *3.25 *4.70 *4.70 *4.70 *4.70 CRANE Standard Malleable Iron Fittings List Prices, Each 185 Couplings, Banded Right Hand Size Black Galv. Inches Each Each Vs * .05 * .07 V* * .05 * .07 % * .05 * .07 Vz * .06 * .08 % * .09 * .12 1 * .12 * .16 l Vi .16 .21 lVz .21 .27 2 .34 .44 2Vz .60 .78 3 .85 1..10 3 Vi 1.25 1.60 4 1.50 1.95 5 *2.00 *2.60 6 *3.05 *3.95 Couplings, Banded Right and Left Size Inches Black Galv. Each Each % * .05 |* .07 V* * .05 |* .07 % * .05 !* .07 Vz * .06 !* .08 % * .09 |* .12 l * .12 |* .16 IV* .16 | .21 l% .21 | .27 2 .34 | .44 2% .60 | .78 3 * .85 j*1.10 Couplings, Plain Right Hand Size Black Galv. Inches Bach Each Vs V* _% .05 .07 .05 .07 .05 .07 .% .06 .08 .% 1 . W* - iVt 2 .09 .12 .12 .16 .16 .21 .21 .27 .34 .44 Caps Banded Size Black Galv. Inches Each Each V* * .04 * .05 % * .04 * .05 Vz * .05 * .07 % * .08 * .10 1 * .10 * .13 IV* .13 .17 Wz .18 .23 2 .25 .33 2Vi .40 .52 3 .60 .78 31/2 .80 1.05 4 1.10 1.45 5 1.80 2.35 6 2.70 3.50 Caps Plain Size Black Galv. Inches Each Each Vs .04 .05 V* ,04 .05 % .04 .05 Vz .05 .07 3A .08 .10 1 .10 .13 Sizes Vs, M> and %- inch are made of steel. Locknuts Hexagonal Size Black Galv. Inches Each Each Vs .021/2 .031/2 V4 .021/2 031/2 % .02% .031/2 Vz .03 .04 3A .04 .05 1 .06 .08 , IV* .08 .10 Wz .10 .13 2 .12 .16 21/2 .30 .39 3 .38 .50 3 Vi . .43 .56 4 .48 .62 4" size is octagonal. For sizes 5 to 12", use Cast Iron; page 201. Return Bends Banded Size Center Right Hand ] Right 8z Left to Black Galv. Black Galv. Center Inches Inches Each Each Each Each Close Pattern Vz 1 .16 .21 | .18 .23 % IV4 .18 .23 | .21 .27 1 lVz .24 .31 | .28 .36 IV* 13/4 .36 47 | .42 .55 lVz 23/ig .49 .64 | .56 .73 2 2% .80 1.05 | .92 1.20 Medium Pattern Vz 1V4 .17 .22 I .19 .25 3A 1 Vi .20 .26 | .23 .30 1 l7/s .26 .34 1 .30 .39 11/4 21/4 .40 .52 | .46 .60 Wz 2Vi .55 .72 | .63 .82 2 3 .88 1.15 1 1.00 1.30 Open Pattern 1/2 3/4 1 iv* lVz 2 2Vz 3 4 11/2 .19 .25 1 .22 2 .22 .29 j .26 21/2 .29 .38 | .34 3 .44 .57 | .51 31/2 .62 .80 | .70 4 1.00 1.30 | 1.15 41/2 1.45 1.90 | 1.65 5 2.15 O 00 2.45 6 5.80 7.55 || Special Wide Pattern .29 .34 .44 .66 .90 1.50 2.15 3.20 3/s 11/2 * .25 * .30 || % %' 4 6 * 1.00 * 1.35 || * 1.25 *-1.65 || 1 6 * 1.25 * 1.70 || 11/4 6 * 1.25 * 1.70 || IV2 6 * 2.00 * 2.75 || 2 5 * 3.00 * 4.00 || 2 6 * 4.00 * 5.00 || 3 71/2 * 5.00 * 6.50 |; 3 8 * 5.00 * 6.50 || 6 12 *16.00 *21.00 II Close Pattern Return Bends can not be used to make up parallel coils. The center to center di- mension is so close that the bands of adjacent bends will not clear each other. *Non-Standard sizes: Sizes indicated with an asterisk (*) are "Non-Standard and are sold at an advance in price over "Standard" sizes. See the Crane Discount Sheet for prices. Sizes not listed are special. Prices on application. Description.............................page 180 Dimensions............................page 180 Working pressures.. . .page 180 14 186 CRANE Standard Malleable Iron Fittings List Prices, Each A Extension Pieces Plain Size Black Galv. Inches Each Each % .05 V4 .07 3/4 .11 1 .16 iy4 .18 iy2 .23 2 .33 AB %x% * .07 3/4X1/2 * .11 .07 .09 .14 .21 .23 .30 .43 * .09 * .14 o * Waste Nuts Size BlacklGalv. In. Each |Each Vs *.05 Vi .04 .05 3/8 .04 .05 y2 .04 .05 3/4 i05 .07 1 .06 .08 w* .11 .14 iy2 .25 .33 2 .41 .53 Drop Elbows, Plain Female Size Black Galv. Inches Each Each V* .08 .11 3/s .08 .11 y% .12 .16 3/4 AB .18 .23 * .09 |* .12 %x% * .20 |* .26 Drop Elbows, Plain Male and Female Short Drop Size Black Galv. Inches Each Each 3/8 .08 y2 * .12 AB /4X% * .09 %x% * .13 .11 * .16 * .12 * .17 Drop Elbows, Plain Male and Female _____ Long Drop Size Black Galv. Inches Each Each % .10 .13 % .15 AB .20 V4x%|* .11 1* .14 y2x3/8|* .17 I* .22 Chandelier Hooks Female Size Black Inches Each 3/8 .07 y2 .09 Chandelier Loops Male Size Black Inches Each Chandelier Hooks Male Size Black Inches Each 3/8 .07 . y2 .09 Wall Plates Size Black Inches Each 3/8 .14 y2 .18 3/4 *.28 Drop Tees, Plain Female Size IBlack jGalv. Inches | Each jEach 3/8 y2 * 3/4 1 .10 i .15 | .22 .13 .20 .28 ABC 3/8 X 3/g x I/4I *.11 *.14 y2xy2X3/8| .17 .22 %x%x%|*.17 3/4x3/4X1/2| .24 3A X 3A X 3/g| *.24 3/4 X 3/4xy4|*.24 3/4 X y2 X 3/8| *.24 1 x 1 X 3/8j *.32 *.22 .31 *.31 *.31 *.31 *.42 Drop Tees, Plain Male and Female Short Drop Size Black Galv. Inches Each Each % .10 .13 ABC yxy4x%i *.n i*.14 %xV4X%| Ml I*.14 y2xy2x%| *.17 I*.22 y2x%x %| *.17 |*.22 %x%x%l*.24 I*.31 %xy2x%| *.24 |*.31 1 xlx^l *.32 |*.42 Drop Tees, Plain Male and Female Long Drop Size Black Galv. Inches Each Each 3/s .12 I*.16 3A x3/4 xy2| *.29 |*.38 1 xl xy2] *.40 I*.52 iy4xiy4xy2| *.65 |*.ss 3/8 .07 y2 .09 Offsets Banded Size OffsetjBlack Galv. Inches Inches] Each Each 3/4 1% .20 .26 1 iy2 .30 .39 iy4 2 .50.. .65- Crossovers Banded Size Black Galv. Inches Each Each % .20 .25 3/4 .30 .40 1 .45 .60 Crossover Tees Banded Size Galv. Inches Each y2 .38 3/4 .56 Wash Tray Tees Plain Size Galv. Inches Each y2 3/4 ABC %x%x% .20 .30 .30 *Non-Standard sizes: Sizes indicated with an asterisk (*) are "Non-Standard-' and are sold at an advance in price over "Standard" sizes. See the Crane Discount Sheet for prices. Sizes not listed are special. Prices on application. Description.. . page 180 Working pressures,,. .page 180 Hexagon Nipples Right and Left Size Black Inches Each V* 3/8 y2 3/4 . 1 m 1V2 2 O~ I/L2 3 3% 4 .20 .20 .20 .25 .30 .40 .50 .70 1.10 1.50 1.90 2.40 CRANE Circulating Boiler Fittings Malleable Iron--Galvanized WORKING PRESSURE 187 No. 5861/2 Elbow, with Ground J oint Union No. 5891/2 . Coupling, with Ground Joint Union No. 585 Old Style Elbow With Gasket Union No. 586 New Style Elbow With Gasket Union No. 589 Coupling With Gasket Union No. S86Y2 Elbows and No. 5891/2 Couplings have a brass to iron ground joint seat. No. S8S and No. S86 Elbows and No. 589 Couplings are furnished with a rubber gasket. When ordering Circulating Boiler Fittings, be sure to specify the correct size; refer to No. 587 Elbow No. 588 Coupling illustrations. List Prices Size Inches ABC %x%x% ABC 3A x y2 x y4 ABC % x y2 x 1 Ground Joint Union Type No. 586y2, Elbows No. 589Vi, Couplings Each Each .60 .60 No. 585, Elbows Each .60 .75 .60 Gasket Union Type No. 586, Elbows Each .60 No. 589, Couplings Each .60 No. 587, Elbows Each .40 Without Union No. 587y2, Elbows No. 588, Couplings Each Each .40 No. 5871/2 Long Turn Elbow ABC % x 1/2 x 1 .75 .75 .75 . .75 .75 .40 ABC % x 3/4 x 1 .75 .75 .75 .75 .75 .40 .40 .40 AC 3/4Xl .58 With the exception of the Long Turn Elbow, Crane Circulating Boiler Fittings are especially designed for tanks or receivers that utilize an internal pipe. The connection tor cold water into a range boiler or hot water tank is a common example. The internal pipe is screwed into t'he female opening at the male end of the fitting, and the male end is then screwed into the tank. The cold water supply is then con nected to the female opening of the fitting on the outside of the tank. The No. 587 Long Turn Elbow is especially useful for making a connection through an insulating jacket on a tank. The long turn provides ample clearance for the insulation. Crane Circulating Boiler Fittings with Ground Joint Unions are exceptionally strong, rugged, and dura ble. The rings, thread-pieces, and elbows are inter changeable with the like parts of the 150-Pound Malleable Iron Unions shown on page 238. 14 Dimensions, in Inches Size ABC ABC ABC ABC ABC V2Xy2x3/4 % x y2 x 3/ y2xy2xi 3/4 X 1/2X1 %x3/4xl A_ B C 1% 313/l6 33/g lS/l6 3i5/l6 33/s Wie 315/16 33/g D H F 23/l6 G l13/l6 H iys lS/l6 13/16 313/16 313/ig 313/16 21/. 2s/l6 2% 23/4 2 1% l1S/l6 113/16 3% 3Vl6 3Vl6 No. 589 No. 587 No. 588 No. 5871/2 Size j K L M N Dimensions, in Inches ABC V2 x 1/2 x 1 ABC 3/4 X I/2 X 1 ABC %X3/iXl Ws 113/16 l13/l6 13/,fi 2 113/16 . 13/lfi 2* ' 113/16 AC 3/4x1 3 3 Extra Gaskets.. . .page-57j 188 CRANE Standard Malleable Iron Fittings Air-Tested For air brake and other compressed air service '1 nf 90 Elbow 45 Elbow Tee Cross 90 Screen Elbow j Return Bend Coupling Reducer Any of the Standard Malleable Iron Fittings shown on pages 181 to 185 can be furnished air-tested, to order. The list prices of Air-Tested Fittings are the same as for untested, but the Air-Tested are sold at an advance in price. See the Crane Discount Sheet for prices. Air-Tested Fittings are admirably suited for air brake and other compressed air lines. They are given an air-under-water test. Banded qo Elbows, qo Street Elbows, and Tees, Black and Galvanized, sizes JT to 2-inch, are carried in stock, but other types and sizes can be furnished to order at short notice. CRANE 189 Standard Malleable Iron Refinery Oil Fittings WORKING PRESSURES 175 pounds steam 200 pounds hot oil, 350 F. 350 pounds cold water, oil, or gas, non-shock No. 760 90 Elbow No. 762 45 Elbow No. 764 Tee No. 766 Cross No. 768 90 Street Elbow Size No. 760, 90 Elbows No. 762, 45 Elbows No. 764, Tees No. 766, Crosses No. 768, 90 Street Elbows Inches Each Each Each Each Each 1 P/4 .40 .55 .50 .65 .60 | .80 List Prices, Black 1% | 2 | 2i/2 | 3 | 31/2 4|6[8| 10 | 12 [ *53/i61 *6% .70| .90|1.50|2.40] 3.25 4.25 111.00|21.00137.00160.001 8.00|19.00 .85|1.10|1.85|2.85| 4.00| 5.00|12.75|26.00| 1 1 1 1.0511.35|2.2513.601 5.00 6.50116.50132.00155.00190.00112.00128.50 12.7014.5017.20110.00 13.00|33.00|63.00| 1 i 1 11.2512.1013.10| 5.601 1 1 1 1 1 Reducing Fittings: No. 764 Reducing Tees are carried in stock in the sizes shown in the table below; stock reducing sizes will be furnished at the same prices as straight size Tees. Other reductions can be made to order by bushing in the sand; when so bushed, non-stock sizes use the same list prices as straight size Tees, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing qo Elbows, 450 Elbows, Crosses, and qo Street Elbows can be made to order by bushing in the sand from straight sizes. When so bushed, reducing sizes use the same list prices as straight sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. qo Street Elbows can be furnished reducing on the female end only. Reducing fittings that require a new pattern are entirely special. Prices on application. Rugged construction: Crane Standard Malleable Iron Refinery Oil Fittings are heavier than com mercial standard malleable iron fittings but are not as heavy as the 300-Pound shown on page iqo. Service recommendations: These fittings have long threads and are particularly adapted for making tight joints on oil lines, gasoline lines, vapor line's, and natural gas lines. They also give excellent service when used on steam, water, gas, and air lines. ^Casing sizes: Orders must .specify the outside diameter of the casing, the number of threads per inch, and the style of the casing. No. 764 Reducing Tees Carried in Stock ABC A B C |A B C A B C | A B C 1 x 1 x % 21/2 x 2% x 2 4x4x3 8x8x6 lOx lOx 8 11/4 X iy4xl 1%x 1%x 1 2 x2 x iy2 2 x2 x1 21/2x21/2x11/2 3 x 3 x 2y2 3 x3 x2 3 x 3 x iy2 4x4x2 6x6x4 6x6x3 6x6x2 8x8x4 8x8x3 10 x 10 x 6 10x10x4 12x12x10 12x12x6 14 Dimensions, in Inches Dimensions apply only to straight sizes; dimensions of Reducing Tees will be furnished on request. No. 760 90 Elbow No. 764 Tee No. 766 Cross No. 762 45 Elbow No. 768 90 Street Elbow See page 591 for explanation. Size 1 1 111/4111/2 2 1 21/2 3 31/2 4 6 8 10 A--Center to end |1% 1 1% |2% 21/2 1 31/4 3% 4% 41/2 1 61/4 7% 91/4 K--Center to end, 45 Elbows C--Center to end. Street Elbows u--Center to end, Street Elbows --Thread Engagement ! Is/l6 1 11/2 |lll/l6 2 1 21/4 1 11 2VigI 3 1 !1 33/l6 1 3% 11 Vie 1 `VlB 1 "/iG % 1 IS/lG 21/2 31/2 4/ig 1 2% 213/igI 31/2 41/2 1 511/igI IV16 1% 1 IV16 4S/1S 1 1 1 IV16 I l5/s **When 6^-inch fittings are threaded for 65^-inch A. P. I. Casing, dimension "A" will be 6kf inches. 12 1*53/16{ *6% 11% 5% |**67s These are casing sizes. 13/4 190 No. 260 E 90 Elbow CRANE 300-Pound Malleable Iron Fittings WORKING PRESSURES 300 pounds steam or oil, 550 F. -- 300 pounds ammonia 34 to i-inch -- *2000 pounds cold water, oil, or gas, non-shock 134 to 2-inch -- *1500 pounds cold water, oil, or gas, non-shock 234 and 3-inch -- *1000 pounds cold water, oil, or gas, non-shock 300-pound air-under-water test No. 276 \ 45 Y-Bend No. 262 E 45 Elbow No. 266 E Cross No. 279 E Coupling No. 267 E Reducer No. 268 E 90 Street Elbow No. 26234 E 45Street Elbow No. 1564 Return Bend with 34-inch Back Outlet Size Inches | 34 1 % % S/4 1 1 1 P/4 1% 2 2Vz 1 3 No. 260 E, 90 Elbows Each | .25 1 .25 .30 .35 1 .40 1 .55 .70 .90 1.50 1 2.40 No. 262 E, 45 Elbows Eachl .30 1 .30 .35 .42 1 .50 1 .65 .85 1.10 1.85 1 2.85 No. 26234 E, 45 Street Elbows Eachl .38 1 .38 No. 264 E, Tees Each| .40 1 .40 No. 266 E, Crosses Each | . 80 1 .80 .50 .45 .90 .56 1 .63 1 .88 .50 1 .60 1 .80 1.00 1 1.20 1 1.60 1.12 1.05 2.10 1.55 1.35 2.70 1 2.25 1 3.60 4.50 1 7.20 For . sizes 3f-inch and No. 267 E, Reducers Each| 1 .25 .28 .30 1 .40 1 .45 .55 .70 1.30 1 2.25 larger. No. 268 E, 90 Street Elbows No. 276 E, 45 Y-Bends No. 278 E, Caps Each| .30 1 .30 .40 .45 1 .50 1 .70 .90 1.25 1 2.10 1 3.10 Each| 1 .95 1.05 1 1.25 1 1.70 2.20 2.85 4.75 1 7.55 Each | . 17 1 .17 .19 .23 1 .29 1 .38 .50 .65 1.00 1 1.35 see page 192. No. 279 E, Couplings Each| .14 1 .14 .14 .20 1 .26 1 .34 .42 .56 .80 1 1.20 List Prices, Return Bends, Black Size Center to center Inches | 1 | 1 | 1 1 134 1 P/4 P/4 1 P/4 Ihches I, 1% 1 234 1 3 1 234 1 21/2 3 | 31/2 No. 272 E, Return Bends Each| .60 | .75 | .85 1 -90 | .95 | 1.00 | 1.15 No. 1564, Return Bends, with 34-inch Back Outlet Each| 1 1111 Size Inches | P/2 1 iy2 1 1% 1 P/2 1 2 1,2 1 2 Center to center Inches | 3 131/2 1 6 1 8 | 3 ^334 7 4 No. 272 E, Return Bends Each] 1.15 | 1.25 | 1.75 | 2.00 | 1.25 1.30| 1.90 No. 1564, Return Bends, with'34-inch Back Outlet Bach| 1 1 1 1 2.15 | 2.25 P/4 4 1.20 2 4% 2.25 P/4 1 P/2 6 1 2*4 1.55 | 1.05 1.90 212 618 3.25 | 3.50 Reducing fittings: Reducing fittings are carried in stock in the sizes and types shown in the table on the opposite page. These sizes are furnished at the same prices as straight sizes. Reducing sizes not carried in stock, and reducing 45 Elbows, 450 and qo Street Elbows, Crosses, and 45 Y-Bends can be made to order by bushing in the sand. When so bushed, non-stock sizes use the same list prices as straight size fittings, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing 45 and qo Street Elbows can be furnished reduced on the female end only. Reducing fittings that require making a new pattern are entirely special. Prices on application. *Working pressures: The working pressures given above for cold service, do not apply to Street Elbows or to 45 Y-Bends; these are recommended for only 500 pounds cold water, oil, or gas, non-shock. Rugged construction: These fittings are excep tionally tough, strong, and rugged. They are far superior to so-called heavy malleable fittings made from standard cast iron patterns. They have long threads, accurately cut to gauge. Service recommendations: The fittings are espe cially suitable for severe service; they will withstand rough usage, piping strains, vibration, and expansion and contraction. Ammonia service: The openings of these fittings have a machined chamfer to permit soldering, in order that they may be used for ammonia service. Galvanized fittings: Galvanized fittings are made to order only. Prices are 50% higher than the list prices shown above for black fittings. CRANE 300-Pound Malleable Iron Fittings 191 No. 260 E 90 Elbow Reducing Fittings Carried in Stock c _r~--1 No. 264 E Tee LL/-1 No. 267 E Reducer Reducing qo Elbows, Tees, and Reducers are carried in stock in the sizes shown in the table below. These sizes are furnished at the'same prices as straight sizes. For prices of reducing fittings not carried in stock, see the footnotes on the preceding page. No. 260 E, 90 Elbows % X Vi Vs X% 3/4 x y2 3/4 x % 1 x 3A 1 x y2 iy4 X 1 Wi X 3^ l'/4 xy2 iy2 x iy4 iy2xi 2 x i% 2 x iy4 2 x1 2 xS/4 2 x y2 2y2 X 2 2% x iy2 3 x 2% 3 x2 ABC 3/s x 3/8 x Vi Vi x Vi x 3/s V?. x y2 x 3/8 % x y2 x Vi y2 x Vs x y2 V2 x % x y2 % x 3/s x 1/2 3/4 x % x y2 3/4 X Vi X Vs 3/4 X 3/i X Vi Vi x y2 x Vi Vi X Vs X Vs Vi X Vs X Vi Vi X Vi X Vi Vs x y2 x Vi 3/s X % X Vi No. 264 E, Tees AB c 1 X 1 X Vi 1 x X x Vs 1 x 1 x Vs 1 x 1 x Vi 1 x Vi X 1 1 X Vi X Vi 1 X Vi X Vs 1 X Vs X 1 Vi X Vi X 1 Vs x Vs X 1 li/4 x Wi x 1 iy4 x iy4 x % iy4 x iy4 x % Wi x VA x % 1Vi x 1 x 1 Vi iy4 x 1 x 1 iy4 x% x iy4 iy4 x % x y2 iy4xy2 x n/4 ABC iy4X3/8 x iy4 1 x 1 x iy4 3/4 x Vi x iy4 iy2 x iy2 x v/i iy2 x iy2 x 1 iy2 x iy2 x 3/4 iy2 x xy2 x Vs n/s x iy2 x Vs lVs X lVi X 11/2 iy2 x Vi xiy2 iy2 x % xiy2 iy2x 3/8 x iy2 iy4 x iy4 x iy2 1 X 1 x lVs 2 x 2 x iy2 2 x 2 x Wi 2 x2 x1 2 x 2 x Vi ABC 2 x 2 x Vs 2 x2 x % 2 x 2 x Vi 2 x lVs x 2 2 x 1 x2 2 x '/2 x 2 lVs x lVs x 2 1 Vi x 1 Vi x 2 2% x 2% x 2 2i/2 x 2% x iy2 2y2 x 2 x 2y2 2 X 2 x 2i/2 3 x 3 x 2y2 3 x3 x2 3 x 3 x iy2 3 x 2% x 3 3 x2 x3 2y2 x 2y2 x 3 No. 267 E, Reducers % x y4 y2 x % % x y4 3/4 x % 3/4 x 3/s y4 x y4 1 X Vi 1 x% 1 X 3/g 1 xi/4 1 Vi x 1 Wi X 3/4 Wi x Vs iy4 X 3/s Wi X Vi Ws X Wi Ws X 1 iy2 x Vi Ws X Vs Ws X Vs Ws X Vi 2 x iy2 2 x iy4 2 x1 2 X Vi 2 x Vs 2 x% 2 x y4 2% x 2 2% x iy2 2y2 x iy4 2% X 1 3 x 2Vs 3 x2 3 x iy2 3 x iy4 3 x1 Dimensions, in Inches Dimensions of straight sizes, and of Reducers, are shown in the table belo\y. Dimensions of reducing qo Elbows and Tees will be furnished on request. No. 260 E 90 Elbow a ,,T 2- :x No. 264 E Tee No. 266 E Cross No. 262 E 45 Elbow No. 268 E 90 Street Elbow No. 262i/2 E 45 Street Elbow Ti H H 'sk i'ffi rL i _i_ No. 276 E 45 Y-Bend No. 267 E Reducer No. 278 E Cap No. 279 E Coupling No. 272 E Return Behd See page 591 for explanation. Size A--Center to end fe--Center to end, 45 Elbows C--Center to end, 90 Street Elbows b--Center to end, 90 Street Elbows E--Center to end, 45 Street Elbows E--Center to end, 45 Street Elbows G--Center to end, 45 Y-Bends fi--Center to end, 45 Y-Bends J --End to end. Reducers R--Height, Caps L--End to end. Couplings 2- --Thread Engagement 1 Vi 1 % 1 15/l6 1 lVl6 1 13/l6 1 Vs 1 13/l6 1 1S/l6 1 lVlS 1 1% 1 3/4 1 13/l6 1 1% 1 Wi || j| 1 1 lVlfi 1 25/32 1 % 1 13/8 1 1% 1 3/s 1 3/8 Vs Wi 1 iy4 2 1 13/8 3/4 2 m/is lVi6 Ws Vs 3/4 lVlS Ws lVis 23/16 Ws l9/l6 Vs 2% 13/4 Wi 2Vs 9/l6 1 1 Wi 1 iy2 l5/s 1 l1S/l6 1 2Vs ls/l6 1 Ws 1 l"/l6 13/8 1 l1S/l6 1 2Vs 29/l6 1 2% 1 3% lS/l6 1 1% 1 l1 Vis l13/,6 1 2Vs 1 25/16 1 1 lVlS 1 Wi 3y4 1 313/16 I Ws 2 1 23/g 1 2"/l6 13/8 1 Ws 1 lH/ie 23/8 1 2Vs 1 2% 11/l6 1 "/is 1 n/is 2 2Vs 2 2Vs 31 Vis 2 2"/l6 l9/is 53/16 33/16 113/16 3% 3/4 2i/2 213/16 21/4 215/16 Ws Wi 61/8 3n/l6 21/s 41/8 lS/l6 3 33/s 2Vs 33/s 51/g 2 6% 4Vi6 21/4 41/g 1 Size M--Confer io centor N--Height No. 272 E, Return Bends 1 1 1 1 1 Wi li/4 1 Wi 1 Wi 11/4 iiy4iiy2i 1% 1 1% 1 1% i Ws 12 2 12 12 2 1 2 i3/4|2y2 3 \2Vi 2Vs 1 3 13% 4 1 6 |2% 3 | 3% | 6 | 8 | 3 3%l 4 14% 6 | 8 27/s 13V, 3i/2l 3Vis 31Vl6|313/l6|43/l6 4Vi6l 5 133/8 43/ie 131 s/16151 Vie 16i Vie 14%1 4VslSVsl57Ae Ws [71/8 14 * 192 CRANE Heavy Malleable Iron Fittings No. 260 E 90 Elbow WORKING PRESSURES 3 24 to 6-inch -- 300 pounds steam or oil, 550 F. 8 to 2-inch -- 250 pounds steam or oil, 550 F. and 4-inch --flOOO pounds cold water, oil, or gas, non-shock y to i o-inch -- 800 pounds cold water, oil, or gas, non-shock 12-inch -- 600 pounds cold water, oil, or gas, non-shock 14 and 16" fittings are used with O.D. pipe on vapor lines. C No. 266 E Cross Galvanized fittings: Galvanized fittings are made to order only. Prices are 50% higher than the list prices for black fittings. No. 262 E 45 Elbow No. 264 E Tee No. 268 E 90 Street Elbow No. 267 E Reducer **Casing sizes: Orders for casing fittings must specify the outside diameter of the casing, the number of threads per inch, and the style of casing. Size Inches) No. 260 E, 90 Elbows No. 262 E, 45 Elbows No. 264 E, Tees No. 266 E, Crosses No. 267 E, Reducers No. 268 E, 90 Street Elbows Each Each Each Each Each Each For sizes ii 3-inch, see page 190. List Prices, Black 31/2 1 4 .5 | 6 8 10 | 12 | 14 | 16 **53/i6 1**6% > 3.251 4.25 6.50|11.00 21.00 37.00|60.00|105.00|160.00| 8.00 |19.00 4.00| 5.00 7.50|12.75 26.00 45.00172.001 III 1 5.001 6.50 9.75|16.50 32.00 55.00|90.00|158.00|240.00| 12.00 |28.S0 :| 10.001 13.00 19.50|33.00 11 3.25| 4.25 | 9.00 16.00 23.00|39.00| 111 III / i 4.25| 5.60 1 III 1 I'll Reducing fittings: Reducing fittings are carried in stock as shown in the table at the right; these are the same price as straight sizes. Reducing sizes not carried in stock and other types of reducing fittings can be made to order by bushing in' the sand. Such fittings use the same list prices as straight sizes but are sold at an advance in price; see the Crane Dis count Sheet. V Reducing qo Street Elbows are reduced on the female end only. Reducing fittings requiring a new pattern are entirely special. Prices on application. fStreet Elbows: qo' Street Elbows are recom mended for only 500 pounds cold water, oil, or gas. Service recommendations: Crane Heavy Malle able Fittings are admirably suited for use on high pressure cold water, oil, and gas lines, non-shock. They will give much better satisfaction than ex tremely heavy cast iron fittings. Construction: These fittings are far superior to so-called heavy malleable fittings made from stand ard cast iron patterns. An excellent grade of malleable iron makes them exceptionally tough, strong, and rugged. The ends are reinforced with heavy bands. The threads are long and accurately cut. Reducing Fittings Carried in Stock No. 260 E 90 Elbows 4x3 4x2 6x4 8x6 10x8 12x10 No. 267 E Reducers 31/2 x 3 31/2x2 4x3 4 x 21/2 4x2 4x11/2 4xli/4 4x1 No. 267 E Reducers (Continued) 6x5 6x4 6x3 6 x 214 6x2 6 x 1% 6x1 8x6 8x5 8x4 8x3 8 x 21/2 3x2- 10x8 10 x 6 , 12x10 12x8 No. 264 E, Tees ABC 4x4x3 4 x 4 x 21/2 4x4x2 4 x 4 x iy2 4 x 4 x 1V4 4x4x1 4x4x % 4x3x4 4x2x4 4x1x4 5x5x4 6x6x4 6x6x3 6x6x2 6x4x6 6x3x6 ABC 8 x 8x6 8 x 8x4 8 x 8x3 8 x 8x21/2 8 x 8x2 8 x 6x8 10 x 10x8 10 x 10 x 6 10 X 10 X 4 10 x 10 x 3 10 x 8 x 10 10 x 6 x 10 12 x 12 x 10 12 x 12 x 8 12 x 12 x 6 12x10x12 12 x 8x12 12 x 6x12 Dimensions, in Inches pA-| -A-j-A- -A-j~A- rn -I- No. 260 E 90 Elbow No. 264 E Tee No. 266 E Cross No. 262 E 45 Elbow No. 268 E 90 Street Elbow No. 267 E Reducer See page 591 for explanation. Size A B C D J Z I 31/2 4 | 5 i 6 8 1 10 [ 12 1 14 16 *53/16 i *65/8 41/8 41/2 1 51/2 I 61/4 73/4 91/4 111/2 121/4 133/4 2% 213/16 33/16131/2 43/i6 53/,6 6 41/8 41/2 1 5^/16 63/8 1 4/ie 43/8 151/4 61/4 71/8 8 IVie lVs lJ/4 US/l6 l7/l6 lS/8 13/4 51/2 i**6y *These are casing sizes. Dimensions of straight sizes, and of Reducers, are shown in the table to the left. Dimensions of Reducing qo El bows and Tees will be furnished on request. **When 6%-inch fittings are threaded for6%-inch A. P. I. Casing, dimension "A" will be 6/4 inches. r CRANE 193 A. A. R. Malleable Iron Fittings WORKING PRESSURE 300 pounds steam TEST PRESSURE 300 pounds air under water No. 260 E 90 Elbow No. 262 E 45 Elbow No. 264 E Tee No. 266 E Cross Galvanized fittings: Galvan ized fittings are made to order only. ' Prices are 50% higher than the list prices shown below for black fittings. No. 262% E 45 Street Elbow No. 263 E 90 Street Elbow No. 267 E Reducer No. 279 E Coupling No. 278 E Cap Size No. 260 E, 90 Elbows No. 26.2 E, 45 Elbows No. 262% E, 45 Street Elbows No* 264 E, Tees No. 266 E, Crosses No. 267 E, Reducers No. 268 E, 90 Street Elbows No. 278 E, Caps No. 279 E, Couplings List Prices, Black Inches | V* 1 3/s 1 % 1 % Each| .25 1 .25 1 -30 | .35 Each| .30 1 .30 1 -35 | Eachj 1 1 -50 | Each) .40 1 .40 1 .45 | .42 .56 .50 l Each| .80 1 .80 1 -90 | 1.00 Each| 1 .25 1 -28 | .30 Each | 1 1 -40 1 .45 Each| .17 1 .17 1 -19 I .23 Each| .14 1 .14 | .14 | .20 1 .40 .50 .63 .60 1.20 .40 .50 .29 .26 l>/4 1 IV2 1 2 1 2% .55 1 .70 1 .90 1 1.50 .65 1 .85 1 1.10 1 1.85 .88 1 1.12 1 1.55 1 .80 1 1.05 1 1.35 1 2.25 1.60 1 2.10 1 2.70 1 4.50 .45 1 .55 1 .70 1 1.30 .70 .90 1 1.25 1 2.10 .38 1 .50 1 .65 1 1.00 .34 1 .42 1 .56 1 .80 3 2.40 2.85 3.60 7.20 2.25 3.10 1.35 1.20 Association of American Railroads: Crane A.A.R. Malleable Iron Fittings conform to the specifications and recommended practice of the Association of American Railroads (A.A.R.) for 300Pound screwed pipe fittings. Rugged construction: These fittings are excep tionally strong, tough, and rugged. They are especially^ suitable for severe service and will with stand rough usage, piping strains, and vibration. Additional types and sizes: Other types and sizes of 300-Pound Malleable Iron Fittings, not included in the A.A.R. Specifications, are shown on pages iqo and iqi. Reducing Fittings Carried in Stock No. 260 EI 90 Elbows; No. 267 E Reducers y2 x3/s 3/4 x y2 1 x% iy X 1 1VS xl!4 2 xiy2 21/2 x 2 3 x2% TV^Ti/4 l%xl iy2x3/4 iy2xy2 1/12 xiy2 iAk11 xl </,, Reducing sizes: A.A.R. Reducing qo Elbows, Reducing Tees, and Reducers are carried in stock in the sizes shown in the table to the right. These dre furnished at the same price as straight size fittings. Dimensions, in Inches B t No. 260 E 90 Elbow No. 262 E No. 262/2 E No. 268 E 45 Elbow 45 Street Elbow 90 Street Elbow Size V* 1 3/s 1 % 1 % 1 1 1V4 1 1% 1 2 1 21/2 | 3 A 15/i 1 ll/l6 1 1V4 1 lVis 1 1% U1S/l6 1 2% 1 2% |213/,6I 33/g B 13/l6 1 Vs 1 1 1 iy8 1 lS/l6 1 1% 111 Vie 1 2 1 21/4 | 2% C 1 iy* 1 ivie 1 1% U1S/l6 1 2Vs 1 2% 1215/iel 3% I) 1 1 2 1 23/16 1 2%8 1 2% ' 3% 1311/16 1 41/2 1 51/s B 1 1 1 1 iy8 1 lS/lG 1 1% 111 Vie 1 2 1 1 1 1 1% 1 l9/l6 |l13/ls| 2Vs 1 2V,6 |2ii/,el | J 1 lVifi 111 Vie 1 l3/4 1 2 2% 12iy,6 1 33/,6 1311/,el 41/,6 K 2%2 1 Vs 1 lVis i Wt 1 l3/s 1% IHI/16 U13/l6 1 2% 1 21/4 L 1% 1 1% 1 1% 1 2% 1 23/3 2Vs 1 2Vs 1 35/8 1 4% 1 41/s Z % 1 % 1 % 1 9/lS I Wis 1 Wie 1 H/16 i 3/4 1 19/l6 1 1 IIThread 7 Engagement No. 264 E Tee No. 266 E Cross See page 591 for explanation. t J No. 267 E Reducer j_ K. r No. 278 E Cap No. 279 E Coupling Dimensions ol straight sizes and of Reducers are shown in the table. Dimensions of reducing sizes on request. A.A.R. Unions............................pages 242 to 244 A.A.R. Valves................................. pages 42 to 4S 194 CRANE Hydraulic Malleable Iron Fittings WORKING PRESSURES 14 to i-inch--2000 pounds cold water, oil, or gas, non-shock 1J4 to 2-inch--1500 pounds cold water, oil, or gas, non-shock 2)4 to 4-inch--1000 pounds cold water, oil, or gas, non-shock j and 6-inch-- 800 pounds cold water, oil, or gas, non-shock No. 260 H 90 Elbow No. 263 H 90 Long Sweep Elbow No. 264 H Tee No. 266 H Cross Size Inches | V4 No. 260 H, 90 Elbows Each| .25 No. 263 H, 90 Long Sweep Elbows Each| No. 264 H, Tees Each| .40 No. 266 H, Crosses Each! .80 List Prices, Black % Vi % 1 1 1 VA 1 1% 1 2 | 2% I 3 3Vi i 4 | 5 | 6 .25 .30 .351 .40| .55| .70| -9011.50|2.40 3.25| 4.25| 6.50|11.00 I ! -64| .80 j1.10 j1.6012.4014.50 6.50| 7.00|13.00|17.50 .40 | .45 | .50| .60| .80|1.05|1.35|2.25|3.60 5.00| 6.50| 9.75|16:50 .80 .90 j1.0011.201X.6012.1012.7014.50 j7.20 10.00113.00! 1 Service recommendations: These fittings are recommended especially for hydraulic pumping in stallations. In addition to being strong and rugged, they have a longer sweep than is usual with heavymalleable iron fittings. Additional types and sizes: For reducing fittings, and for types and sizes not listed above, we recom mend the use of Crane 300-Pound or Crane Heavy : Malleable Iron Fittings, shown on pages iqo to 192. Galvanized fittings: These fittings can be fur nished galvanized, to order, at an advance of 50%' over the list prices of black fittings. Dimensions, in Inches No. 260 H 90 Elbow Size A C Z ~U L-a-< No. 264 H Tee d *-A-> No. 266 H Cross tfl ---C- No. 263 H 90 Long Sweep Elbow See page 591 for explanation. 1 Vi !1 % 1 Vi 1 3/4 i 1 1i 1V4 1 lVi I 2 1 21/2 | 3 131/21 4 1 5 1 6 I lVis 1 1V4 i! 1V2 1 1% 1 2 1 2V4 1! 21/2 1 3 1 31/2 | 41/s 1 4% | 51/s I 61/4 1 71/4 1 ! 1 11 1 2Vi 1 3 131/2 1 4 1 4% 1 5 Vi 1 6% | 7 1 81/2 1 91/2 1 % 1 % 1 Vi !! 9/l6 1 "/is , n/l6 ! "/i 1 % > lS/l6 1 1 1 lVis 1 1% 1 1V4 1 ls/ie Other Fittings Pages 180 to iQ4 do not show all the Malleable Iron Fittings manufactured by Crane Co. For greater convenience, the following fittings are shown in other sections of this catalog: Bushings...............................................................page 226 Plugs..................................................................... page 228 Faced Couplings and Locknuts......................page 232 One-Strap and Two-Strap Clamps................page 233 Screwed Unions & Union Fittings .pages 238 to 246 Flange Unions....................................pages 250 to 252 Railing Fittings................................. pages 268 to 272 Floor Flanges..................................................... page 290 Companion Flanges..........................................page 292 Other fittings frequently used in installations ofj Malleable Iron Fittings or in installations beyond^ the pressure-temperature range of malleable iron, j are shown on the following pages: Steel Bushings.................................................... page 227J Steel Plugs...........................................................page 228 J Wrought Couplings.......................................... page 2.2<5'J Wrought Steel Nipples...................pages 230 and 2311 Steel Onions and Union Fittings. pages 247 and Steel Flange Unions....................... pages 252 and Forged Steel Fittings....................... pages 338 to 3491 Cast Steel Fittings........................................... page 34%1 CRANE 195 Cast Iron Screwed Fittings Sprinkler Fittings Standard Fittings.....................................................pages 197 to 203 Standard Fittings with Casing Threads........................... page 203 Long Sweep Fittings............................................ pages 204 and 205 Sprinkler Fittings................................................ . pages 206 to 209 175-Pound Fittings.............................................. pages 210 and 211 250-Pound Fittings............................................... pages 212 and 213 The Crane line of Cast Iron Screwed Fittings includes fittings for steam working pressures up to 250 pounds and for water, ' oil, or gas working pressures up to 400 pounds. In addition, it includes Drainage Fittings; see pages 215 to 224. The uniformly superior quality that characterizes all Crane products is maintained in this line. * # :I: * * * * The list at the top of this page does not include all the Cast Iron Screwed Fittings manufactured by Crane Co. For greater convenience, the following fittings are shown in other sections of this catalog: Bushings................... Plugs......................... Flange Unions..... Common Flanges. . Floor Flanges.......... Companion Flanges ................. page 226 ................. page 228 pages 249 and 252 ................. page 290 ................. page 290 . .pages 291 to 295 15 Drainage Fittings.......................... pages 21S to 224 Wrought Couplings.....................................page 229 Wrought Steel Nipples............... pages 230 and 231 Unions and Union Fittings..........pages 238 to 248 Malleable Iron Fittings.................pages 179 to 194 Forged Steel Fittings.....................pages 338 to 340 Cast Steel Fittings................................. .. Pa8e 341 How to read reducing fittings...................page 644 j i 196 i i CRANE i Cast iron fittings, malleable iron unions, and brass gate valves i i make up the Crane equipment in water and air lines for cleaning fermenting tanks in this distillery. CRANE Standard Cast Iron Fittings WORKING PRESSURES 125 pounds steam 175 pounds cold water, oil, or gas, non-shock The Crane line of Standard Cast Iron Screwed Fittings, illustrated on pages iq8 to 202 inclusive, consists of a wide variety of types of fittings, made in a large range of straight and reducing sizes. It meets the requirements of nearly every piping installation using this class of material. Rugged construction: The fittings are sturdy, rugged, and well proportioned. Heavy metal sections, amply reinforced at points subjected to greatest stress, assure a high factor of safety over the recommended working pressures. Threading: All openings are carefully and accurately threaded to gauge and are in true alignment. To permit easy entrance of pipe, each opening is slightly chamfered. Sprinkler service; Underwriters' approved: Crane Standard Cast Iron Screwed Fittings are listed as approved and inspected by the Underwriters' Laboratories, Chicago, for sprinkler service. Dimensions: The table of dimensions shown below covers the most current straight size fittings, and reducers. Dimensions of other types of fittings and of reducing sizes will be furnished upon request. Dimensions, in Inches 197 90 Elbow 45 Elbow 60 Elbow 30 Elbow 22% Elbow Cap Reducer S Eccentric Reducer *2\***h*A 1J L A i + i -4-- A M- ft Side Outlet Elbow Tee Cross 45 Y-Bend Return Bend See page 591 for explanation. Size 1 A 1 B | C | D | E | F G J K H | Z Return Bends Va l13/1fi 1 % 1 1 11 1 I % Size M 1 N Size | M | N || Size M N % 1 1S/l6 1 13/l6 1 1 1i 1 1 % Close Pattern Open Pattern || Wide Pattern % 11% 1 7/ 1 1 l13/lfil 3/4 1 21/2 l7/s 1 y2 y2 Wa U2%2 3/4 1%I 2V32 !1 1 3 3 % 1 l5/is 1 1 |lVl6l 15/l6 1 % 1 3 21/4 1% l9/l6 3/4 h/2 121/32 1 2i/2|2H/16l' 1 4 31/2 1 11% 1 1% 1 Wa 1 1 1 1 ! 31/2 234 *l7/s I1 Vie 1 13/4 1 2% 1 Wa 3 1 3%2 II 1 5 4 Wa 1 Wa 1 ls/i6 UViel l3/i61 1% 1 4Va 31/4 |2% | 2% I1 Vie n/4 21/4 1233/321 iy2 31/21 33/4 || 1 6 4% W2 |115/h 1 17/ib 11% 1 l5/i's 1 Wa 1 47/s 313/,fi| 21/4 21/4 IWie iy2 2% 1 31/4 | 2 41/21413/32II 1 8 51/2 2 1 Wa HWisIlVsl Wa llViel 5% 41/2 |27/16 27/,e 1 3/4 2 31/4 1331/32 21/2 51/2I 57/ie 1! 11/4 4 33/4 2% |211/l6|l15/l6l23/l6ll13/l6ll9/l6l 6% 53/,6 2% 2W,6 l1S/l6 21/2 334 1 4V,fi 3 61/2I 65/,B 1! iy4 6 43/4 3 1 3% |23/,e|2y2lli3/16|l3/4| 7% 6% |27/s 215/ie 1 1 3 41/4 1 53/ls | 4 71/21 73/,s l| iy4 8 53/4 3% 1 37/l6 1 2% | 1 1 I 8% 6% 3% 3% UVie 4 6 |6i3/,e 1 i iy2 4% Wi6 4 1 33/4 1 2% | 3 | 23/g 121/isl 93/4 7% 3% 33/s 2Viei iy8 1 11 11 n iy2 6 5 5 i 4% 13yls 131/21 2% 121/4 1 11% 91/4 37/s 37/s 23/g | iy4 6 51/8 1 37/i6 !4Vi6i 2% |27/161 137/i6 103/4 | 43/g 4% 2% US/l6 1 ii 11 111% 8 6 1 ii 11 ,12 4% 43/4 8 1 69/ls 1 41/4 | | 10 i 8V16 153/le! 1 12 1 9% 16 11 1 | I6i V, 6| 13% 51/4 51/4 3% U7/ie 1 ! 2011/iel 163/4 |63/le| 3% 1 1% II 24% 19% 7% 41/41134 11' 11 11 II II 1 11 2 6 35/i6 1 2 7 513/16 ii 2 8 6% ' 11 1 II 4 11 9s/,6 * 1 x 1/2-znch Reducers are 111/16 inches end to end. 198 CRANE Standard Cast Iron Fittings 90 Elbow 45 Elbow 60 Elbow 30 Elbow 22V^ Elbow Size 90 Elbows Straight 90 Elbows ^Reducing Right Hand Right & Left Pitched Right Hand Pitched 45 Elbows 60 Elbows 30 Elbows 22V20 Elbows Side Outlet Elbows. Tees, Straight *Tees, Reducing Inchesl !4 1 % 11/2 1 % i 1 1 IVi ! l!/2 2 12Va 1 3 131/al 4 5 | 6 | 8 10 | 12 Black Eachl. 05|. 05|. 06|. 08|. 10y2 .16| .20 .281 .501 .7511.0511.20 2.001 2.75| 6.75 13.50|20.00 Galv. Each|. 10|. 101.121.161.21 .321 .40 56|1.00|1.5012.10 2.40 4.00 5.50113.50 27.00140.00 Black Eachl.06|.06|.07|.09|.12 Galv. Each|. 12|. 12 .141-181-24 Black Each| | .081.101.13 Galv. Each| | -16|.20|-26 Black Each 1.06 .07|.09|.12 .18 .23 ,32| .601 .85| 11 .36 .46 .64|1.20 1.70| 11 .20 .25 ,35| .65 1.0011.30 1.50 1 1 .40 .50 .7011.30 2.00|2.60 3.00 11 .18 .23 ,32| .60 .8511.20 1.40 2.30 3.151 7.75115.50123.00 Galv. Each 1.12 .14|.18|.24 Black Each 1 I.10L13 Qalv. Each 1 1-20 .26 Black Each . 06|. 06 . 07|. 10 .12 Galv. Each .121.12 -14|-20 .24 | .36 .46 | .201 .25 | .401 .50 | .19| .24 | .381 .48 .6411.20 1.7012.40 2.80 4.60 6.30 15.50 31.00 46.00 .351 .6511.0011.301 | | -70|1.30|2.00|2.60| | ,34| .60| .90 1.25|1.45| 2.50 3.45 8.50 17.00 25.00 .68|1.20|1.80 2.50|2.90| 5.00 6.90 17.00 34.00 50.00 Black Each 1 -25|.30 .35 Galv. Each 1 . 50|.60 .70 Black Each 1 . 25|. 30 .35 Galv. Each 1 -50|-60 .70 Black Each 1 25|.30 .35 Galv. Each 1 . 50]. 60 .70 Black Each 1 1 .30 Galy. Each 1 1 .60 Black Each . 08|.08 09|.12 .15 | .45| .50 .6011.1011.65 |2.75| 5.00 7.00 | .90|1.00 1.20 2.20|3.30 |5.50 10.00 14.00 | .45| .50 .60 1.10|1.65 |2.75 5.00 7.00 | .90|1.00|1.20 2.20|3.30 |5.50 10.00 14.00 | .45| .50| .60 1.1011.65 |2.75 5.00 7.00 | .90|1.00|1.20 2.20|3.30 |5.50 10.00 14.00 | .48| .60| .84 1.50|2.25 |3.60 | .96|1.20|1.68 3.0014.50 17.20 | .23| .29| .41 73|1.10 1.5011.75 3.00 4.00 9.75 19.50 29.00 Galv.- Each .161.16 .181.24 .30 | .46| .58| .82 1.46|2.20 3.00|3.50 6.001 8.00 19.50 39.00 58.00 Black Each j. 09 . 101.14 .17 | .27| .33| .47 .8311.25 1.75 2.00 3.50| 4.60 11.25 22.50 33.50 Galv. Each |-18 -20|-28 .34 | .54| .66| .94 1.66|2.50 3.50 4.00 7.001 9.20 22.50 45.00 67.00 15 *Reducing fittings: List prices of reducing go Elbows and Reducing Elbows Carried in Stock Tees apply to reducing sizes carried in stock, shown in the tables at the right and on the opposite page. Other reductions can be 90 Elbows 90 Elbows Pitched made to order by bushing in the sand; when so bushed, non-stock sizes use the same list prices as stock reducing sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing 45 Elbows, 6o Elbows, 30 Elbows, 22^ Elbows, and Side Outlet Elbows can be made to order by bushing in the sand from straight sizes. When so bushed, reducing sizes use the same list prices as straight sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing fittings that require making a new pattern are entirely special. Prices on application. Right & Left Elbows: Right and Left qo Elbows have ribs cast on the left hand end. Pitched Elbows: Pitched Lj-inch per foot. Eccentric Tees: Eccentric Tees are made to order only; prices % x 1/4 y2 x % V2 xl/4 % x y2 % x3/s % Xl/4 1 x3/4 1 x y2 1 x 3/8 iy4 x 1 iy4 x 3/4 iy4 x y2 iy4 x 3/g iy2 x iy4 iy2 x 1 1% x % iy2 x y2 2 x iy2 2 x iy4 2 X1 2 x3/4 2 X l/2 2i/2 x 2 2% x iy2 2% x iy4 2% x 1 2% x 34 3 X 2y2 3 x2 3 x iy2 3 x iy4 3 x1 31/2 x 3 3% x 2y> 3y2 x 2 4 x 3y2 4x3 4 x 2i/2 4x2 4 x iy2 5x4 5 x 3i/2 5x3 5 x 2yz 6x5 6x4 6 x 3i/2 6x3 6 x 2yz 6x2 8x6 8x3 10 x 8 3/4 Xl/Z 1 X 34 1V4 x l iy2xiy4 iy2 x 1 2 x iy2 2i/zx2 3 x 21/Z 31/2 x 3 on application. Orders should be accompanied by a sketch 3y2 x iy2 12 x 10 showing the position and size of all openings. 3% x iy4 12x8 Description.. . page 197 Dimensions.. . .page 197 Working pressures.. .. page 197 Standard Cast Iron Fittings Reducing Tees Carried in Stock Reducing Tees are carried in stock in the sizes shown in the table below. These sizes are sold at the regular prices for Reducing Tees. For prices of Reducing Tees not carried in stock, see the footnotes on the preceding page. A B C A Bc B % X 3/s x Vi IV2 X 11/2 X 1/2 iy2x 1% x 2 % x 1/4- x 3/s 3/S x 1/4 x Vi 11/2 X 11/2 X 3/4 1V2 X 11/2 X 1/4 iy2x 11/4 x 2 iy2x 1 x 2 V4 x 1/4 X % iy. X l`/4 X 11/2 iy2x % x 2 V? V? V?. V? V?. V? 3/s Vt 3/4 3/4 3/4 3/4 3/4 3/4 3/4 3/4 3/4 3/4 3/4 3/4 V? 3/8 1 1 1 1 1 1 1 1 1 1 1 1 3/4 3/4 V2 X 1/2 x 3/s x'l/2 X Vi X 3/s X 1/2 xl x3/s X 1/4 X 1/2 X Vi' X 1/4 X 3/s X Vz x y4 X 1/2 x 3/4 X 1/2 x 3A x3/g x 3A x Vi' x 1/2 x3/4 X 1/2 X 1/2 x V?, x 3/s X V? X V4 x 3/s X 3/4 x3/s x 1/2 x Vs X 3/s x i/4 X 3/4 X Vi x 1/2 X 1/2 X 3,4 x 3/s X 3/4 X 1 X 3A . X 1 x 1/2 X 1 X 3/g X 1 x i/4 x 3,4 X 1 X 3A x 3A x 34 X 1/2 x Vz X 1 x 1/2 x 3/4 x 1/2 x 1/2 X% X1 X 1/4 X 1 X 3/4 X 1 X 1/2 X 1 X 1/2 X 1 1V2. X 11/4 X 11/4 1V2 X 11/4 X 1 1V2 X 11/4 X 3/4 11/2 X 11/4 X i/4 1V2 X 1 X 11/2 1V2 X 1 X 11/4 ' 1V2 X 1 X 1 l'/4 X 1 X 3/4 11/2 X 1 X 1/2 l V2 X 3/4 X 11/2 11/? X 3/4 X 1V4 11/4 X 3/4 X 1 1V2, X 3/4 X 3/4 IV? X 3/4 X 1/2 11/2 X 1/2 X 11/2 IV2. X 1/2. X l`/4 IV2 X 1/2 X 1 11/2 X 1/2 X 3/4 11/2 X 1/2 X i/4 IV2 X 3/ X 11/2 11/2 X 1/4 X 11/2 n/4 X 11/4 X 11/2. 11/4 x.1 . X 11/2 IV4 X 3/4 X 11/2 11/4 X 1/2 X 11/2 l X 1 X 11/2. l X 3/4 X 11/2 3/4 X 3/4 X iy2 2 X 2 X 11/2 2 X 2 X 11/4 2 X2 X1 2 x2 2 x 2 x y2 2 x2 X% 2 x 2i X 1/4 2 X l%x 2 2 X iVi x iy2 2 X iy2x iy4 11/4 X U/4 x 2 iy4x 1 x 2 11/4 X x 2 1 X x2 1 X x2 %x x 2 IVz x 21/4 x 2 2/2x 2i/4 x iy2 2y2x 2V4 x 11/4 2l/2 x 2/4 x 1 2j/2x 21/2 x 3/4 2y2x 2i/4 X 1/4 221/4 x X 2V4 2y2x x2 2i/2x x iy2 2l/2 x x 1V4 2% x X1 21/4 x X 3/4 21/4 x x i/2 21/4 x 11/4 x 21/4 2V4 x 11/4 x 2 21/4 x iy2 X 11/4 21/4 x iy2x iy4 2V4 x 11/4 x 1 21/4 x iy2 x 3/4 21/4 X 11/4 X 2% 2V4 X 11/4 X 2 21/4 x 11/4 X ll/2 21/4 x 11/4 X 11/4 21/4 x 11/4 X 1 2i/4 x 1 x 21/4 121/4 X x 2 2V4 x 1 X ll/2 12i/4 x X 1 2i/4 x 3/4 x 2V4 21/4 x 3/4 x 2 21/4 x 3/4 x iy2 2i/4 x % x 2V4 1V4 x 1V4 x 1 iy4 x i>a x3a 2 X iy2 x 1 2 X 1V2 X 3/4 22V4 x x % 2 x2 x 2j/2 IV4 x 1V4 X yz 2 X W2 X l/2 2 x ll/2 x 2l/2 1% X IV4 X % 2 IV4 X HA X Vi 2 iy4 x. 1 iy4 x 1 xll/4 X1 2 2 IV4 x 1 x 3/4 2 iy* x 1 xy2 2 l'A x 3A X 11/4 2 x 3A X 1 2 iy4 x % x 3/4 iy4 X 3/4 x 1/2 2 2 }Vi X y2 Xll/4 }V4 x 1/2 X 1 2 2 jy4 x y2 x 3A 2 iy4 x y2 X 1/2 2 jy4 x 3/s Xll/4 2 llA x V4 1 X1 1 1 3/4 x 3/4 xX 31/42 3/4 X Vz x lVi -X U/4 X 11/4 x 1V4 X. 11/4 xll/4 ! 2 2 2 2 2 2 x u/2 x 1 vi 2 \Vz x iy2 x 1 2 1V2 X 11/2 X 34 X IV4 X 2 X m x i-y2 X iy4 x iy4 X 1% X 1 X iy*x % X iy4 x y2 X1 X2 X X W2 X x li/4 X X1 X x 3/4 X x2 X xiy2 X X11/4 X X1 X x3/4 X X l/2 X x2 X x li/2 X x 11,4 X X l/2 X x2 r 1/, 2 x: 11/4 x 2i/2 2 x 1 x 2l/4 2 x 3/4 x 21/4 1V4 x H/2 x 2V4 11/4 X: 11/4 x 2V4 111/4 X x 2l/2 11/4 X: H/4 x 2l/2 x 3 x 2V4 x3 x2 x 3 X iy2 x 3 xli/4 x3 X1 x 3 x 3A x 3 x 1/2 X 21/2 X 3 x 21/2 x 21/2 x 21/2 x 2 x 21/2x11/2 x 21/2 x li/4 x 21/2 x 1 X 21/2 X 3/J x 21/4 x 1/2 x2 x3 ABC 3 x 2 x 21/2 3 x2 x2 3 x 2 x 1V4 3 x 2 x 11/4 3 x2 x1 3 x2 x% 3 x iy2 x 3 3 X 11/2 X 21/2 3 x iy2 x 2 3 x 11/2x11/2 3 x 11/2 X 11/4 3 x 11/4 x 3 3 x 11/4 X 21/2 3 x 11/4 x 2 3 x1 x3 3x1 x 21/2 3 x3/4 x3 3 x V4 x 3 21/2 x 21/2 x 3 2i/4 x 2 x 3 21/2 x iy2 x 3 21/2 x U/4 x 3 21,4 x 1 x 3 2 x2 x3 2 x 11,4 x 3 11/2 x 1V4 x 3 31/2 x 31/2 x 3 31/2 x 31/2 x 21/2 31/2 x 31/2 x 2 31/2 x 3i/2 x iy2 31/2 x 31/2 X U/4 31/2 x 31/2 x 1 31/2 x 31/2 x 3/4 31/2 x 31/2 x 1/2 31/2 x 3 x 31/2 3V4 x 3 x 3 3i/4 x 3 x 21/2 31/4 x 3 x 2 31/2 x 3 x iy2 31/2 x 3 x U/4 3V4 x 3 x 1 31/4 x 3 x 3A 31/2 x 21/2 x 31/2 31/2 x 21/2 x 3 3l/2 x 21/2 x 21/2 31/2 x 21/2 x 2 31/2 x 21/2 x 11/2 31/2 x 2 x 31/2 31/4 x 2 x 3 31/4 x 2 x 21/2 31/2 x 2 x 2 31/4 x iy2 x 31/2 31/2 x iy2 x 3 31/2 x iy2 x 21/2 31/2 x iy4 x 31/2 31/2 x 1V4 x 3 31/2 x 1 x 31/2 31/2 x y4 x 3V4 3 x 3 x 31/2 3 x 21/2 x 31/2 3 x 2 x 31/2 3 x iy2 x 31/2 21/2 x 21/2 x 31/2 2i/2 x 2 x 31/2 2 x 2 x 31/2 4 x 4 x 31/2 4 x4 x3 4 x 4 x 21/2 AB C AB c 4 x4 x2 5 x4 x2 4 x 4 xiy2 5 x 4 xiy? 4 x 4 Xli/4 5 x 4 x li/4 4 x4 X1 5 x4 X1 4 x 4 X 3/4 5 x 4 x 3/4 4 x 4 x 1/2 5 x3i/2 x 5 4 x 31/2 x 4 5 X31/2 x 4 4 x 3V4 x 3V4 5 x3*/2 X31/2 4 x3i/? x 3 5 x 31/2 x 3 4 X 31/2 x 21/4 5 X31/2 x 2y> 4 x 31/2 x 2 5 x 3 x 5 4 x 3i/> x 11/4 5 x 3 x 4 4 X 31/2 xiy4 5 x 3 x3i/2 4 X31/2 X 1 5 x 3 x 3 4 X31/2 X % S x 3 x 21/2 4 x3 x4 5 x3 x2 4 x 3 x 31/4 5 x 21/2 x 5 4 x 3 x 3 5 x 21/2 x 4 4 x 3 x 2V4 5 X 21/2 x 3 4 x 3 x 2 5 X21/2 x 21/2 4 x 3 x U/2 5 x 2 x 5 4 x 3 x iy4 S x 2 X 4 4 x 3 X 1 5 X 11/2 x 5 4 x 3 X 3A 5 x 11/4 x 5 4 X 21/2 x 4 5 X 1 x 5 4 X21/2 x 31/2 4 x 4 x 5 4 X 21/2 x 3 4 x3l/2 x 5 4 X 21/2 x 2V4 4 x 3 x 5 4 X 21/2 x 2 4 X IV? x 5 4 x 21/2 x iy2 4 x 2 x 5 4 X 21/2 x 114 31/2 x 3i/2 x 5 4 X 21/2 X 1 3i/2 x 3 x 5 4 x2 x4 3 x3 x5 4 4 4 4 x2 x2 x2 x2 x-31/2 x3 X 21/2 x2 6 6 6 6 x6 x6 x6 x6 x5 x4 x3i/2 x3 4 4 X iy2 x 4 X 11/2 X 31/2 6 6 X6 x6 x2i/2 x2 4 x 11/2 x 3 4 x 11,4 x 4 4 X1 x4 4 x 3A x 4 4 X 1/2 x 4 6 x 6 X 11/2 6 6 x6 x6 Xli/4 X1 6 x 6 X 3/4 6 x5 X6 31/2 x 31/2 x 4 6 x 5 x 5 3V4 x 3 x 4 3/2 x 2y2 x 4 3 72 x l x 4 3 x3 x4 3 X 21/2 x 4 6 x5 x4 6 xS x3i/2 6 x5 x3 6 x 5 X 21/ 6 x5 x2 3 x2 x4 21/2 x 21/2 x 4 21/4 x 2 x 4 6 x 5 X 11/2 6 x 5 x 1 i/i 6 x5 X1 2 x 2 x 4 6 x 5 X 3/4 5 x5 x4 6 x4 x6 5 x 5 x 3V4 6 x 4 x 5 5 x5 x3 6 x4 X4 5 x 5 X21/2 6 x 4 X31/2 5 x5 x2 6 x4 x3 5 x 5 x 11/2 6 x 4 x 21/2 5 x 5 X 11/4 6 x 4 x 2 5 x 5 X 1 6 x3i/2 x 6 5 x 5 X 3A 6 x 3V2 x 5 5 x 4 x 5 6 x3i/? x 4 5 x4 x4 6 x3 x6 55 x4 X4 x 31/2 i 6 x3 I 6 x3 x3 x5 x4 s x 4 X 21/2 ; 6 x 3 x 3 A B C' 6 x 2y> x 6 6x 2 x6 6 x iy2 x 6 . 6 x 11/4 X 6 6x 1 x6 5x 5 x6 5x 4 x6 5 x 3VZ x 6 5x 3 x6 4x 4 x6 4 x 31/2 x 6 8x 8 x6 8x 8 x5 8x 8 X4 8 x 8 x3i/2 8x 8 x3* 8 x 8 X 21/2 8 x 8 x 2. 8 x 8 xiy2 8 x 8 Xli/4 8x 6 x8 8x 6 x6 8x 6 x5 8x 6 x4 8 x 6' x 3 8 x 6 X 21/2 8x 6 x2 8 x 6 x iy2 8 x 6 X iy4 8x 5 x8 8x 5 x5 8x 5 x2 8x 4 x8 8x 4 8x 3 8x 2 6x 6 x6 x8 x8 x8 4x 4 x8 10 x 10 10 x 10 10 x 10 10 x 10. 10 x 10 10 x 10 10 x 8 10 x 8 10 x 6 10 x 5 10 x 4 10 x 4 10 x 3 10 x 2 8x 8 8x 6 x8 x6 x5 x4 x3 x2 x8 X6 x6 x 10 x 10 x6 x 10 x 10 x 10 x 10 12 x 12 12 x 12 12x12 12 x 12 12 x 12 12 x 10 12 x 8 12 x 8 12 x 8 12 x 5 12 x 4 12 x 3 12 x 2 10 x 10 x 10 x8 x6 x5 x4 x 10 x 12 x 10 x8 x 12 x 12 x 12 x 12 x 12 200 CRANE Standard Cast Iron Fittings Size C^jL OSStS Black Galv. Black Galv. Cross List Prices Inchesl 1/4 | % | i/2 | % I 1 HV4IIV2 I 2 |\ 2VZ 3 | 3V2 | 4 | 5 |~6~ | 8 | ,10 | 12 Each[.15 .15 .16|.22|.27|.42 53| .75U.30|2.00I2.70|3.15| 5.50| 7.25117.50135.00| 52.50 Each|.30 .30 .32|.44|.54|.84 1.06|1.50|2.60|4.00|5.40|6.30|11.00|14.50|35.00170.001105.00 Each| .18|.251.30|.46 60| .83|1.45|2.20|3.00|3.50| 6.00| 8.00|19.25|38.50| 58.00 Each| . 36|. 50|. 60|. 92 1.20|1.66|2.90|4.4016.00|7.00|12.00|16.00|38.50177.001116.00 "Reducing Crosses: List prices of Reducing Crosses apply to reduc ing sizes carried in stock, shown in the table below. Other reductions can be made to order by bushing in the sand; when so bushed, non stock sizes use the same list prices as stock reducing sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing sizes that require making a new pattern are entirely special. Prices on application. Reducing Crosses Carried in Stock AB cD A B cD AB C D aB cD y2 x y2 X Vz x Vs >/2 x y4 X Vz X Vs 3/4 x3/4 X Vz X Vz 3/4 3/4 x3/4 x y2 X Vz x Vz X V* \Vz. 1 X 1 . x3/4 x 3/4 1 X 1 x Vz 1 X 34 X 1 X l/2 x % iy4 x 11/4 X 1 4 4iy x iy x 3/4 1 y4 iy4 x X iy4 1 x X y2 1 4 1iy X x 3/4 iy4 x 34 X 3/4 2iy4x y X 1 4 2iy x y X 1 4 2iy x y x 3/4 X Vz x 3/4 X 3/4 X1 X 3/4 X Vz x1 x y4 x 3/4 X1 X 3/4 x 3/4 ' /2 2p x iy X W* x W* 2iy2x iy X 1 X 1 3/4iy2X iy2 X X 3/4 iy2x iy2 X Vz x Vz iy2x iy4 x iy4 x iy4 iy2 x iy4 X 1 /4iy2 x iy4 x 3 1iy2 x X1 1iy2 x X1 1iy2 x x y4 34iy2 x X1 xi x3/4 X 3/4 xX y3/42 X 3/4 { p/2x y2 p/2 x y2 iy2 x y2 iy2 x y2 Wz x y2 Wz x y2 x iy2 x iy4 x x x w* 1 y4 1 y4 x x x iy4 1 3/4 X1 X1 X 1 x 3/4 2 X 2 x iy2 x Wz 2 2 X2 X2 xiy4 x iy4 X x w* 1 2 x 2 xiy4 x3/4 2 x2 X1 X 1 2 x 2 x 1 X 3/4 2 x 2 X 3/4 X 3,4 22 x 2 x Vz x Vz x iy2 x iy2 x iy2 2 x iy2 x iy2 X 3/ 2 X iy2 X iy X iy4 2 X 1V2 X W* X 1 W*2 X i*/2 X X 3/4 2 X l`/2 X 1 X 1 2 X l*/2 X 1 X 3/4 2 X 1V2 X 3/4 X 3/4 2 X W4 X 1 X 3/4 2 X 1 X2 X 1 2 X 1 X p/2 X 1 2 X 3A X 2 X Vz 2 X V2 X iy2 X Wz 2 X V2 X l*/2 X w* 2 'A V2 X Wz X 1 2 X V2 X 1 Vz X 3/4 2 X V2 X 1V4 X w* 2 X V2 X w* X 1 2 X V2 X W4 X 3A 2% X 2y? X 2 X 2 w? X 2V? x 2 X Wz 2% X 21/? X 2 X 1 2% X 2% X Wz X iy2 Wz X 2y2 X Wz X iv* Wz X 2y2 X Wz X 1 Wz X 2`/2 X Wz X 3/4 Wz X Wz X l`/4 X iv* Wz X Wz X iy4 X 1 Wz X Wz. X W4 X 3/4 w-> X Wz X 1 X 1 Wz X Wz X 1 X Wa Wz X Wz. X 3/4 X 3/4 Wz X Wz X Vz X Vz Wz X 2 X Wz X 1 Wz X 2 X 2 X 2 Wz X 2 X 2 X Wz Wz X 2 X 2 X l`/4 Wz X 2 X 2 X 1 Wz X 2 X 2 X 3/4 Wz X 2 X iy2 X iy2 Wz X 2 X iy2 X w* Wz X 2 X ij/2 X 1 Wz X 2 X Wz X 34 Wz X 2 X w* X w* Wz X 2 X W4 X 1 Wz X 2 X w* X ZA Wz X 2 X 1 X l 2% x 2 Wz X 2 x 1 x 3/ X 3/4 X 3/4 2j/2 x Wz x 2 x iy2 2y2 x iy2 x iy2 X 1 Wz x iy2 x iy4 X W* Wz X Vz X 2i/2 X 11/4 Wz x Vz x 2 x 2 Wz x Vz x 2 X ll/2 Wz x Vz x Wz X Wz 2y2xy2 x Wz xl`/4 3 x 3 x 2Vz x 21/2 3 x3 x2 x2 3 x 3 x 2 x iy2 3 x3 x2 X1 3 x 3 x 1 Vz x iy2 3 x 3 x 1 Vz x 11/4 3 x 3 x Wz X 1 3 x 3 x Wz X 3/4 3 x 3 x iy4 X 11/4 3 x 3 x iy4 X 1 3 x 3 x 11,4 x 3/4 3 x3 x 1 X 1 3 X 3 X 3/4 X 3/4 3 x 2l/2 x 2!/4 x 2 3 x 2i/2 x 2l/2 X Wz 3 x 21/4 x 2 x 2 3 x 2l/2 x 2 x iy2 3 x 2y2 x 2 X 11/4 3 x 2i/2 x 2 X 1 3 x 2l/2 x 2 X 3/4 3 x 2i/z x li/2 x Wz 3 X 21/4 x li/2 x W* 3 x 2i/2 x ll/2 X 1 3 x 2i/z x li/2 x3/4 3 X 21/2 X 11/4 x 11/4 3 X 2l/2 X 11/4 X 1 3 X 21/Z X 11/4 X3/4 3 x 21/2 X 1 X 1 3 x2 x2 x2 3 x 2 x 2 x Wz 3Vs> x 31/2 x 3 X 3 3% x 3V2 x 2V9 X 21/2 3y, x 3y X 2 x 2 Wz x 31/2 x 2 x Wz Wz x 31/2 x 2 x3/4 3y2 x 3l/> X ~V-h X TyT Wz x 3y> X Wz X iy4 Wz x 31/7 X Wz X 1 Wz x Wz X Wz X 3/4 Wz X 31/) X w* X iy4 Wz x 31/. X w* X 1 w? x 31/2 X w* X 3/4 Wz x Wz X 1 X 1 Wz x 3/ X 21/2 X 2y2 Wz x 3 X 2y2 X 2 ,31/2 x 3 X Wz X iy2 3i/? x 3 X 2 X 2 Wz x 3 X 2 X p/2 Wz x 3 X 2 X iy4 Wz x 3 X iy2 X iy2 Wz x 3 X Wz X 1V4 Wz x 3 X Wz X 1 Wz x 3 X Wz X 3/4 Wz x 3 X w* X iv* Wz x 3 X l`/4 X 1 Wz x 3 X 1 X 1 4 X 4 X 3y2 X 31/2 4 x4 X3 X3 4 x 4 X 2y2 X 2y2 4 x4 X2 X2 4 x 4 X 2 X iy2 4 x4 X2 X 1 4 4 4 x4 x4 x4 X Wz X p/2 X Wz X 1V4 X Wz X 1 4 x 4 X Wz X 3/4 4 4 x4 x4 X w* X ii/4 X 1V4 X l 4 4 x4 x4 X 1V4 X 3/4 Xl X1 4 x Wz X 2% X 2Vz 4 4 X 31/2 X 2y2 X 2 x Wz X 21/2 X 1 4 2X 31/2 X X 2 4 4 4 x Wz X 2 x Wz X 2 x 31/2 X 2 X iy2 X iy4 X1 4 x 31/7 X IV? X IV? 4 4 X31/2 X l V? X iy4 Wzx 31/2 X X1 BD 4 x 3% X W* * 1V4 4 x 31/2 X IV4 X 1 4 x^ 3 x 2Vz x 2 5x 5x 5x 5x 5x 5x 5x 5x 5x 5x 5x 5x 5x 4 5x 4 5x 4 5x 4 5x 4 5x 4 5x 4 5x 4 4 x4 3V2 x 31/2 3 x3 2Vz x 2i/2 2 x2 x 2 x IV2 x iy2 x iy2 x iy2 x iy4 x Wz x y4 x iy4x iy4 x iy4 x y4 X1 X1 x 21/2 x 21/2 . x 21/2 x 2 x2 x2 x 2 x 1% x iy2 x iy2 x 11/2 x 1% x 114 x 1 x1 x1 6x 6 6x 6 6x 6 6x 6 6x 6 6x 6 6x 6 6x 6 6x 6 6x 6 6x 5 6x 5 6x 5 6x 5 x5 x5 x4 x4 x 31/2 x 31/2 x3 x3 X 21/2 x 21/2 x2 x2 x 2 x Wz x iy2 x iy2 x iy2 X 3/4 x iy4 x 1V4 x3 x3 x2 x2 x 2 x lVi x iy2 x P/2 8x 8 x6 x6 8x 8 x5 x5 8x 8 x4 x4 10 x 10 x 8 x 8 ; 10 x 10 x 6 x 6 12 x 12 x 10 x 10 12 x 12 x 8 x 8 ' Description.. . page 197 Dimensions.. . .page 197 Working pressures.. . .page 197 CRANE Standard Cast Iron Fittings 201 45 Y-Bend Reducer Eccentric Reducer Cap Locknut Size 45 Y-Bends *Reducers *Reducers Caps Locknuts List Prices Inches % 1 % 1 1 1 P/4 1 1% 1 2 2V2 3 i 3y2 4 1 5 6 8 10 12 Black Each .201.281.341 .54| .66] .94 1.66 2.50|3.50 4.00| 7.00 9.20 22.50 45.00 67.00 Galv. Each .40|.56|.68|1.08|1.32|1.88(3.32 5.00|7.00 8.00114.00 18.40 45.00 90.00 134.00 Black Each |.10|.16| .22| ,28| .43 .60 .80|1.00 1.351 2.00 2.70 6.75 10.00 15.00 Galv. Each |.20(.32| .44| .56| .86|1.20 1.60|2.00 2.701 4.00 5.40 13.50 20,,00 30.00 OO Black Each | | | .55| .7211.00)1.50 2.40|3.00 6.00 8.00 11.00 Galv. Each | | |1.10|1.44|2.00|3.00 4.80|6.00 8.00112.00 16.00 22.00 Black Galv. Black Galv. Each Each For kf co 1XA-inch, use Malleable Iron. See page 185 87| 1.20 1.741 2.40 Each For Jd to 2-inch, use Malleable .271 .34| .47 64| .90 Each Iron. See page 185 .54| .681 .94 1.28| 1.80 1.55 3.10 1.30 2.60 2.85 5.50 5.70 11.00 2.35 3.00 4.70 6.00 7.00 14.00 4.00 8.00 *Reducing fittings: List prices of Reducers and Eccentric Reducers apply to sizes carried in stock, shown in the table below. ..Other reductions can be made to order by bushing in the sand; when so bushed, non-stock sizes tfee the same list prices as stock sizes, but are sold at An advance in price; see the Crane Discount Sheet for prices. Reducing 450 Y-Bends can be made to order by bushing in the sand from straight sizes. When so bushed, reducing sizes use the same list prices as straight sizes,'but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing fittings that require making a new pattern are entirely special. Prices on application. . Vt x'/j 1 x 34 -1 x y2 1% x 1 _1V2 x 1% 2 x iy2 xr/4_ 12 X 1 x2 2V2 x iy2 2% x 11/4 21/2x1 ^21/2 X 3/ Reducers 3 x 21/2 3 x2 3 x iy2 3 x iy4 3 x1 31/2 x 3 3% x 21/2 31/2 x 2 4 x 3i/2 4 x3 4 x 21/2 4 x2 4 x IV2 5x4 5 x 31/2 5x3 5 x 21/2 5x2 6x5 6x4 6 x 31/2 6x3 6 x 21/2 6x2 Reducers Carried in Stock 8x6 8x4 10x8 10 x 6 12x10 12 x 8 iy4 x 1 iy x % 1V2 x iy4 IV2 x 1 iy2 X v4 2 x iy2 2 x iy4 2 X1 2 X 34 2y2 x 2 2y> x iy2 2y2 x iy4 2J/2 X 1 Description.. . .page 197 Dimensions.. . .page 197 Eccentric Reducers 3 x 2y2 3 x2 3 x iy2 3 x iy4 3 X1 31/2 x 3 ' 3y2 X 21/2 31/2 x 2 31/2 x iy2 3y2 x iy4 31/2 X 1 4 X 31/2 4x3 4 x 2i/2 4x2 4 x iy2 4x1% 4x1 5x4 5 x 31/2 5x3 5 x 21/2 5x2 6x5 6x4 6 x 3Vz 6x3 6 x 21/2 6x2 8x6 8x5 Working pressures... .page 197 202 CRANE Standard Cast Iron Return Bends Return Bends Size Center to Center Inches Inches Right Hand IIRight & Left II Left Hand Black Galv. |j Black Galv. 1! Black Galv. II Each Eachli Each Eachli Each Each Close Pattern Vi iy4 % 1% 1 1% w* 2% i% 2y2 2 3y4 2% 33/4 3 4y4 46 % l7/s 1 2% iy4 3 1V2 3% 2 4% 2% 5% 3 6% 4 1 7% .18 .36(1 .21 42|| .21 .20 .40|| .23 .4611 .23 .22 .441! .26 .5211 .26 .28 .5611 .33 .661! .33 .40 .801) .46 .921! .46 .57 1.1411 .66 1.32|l .66 1.20 2.401 1.40 2.8011 1-40 1.70 3.4011 1.95 3.90!! 1.95 5.00 10.001! 5.25 10.50|! 5.25 Open Pattern .26 .5211 -30 .60 .30 .6011 .35 .70 .40 .80! .46 .92 .55 1.1011 -64 1.28 .80 1.601! -92 1.84 1.35 2.7011 1.55 3.10 2.20 4.40)1 2.50 5.00 6.50 10.0011 7.00 14.00 Special Wide Pattern .42 .46 .52 .66 .92 1.32 2.80 3.90 10.50 1 3 .45 .80 1 4 .50 .90 1 5 .60 1.10 1 6 1 .75 I 1.30 1 8 i 1.00 1.60 0/4 4 ( 1.00 | 1.75 iy4 6 i 1.25 1 2.00 iy4 8 Use 250-Pound, page 212. iy2 47/g | 1.30 | 2.30 1% 6 | 1.60 | 2.60 iy2 8 1 2.00 | 3.25 2 4% j 1.75 | 3.00 2 6 | 2.00 1 3.25 2 7 | 3.00 | 4.50 2 8 j 3.50 1 5.00 4 11 | 7.50 111.00 Close Pattern Return Bends can not be used to make up paral lel coils. The center to center dimension is so close that the bands of adjacent bends will not clear each other. Close Pattern Pitched Return Bends Size Inches Center to Center Inches Length of pipe in coil Feet Right Hand Black Galv. Each Each 1 1% 3 .26 .52 1 m 4 .26 .52 1 m 5 .26 .52 1 1% 6 .26 .52 1 i% 8 .26 .52 u/4 2y4 4 .33 .66 IV* 2V* 5 .33 .66 IV* 2V* 6 .33 .66 Pitched Return Bends are marked with the length of coil. 1-inch Return Bends for coils longer than 8 feet are not pitched. Right and Left Pitched Return Bends are made to order. Back Outlet Return Bends Size Center Size of to Back Center Outlet Inches Inches Inches Right Hand '1 Right & Left Black Galv. i| Black Galv. Each Each II Each Each % 1% 3/4 1 2V* 1 .38 .76 1! .42 .42 i .84 1* .48 1 4 u/4 ; * 1 * ij 11 iy4 2Vi * u/4 1 .60 ! 1.20 ii .70 IV* 3 Vi iy2 J * f * *1 * i% 2V* 1% ! i% ' 4 ' 1V2 ! .80 ! 1.60 ii * 1 * ,* .95 * 2 3Vi 2 1.15 2.30 i| 1.30 2 4 iy2 * ! * 1! f * 2% 1 33/4 2Vz i 2.00 1 4.00 11 2.30 3 1 414 3 1 3.00 ` 6.00 k> 3.50 .84 .96 * 1.40 * 1.90 * 2.60 4.60 7.00 *Prices on application. The back outlet of Right and Left Return Bends is threaded right hand. Return Bend with Union Ends Return Bends with Union Ends Size Center to Black Inches Center Inches Each iv* 4% 1.60 2 6 3.00 38 *Price on application. * These Return Bends are equipped with No. 1218 Gasket Type % Unions and rubber gaskets. See page 239. Description . ................page 197 Dimensions............................page Working pressures page 197 CRANE Standard Cast Iron Fittings With Casing Threads WORKING PRESSURE 175 pounds cold water, oil, or gas, non-shock Orders for fittings with casing threads should specify the outside diameter of the casing, the number of threads per inch, and the style of the casing. 203 Size 90 iiibows Straight Reducing 45 Elbows Straight Tees Straight Reducing Crosses Straight Reducing Plugs Bushings Flange Unions Locknuts Return Bends Close Open Reducers Caps 45 Y-Bends Inches Each Each Each Each Each Each Each Each Each Each Each Each Each Each Each Each 2, 2i/4 21/2 23/4, 3 1.10 1.40 1.60 1.50 1.85 2.20 2.75 .50 .60 2.25 .50 3.00 3.75 1.20 .80 3.25 List Prices, Black 3V4 3V2 33/4 4 1.35 1.75 2.00 2.00 2.50 2.70 3.30 .75 .80 2.75 .70 4.00 4.50 1.50 1.10 4.50 1.80 2.25 2.70 2.50 3.00 3.50 4.35 .85 1.00 3.15 .95 5.00 5.75 2.00 1.30 6.00 2.50 3.00 3.75 3.50 4.35 5.00 6.25 1.35 1.50 4.50 1.25 6.00 8.00 2.75 1.60 8.00 41/4 2.50 3.00 3.75 3.50 4.35 5.00 6.25 1.35 1.50 4.50 1.25 6.50 8.00 2.75 1.60 8.00 4VZ 3.00 3.75 4.00 4.00 5.00 5.70 7.00 1.75 1.85 5.00 1.35 3.00 2.00 9.00 43/4 3.00 3.75 4.00 4.25 5.25 6.00 7.50 1.75 1.85 5.00 1.35 5 3.50 4.35 4.50 5.00 6.25 7.00 8.75 2.00 2.00 5.50 1.50 3.00 2.00 9.00 3.50 2.15 10.00 Size yu blbows Straight Reducing 45 Elbows Straight Straight Reducing Crosses Plugs Straight Reducing Bushings Flange Unions Locknuts Reducers Caps 45 Y-Bends Inches Each Each Each Each Each Each Each Each Each Each Each Each Each Each 53/l6 5% 4.00 5.00 5.50 5.50 6.75 7.80 9.70 2.40 2.50 6.50 1.90 4.00 2.35 12.00 6y4 6% 7.00 8.75 9.00 10.00 12.50 14.00 17.50 3.75 3.75 8.00 2.50 8.00 4.00 17.00 7% 10.00 12.50 13.00 15.00 18.75 20.00 25.00 5.50 5.50 10.00 3.50 10.00 4.35 25.00 sy4 8% 9% 13.00 20.00 16.00 25.00 16.00 25.00 20.00 25.00 25.00 30.00 26.00 40.00 32.00 50.00 6.50 7.50 6.50 7.50 12.00 15.00 4.00 4.50 12.00 | 15.00 6.00 7.25 35.00 45.00 10% 28.00 35.00 35.00 32.00 35.00 55.00 70.00 9.00 9.00 28.00 6.25 22.00 8.50 50.00 11% 35.00 45.00 45.00 40.00 50.00 70.00 90.00 11.00 14.00 35.00 12.50 30.00 16.00 65.00 ny2 45.00 60.00 60.00 50.00 70.00 90.00 115.00 14.00 20.00 . 45.00 20.00 40.00 20.00 85.00 Fittings with iron pipe and casing threads: For Standard Cast Iron Casing Fittings with one or more openings tapped with regular iron pipe thread, add 2 J per cent to the list prices shown above. Galvanized fittings: Galvanized Standard Cast Iron Casing Fittings can be furnished at double the list prices shown above. Other Crane products with casing threads: For cast iron casing fittings not listed above and for valves or cocks--brass, iron, or steel--with casing or special thread, see the Crane Discount Sheet for prices. Orders should specify outside diameter of casing, number of threads per inch, and style of casing. 204 CRANE Long Sweep Cast Iron Fittings WORKING PRESSURES 125 pounds steam 150 pounds cold water, oil, or gas, non-shock Size No. 1, 90 Elbows No. 2, Double Branch Elbows No. 3, Single Sweep Tees No. 5, Double Sweep Tees No. 4, Crosses List Prices, Black Inches | % I IIV4IIV2I 2 12y2 j 3 | 3% I 4 6 | 8 10 12 Straight Each|.26[.32| -40| .55| .80ll.20|2.25 *Reducing Each|.40|.48[ -601 .83|1.20|I.80|3.38 Straight Each| |.64| .80)1.1011.60|2.40|4.50 *Reducing Each| |.96|1.20|1.65|2.40|3.60|6.75 Straight Each|.40|.48[ .60| .82|1.20|1.80|3.40 3.25| 3.50| 6.50| 8.75|17.00i 30.00| 40.00 4.88| 5.25| 9-75113.13125.501 45.00| 60.00 6.50| 7.00|13.00|17.50134.00| 60.00| 80.00 ,S1 9.75|10.50|19.50|26.25(51.00| 90.00|120.00 4.90| 5.25j 9.75|13.25|25.50| 45.00| 60.00 ^Reducing Each! |.72| .90|1.23|1.8012.70|5.10 7.35| 7.88|14.63|19.88|38.25| 67.50| 90.00 Straight Each|.52|.64| .80|1.10|1.60|2.40|4.50 6.50| 7.00|13.00|17.50|34.00| 60.001 80.00 *Reducing Each| |.96|1.20|1.65|2.40|3.60|6.75 9.75110.50|19.50|26.25|51.00| 90.00|120.00 Straight Each[ |.85|1.10|1.50|2.15|3.20|6.00 8.751 9.50|17.50|24.00(45.00| 80.001107.00 ^Reducing Each| | |1.65|2.25|3.23|4.80|9.00 13.13114.25|26.25|36.00] 67.50| 120.00jl60.50 ^Reducing fittings: List prices of reducing Double Branch Elbows, Single Sweep Tees, Double Sweep Tees, and Crosses apply to reducing sizes carried in stock, shown on the opposite page. Other reductions can be made to order by bushing in the sand; when so bushed, non-stock sizes use the same list prices as stock reducing sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. No. i Reducing qo Elbows are made to order only. Reducing list prices apply to any reduction when bushed in the sand from straight sizes. Reducing fittings that require making a new pattern ' are entirely special. Prices on application. . Galvanized fittings: These fittings can be fur-*, nished galvanized, at double the above list prices. r American Standard Sprinkler Fittings: Ameri can Standard Sprinkler Fittings for use in fire pro tection installations are shown on pages 20b to 208.. Dimensions: The dimensions of straight size fit tings are shown in the table below. Dimensions of reducing sizes will be furnished on reauest. Dimensions, in Inches \n it * --D---I ZV___ f --A- -A-- 1--A-- No. 1 90 Elbow No. 2 Double Branch Elbow o1/ No. 3 Single Sweep Tee :1 No. 5 Double Sweep Tee See page 591 for explanation. Size 1% 1 N/4 iy2 1 2 1 2% 1 3 1 3% 1 4 l S 6 8 1 10 1 12 , A 1 2 2y2 3 3% 1 4 1 4y2 ; 5 1 53/4 : 6% 1 7% 9 113/4 1 141/2 1 17 . B1 3 3% 1 4 1 4% 1 3 1 53/4 ! 61/? 1 7% 9 ll3/4 I 141/2 1 17 . L- C 1 2% 3 3% 4 1 sy4 6 1 6% 1 6% 1 9 105/g 113/4 1 14% 1 X7^ D 1 2 i 2% 3 3% 4 1 434 5% 1 513/ig 1 7 1 8y2 91/4 n34 1 14i/?. 1 17 v E 1 3 i 3% 4% 51/4 6% 1 7 8% 1 8i3/16 1 10% 1 121/4 141/4 17% 1 21% 1 243/4| Z 1 9/ig h/ig "/iG 11/l6 3/4 1 1S/l6 1 | N/ig 1 iy8 1 iy4 lS/lG 1V16 1 1% 1 "iAy CRANE Long Sweep Cast Iron Fittings Reducing Fittings Carried in Stock B 205 Reducing Double Branch Elbows, Single Sweep Tees, Double Sweep Tees, and Crosses are carried in stock in the sizes shown below. These are sold No. 5 Double Sweep Tee No. 4 Cross at regular prices for reducing fittings. For prices of non-stock reducing sizes, see the foot notes on the preceding page. No. 2 Double Branch Elbows A Bc 3A x V4 x 1 1 i % 1 X% X1 x iy4 x iy4 n/4x iy x iy2 .i%xi y x 2 2 x 2 x 2% 2 Vi x 2Vi x 3 2 x2 x3 3 x3 X4 2y2 x 2% x 4 4 x4 x5 5 x5 x6 i Use reducing list price correspondin g to largest opening. No. 3 Single Sweep Tees B x 1 x 3/4 X% Xl x 3A X 3/4 iV4x iy4 X 1 1V4X11/4 x 3A iy4 x i X 1 iy4 x i x,3/4 iy4X3/4 x iy4 iy2x iy2 x iy4 iy2 x iy2 X 1 iy2 x iy2 x 3A iy2x iy4 x iy4 y/2x iy4 X 1 iy2xiy4 X 3/4 2 x 2 x I Vi 2 x 2 x 1 Vi 2 x2 x 1 2 x iy2 x 1 Vi 2 x iy2 x i 2% x 2Vi x 2 2% x 2i/2 x lVi 2% x 2Vi x lVi 2Vi x 2 x 2 . 2y, x 2 x iy2 2y2 x 2 x 1 3 x 3 x 2Vi 3 x3 x2 3 x 3 x 1 Vi 3 x 3 x 1V4 3 x3 x1 3 x 2Vi x 2 3 x 2i/2 x 1 Vi 3% x 3y2 x 2 3 Vi x 3i/2 x iy2 3 Vi x 3 Vi x 1 Vi 3 Vi x 3 x 2 3% x 3 x iy2 4 x4 x3 4 x 4 x 21/2 4 x4 x2 '4 x 4 x lVi 4 x 4 x iy4 4 x 3y2 x iy2 4 x3 x3 5 x5 x3 S x5 x2 6 x6 x4 6 x6 x3 6 x 6 x 2Vi 6 x6 x2 8 x8 x4 No. 5 Double Sweep Tees ABC ABC 2 x2 x1 2 x 1 y2 x 1 y2 2 x iy2 x 1 3 Vi x 21/2 x 4 3x3x4 3 x 2Vi x 4 2y2x 2y2 x 2 2i/2 x 2% x iy2 2/2 x 2Vi X 1 2% x 2 x 2i/2 2y2 x 2 x 2 2 Vi x 2 x iy2 2 x 2 X 2y2 3 3 x 2y2 3 3 x2 3 3 x iy2 3 3 x1 3 2Vi x 3 3 2Vi x 2i/2 3 2 Vi x 2 3 2 x3 3 2 x 2y2 2Vi x 2Vi x 3 21/:! x 2 x 3 3Vi x 3 Vi x 3 3y2 x 31/2 x 2 Vi 31/2 x 3 x 31/2 31/2 x 3 x 3 31/2 x 3 x 2 Vi 31/2 x 3 x 2 31/2 x 21/2 x 31/2 3 Vi x 2i/2 x 3 3Vi x 2% x 21/2 3i/2 x 2 x 31/2 3 Vi x 2 x 3 3 x 3 x 3y2 3 x 21/2 X 3Vi 3 x 2 x 31/2 21/2 x 21/2 x 31/2 4 4 x 3 Vi 4 4 x3 4 4 x 2i/z 4 3Vz x 4 4 3% x 3% 4 3Vi x 3 4 3Vi x 2Vi 4 3 x4 4 3 x 3Vi 4 3 x3 4 3 x 2Vi 4 2Vi x 4 4 2Vi x 3 Vi 3Vi x 3y2 X 4 3% x 3 x 4 x x4 X x3i/2 X x3 X x2i/2 X x5 X x4 X x 3y2 X x3 X x 2Vi x 3% x 5 x 3y2 X 4 x 3Vi x 3Vi x3 x5 x3 x4 x 3 x 3Vi x 2Vi x 5 x 2Vi x 4 x4 x5 4 x 31/2 x 5 4 x3 xS 4 x 21/2 x 5 3 Vi x 31/2 x 5 31/2 x 3 x 5 6 x6 x5 6 x6 X4 6 x 6 x 3 Vi 6 x6 x3 6 x5 x6 6 x5 x5 6 x5 x4 6 x 5 x 31/2 6 x5 x3 6 x4 x6 6 x4 x5 6 x4 x4 6 x 31/2 x 6 6 x 3Vi x 5 6 x3 x6 5 x5 x6 5 x4 x6 5 x 3Vi x 6 5 x3 x6 4 x4 x6 4 x 3Vi x 6 8 x8 x6 8 x8 x4 No. 4 Crosses !| ..... A B : 2y2 X N/2 3 x iy2 4 X 21/2 5 x4 5 x3 6 x4 8 x6 8 X4 15 206 CRANE American Standard Cast Iron Sprinkler Fittings WORKING PRESSURES 175-Pound -- 175 pounds cold water, non-shock 250-Pound -- 250 pounds cold water, non-shock List Prices, Black, Each 175-Pound 250-Pound Size Inches 2% 3 3% 4 | 5 | 6 | 8 2% 1 3 | 3% 1 4 | 5 | 6 Style A Straight 1.20 2.25 3.25 3.50 6.50 8.75 17.00 2.40| 4.50 6.50 7.00|13.00|17.50 Style B 90 Elbows Style C Straight Straight 5.50 6.00 6.50 7.50 10.00 14.00 30.00 11.00|12.00 13.00 15.00|20.00|28.00 6.75 7.50 8.50 10.00 12.50 17.50 35.00 13.50|15.00 17.00 20.00|25.00(35.00 Style D Straight 8.00 11.00 15.00 18.00 32.00 1 11 Straight Style G ^Reducing 2.40 4.50 6.50 7.00 13.00 17.50 3.60 6.75 9.75 10.50 19.50 26.25 4.80| 9.00 13.00 14.00|26.00|35.00 1 11 Straight 9.00 10.00 11.00 12.00 15.00 22.00 18.00120.00 22.00 24.00|30.00(44.00 T Style H *Reducing 9.00 10.00 11.00 12.00 15.00 22.00 I 11 Tees Straight Style K *Reducing 9.00 10.00 11.00 12.00 15.00 22.00 9.00 10.00 11.00 12.00 15.00 22.00 18.00(20.00 22.00 24.00|30.00|44.00 1 1I Straight Style L *Reducing 9.00 10.00 11.00 12.00 15.00 22.00 11.00 12.00 15.00 22.00 18.00120.00 22.00 24.00|30.00|44.00 1 11 Style M Straight 9.00 10.00 11.00 12.00 15.00 22.00 18.00|20.00 22.00 24.00|30.00|44.00 Crosses Style N Style O Style P Style R Style S Straight *Reducing Straight ^Reducing Straight *Reducing | Straight | Straight 10.00 11.50 13.00 15.00 18.00 26.00 18.00 26.00 3.20 6.00 8.75 9.50 17.50 24.00 26.25 36.00 12.50 13.50 15.00 17.00 22.00 30.00 12.50 13.50 15.00 17.00 22.00 30.00 12.50 13.50 15.00 17.00 22.00 30.00 13.50 15.00 17.00 20.00 25.00 35.00 20.00|23.00 26.00 30.00(36.00 52.00 11 6.40|12.00 1775(1 19.00|35.00 48.00 11 25.00|27.00 30.00 34.00|44.00 60.00 11 25.00|27.00 30.00 34.00|44.00 60.00 27.00|30.00 34.00 40.00|50.00 70.00 American Standard: These fittings conform to the American Standard for Cast Iron Long Turn Sprinkler Fittings (Bi6g-iqzq) and Addenda Bi6giiq37, except that the Crane line includes 8-inch Screwed Elbows and many Reducing Tees and Crosses, not defined by the Standard. Underwriters' inspection: These fittings are listed as approved and inspected by the Associated Factory Mutual Fire Insurance Companies, Boston, and the Underwriters' Laboratories, Chicago. Flange dimensions and facing: The dimensions and drilling of the flanges on 175-Pound Fittings con form to the American Cast Iron Flange Standard, Class 125 (Bi6a-iq3q). The flanges are plain faced, with a smooth finish. The dimensions and drilling of the flanges on 250Pound Fittings conform to the 250-Pound American Cast Iron Flange Standard (Bi6b-iq28). The flanges have a raised face (frinch high. The raised face is finished with concentric grooves, approxi mately 16 grooves per inch, known as a "serrated"; finish. Drilling: List prices of fittings with flanges include facing and drilling to the American Standard. No deduction is made if fittings are ordered faced only. ^Reducing sizes: "Reducing" list prices apply to sizes carried in stock, shown on the opposite page,; Other reductions can be made to order; prices on application. Other fittings: Standard Cast Iron Fittings (see page iq7) and 2-inch and smaller 250-Pound Cast Iron Fittings (page 212) are permitted by Under writers' Specifications. Galvanized fittings: Galvanized fittings can be made to order, at the following advances over the list prices of black: t75-Pound -- 100% advance over Black 250-Pound -- 50% advance over Black dimensions... .pctge 208 CRANE 207 American Standard Cast Iron Sprinkler Fittings 175-Pound Reducing Fittings Carried in Stock b a Style H nD a Style K c a Style L b c_ vr j rJ a Style N o a Style O a Style P 175-Pound Reducing Tees and Crosses are carried in stock in the sizes and types shown below. These are sold at the regular prices for Reducing Fittings. Reducing sizes not carried in stock can be made to order. Prices on application. Size Style Tees Size a bc Style Size a bc Style Crosses Size a b c d Style 2y2 x 21/z x 2 2i/2 x 2 x 21/2 2 x 2 x 21/2 x 3 x2i/2 x2i/2 x 3 x 21/2 x 2V2 x2 x3 x 2 x23/2 2V2 x 21/2 x 3 21/2 x 2 x 3 31/2 X 31/2 x 3 x x31/2 31/2 21/2 31/2 X 3 X 31/2 31/2 x 3 x 3 x 331/2 x 21/2 31/2 x 21/2 x 3Vi 31/2 x 21/2 x 3 31/2 x 21/2 x2i/2 31/2 x 2 X3V; 31/2 x 2 x 3 3 x 3 x 31/2 3 x 21/2 x 3 Vi 3 x 2 x3i/2 21/2 x 21/2 x 31/2 x 4 x 31/2 x4 x3 x 4 X 21/2 x 3V2 x 4 x31/2 x 31/2 G G, H, K G, K G, H G, H, K G, H G, K G G, K G, K G, H, L G, H G, H, K G, H G, H G, H, K G, H G, H G G G, K G, K G, K G, K G, H, L G, H, L G, H G, H, L G. H 4 x 31/2 x 3 4 x 31/2 x 21/2 4 x3 x4 4 x 3 x 31/2 4 x3 x3 4 x 3 x 2Vi 4 x 2V2 x 4 4 x 21/2 x 31/2 3/2 x 31/2 x 4 31/2 x 3 x 4 31/2 x 2i/2 x 4 3 x3 x4 3 x 21/2 x 4 5 x5 x4 5 x 5 x 31/2 5 x5 x3 5 x 5 x 21/2 5 x4 x5 5 x4 x4 5 x 4 x 3 Y2 5 x4 x3 5 x 4 x 21/2 5 x 31/2 x 5 S x 31/2 x 4 5 X 31/2 x 31/2 5 x3 x5 5 x3 x4 5 x 3 x 3V2 5 x 21/2 x 5 G, H G, H G, H, K, L G, H G, H G G, H, K (j, H (J, k. G, K G, K G, K G, K G, H, L, N G, H G, H G, H G, H, K, L G, H G, H G, H G G, H, K, L G, H G, H G, H, K G, H G G, H 5 x 21/2 X 4 4 x4 x5 4 x 3% x 5 4 x3 x5 4 x 21/; x 5 31/2 x 3Vo x 5 31/2 x 3 x 5 6 6 x6 x4 6 x 6 x 3V2 6 x6 x3 6 x5 x6 6 x5 x5 6 x5 x4 6 x 5 x 31/2 6 x5 x3 6 x4 x6 6 x4 xS 6 x4 x4 6 x 3V2 x 6 6 x 31/2 x 5 6 x3 x6 5 x5 x6 5 x4 x6 5 x 31/2 x 6 5 x3 x6 4 x4 x6 4 x 31/2 x 6 G G, K G, K G, K G G, K G, K G, H, L, N g; h; l; n G, H g; h G, H, K, L G, H G, H G G, H G, H, K, L G, H G, H G, H, K G,H G, H, K G, K G, K G, K G, K G, K G, K 175-Pound and 250-Pound Bossed Elbows ttr 21/2 x 21/2 x 21/2 X 2 3 x 3 x 3 X 2V2 3 x 3 X x21/2 21/2 31/2 x 31/2 x 3I/2 x 3 31/2 X 31/2 x 31/2 X 2V2 31/2 x 31/2 X 3 x 3 31/2 x 31/2 x 3 *2% 31/2 x3V2 X 21/Z x 21/2 x31/2 2V2 x x21/2 21/2 4 x 4 x 4 x 31/2 4 x4 x4 x3 4 x4 x X31/2 31/2 4 X 4 x 31/2 x 3 4 x 4 X 31/2X21/2 4 x4 x3 x3 4 x 4 x 3 x 21/2 4 x 3 x x21/2 21/2 4 x X X21/2 21/2 21/2 5 x5 x5 x4 5 x 5 x 5 x 31/2 5 x5 x5 x3 S x5 x4 X4 5 x 5 x 4 x31/2 5 x5 x4 x3 S x 5 x 4 X 21/2 5 x 5 x x31/2 31/2 5 x 5 x 31/2 x 3 5 x4 x3 x3 5 x 3 x x21/2 21/2 6 x 6 x'5 x 5 6 x6 x5 x4 6 x 6 x 5 x 31/2 6 x6 x5 x3 6 x6 x4 x4 6 X 6 x 4 x3i/2 6 x5 x4 x4 6 x4 x4 x4 P P P P P P P P P P P P P P P P P P P P P O, P P P P P P P P P P P P o,p P P P Type 1 Type 2 Type 3 Type 4 Type 5 Extra List Prices for Bosses Size of Fitting 21/2" 3" 31/2" 4" 5" Extra 6- List Price "Each Orders must establish location of boss by specifying Type Number. Screwed Boss tapped for Slip Boss for pipe iWttWttW 2" 2" 2" 11/2" 2" 2" 2" 21/2" I21/2" 1.50 1.50 *The extra list price for the boss muse be added to the list price ot the Elbow. Screwed Boss Slip Boss Solid Boss Solid Bosses can be tapped for the sizes given in the fittings can be tapped Vi-inch without a boss. 8-inch table, and smaller. Slip Bosses have a blind hole to can be tapped Vi-inch without a boss. serve as a socket for a supporting pipe. ^Vi to 6-inch r 208 CRANE American Standard Cast Iron Sprinkler Fittings Dimensions, in Inches 175-Pound Fittings ^ 250-Pound Fittings Dimensions shown in the table below apply to straight sizes only. Dimensions of reducing sizes will be furnished on request. 175-Pound 250-Pound Size No. Dia. No. A B C D E F of - of A B C D E F G of bolts bolts bolts 2'A 4V2 4y2 3 5 4y8 3y2 5% SVa 4 6i/? 5y2 5 71/? 6I/4 6 i9 17 8 ! 9 1 83/a 4% 1 7 1 "/is 1 51/2 1 5 1 7% 1 % 1 6 1 5 1 8i/2 ! 13/lS 1 7 1 6 1 9 1 1S/lS 1 71/2 1 7 1 10 1 15/lS 1 8% 1 7 1 11 i 1 1 9i/2 1 9 1 13% | ii/g 1 H% 1 4 4 8 8 8 8 8 % ! sy4 1 43/4 % I 5% 1 5% % 1 6i/2 1 5% % 1 71/4 i 6 % i 83/s 1 63/4 % ! 9% 1 71/2 1 % ! 10 1 9 6% 7% 1 415/lG sy8 6% 81/4 iy8 511/16 6% 61/2 9 1%6 65/ie 71/4 6% 10 1% 6i5/16 7% 7%. 11 1% 85/is 91/4 7% 121/2 IVlS 9i Vis 105/s 10 15 1% llIS/is 13 8 8 8 8 8' 12 12 Thread Engagement.. . .page S91 Templates for drilling. . . .pages SSI and 552 Dia. of bolts %, % %, % %. % % CRANE Cast Iron Sprinkler Fittings WORKING PRESSURES 175-Pound -- 125 pounds steam -- 175 pounds cold water, non-shock 250-Pound -- 250 pounds cold water, non-shock 209 No. 674 175-Pound 90 Elbow No. 673 175-Pound 45 Elbow No. 675 175-Pound 45 Y-Bend No. 677 175-Pound Offset No. 679, 175-Pound No. 679 E, 250-Pound Drip or Drain Tee No. 681, 175-Pound No. 681 E, 250-Pound Drip or Drain Tee Size 175-Pound 250-Pound List Prices, Black Inches | 2% 1 3 1 3% 1 4 No. 673, 45 Elbows No. 674, 90 Elbows No. 675, 45 Y-Bends No. 677, Offsets With 4-inch offset With 6-inch offset *No. 679, Drip or Drain Tees Each| Eachj Each| Each | Each| Each [ 1.70 1.60 2.76 3.00 4.50 2.83 1 1 1 1 1 1 2.15 1 2.00 1 3.75 1 4.00 1 6.00 1 3.50 1 2.80 1 2.60 1 5.05 1 5.00 1 7.50 1 4.25 1 3.25 3.00 5.80 6.00 9.00 5.00 *No. 681, Drip or Drain Tees *No. 679 E, Drip or Drain Tees *No. 681 E, Drip of Drain Tees Each] I Each[ 5.65 1 Each| 5.75 1 6.75 1 8.00 7.00 1 8.50 1 10.00 1 13.50 ! 16.00 5 4.55 4.05 9.05 8.00 12.00 7.15 10.80 14.30 21.60 6 5.95 5.25 11.70 10.00 15.00 8.60 12.60 17.20 25.20 8 12.30 10.55 26.30 20.00 25.00 17.75 24.25 35.50 48.50 No. 679 ABC 2% x 2% x H/2 2yz x 21/2 X 11/4 21/2 x 21/2 X 1 3 x 3 x IV2 3 x 3 x 114 3 x3 x1 31/2 x 3V2 x 2 3y2 x 31/2 X iy2 31/2 x 31/2 x iy4 4 x4 x2 4 x 4 x iy2 4 x 4 x iy4 4 x4 x1 4 x 4 x 3/4 Drip or Drain Tees Carried in Stock ABC No. 679 E ABC No. 681 ABC 5x5x2 5x5x1% 5x5x1% 5x5x1 6 x 6 x 2% . 6x6x2 6 x 6 x 1% 6 x 6 x 1% 6x6x1 8x8x3 ' 8 x 8 x 21/2 8x8x2 21/2 x 21/2 x iy4 21/2 x 21/2 X 1 3 x 3 x 1% 3 x3 x1 31/2 x 31/2 x iy2 31/2 x 31/2 x iy4 4 x4 x2 4 x 4 x 1% 5 x5 x2 5 x 5 x 1% 6 x6 x2 6 x 6 x 1% 8 x 8 x 21/2 8 x8 x2 3 x 3 x 1% 31/2 x 31/2 x iy2 31/2 x 31/2 x iy4 4 x4 x2 4 x 4 x 1% 4 x 4 x 1% 5 x5 x2 5 x 5 x 1% 6 x 6 x 2% 6 x 6 x2 6 x 6 x 1% 6 x 6 x 1% 6 x 6 x1 8 x 8 x3 8 x 8 x 2% 8 x 8 x2 No. 681E ABC 31/2 x 31/2 x iy2 31/2 X 31/2 x 11/4 4 x4 x2 4 x 4 x iy2 5 x5 x2 5 x 5 x 1% 6 x6 x2 6 x 6 x1% 8 x 8 x 21/2 8 x 8 x2 Cast Iron Sprinkler Fittings: While these fittings are not included in the "American Standard", they are frequently used in sprinkler installations. *Drip or Drain Tees: List prices of Drip or Drain Tees apply only to the regular stock sizes shown in the above table. Straight sizes or other reducing sizes can be made to order; prices on application. Flange dimensions and facing: The dimensions and drilling of the flanges on 175-Pound Fittings con form to the American Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q). The flanges are plain faced, with a smooth finish. The dimensions and drilling of the flanges on 250- Pound Fittings conform to the 250-Pound American Cast Iron Flange Standard (Bi6b-iq2.8). The flanges have a raised face Ijg-inch high. The raised face is finished with concentric grooves, approximate ly 16 grooves per inch, known as a "serrated" finish. Drilling: List prices of fittings with flanges include facing and drilling to the American Standard. No deduction is made if fittings are ordered faced only. Galvanized fittings: Galvanized fittings can be made to order, at the following advances over, the list prices of black: 175-Pound -- 100% advance over Black 250-Pound -- 50% advance over Black Dimensions on application Templates for drilling. . . .pages $51 and 552 15 210 CRANE 17 5-Pound Cast Iron Fittings WORKING PRESSURES 175 pounds steam 300 pounds cold water, oil, or gas, non-shock 90 Elbow Cross 45 Y-Bend Reducer- Return Bend Prices on application See dimension table for list of sizes. Size 90 Elbows 45 Elbows Tees Crosses 45 Y-Bends Reducers Straight *Reducing Straight Straight *Reducing Straight *Reducing Straight Inches % Each .09 Each Each .10 Each .13 Each Each .28 Each Each Each List Prices, Black 3/4 1 1 P/4 1% 2 2V2 3 3Vz 1 4 5 6 8 10 | 12 j .11 | .15 .'21 .28 .45 1.00 1.50 2.10|2.40 3.60 5.50 9.50 16.50|29.00! .13 | .17 .23 .32 .52 1.15 1.70 |2.75 6.25 11.00 19.00|33.00i .12 | .17 .22 .30 .50 1.10 1.65 2.30|2.65 4.00 6.00 10.50 18.25 |32.00j .16 | .21 .28 .40 .63 1.40 2.20 2.90|3.35 5.25 8.00 13.25 23.00|42.00 1 .24 .33 .46 .35 | .45 .55 .75 II1 111 1 .40 .50 .60 .72 1.60 2.50 |3.85 6.00 9.25 15.25 26.50[48.GOi 1.00 2.20 3.30 4.60|5.25 8.00 12.00 21.00 36.50|64.00^ 1.15 3.80 |6.00 13.75 24.00 42.00174.00 2.60 4.00 16.25 10.00 14.00 26.00 45.00| .70 1.10 1.50 2.00|2.25 4.50 9.00 13.50|20.00 *Reducing fittings: List prices of Reducing qo Elbows, Tees, Crosses, and Reducers apply to reduc ing sizes carried in stock, shown on the opposite page. Other reductions can be made to order by bushing in the sand; when so bushed, non-stock sizes use the same list prices as stock reducing sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing 450 Elbows and 45 Y-Bends can be made to order by bushing in the sand from straight sizes. When so bushed, reducing sizes use the same list prices as straight sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing fittings that require making a new pattern are entirely special. Prices on application. Service recommendations: Crane 175-Pound Cast Iron Fittings are recommended for services that are too severe for Standard Cast Iron Fittings but not severe enough to require 250-Pound Cast Iron Fittings. They are suitable for all general service, on steam, water, oil, or gas lines. Rugged construction: The fittings are ruggedly constructed, being liberally reinforced at points sub jected to greatest stress. They have a high safety, factor; pressures required to break the fittings are far in excess of those for which they are recommended- Threading: Crane 175-Pound Cast Iron Fittings; are uniformly and accurately threaded to gauge..; All openings are in true alignment and are slightlyl chamfered to assure easy entrance of the pipe. * Galvanized fittings: Galvanized fittings can be made to order, at double the list prices of black fittings. ' CRANE 17 5-Pound Cast Iron Fittings 211 Reducing Fittings Carried in Stock 90 Elbow Reducer Reducing qo Elbows, Tees, Crosses, and Reducers are carried in stock in the sizes shown in the table below. These sizes are sold at the regular prices for reducing fittings. For prices of reducing fittings not carried in stock, see the footnotes on the preceding page. 90 Elbows 3/4 x y2 1 x3/4 iy4 x 1 iy2 x iy4 iy2 x 1 2 x iy2 2 X1 2% x 2 2y2 x iy2 - 2Yz x 1 3 x 2y2 3 X2 3 x iy2 3 X1 4 x3 4 x 2y2 4 x2 4 x iy2 4 X1 6 x4 6 x3 6 x 2'/2 6 x2 8 x6 8 x4 10 x 8 10 x 6 10 x 4 . 12 x 10 12 x 8 12 x 6 Reducers l x 3A 1V4 x 1 iy2xiy4 iy2 x % 2 x iy2 2y2 X 2 3 x 2i/2 3 x2 3 x1 3i/2 x 3 4 x 3i/2 4 x3 4 x2 4 x1 6 x5 6 x4 6 x3 6 x2 8 x6 8 x4 10 x 8 10 x 6 10 x 3 12 x 10 12 x 8 12 x 6 AB C | ABC 1 X 1 X 3/4 2 x 2 x iy2 i x i x y2 2 x 2 x 1 l x 3A x l 2 x 2 x 3/4 1 X% X% i x 3A x y2 2 x lVz x 1 Yz 2 x 1 Yz x 1V& 1 X i/2 x 1 2 x 1V x 1 y2 xy2 x i 2 x iy2x 3^ iy4 x iy4 x a-a iy4 x i x i liyV4t xx ia/4 xx3iAy4 2 x1 x2 2 x 1 x iy2 2 x y2 x 2 iy2 x iy2 x 2 iy4 x3A x i iy4x3a x3A iy2 x iy2 x iv4 iy2 x iy2 x i iy2 x iy2 x 3a iy2 x iy2 x y2 iy2 x iy4 x u/4 iy2 x iy4 x i iy2 x i ia x 3a 1 Yi x 1 X 1 iy2 x3a x iy2 1 y2 x3a x iy4 1 X 1 x 1 Yz 1 x1 x2 2y2 x 2y2 x 2 2Yzx2Yzx iy2 21/2 X 21/2 x ll/4 2i/2 x 21/2 x 1 x21/2 x21/2 3/4 21/2 x 2 x 21/2 2i/2 x 2 x iy2 2l/> x 2 x 1 2i/2 x iy2 x 2Yz 21/2 x 11/2 x iy2 2i/z x 1 x 21/2 2i/2 x 3,4 x 21/2 2 x 2 x 2Yz Tees AB c 3 x 3 x 2i/2 3 x3 x2 3 x 3 x iy2 3 x3 x1 3 X 21/2 x 3 3 X 21/2 X 21/2 3 x2 x3 3 x2 X2 3 x iy2 x 3 3 xiy2 x l'/2 3 X1 x3 2l/2 x2Yz x 3 2 x2 x3 4 x4 x3 4 x 4 X 21/2 4 x4 x2 4 x 4 x FA 4 x4 x 1 4 x3 x4 4 x3 x3 4 x 21/2 X 4 4 x 2V2 x 2y2 4 x2 x4 4 xZ x2 4 xiy2 x 4 4 X1 x4 3 x3 x4 21/2 X 21/2 X 4 ABC 5x5x3 5x5x2 5x4x4 5x3x5 5x2x5 6x6x5 6x6x4 6x6x3 6 x 6 x 2y2 6x6x2 6x6x1 6x4x6 6x4x4 6x3x6 6x3x3 6x2x6 4x4x6 3x3x6 Dimensions, in Inches AB C 8x8 8x8 8x8 8x8 8x6 8x6 8x4 6x6 x6 x4 x3 x2 x8 x6 x8 x8 10 x 10 x 8 10 x 10 x 6 10 x 10 x 4 10 x 10 x 3 10 x 8 x 10 10 x 8 x 8 10x6 x 10 8x8 x 10 12 x 12 x 10 12 x 12 x 8 12 x 12 x 6 12 x 12 x 4 12 x 10 x 12 12 x 10 x 10 12 x 8 x 12 12 x 8 x 8 12 x 4 x 12 Crosses AB 2 x iy2 3x2 4 x 2/2 4x2 6x4 6x2 8x6 10 x 8 10 x 6 Dimensions apply only to straight sizes and to Reducers; dimensions of reducing sizes will be furnished on application. / llThread 7 \ Engagement \ 90 Elbow Size A B F G J Z % 1V4 1S/l6 % Size M N Size M N Y? 13A 2 2i/? 4V, 55/,6 Tee Cross 45 Elbow See page 591 for explanation % l7/l6 Ibis 9/l6 1 1 VA 1% i l7/s l3/is 1 1% 1 1 2 1 2ys `Vie 1 "/is iy2 2 i 2i/2 1 3 2l/g 2y2 1 3i/4 1 33/4 l9/ls 1 l13/l6 1 2 1 25/ie 1 6% 1 77/s i 53/ie 1 6i/s 2% 27/is 1 211/is 1 3 "/is 3/4 1 1S/,6 i 1 3y2 1 4 1 5 6 8 10 Ws 1 4y2 1 5y2 ey4 73/4 91/4 21/2 1211/161 3ys 31/2 45/16 53/,6 1 93/4 1 11% 1 137ie 11615/16 2011/16 1 7% 1 91/4 10% 13% 163A 31/8 1 33/s | 1 43/s 51/4 63/l6 1V16 ! 1% 1 iy4 1 15/16 1716 15/g 12 1VA 6 71/8 1% 3/4 2 25/, fi 21/2 4% 51/2 3/4 3/4 3 41/2 213/, fi 37,6 21/2 21/2 67 6l/l6 I 67,6 Return Bends 1 1 1 1 iy4 1% IY2 iy21 iy2 iy2 1 2 23/sl 3 I 3 21/2 2% 31/413y2 6 1 31/4 23/4 I 3 I 35/i6 1 3S/16 31/2. 3H/i6|313/i6 57,6 1 4 3131 3 3 3 4|4 414 5 1 61/4 | 8 9 11 6 1 7 7i/2 I 8 6 | 6S/g | 71/2 8 9 73/,6 1711/lfi 715/,6| 83/ie 222 4 41/2 5 4% 45/s 47/g 444 9 11 12 H8 /16 911/16 103/ifi 2 6 5% 6 10 105/g 2 61/2 5% 6 13 12Vk 212 CRANE 250-Pound Cast Iron Fittings Short Pattern WORKING PRESSURES 250 pounds steam 400 pounds, cold water, oil, or gas, non-shock 90 Elbow No. 182 E, Straight No. 184 E, Reducing 45 Elbow No. 186 E, Straight Tee No. 188 E, Straight No. 190 E, Reducing Cross No. 192 E, Straight 45 Y-Bend No. 194 E, Straight Coupling No. 195 E, Right Hand No. 196 E, Right & Left List Prices, Black Size 90 Elbows 45 Elbows Tees Crosses 45 Y-Bends Couplings Inches | V* 1 % 1 % 1 No. 182 E Right Hand Each| .20 | .20 | .25 I Straight Right and Left Eachl 1 ) .30 : No. 184 E, Reducing (*) Each| 1 1 .35 1 No. 186 E, Straight Each| 1 l .35 1 No. 188 E, Straight Each| .35 | .35 | .40 | No. 190 E, Reducing (*) Each| 1 l .55 | No. 192 E, Straight Eachl 1 1 .60 | No. 194 E, Straight Each| 1 1 1 . No. 195 E, Right Hand Each| 1 1 1 No. 196 E, Right and Left Each| 1 1 1 % .30 .36 .40 .40 .45 .60 .65 Return Bend No. 187 E, Right Hand No. 189 E, Right & Left 1 .35 .42 .45 .44 .55 .70 .70 1.10 .39 .48 iy4 1 1% .45 | .60 .54 | .72 .55 | .75 .55 | .70 .70 | .90 .90 | 1.15 .90 | 1.20 1.35 1 1.80 -.50 1 .66 .60 | .80 2 .75 .90 .95 .90 1.15 1.40 1.50 2.25 .83 1.00 2V2 1.25 1.55 1.50 1.80 2.25 2.50 3.75 Size Inches | 3 1 3% 4 1 5 1 i 1 8 1 10 | 12 90`Elbows No. 182 E, Straight No. 184 E,. Reducing (*) Each| 2.00 | 2.75 Eachl 2.50 | 3.40 3.50 1 5.50 1 8 .00 | 17.00 | 28.00 | 40.00 4.40 I 6.80 1 10.00 | 21.00 j 35.00 | 50.00 45 Elbows No. 186 E, Straight Tees 15 Crosses No. 188 E, Straight No. 190 E, Reducing (*) No. 192 E, Straight 45 Y-Bends No. 194 E, Straight Each| 2.50 j Each| 3.00 | Each| 3.75 | Each| 4.00 | Each| 6.00 | 3.50 4.25 5.30 5.50 4.50 I 6.75 1 9.75 | 21.00 | 34.00 | 48.00 5.50 1 8.25 | 12.00 | 25.00 | 42.00 j 60.00 6.85 i 10.25 1 15 .00 1 31.00 I 52.00 | 75.00 7.00 1 11.00 1 16 .00 | 34.00 | 1 11.00 | 16.50 | 24.00 | 50.00 | 1 List Prices, No. 187 E and No. 189 E Return Bends, Black Size Center to center Inches! 1 | 1V4 1 H/4 iy41 H/4 1 m i H/4 Inches! 2% | 2% 1 3 41 5 1 6 8 IV2 iy2 1 2 2Vi 1 31/2 1 31/4 2 4V4 No. 187 E, Right Hand No. 189 E, Right & Left Each] .70 | .70 I .80 95 | 1.10 | 1.351 1.75 1.25 1.95 | 1.60 2.70 Each] -80 ! .80 1 ! 1 1 > 1 1.40 | 2.25 | 1.80 1 2 6 3.25 ,, *Reducing fittings: List prices of reducing qo Elbows and Tees apply to reducing sizes carried in stock, shown on the opposite page. Other reductions can be made to order by bushing in the sand; when so bushed, non-stock sizes use the same list prices as stock reducing sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing 450 Elbows, Crosses, and 45 Y-Bends can be made to order by bushing in the sand from straight sizes. When so bushed, reducing sizes use the same list prices as straight sizes, but are sold at an advance in price; see the Crane Discount Sheet for prices. Reducing fittings that require making a new' pattern are entirely special. Prices are on application. Rugged Construction: Crane 250-Pound Cast Iron Fittings are of the Short Pattern. They are unusually rugged and have a high factor of safety above the recommended working pressure. Threading: The thread lengths are longer than those found in standard weight fittings, and the threads are accurately cut to gauge. All openings are slightly chamfered to insure easy entrance of the pipe, and are in true alignment. Galvanized fittings: Galvanized fittings can be made to order at double the list prices of black fittings. _____________________ CRANE_____________________ 250-Pound Cast Iron Fittings Short Pattern 213 90 Elbow No. 184 E Reducing Fittings Carried in Stock Reducing qo Elbows and Tees are carried in stock in the sizes shown in the table below. These sizes are sold at the regular prices for reducing fittings. For prices of reducing fittings not carried in stock, see the footnotes on the preceding page. C No7l90 E No. 184 E 90 Elbows UV'2z X'A ABC 1/2 xi/2 x % 3/4 x 1/2 1 1/2 X 1/2 x i/4 3/4 x% 1 x 3A 11/4x1 1V4X3/4 I 34 3/4 % 3/4 X34 x3/4 x3/4 x V2 x I/2 x3/8 xl/4 X% 1 Vz X 11/4 11/2X1 11/2X3/4 2 xiy2 2 xlV4 2 X1 21/2x2 21/2X11/2 3/4 x 1/2 1 X1 1 X1 1 X1 1 X% 1 X 3/4 1 X% 1 X V2 1 X y2 xl/2 x% x% X 1/4 X1 X 3^ X J/2 X1 X 3 Yi 3 x 2V4 1 x 14 X 1 3 x2 %x%x1 4 x3 5 x4 lV4x lV4xi iV4x 114x3/4 6 6 x4 x2l/2 iy4 x iy4xi/2 11/4x11/4x1/4 114x1 xii/4 8 x3 iV4x 1 xi 12 x 8 iy4xi x ^4 11/4x1 X 1/2 11/4 X 3/4 xll/4 1V4X1/2 X 11/4 ABC 11/4x1/2 11/4 x 14 1 X1 1 xy4 xl x 11/4 x T/4 xii/4 11/2 xl 1/2 Xll/4 11/2 x 11/2 X 1 IV2X 11/2 X 3/4 II/2XII/2XI/2 IV? X 17> X 14 11/2x114x11/2 1V?X li/ix 1*4 IV2x ll/4xl 11/2X11/4X3/4 iy2 x iy4 xi/2 11/2x1 X IV2 ll/2xl Xll/4 ll/zxl xl 11/2x3/4 xll/2 11/2 X 3/4 xH/4 IV2x 1/2 xll/2 ll/2 X 1/2 X 11/4 II/2XI/4 Xll/2 II/4XII/4XII/2 11/4X1 Xll/2 11,4x34 xll/2 1 X 1 x 11/2 AB C 2 x2 x iy2 2 x2 xli/4 2 x2 xl 2 x2 x 34 2 x2 x 1/4 2 x2 xi/4 2 xlV4x2 2 X II/2XIV2 2 xll/2 xll/4 2 x 1V4 x 1 2 X 11/2 X 3/4 x x2 11/2 1/2 2 x 1V4 x 2 2 xll/4 Xll/4 2 x 1 x2 2 X 1 X 11/2 2 X 3/4 X 2 2 X 3/4 xll/2 2 xl/2 x2 iy2xiy2xz iy2 X,11/4x2 x11/2 1 x 2 11/2x3/4 x2 11/4 x 1V4x2 21/2 X 21/2 x 2 21/2x21/2x11/2 21/2x21/2x11/4 21/4 x 214 x 1 No. 190 E Tees ABC 21/2x21/2X3/4 21/2x21/2x1/2 21/2x2 x21/2 x21/2 2 x 2 21/2x2 xll/2 21/2x2 xll/4 x21/2 2 x 1 2V4 X 2 X3/4 21/2x2 xl/2 21/2x11/2x21/2 2V4x 11/4x2 21/2x11/2x11/2 21/2 X 1 X 2V4 21/2x3/4 x21/2 2 x 2 x 2i/4 2 x 1V4 x 21/2 2 x 11/4x21/4 2 x 1 x 21/2 11/2x11/2x21/2 3 x 3 x2V4 3 x3 x2 3 x3 xli/4 3 x3 xli/4 3 x3 x 1 3 x3 x% 3 x 2V4 x 3 3 x x21/2 21/2 A B C AB c 3 x 21/4 x 2 3 x 21/2x11/2 3 x 2V4 x 1V4 3 x 21/2x1 3 x2 x3 3 x2 x2i/2 3 x2 x 2 3 x 2 X 11/2 3 x2 Xll/4 3 XIV2X2 3 xl x3 2V? x 2y2 x 3 2 x2 x3 31/2x31/2x3 31/2x31/2x21/2 31/2x31/2x2 31/2x31/2x11/2 31/2x31/2x11/4 31/2x314x1 31/2x3 x 2V4 31/2x3 x2 31/2x3 X 1V4 31/2x3 xll/4 31/2 x 2V4 x 2V4 4x4 x 3 4x4 x 21/4 4x4 x2 4x4 x 11/2 4x4 xll/4 4x4 xl 4x4 X3/4 4x31/2x244 4x31/2x2 4 x 3V4 x.11/2 4x3 x 4 4x3 x 3 4 x 21/4 x 4 4 x 21/2x21/2 4x2 x 4 3x3 x 4 5x5 5x5 5x5 5x5 5x5 5x5 5x5 5x4 5x4 5x4 5x3 5x2 x4 x3 x2V4 x2 x 11/2 Xll/4 xl x3V4 x3 x2 x5 x5 AB C, 6x6 6x6 6x6 6x6 6x6 6x6 6x6 6x6 6x6 6x4 6x4 5x5 x5 x4 x3i/2 x3 x2y2 x2 xiy2 x li/4 x1 x6 x4 x6 8x8 8x8 8x8 8x8 8x8 8x6 8x6 x6 x5 x4 x3 x 2V4 x6 x4 10x10x8 10 x 10 x 6 10x10x4 12x12x10 12x12x8 12x12x6 Dimensions, in Inches Dimensions apply only to straight sizes; dimensions of reducing sizes will be furnished on request. --M- t /| || Thread Engagement 90 Elbow Tee Cross t 45 Elbow 45 Y-Bend N/ |/ 4( Coupling Return Bend See page 591 for explanation. Size A B F u . 'L l 1/4 % ! 11/4 1% 1 l 11 11 1% % Vz 1 3/4 1 1 1 11/4 1V21 2 21/2 1 3 W* 1 17,s 1 1% |H7,gI 21/4 I 21/2 !2is/ie; 3% 1 1 1% 1 17,6 1 11/2 lin/isl 2 21/4 ! 21/2 1 i 41/4 | 4% 5% 1 6% 77s 1 87s 1 1 31/4 |313/16| 41/2 |53/lfi 6% I 6% 1 i 29/1B |21S/1g 33/ie; 3% 1 1/2 1 7,6 n/l6 1 H/l6 n/,6 3A 1S/l6 1 1 31/2 3% 29/ib 11/lG 4 516 4% 4% 1 5% 213/16! 33/16 i3U/16 105/* 137,fi| 151/4 8% 103/4 1 121/4 1 li/s 11/4 1 17,6 8 7 4% 181/s 14 17,6 10 8% 47s 1% 12 10 S1/2 13/4 Return Bends Size 1 1 1 174 11/4 11/4 11/4 H/4 11/4 11/2 IVz 2 22 M --7 Center to center 1 23/, | 21/2 3 4 5 6 8 21/2 31/2 31/4 41/2 6 ? -- Face to back 1 21S/16 | 31/4 37,6 47,6 411/ig 57,6 67,6 37,6 4 41/s 57,6 6 214 CRANE Metal working plants find in Crane's wide selection a reliable source of cor rect valves and fittings for each of their multitudinous piping requirements. Large Crane cast iron screwed fittings, flanged gate valves, and flanges and flanged fittings installed in cooler lines of a beverage plant. Front view of manifold in lubricating oils blending plant assembled completely with Crane cocks, unions, and fittings. Cast iron valves, fittings, and flanges. Water supply lines to breaker beater in a paper mill -- Crane-equipped, of course! / CRANE Cast Iron Drainage Fittings 215 Cast Iron Drainage Fittings............... . . .pages 216 to 220 Roof Connections................................................................... page 220 Traps, Increasers, and Offsets.............................................page-221 Tucker Connections and Couplings................................... page 221 Dimensions of Drainage Fittings. ....................pages 222 and 223 Crane-Hulbert Drainage Fittings....................................... page 22.4 Other Cast Iron Screwed Fittings... .pages 195 to 213 Crane Cast Iron Drainage Fittings have the same inside diameter as wrought pipe. When a joint is made, the end of the pipe practically meets the shoulder at the back of the thread chamber, forming an un obstructed passage-way for foreign matter. Each opening is chamfered to permit easy entrance of the pipe. Black fittings are coated, except when otherwise ordered for communities requiring uncoated fittings. Malleable Iron Drainage Fittings, made from Cast Iron patterns, can be furnished to order. They have the same list prices as the Cast Iron, but are sold at an advance in price; see the Crane Discount Sheet for prices. Brass Drainage Fittings can be made to order; prices on application. Vacuum Cleaning: These fittings are well suited for vacuum cleaning installations.- Regular pitched fittings are furnished unless orders specify unpitched. 216_________________________________CRANE _________ Cast Iron Drainage Fittings List Prices, Each H No. 1000, 90 Elbows Size Black Galv. Inches Each Each 1 .28 I .49 Wt .30 I .52 iy2 .38 | .67 2 .57) 1.00 2i/2 1 1.201 2.10 3 | 1.45| 2.55 31/2 | 1.90| 3.35 4 | 2.30) 4.00 5 4.25 ! 7.40 6 6.25j 11.00 8 15.00 1 26.25 10 31.00| 54.00 12 47.50 1 83.00 14 65.00 1114.00 1 2x11/4 .57! 1-00 2 xl> 2 x 11/4 .85 1.50 5 x4 4.25 1 7.40 6 x5 ' 6.50| 11.35 Pitched }4" per foot. No. 1008, 90 Elbows with 2-inch Side Outlet Size Black Galv. Inches Each Each 3 | 2.90 4 | 3.85 5.10 6.75 Pitched J4" per foot. No. IOO21/2 671/2 Elbows Size Black Galv. Inches Each Each 1 ' .28 .49 IV* .30 .52 lVz .38 .67 2 .57 1.00 3 1.45 2.55 4 2.30 4.00 5 4.25 7.40 No. 1005 221/2 Elbows Size Black Galv. Inches Each Each 1 W* \Vz 2 21/2 3 4 5 6 8 10 12 .28 .30 .38 .57 1.20 1.45 2.30 4.25 6.25 15.00 31.00 47.50 .49 .52 .67 1.00 2.10 2.55 4.00 7.40 11.00 26.25 54.00 83.00 No. 1002, 60 Elbows Size Black 1 Galv. Indies Each 1 Each 1 IV* iy2 2 21/2 3 31/2 4 5 6 8 10 .28 1 .49 .30 1 .52 .38 1 .67 .57. 1 1.00 1.20 1 2.10 1.45 1 2.55 1.90 I 3.35 2.30 1 4.00 4.25 1 7.40 6.25 1 11.00 15.00 1 26.25 31.00 1 54.00 No. 1006, liy4 Elbows Size Black Galv. Inches Each Each 1 .28 .49 IV* .30 .52 iy2 .38 .67 2 .57 1.00 2Vz 1.20 2.10 3 1.45 2.55 4 2.30 4.00 5 4.25 7.40 6 6.25 11.00 8 15.00 26.25 10 31.00 54.00 No. 1003, 45 Elbows Size Black Galv. Inches Each Each 1 w* 1% 2 2y> 3 4 5 6 8 10 12 14 .28 .30 .38 .57 1.20 1.45 1.90 2.30 4.25 6.25 15.00 31.00 47.50 65.00 .49 .52 .67 1.00 2.10 2.55 3.35 4.00 7.40 11.00 26.25 54.00 83.00 114.00 No. 1007, 5% Elbows Size Black Galv. Inches Each Each 1 w* iy2 2 2% 3 4 5 6 8 10 .28 .30 .38 .57 1.20 1.45 2.30 4.25 6.25 15.00 31.00 .49 .52 .67 1.00 2.10 2.55 4.00 7.40 11.00 26.25 54.00 Malleable Iron: Mal leable Iron Drainage Fittings made from the Cast Iron patterns can be furnished to order. , t- They use the same list prices as the Cast Iron, but are sold at an ad vance in price; see the No. 1009, 90 Elbows with 2-inch Heel Outlet Size Black Galv. Inches Each Each No. 1057 90 Street Elbows Size Black Galv. Inches Each Each No. 1058 45 Street Elbows Size Black | Galv. Inches Each | Each Crane Discount Sheet for prices. Dimensions... .page 222 3 2.90 5.10 4 3.85 6.75 Pitched Y* per foot. IV* .35 .60 1V2 .40 .70 2 .60 1.10 m .35 | .60 1% .40 | .70 2 .60 1 1.10 CRANE Cast Iron Drainage Fittings List Prices, Each 217 Inlet C No. 1001 90 Elbows Long Turn Size Black Galv. Inches Each Each 1 w* Wz 2 2Vz 3 Wz 4 5 6 8 10 12 14 .33 .35 .42 .65 1.40 1.75 2.30 2.75 5.25 7.50 19.00 38.00 57.50 75.00 .57 .60 .72 1.15 2.45 3.10 4.05 4.80 9.20 13.15 33.25 66.50 100.00 130.00 These elbows are pitched 34-inch per foot. Inlet Inlet No. 1010 Three-Way Elbows Size Inches Black Galv. Each Each Wa .75 1.25 Wz .85 1.50 2 1.10 1.95 2% 2.25 3.90 3 3.00 1 5.25 4 5.00 8.75 5 7.50 13.15 6 113.50 23.50 ABC U/4X lVixlVSs .95 1.65 i%xl%x2 1.20 2.10 3 x3 x4 5.50 9.65 4 x4 x5 8.25 14.50 4 x4 x6 5 x5 x6 15.00 26.25 The inlets are pitched 34-inch per foot. No. 100iy2 90 Elbows Extra Long Turn Size Black Galv. Inches Each Each W* .35 .60 IV2 .42 .72 2 .65 1.15 21/2 1.40 2.45 3 1.75 3.10 4 2.75 4.80 These elbows are pitched 34-inch per foot. Clean-Out No. 1047 90 Elbows Long Turn with Clean-out Size Black Galv. Inches Each Each 2 1.20 | 2.10 3 3.00 5.25 4 5.00 8.75 5 7.50 [ 13.00 6 10.00 | 17.50 These elbows are pitched 3^-inch per foot. Clean-Out No. 1056 90 Elbows Long Turn with Clean-out and Base Size Black Galv. Inches Each Each 2 3.00 5.25 3 4.50 8.00 4 7.00 12.25 5 12.00 21.00 6 18.00 31.50 These elbows are pitched 34-inch per foot. No. 1004 45 Elbows Long Turn Size Black Galv. Inches Each Each 1 Wi - iy2 2 ^Vz 3 4 5 6 8 10 12 14 .33 .35 .42 .65 1.40 1.75 2.75 5.25 7.50 19.00 38.00 57.50 75.00 .57 .60 .72 1.15 2.45 3.10 4.80 9.20 13.15 33.25 66.50 100.00 130.00 Inlet B No. 1018 Basin Tees Size Black Galv. Inches Each Each Wi .60 1.00 lVz .70 1.22 2 1.10 1.95 2Vz 1.75 3.00 AB Wz x 1% 2 x Wz 2 x 11/4 .77 1.20 1.35 2.10 The inlet is pitched 34-inch per foot. No. 1012 No. 1013 Closet Elbows Prices on application No. 1017 Tees Size 31ack Galv. Inches Each Each 1 | .40 .70 1V4 .45 .80 Wz .55 1.00 2 .80 1.40 Wz 3 4 5 6 8 10 12 14 1.50 2.50 2.00 3.50 3.25 5.70 6.00 10.50 8.75 15.25 21.00 37.00 43.00 75.00 60.00 100.00 79.00 133.00 A 'B C iy2xiy2xiy4| .60 2 x2 xiy2 2 x2 xWi .90 2y2x2yzx2 1.65 1.10 1.60 2.75 3 3 x3 x3 x2 xWz 2.20 3.85 3 x2 x3 Use No. 1009 4 x4 x3 4 x4 x2 3.60 6.30 -4 x2 x4 Use No. 1009 5 x5 x4 5 jt5 x3 6.60 11.55 5 x5 x2 6 x6 x2 9.60 16.75 00 00 23.00 40.70 10 xlO x8 10 xlO x6 47.30 82.50 12 12 xl2 xlO xl2 x8 65.00 110.00 14 xl4 xl2 14 xl4 xlO 85.00 145.00 14 xl4 x8 The inlet is pitched 34-inch per foot. Malleable Iron: Mal leable Iron Drainage Fittings made from the Cast Iron patterns can be furnished to order. They use the same list prices as the Cast Iron, but are sold at an ad vance in price; see the Crane Discount Sheet for prices. Pimensions... ,page 222 16 218 CRANE Cast Iron Drainage Fittings List Prices, Each c Inlet Size Inches No. 1020 90 Y-Branches Tee Pattern Black Galv. Each Each Size Inches Black Galv. Each Each Size Inches No. 1024 90 Double Y-Branches Tee Pattern Black Galv. Size Black Galv. Each Each Inches Each Each I 1% 1% 2 21/2 3 3% 4 5 6 8 10 12 ABC iy4 x i!4 x l iy2xiy2xii/4 iy2X iy4xii/4 iy2 x iy2x 1 2 x2 xiy2 2 x2 x li/i 2 x iy2 x 2 2 xH/2xli/2 21/2 x 21/2 x 2 21/2 X 21/2 X H/2 21/2x21/2x11/4 3 x3 x2 3 x 3 x1% 3 x 3 x 1% 3 x2 x3 .40 .45 .57 .85 1.80 2.20 2.90 3.50 6.50 9.50 23.00 47.00 70.00 .70 .80 1.00 1.50 3.15 3.85 5.10 6.15 11.35 16.50 40.00 82.00 124.00 .50 .90 .63 1.10 .95 1.65 2.00 3.50 2.40 4.20 A BC 31/2x31/2x2 3.20 5.60 4 x 4 x3 4 x 4 x2i/2 4 x 4 x2 3.85 4 x 4 xiy2 4 x4 xiy4 6.75 3 x3 x4 5 x5 x.4 5 x5 x 3 5 x5 x2i/2 7.15 12.50 5 x5 x 2 5 x 5 x 11/2 6 x6 x5 6 x6 x4 6 x6 x3 10.50 18.50 6 xb x2 6 x 6 x 11/2 8 x8.. xb 8 x8 x5 8 x8 x4 25.50 44.50 8 x8 x3 8 x 8 x2 10 x 10 xb 10 x 10 x4 12. x 12 x5 59 00 88 fin 80.00 1145.00 1 11/4 11/2 2 21/2 3 4 5 6 8 10 AB iy4xl II/2XI1/4 2 x iy2 2 x iy4 .60 .70 .85 1.30 2.85 3.40 5.25 9.50 14.00 36.00 60.00 .77 .95 1.50 1.05 1.22 1.50 2.30 5.00 5.95 9.20 16.50 24.50 62.00 102.00 1.35 1.65 2.60 AB 21/2 x 2 21/2 xiy2 3 x2 3 xll/2 4 x2 4 xiy2 5 x4 5 x3 5 x2 5 Xll/2 6 - x5 6 x4 6 x2 8 x6 8 x4 8 x3 3.15 3.75 5.75 10.50 15.50 40.00 5.50 6.55 10.00 18.50 27.00 68.00 The inlets are pitched J^-inch per foot. Side Inlet No. 1054 With Side Inlet on Right Side No. 1055 WithSide Inlet on Left Side The inlet is pitched J^-inch per foot. Vent Side Inlet No. 1054 or No. 1055 90 Y-Branches with 2-inch 45 Side Inlet (Closet Tees) Size Inches Black Each Galv. Each Inlet -- --Inlet 4 AB 5x4 6x4 6.35 11.50 17.00 11.00 20.00 29.50 No. 1050 With Vent on Right Side No. 1051 With Vent on Left Side No. 1050 or No. 1051 90 Y-Branches with 2-inch Vent on Branch (Closet Tees) Size Inches Black Each Galv. Each 4 I 5.75 10.00 The 4-inch inlet is pitched IT-inch per foot. No. 1052 WithSide Inlet on Right Side No. 1053 WithSide Inlet on Left Side No. 1052 or No. 1053 90 Y-Branches with 2-inch Side Inlet (Closet Tees) Size Inches Black Each Galv. Each 4 1 5.75 i 10.00 The 4-inch inlet is pitched IT-inch per foot. The 4-inch inlet is pitched y(-inch per foot. Malleable Iron: Malleable Iron Drainage Fittings made from the Cast Iron patterns can be furnished to order. They use the same list prices as the Cast Iron, but are sold at an advance in price; see the Crane Discount Sheet for prices. Dimensions., . .page 223 CRANE Cast Iron Drainage Fittings List Prices, Each v* 219 A No. 1022 90 Y-Branches Long Turn, Tee Pattern Size Inches Black Galv. Each Each iy iy2 2 21/2 3 4 5 6 8 10 12 .57 .70 1.10 2.40 3.35 6.00 9.50 20.00 40.00 55.00 80.00 1.00 1.22 1.95 4.20 5.85 10.50 16.50 35.00 70.00 90.00 140.00 A BC 1V4 x 134 x 1 Wzxl'/a x FA 1 % xll/2 x 1 2 x 2 X 11/2 2 x 2 X 114 2 x2 X1 2 x iy2 x 2 2i/2 x 2% x 2 21/2 x 21/2 x IV2 21/2 x 2% x 11/4 21/2 x 21/2 x 1 3 x 3 X 21/2 3 x3 x2 3 x 3 Xll/2 4 x4 x3 4 x 4 X 2% 4 x4 x2 4 x 4 x iy2 3 x3 x4 5 x5 x4 5 x5 x3 5 x 5 x 21/2 5 x5 x2 5 x 5 x iy2 6 x6 x5 6 x6 x4 6 x6 x3 6 x6 x2 8 x8 x6 8 x8 x4 8 x8 x3 10 X 10 x 8 10 x 10 x 6 10 x 10 x 5 io x 10 X 4 12 x 12 x 6 12 x 12 x 5 . .63 .80 1.20 2.65 3.75 6.60 10.50 22.00 44.00 85.00 1.10 1.40 2.10 4.65 6.55 11.55 18.50 38,50 77.00 150.00 The inlet is pitched M-inch per foot. No. 1026 Double 90 Y-Branches Long Turn, Tee Pattern Size Inches Black Each Galv. Each w* m 2'A 10 1.00 1.10 1.75 3.60 5.00 9.00 14.00 30.00 60.00 70.00 1.75 1.95 3.10 6.30 8.75 15.75 24.50 52.50 105.00 119.00 B 1V4 x 1 1.10 1.90 11/2 x FA 11/2 x 1 2 x 11/2 2 x 11/4 21/2 x 2 21/2 x ll/2 2l/2 x 11/4 3 x2 3 x iy2 4 x3 4 x2 4 x 11/2 5 x4 5 x3 5 x2 6 x5 6 x4 6 x3 6 x2 8 x6 8 x4 8 x3 10 x 8 10 x 5 1.25 1.90 4.00 5.50 10.00 2.25 3.35 7.00 9.65 17.50 15.50 27.00 33.00 58.00 66.00 116.00 77.00 131.00 The inlets are pitched 34-inch per foot. No. 1019 Basin Crosses Size Inches Black Each Galv. Each 11/4 1.25 2.25 H/2 1.50 2.50 2 1.75 3.10 AB 2 x iy2 1.95 3.40 The inlets are pitched 3T-inch per foot. No. 1046 Partition Crosses Size Inches Black Each Galv. Each 11/4 1.05 1.85 AB 11/2x11/4 2 x iy2 2 x 11/4 1.25 1.65 2.20 2.90 These Crosses are convenient fit tings, but their use may not be per mitted in some localities. The inlets are pitched J4-inch per foot. 16 Malleable Iron: Malleable Iron Drainage Fittings made from the Cast Iron patterns can be furnished to order. They use the same list prices as the Cast Iron, but are sold at an advance in price; see the Crane Discount Sheet for prices. Dimensions.. . .pages 222 and 223 220 CRANE Cast Iron Drainage Fittings List Prices, Each ' '-S| Size Inches No. 1028 45 Y-Branches Black Galv. Each Each Size Inches Black Galv. Each Each 1 lVi iy2 2 | .46| .80 1 .52| .90 1 .65| 1.15 j .95| 1.65 2V2 1 2.101 3.70 3 1 2.651 4.65 4 ] 3.85) 6.75 5 j 7.101 12.50 6 110.501 18.50 8 |25.00j 44.00 10 152.001 91.00 12 (75.001X30.00 14 195.00(165.00 ABC 1V2 x iy2 x 1 iA .72 1.-25 2 x 2 x iy> 2 x2 x1 1.05 1.85 2 x iy2 x iy2 21/2 X 2i/2 X 2 2% x 2y2 x iy2 21/2 x 21/2 x iy4 2.30 4.00 3 X 3 x 21/2 3 x3 x2 2.90 5.10 3 x 3 x iy2 3 x 3 x 1% 3i/2 x 31/2 x 21/2 3.55 6.20 4 x4 x3 4 x 4 x 2i/2 4.25 7.40 ABC 4x4 x 2 1x4 x iy2 4x4 x iy4 4.25 7.40 5x5 x 4 5x5 x 3 5x5 x 2 5x5 xiy2 7.80 13.65 6x6 x 5 6x6 x 4 6x6 x 3 6x6 x 2y> 11.50 20.00 6x6 x 2 6x6 x iy2 ; 8x8 x 6 8x8 x 5 1 27.5ol 48.00 8x8 x 4 8x8 x 3 1 10 x 10 x 6 10 x 10 x 5 57.00 97.00 10 x 10 x 4 12 x 12 x 8 12 x 12 x 6 80.00|140.00 14 X 14 x 12 14 x 14 x 6 14 x 14 x 5 105.00 175.00 14 x 14 x 4 14 x 14 x 3 Size Inches w* m 2 2>/z 3 4 5 6 8 10 12 AB iy2xiy4 2 -xiy2 2yzx2 2yz X iy2 21/2x11/4 No. 1030 45 Double Y-Branches Black Galv. Size 1 Black I Galv. Each Each Inches ' Each I Each .90 1.60 1.00 1.75 1.45 2.55 3.25 5.70 4.00 7.00 5.75 10.00 10.75 18.80 16.00 -28.00 38.00 66.50 78.00 137.00 110.00 200.00 1.10 1.90 1.60 2.80 3.60 6.30 AB 3x2 3x11/2 4x3 4x2 5x4 5x3 5x2 6x4 6x3 6x2 8x6 8x4 10x6 12x8 4.40 7.70 6.35 11.00 11.75 20.50 17.50 30.50 42.001l 72.00 86.00(146.00 121.001215.00 *No. 1034, Roof Connec tions (illustrated at the right) are designed for use on steel or wrot iron vent pipes at the point they pass through a roof. They form a counterflashing at the top edge of the roof flashing around the pipe. *No-. 1034 Roof Connections Size Black Galv. Inches Each Each 1V2 1.10 1.90 2 1.15 2.00 3 1.20 2.10 4 1.50 2.60 5 2.00 3.50 6 4.25 7.40 These roof connections have straight threads. No. 1032 60 Y-Branches Size Black Galv. Size Black Galv. Inches Each Each Inches Each Each IV* 1V2 2 3 4 5 6 AB 2xiyz 3x2 .52 .90 .65 1.15 .95 1.65 2.65 4.65 3.85 6.75 7.10 12.50 10.50 18.50 1.05| 1.85 2.90| 5.10 AB 4x3 4x2 5x4 5x3 5x2 6x5 6x4 6x2 8x6 8x4 4.25 7.40 7.80 13.65 11.50 20.00 27.50 48.00 No. 1049 Special Upright Y-Branches Size Black Galv. Size Black Galv. Inches Each Each Inches Each Each 11/2 2.55 4.55 A B 2 2.65 4.65 2 x iy2 2.90 5.10 3 4 5.50 9.75 2yz x iy2 8.00 14.00 21/2 X 2 4.50 7.75 5 12.00 21.00 3 X 2 6.00 10.50 4 x2 8.75 15.25 6 x 4 22.00 38.50 Malleable Iron! Malleable Iron Drainage Fittings made from the Cast Iron pat terns can be fur nished to order. They use thesame list prices as the Cast Iron, but are sold at an advance in price; see the Crane Discount Sheet for prices. Dimensions.... .... page 223 j l CRANE Cast Iron Drainage Fittings Inlet Vent List Prices, Each Inlet Vent Outlet 221 Clean-Out Outlet Size Inches 2 3 4 5 6 No. 1036 S Traps Black Each 4.00 9.25 14.00 21.00 36.00 . Galv. Each 7.00 16.00 24.00 37.00 63.00 Inlet Outlet Clean-Out No. 1059 P Traps , Inlet Clean-Out No. 1037 Half S Traps Size Black Galv. Inches Each Each W* iy2 2 3 4 5 6 8 10 1.55 2.70 1.70| 3.00 2.201 3.85 5.00| 8.75 10.001 17.50 21.501 37.50 32.501 57.00 55.00| 95.00 100.00 [175.00 The outlet is pitched 34-inch per foot. Vent Vent Outlet No. 1033 Increasers Size Black Galv. Inches Each Each 2 x Wz 2% x 2 3 x2i/2 3 x2 3 xiy2 31/2 x 3 4 X3% 4 x3 4 x2 5 x4 5 x3 5 x2 6 x5 6 x4 8 x6 8 x4 10 x 8 12 x 10 1.75 3.00 2.00 3.50 2'. 50 4.40 3.20 5.60 3.75 6.55 5.50 9.65 6.50 11.35 15.00 26.25 20.00 35.00 40.00 70.00 No. 1039 Offsets Size Black Galv. Inches Each Each 2x4 2x6 2x8 2x 10 3x4 3x6 3x8 3x10 4x4' 4x6 4x8 4x 10 4x12 5x6 5x8 5x10 5 x 12 6x6 .6x8 6x10 6x12 2.15 2.40 2.60 2.85 3.35 4.00 4.75 5.50 5.00 5.75 6.50 7.50 8.50 9.00 10.00 11.00 12.00 12.50 13.50 14.50 15.50 3.75 4.20 4.55 5.00 5.85 7.00 8.30 9.65 8.75 10.00 11.35 13.15 15.00 15.75 17.50 19.25 21.00 22.00 23.50 25.50 27.00 Size Black Galv. Inches Each Each F/4 1.45 2.55 Wz 1.55 2.70 2 2.00 ! 3.50 3 4.70 8.25 4 9.50 16.60 The outlet is pitched 34-inch per foot. Outlet No. 10591/2 Bath P Trap Size Black Galv. Inches Each Each Clean-Out No. 1038 Running Traps Size Inches Black Each Galv. Each iy 2.40 4.20 iy2 2.70 4.70 2 3.30 5.75 3 5.50 9.50 4 9.75 17.00 5 24.50 43.00 6 33.50 58.50 8 65.00 115.00 10 115.00 200.00 12 180.00 300.00 14 300.00 500.00 The inlet and outlet are pitched 34-Inch per foot. No. 1048 Tucker Connections Size Black Galv. Inches Each Each 1V4 1% *2 3 4 5 6 .50 .55 .80 2.00 [ 3.25 | 6.00 | 8.75 .90 1.00 1.40 3.50 5.70 10.50 15.25 Sizes 4-inch and larger are supplied with a loose ring (not illustrated). *The 2-inch size only is made of malleable iron, it will fit within a 4-inch wall. No. 1070 Couplings Size Black Galv. Inches Each Each 1% iy2 2 2Vz 3 4 5 6 8 10 12 .70| 1.25 .801 1.40 .901 1.60 1.20j 2.10 1.50| 2.60 2.501 4.40 4.001 7.00 6.00|10.50 10.00|17.50 14.00124.50 22.00138.50 iy2 1.30 2.30 2 [ 1.85 3.25 The outlet is pitched 34-inch per foot. Dimensions pages 222 and 223 Malleable Iron: Malleable Iron Drainage Fittings made from the Cast Iron patterns can be furnished to order. They use the same list prices as the Cast Iron, but are sold at an advance in price; see the Crane Discount Sheet for prices. 222 CRANE Cast Iron Drainage Fittings Dimensions, in Inches -A-l V _r No. 1000 90 Elbow No. 1008 90 Elbow with 2-inch Side Outlet No. 1007 5% Elbow No. 1057 90 Street Elbow ' r t-" No. 1009 90 Elbow with 2-inch Heel Outlet No. 1058 45 Street Elbow No. 10021/2 671/2 Elbow No. 1001 90 Elbow Long Turn No. 1002 60 Elbow No. 1003 45 Elbow E;/7 No. 1005 22V Elbow F- Fii No. 1006 1114 Elbow 1--N--t No. IOOII/2 96 Elbow Extra Long Turn No. 1004 45 Elbow Long Turn W Iff fed-r--1 --R--1 No. 1047 90 Elbow with *Clean-Out No. 1056 90 Elbow Long Turn with *Clean-Out and Base *No. 1047 and No. 1056 Fitting|2|3|4|5|6 Size Clean-Out |l|iy2|2|2l2 O Dimensions apply only to straight sizes and to Increasers; U dimensions of reducing sizes will be furnished on request. No. 1010 Three-Way Elbow t-U-h-LM No. 1017 Tee +4I1 Y--!--v- No. 1018 Basin Tee I--V-4--V- No. 1019 Basin Cross No. 1046 Partition Cross No. 1070 Coupling E3 No. 1033 Increaser See page 591 for explanation. No. 1039 Offset Size A B c D E F G JKL M 1 l5/s lS/l6 w* 1% l9/l6 11/2 2Vi 13/4 2 2% 2 21/2 2i3/i6 3 33/i6 2% 31/2 31/2 4 313/lfi 33/s 5 41/2 3% 6 53/16 8 61/2 10 73/4 12 9 14 93/4 m 11/8 1 1 1 1 1 1 U154g ls/l6 13/8 1% 1 1 2% 15/8 178 13/16 21/4 13/4 l7/l6 11/4 1%2 15/16 215/,6|113/,6 2 IV* 21/2 2 13/4 l7/i6 l13/32 1% 35/,6 21/8 2716 13/4 3Vl6 21/2 21/16 13/4 l21/32 -15/8 1 1 1 1311/ie 27/g 23/8 2 l13/l6 13/4 1 1 1 1 41/4 31/8 29/l6 11 1 1 1 1 43/4 33/g 23/4 25/, 2% 2 1 1 1 1 53/16 378 33/16 2% 23/g 21/4 1 1 1 1 6i/s 43/,6 31/2 215/l6 21/2 25/,6 1 1 1 1 71/s 53/g 43/16 39/l6 23/4 21/2 1 1 1 19 61/4 478 37s 3 23/4 1 1 1 1 11 1 51/2 43/,B 1 1 1 1 1 13- 1 57s 1 1 1 1 1141/4 Size N P R S T U V w X Y z ZZ 1 iy2 W* 3 1% IV2 31/2 1% 2 4 21/4 4 2V?. 41/2 2% 3 51/4 2Vs 51/4 31/2I 1 1 4 61/4 3Vi6 61/4 5 41/s 61/8 6 4% 71/8 86 10 71/2 12 83/4 1 14 91/2 j 1 1 l7/l6 1 21/4 13/4 25/i6 2% 23/, fi 2ll/,fil 1% 31/8 25/, fi 31/21 31 Vi 6 213/, fi 41/41 25/i6 45/ie 33/16 1 !1 278 53/, fi 4 1 31/2 61/8 4% 41/8 71/8 53/16 1 161/21 1 1 173/41 1 1 !91 1 1 93,4 3 45/8 3 33/s 33/4 4 41/4 41/2 43/4 5 55/8 61/4 7 1 9/l6 5/8 5/8 9 5/g 9 78 9 1S/l6 91 9 1%6 9 13/16 9 1%, 9 13/8. 9 l9/l6 9 llVl6 178 Size a b No. 1039 Offsets 2 2 | 2 2|3|3j3|3j4|4|4j4|4|5|5|5|5|6|6|6|6 4 6 [ 8 10 | 4 | 6 | 8 I 10 I 4 I 6 I 8 I 10 I 12 I 6 1 8 1 10 1 12 1 6 | 8 | 10 | 12 71/2 91/2 111% 113% | 834 1103/41123/41143/41 93/4 1113411334 [ 153411734112% 114% 116% 118% 113% 11578117% 1195/g 1.? 3--tC 1-- No. 1020 90 Y-Branch Tee Pattern No. 1024 90 Double Y-Branch Tee Pattern No. 1050 or No. 1051 90 Y-Branches with 2-inch Vent on Branch (Closet Tees) No. 1052 or No. 1053 90 Y-Branches with 2-inch Side Inlet (Closet Tees) No. 1054 or No. 1055 90 Y-Branches with 2-inch 45 Side Inlet (Closet Tees) No. 1022 90 Y-Branch Long Turn Tee Pattern g--Size ofVent No. 1026 Double 90 Y-Branch Long Turn Tee Pattern No. 1028 45 Y-Branch 45 Double Y-Branch 60 Y-Branch /1-------Rf--Size of Clean-Out No. 1036, S Trap g--Size of Vent Dimensions apply to straight sizes only; dimen sions of reducing sizes furnished on request. No. 1049 Special Upright Y-Branch Size A B E F G H J K L M N P R 1 1% li/z 2 21/2 3 31/2 4 5 6 8 10 12 14 li%6l 31/4 21/4 I 33/4 21/2 1 41/4 % 1 2% 41/16 35/s 43/4 1%6 1 31/4 5 25/16 41/8 53/g- 11/4 1 3% 51/2 25/g 3Vi6 1 53/is 311/isl 6%6 41/4 1 71/4 5%6 7i/i6 1% 1 45/i6 6% 81/4 2 I 5% 7% 913/16 25/16 63/16 6%6 7% 9 31/4 43/4 411/isl 8 53/16 1 83/4 9% 133/4 6% 1 10%6 121/4 15% 71/g 11115/16 149/16 1811/16 9 1 151/16 195/is 24% 6 113/g 1 20 243/is 30% 2% 1711/ie 10% 31/2 1 93/,6 12i 5/,6 41/8 1 103/4 143/4 51/4 1139/16 1813/ie 6% | 16% 20 53/4 63/4 7% 133/41241/4 28% 1 36 73/4 1 19% 241/4 1 211/2 28 43/16 45/8 511/is 25/g 51/2 7 31/4 8% 6% 73/4 911/ie 4% 103/4 8V16 93/8 11% 513/16 14% 10% 11 Vs 13% 7 163/4 12% 6 13 201/4 153/16 Size S UW _i% 2%6 I 3% _b% 2% I 3% 2 3Vis I 3 11% 4%6 | 5% 4 13% 5% 5 16% 6Vie 1 83/g 6 19% 6%e 1 lOVg 8 8*%| 12% 10 10% 114% 12 17 14 118% 2 | 33/4 1 73/4 2V4 I 43/g 1 83/g 2%6 I 53/16 10% 3% I 7% 13% 43/16 I 93/g 17% 43/4 111% 20% SVie 1 13% 231/4 6% 117% 301/4 8% 1 203/4 361/4 91/2 I 24% 41% lOVz 127% 45 % % 1 21/4 % 23/4 1%6 33/4 1% l1S/l6l 4% 2% 41/16 2%6 511/16 413/1, 33/g 71/8 41/4 91/16 41/2 14%, 5%6 413/ig % 1% 1% 11/2 f--Size of Clean-Out No. 1037 ' Half S Trap g--Size of Vent f--Size'S? Clean-Out No. 1038 Running Trap No. 10591/2 Bath P Trap 224 CRANE Crane-Hulbert Drainage Fittings For Wall Closets Single Battery of Wall Closets End View Double Battery of Wall Closets End View Crane-Hulbert Drainage Fittings are especially de signed to facilitate the installation of single or double batteries of wall closets. They embody a combination of many features to serve a specific need in the simplest and most efficient manner. In these fittings, the inlet openings are located at progressively different distances above the center of the lateral drain line, thus enabling the drain line to be properly pitched in keeping with plumbing practices. All of the closets in a battery can be installed at a uniform height from the floor, the lateral drain line can be installed above the floor j and the number of fittings and joints are materially' < reduced. j This line includes black or galvanized screwed or j hub and spigot fittings in a liberal assortment of j types and sizes. In addition to the long turn designj illustrated above, a complete variety of Short Turn j:j Crane-Hulbert Drainage Fittings are also available. These are provided for exceptionally compact installations where space restrictions do not permit the use of the Long Turn Fittings. Complete information, prices, and dimensions will be furnished on application. CRANE 225 Iron and Steel Bushings, Plugs, Couplings, Nipples, Etc. Iron Bushings.................................................................................. page2x6 Steel Bushings..................................................................................page227 Iron Plugs.........................................................................................page228 Steel Plugs........................................................................................ page228 Wrought Couplings.........................................................................page229 Wrought Steel Nipples........................................ pages 230 and 231 ' . Long Screws......................................................................................page232 Faced Couplings and Locknuts...................................................page232 Small Pipe Bends........................................................................... page232 Single Strap and Double Strap Clamps................................... page233 LThe fittings mentioned above have been grouped together in `.'this section of the catalog because they are used generally with Malleable Iron, Cast Iron, or Steel fittings. For greater convenience, the following fittings are shown with related products in other sections of this catalog: Hydrant Clamps....................................................... page 8q Wood Rod Couplings............................................... page 8q Street Washer Keys................................................. page 89 Hydrant Handles......................................................page 8q Brass Couplings and Locknuts.............................. page 256 Brass Bushings, Plugs, and Nipples, .pages 258 and 25Q Malleable Iron Couplings..................... pages 185 and 190 A.A.R. Malleable Iron Couplings.........................page 193 Forged Steel Couplings......................... pages 339 and 340 17 t' 226 CRANE Iron Bushings Outside Hexagon Inside Hexagon Face Eccentric Double Tapped Note: Face Bushings in sizes %-inch and smaller do not have lugs (not illustrated). Size Hexagon Face Eccentric Double Tapped Inches |' Vi Black .04 Galv. Black Galv. Black .08 .08 .12 Galv. Black Galv. List Prices, Each % 1 y2 1 Vi i 1 iy41 iy21 2 2y2 1 3 |31/2| 4 | 5 6 8 | 10 12 .04 I .04 | .05 | .06 .07 | .09 .14 . .211 .30| .401 .50 .93 1.25 2.75| 3.75 5.00 .08 | .08 | .10 | .12 . 14 | .18 .28 .42| .60| .80|1.00 1.85 2.50 5.50| 7.50 10.00 .08 | .09 | .11 | .13 .17 | .22 .32 .481 .7011.2011.50 2.60 3.75 9.00|14.00 20.00 .12 | .14 | .17 1 .20 .25 | .33 .48 .7211.0511.80|2.25 3.90 5.60 13.50|21.00 30.00 111 111 111 111 .22 | .25 .44 | .50 1 1 .27 .42| .60| .80|1.00 1.85 2.50 .54 .8411.2011.60|2.00 3.70 5.00 .50 .7011.00|1.2512.40 4.00 1.00 1.40[2.00|2.50j4.80 8.00 Prices on application 11 11 List prices shown above apply only to stock items. A tabulation of the sizes carried in stock and the materials from which they are made -- cast iron, malleable iron, or steel -- is shown in the table below. Other sizes or materials are special; prices on application. b Vi X % b % X Vi b % X Vs b V? X Vs b V? X Vi b y2 X y b Vi X y? b Vi X % Vi X % Vi X Vs b 1 X Vi 1 X V?, a 1 X Vs a 1 X y4 a 1 X Vs b iy4 X 1 iy4 X % a iy4 X V? a lVi X a iVi X Vi Hexagon b iy2 x 11/4 lVz x 1 a a 1iy%2 Xx Vy2i a iy2 x % a IV2 x 1/4 b 2 xiy2 2 xiy4 a2 X1 a 2 X Vi a 2 x l/2 a 2 x Vs a 2 x Vi b2l/2 x 2 a2l/2 xiy2 a2i/2 x lyj a 2y2 X 1 a 2% X Vi a2y2 x y2 a 3 x2i/2 a3 x2 a 3 x iy2 a 3 xiy4 a3 X1 a 3 X Vi a 3 x y2 3V2 X 3 a 3V? x 2y? a 3y? x 2 a 3 Vi x iy? a 31/? x i*/4 a 3t/2 X 1 a 3Vi x y4 4 X 3y2 4 X3 a 4 X 2y2 a4 X2 a 4 X iy? a 4 X iy4 a4 X1 a 4 X Vi a 4 X V2 5 X4 5 X 3Vi a5 X3 a b X ll/z ab X2 a 5 X iy2 a 5 X iy4 a5 Xi Bushings Carried in Stock Face 6X5 a 6X4 a 6 X 31/?. a 6X3 a 6 X 2y? a 6X2 a 6 X i>/2 a 6 X iy4 a bX1 a 8X6 a 8X5 a 8X4 a 8X3 a 8 X 2% a 8X2 10 X 8 a 10 X 6 a 10 X 5 a 10 X 4 12 X 10 a 12 X 8 a 12 X 6 cy4 c Vs c Vs C t/2 c y2 C t/2 x Vs X Vi X Vs X Vs x Vi X l/8 C Vi c Vi C Vi X V2 X Vs X Vi b 1 X Vi b 1 x y2 b 1 x Vs b 1 x Vi b IVi x 1 b li/4 X Vi b iy4 x y2 b iy2 x ivi b iy> x 1 biy2x Vi b iy2 x V2 b 2 x iy2 b 2 x iy4 b2 x 1 b 2 x Vi b 2Vi x 2 b 2V2 x iy2 b 2Vi x lVi b3 b3 b3 x 2Vi x2 x iy2 b 3i/2 x 3 b 3l/2 x2y2 b 3 Vi x 2 b4 b4 b4 4 x 3Vi x3 x 2Vi x2 b 5 x4 5 x3 b 6 x5 6 x4 6 -x 3 b 8 x6 b 10 x 8 b 12 x 10 a -- Indicates sizes made with inside hexagon; other sizes have outside hexagon, b -- Indicates sizes made of malleable iron. c -- Indicates sizes made of steel; these do not have lugs (not illustrated). Sizes not indicated by "b" or "c" are made of cast iron Eccentric HDouble Tapped iy4 x y4 1 % x y2 iy? x Vi iy2 x Vi 2 xiy4 2 X1 2 X Vi 2 x 1% 22yy22 xx iiyy24 lVz x 1 2% X 3/4 2Vz x y2 x2 x iy2 x ivi X1 X Vi 3% x 2i/2 3% x 2 3y2 x iy2 3 Vi x iy4 4 X3 4 x 2% 4 x2 4 x iy2 4 x iy4 4 x1 5 x'4 5 x 3i/2 5 x3 5 x 2t/2 t5'~xT7. x, 4 6 x3 6 x 2Vi 6 x2 b2 xiy2xlVi 2 xiy4xiy4 2 X 1 xl 2 x% xVi 2 xt/2 xl/2 ' b2Vix2 x2 2y2xiy2xiy2 3 x 2 x2 3 xlVixlVi 3 xlVixlVi 3 x 1 x1 3t/2 x 3 x 3 3y2x2y2x2Vi 31/2 x 2 x 2 3y> x 1 y2 x iy2 3y2xiy4xiy4 3y2xi xi 4 x3 x3 4 x2Vix2Vi 4 x 2 x2 4 xiy2xlVi 6 x4 x4 Double Tapped Bushings: Double Tapped Bush foot valve or strainer through the tank opening, art' ings are used to reduce threaded tank openings to then close the opening down to suction pipe size. At suction pipe sizes. They permit the passage of a sizes are recessed between the tappings. CRANE Steel Bushings V 227 No. 326 D Hexagon Bushing No. 327 D Face Bushing No. 347 D Hexagon Bushing Long Pattern List Prices Size No. 326 D No; 327 D No. 347 D Hexagon Face Hexagon Size No. 326 D No. 327 D No. 347 D Hexagon Face Hexagon Inches Bach Each Each Inches Each Each Each >A xi/8 4% x y % x ys % x% >/2 xV* Vt xVs 3/4 X l/2 3% X /S 3/4 xl/4 3/4 X Vs I x3/4 1 xy2 1 3X /S | 1 Xl/4 1 xi/R P/4X1 ll/4X3/4 lV4Xl/2 11/4 x% W4XI/4 II/2XII/4 11/2X1 11/2X3/4 11/2X I/2 . 11/2 3X /S , 11/2 Xl/4 2. x 11/2 /4.2 xll 2 xl .2 x3/4 2- xl/2 2- x% J- xi/4 J:Vzxl .21/2x11/,. ^/2xUA . 2`/2Xl 2J`/ X% -/`/2X1/,. 1 j 1 j 1 j 1--------------- .45 .45 .45 Use .45 Regular Face .45 Bushings .45 shown .45 .45 on page 226. .45 .45 .50 ..60 .50 .60 .50 -V; .60 .50 /: 60 .50 * . - .66 ' .75 .66 >75 .66 .75 .66 .66 .83 .95 .83 .95 .83 .95 . .83 .95 .83 .83 1.32 1.50 1.32 1.50 1.32 1.50 1.20 1.50 1.20 | 1.20 1 1.20 I 5.00 1 2.00 5.00 | 2.00 4.50 1 2.00 4.50 | 4.50 | 4.50 | 1 3 x 21/2 8.00 5.00 17.75 .50 3 x 2 8.00 5.00 3 x IV2 7.25 5.00 .65 3 4x iy 7.25 3 x1 7.25 3 x% 7.25 | .90 3 x 1/2 7.25 | 331/2 x 9.00 | 6.00 24.50 3i/2x2i/2 9.00 | 6.00 | 31/2x2 9.00 | 6.00- I 1.25 '31/2x11/2 8.25 | | 31/2x11/4 8.25 | | 31/2x1 8.25 | | 31/2x3/4 8.25 | | 4 . x3i/2 10.50 | 7.50 | 30.50 1.90 4 x 3 10.50 | 7.50 | 4 x 2V2 10.50 j 7.50 | 4 x2 10.50 | 7.50 | 4 2x iy 9.50 | | 4 4x iy 9.50 | | 2.75- 4 xl 9.50 | | '4 X 3/4 9.50 | | 4 xi/2 9.50 | | 5 x4 12.50 | 8.75 | 5 x 31/2 12.50 | 5 x 3 | 12.50 | 8.75 ! 6.75 5 x2i/2 1 12.50 | | 5 x2 | 12.50 | | 5 xli/2 | 12.50 | | 5 xiy4 | 12.50 | | 5 xl | 12.50 | | 6 x 5 | 20.00 | 10.00 I 6 x4 | 20.00 | 10.00 | 15.30 6 x31/2 I 20.00 I 10.00 | 6 x 3 | 20.00 | 10.00 | 6 x2V2 I 20.00 j | 6 x 2 j 20.00 | i 6 xll/2 | 20.00 | | 6 xli/4 i 20.00 | 6 xl | 20.00 | , I Working Pressures (Steam, Water, Oil, Oil Vapor, Gas, or Air) Temper- Pounds, Non-Shock ature No. 326 D (Reduc ing two or more sizes) No. 327 D No. 347 D No. 347 D (3-inch (2J^-inch Degrees and and Fahr. larger) smaller) 100 6000 9000 150 5700 8550 200 5400 8100 250 5100 7650 300 4800 7200 350 4500 6750 400 4200 6300 450 3900 5850 500 3600 5400 550 3360 5040 600 3120 4680 650 2880 4320 700 2640 3960 750 2400 3600 800 2200 3300 850 2000 3000 900 1800 2700 950 1590 2385 1000 1140 1710 The No. 347 D are long pattern hexagon bushings, the severe and high-pressure services for which especially designed for one size reductions. They regular hexagon bushings reduced one, size are not have heavy metal sections and will easily withstand entirely satisfactory. 228 CRANE Iron Plugs Square Head Square Head Tapped 34-inch for Air Cock Solid (Square Head) Countersunk Bar Plug (Solid) Barrel Plug List Prices, Each Size Inches | Vs | % | % % % 1 1 \VA 1% 2 |2%| 3 3%| 4 | 5 | 6 [ 8 10 12 w 00 t4o^ Right Hand Black |.02|.02 .02 .02 .03|.04|-05 .07 .10 .18 .25 .88 1.20 2.75 3.75 5.00 Galv. | .04 .04 .04 .04 .061.08|.10 .14 .20 .36 .50 .76| .84 1.75 2.40 5.50 7.50 10.00 Square Head Left Hand Tapped Vs-inch for Air Cock Solid, Right Hand Black | .04 06|.08 .09 .11 .15 .27 .38 1 Galv. | .08 .121.16 .18 .22 .30 .54 .76 1 Black | .121.15 .20 .25 .30 1 Galv. | .241.30 .40 .50 .60 1 Black |.02 .02 .02 .04 .06|.08 .09 .11 .15 .27 .38 .57 j .63 1.35 Galv. .04 .04 .04 .08 .12 .16 .18 .22 .30 .54 .76 1.14|1.26 2.70 Countersunk, Right Hand Black Galv. .04 .04 .04 .06 .08 .09 .11 .15 .30 .40 92|1.10 2.00 3.50 .08 .08 .08 .12 .16 .18 .22 .30 .60 .80 1.84|2.20 4.00 7.00 Bar Plugs, Right Hand Black Galv. Barrel Plugs, Right Hand Black Galv. 1 1 1 .25 1 | | |.50 .351.45 .70|.90 | .63 1.35 1.80 4.15 5.75 7.50 |1.26 2.70 3.60 8.30 11.50 15.00 1 1 Service suggestions: Square Head and Counter sunk Plugs are generally used with: Standard Cast or Malleable Iron Fittings Solid Plugs aqd Bar Plugs are generally used with: 175-Pound Cast Iron Fittings' 250-Pound Cast Iron'Fittings 300-Pound Malleable Iron Fittings Heavy Malleable' Iron Fittings . Hydraulic Malleable Iron Fittings American Standard: All iron plugs (except the Barrel Plug) conform to the American Standard for Pipe Plugs (Bi6e-2-iQ3&). Materials: These plugs, illustrated and, priced; above, are made of the materials indicated in the ' following table: : Style | Steel Square Head | Vs, V4, Vs" Solid | %, V4, Vs" Countersunk | V4" Bar j Barrel | | Malleable, | Cast Iron | %" and larger | %" and larger 1 % to iy4" 11%" and larger | All sizes | All sizes Note: Square Head Plugs sizes J^-inch and larger . are cored, as illustrated, pg, M. and jkg-inch sizes . are solid, being the same as the Solid Plugs. Steel Plugs No. 320 D Square Head 3000-Pound Working Pressures (Steam, Water, Oil, Oil Vapor, Gas, or Air) Temperature Pounds, Non-Shock Degrees Fahr. No. 320 D No. 321D Temperature Degrees Fahr. Pounds, Non-Shock No. 320 D No. 321 D 550 1680 5040 100 3000 9000 600 1560 4680 150 2850 8550 650 1440 4320 200 2700 8100 700 1320 3960 250 2550 7650 750 1200 3600 300 2400 7200 800 1100 3300 350 2250 6750 850 1000 3000 400 2100 6300 900 900 2700 450 1950 5850 950 795 2385 500 1800 5400 1000 570 1710 No. 321D Hexagon Head 9000-Pound Size No. 320 D, 3000-Pound No. 321 D, 9000-Pound List Prices Inches | % 1 V* 1 Vs Each] *See Note % % 1 1V4 1% 1 2 1 2% | 3 1 3% 4 , .25 .30 .35 .50 .75 | 1.50 I 3.00 | 5.00 | 5.75 6.50 Each| | .25 | .25 .25 .30 .40 .55 .85 | 1.65 I 3.30 I 5.50 | *Note: Use J^, J4, and 54-inch Square Head or Solid Plugs listed above; they are made of steel. CRANE Wrought Couplings 229 Standard Coupling ' With Plain Ends Extra Heavy XX Hydraulic Car Heater Coupling With Recessed Ends Extra Heavy XX Hydraulic Half Coupling With Plain End Extra Heavy List Prices, Standard Size Inches | % I y4 % 1 Vi I % 1 1 W* 1% 1 2 2% 3 3% 4 Right Hand Black Galv. Right and Left . Black Each| .05 | .05 .06 | .07 | .10 .13 .17 .21 .28 .40 .60 .80 1.00 Eachj .06 I .06 .08 | .10 | .13 | .18 .25 .32 I .40 .55 .80 1.05 1.40 Eachj | .07 .08 | 11 | .15 | .20 .25 .30 .50 .85 1.20 1.60 2.00 Sizes 5 to 12-inch can be furnished to order. Prices on application. List Prices, Extra Heavy, XX Hydraulic, and Half Couplings Size Inches| ys | l/4 % Vi % 1 1 1 Wt IV2! 1 |2%| 3 |31/2| 4 Plain Ends R. H. Black Each| .12 | .12 | .14 .14 .20| .26 | .34 .42| .56| .80|1.20|1.60|2.00 Galv. Each| .17| .17| .20 .20 .25 | .32 | .42 .55| .75|1.05|1.50|1.90|3.00 Extra Heavy R. & L. Black Each| | .20 | .301 .401 .45 .551 .70| | | | Recessed Ends R. H. Black Each| .221.22 .25 .25 .30 | .35| .45 .55| .70| .95|1.40|1.8512.25 Galv. Each| .27| .27 .30 .30 35| .40 | .55 -70| .90|1.2ojl.7oj2.15|3."25 Plain Ends R. H. Black Each| | 40| .55 | .70 .85)1.1511.601 | | Recessed Ends R. H. Black Each| | 50| .65 | .85 |1.00|1.30jl.85| | | Half Coupling, Plain End R. H. Black Eachj j .08 12| .161 .20 .25| .34| .481 .72) .96/1.20 Size Right Hand Right and Left , *Special short pattern. List Prices, Car Heater - * , Inches/ Vi % 1 Black Each| .14 .20 .26 Galv. Eachj .20 .25 .32 Black Each| .20 .30 .40 *11/4 .34 .42 .45 | | | 1% .42 .55 .55 2 .56 .75 .70 Standard Seamless Steel Couplings: Standard Seamless Steel Couplings can be furnished to order. Prices.on application. Seamless Steel Line Pipe Couplings: Seamless Steel Line Pipe Couplings can be furnished to order. Prices on application. Casing Couplings: Couplings for Merchant Casing for Water Wells and Irrigation purposes can be furnished to order. Prices on application. Couplings for Large O.D. Pipe: Couplings for Large O.D. Pipe can be furnished to order. Prices on application. Dimensions, in Inches Size % 1 Yt % Vi 1 % 1 1 D/4 iVi 1 2 *Standard .594 | .750 .906 1.063 11.297 1.563 I 1.969 2.234 12.719 Outside Diameter Extra Heavy .59 I .75 XX Hydraulic | | Car Heater | | .95 1.13 | 1.44 1.70 |2.07 1,2.31 | 2.81 11.66 1.90 ! 2.22 12.44 | 3.19 1.13 11.44 1.70 ,2.07 2.31 12.81 Half ||| 1.13 11.44 1.70 |2.07 2.31 |2.81 *Standard %, 1 1% 1% 1 1% l3/4 i 2Vg 25/l6 1 2^/16 Extra Heavy Wa ! 1% 1% 1% 1 2% 2% 1 2% 2% 1 3l/s Length XX Hydraulic 1 i 1 25/16 2% ! 2% 3Vs 1 33/s Car Heater 1 1 1% i 2Vs 2% 1 2% 2% 1 31/s Half 11 27/32 1 1 l3/32 I 1% 1% 1 1% ^Dimensions of Standard Couplings, sizes 5 to 12-inch, will be furnished on request. 2l/z 3.313 3.31 3.62 3.31 2% 31/2 3% HVis 3 31/2 3.938 4.531 4.00 4.63 1 4.00 4.63 3Vl6 37/i6 311/16 414 13A 21/16 4 5.000 5.13 5*13 37/l6 41/4 2Vis 230 CRANE Black Wrought Steel Nipples Close Nipple Short Nipple Long Nipple Tank Nipple Black Right Hand Nipples Tank Nipples are 6 inches long and use the list prices of the 6-inch length. They have a Standard Taper Pipe Thread on one end; the other end has a Standard Taper Pipe Thread running into an American Standard Locknut Thread for a total thread length of 4 inches. Length Size Inches Inches Close Short Close Short List Prices, Each Long 2 \2Vi\ 3 |3%| 4 [41/2 | 5 | 5% 10 11 12 Vs 1 % V* 1 % %11 V? 1 lVs 3/4 i 1% 1 i 1% m i 1% IV?. i 1% 2 i2 2V?. i 21/2 3 i 2% 3V2 i 2% 4 i 2Vs 5 i3 6 i 3i/a 8 i 31/2 10 i 3% 12 i 41/2 11/2 1 IV2 I 11/2 1 .05 .05 .05 11/2 1 .06 2 .08 2 I .10 21/2 1 .13 21/2 1 .16 21/2 1 .71 3 1 .39 -3 1 .54 4 1 .72 4 ! .92 41/2 !l 1.60 41/2. i 2.00 5 ! 4.30 5 l 5.88 6 1 7.40 .06 .06 .06 .07 .09 .11 .15 .18 .24 .45 .59 .98 1.12 2.00 2.45 4.87 6.50 8.70 CO O0' O 0CO O 0 O00 <T> .07 .09| .10 .11 .12 .13 .14 .15 .16 17| .20 .07 .081.081.09 .09 .10 .11 .12 .13 .14 .15 .16 .17| .18 .20 .07 .08|.08|.09 .09 .10 .11 .12 .13 .14 .15 .16 .17| .18 .20 .08 .10 .11 .12 .13 .14 .15 .17 .19 21| .23 .25 .10|,11|.12 .13 .14 .15 .16 .17 .19 .21 .23 25| .27 129 .131.14|.15 .16 .17 .18 .19 .20 .24 .27 .30 32| .35 .38 1-161.18 .20 .22 .24 .26 .28 .32 .36 .40 44| .48 .52 (.201.22 .25 .27 .29 .31 .34 .38 .43 .47 52| .56 .60 |.28|.31 .34 .37 .40 .44 .48 .53 .59 .66 78| .80 .87 1 1-58 .63 .68 .73 .78 .85 .94 1.03 1.12 1.22| 1.31 1.40 1 1-65 .73 .81 .89 .96 1.04 1.19 1.34 1.50 1.65| 1.80 1.95 11 1.06 1.14 1.21 1.29 1.45 1.61 1.76 1.92| 2.08 2.24 11 1.28 1.38 1.48 1.60 1.80 2.00 2.20 2.40| 2.60 2.80 11 11 2.05 2.17 2.29 2.61 2.91 3.15 3.39| 3.64 3.88 2.58 2.73 2.90 3.36 3.68 4.08 4.31 j 4.60 4.94 11 5.00 5.44 5.71 6.10 6.48 6.85| 7.25 7.65 11 8.00 8.55 9.10| 9.65 10.20 11 10.00 10.90 11.801 L2.70 13:60 Crane Nipples are of unusually' high quality and have accurately cut threads. They are made of new, full weight, mill tested pipe. . Standard: The list prices given above apply to wrought steel close, shorthand long nipples, and to tank nipples, - made from Standard Weight Pipe. Extra Strong: For list prices of black nipples made from Extra Strong Pipe, double the list prices of Standard, black nipples. Double Extra Strong: For list prices of black nipples made from Double Extra Strong Pipe, multiply the list prices of Standard black nipples by four. Seamless nipples: Standard or Extra Strong Seamless Steel Nipples use the same list prices as Standard or Extra Strong nipples made from welded -; steel pipe, but are sold at an advance in price. See the Crane Discount Sheet for prices. i Butt nipples: For net prices of butt nipples, add ' 20 per cent to the net prices of short nipples. * Lengths not listed: For lengths not listed (under j 12 inches), use the list price given in the above table ,! for the next longer length. j JLengths over 12 inches: For list prices of lengths over 12 inches and up to 24 inches, add the list prices ] of the two nearest equal lengths. .| Nipples made from Copper Bearing Pipe -- see the Crane Discount Sheet. Black Right and Left Nipples Size Inches % V4 % V? % 1 1V4 IV2 2 2V? 3 3% 4 Length Inches Close | Short Close Short 2 3/4 1 1% .07 % 1 IV2 .07 1 1 IV? .07 Ws 1 1% .08 l3/s 1 2 .11 IV* 1 2 .13 1% 2% .17 m 2V? II .21 2 I 2V2 II .28 .08 .10 .08 .10 .08 .10 .10 .11 .12 .15 .20 .24 .32 21/? 1 3 11-51 .59 2% | 3 || .71 | .77 2Vi 1 4 || .94 | 1.28 | 2Vs | 4 || 1.20 | 1.46 | List Prices, Each Long 2V2 3 |3%l 4 | 4% | 5 5%l 6 7 | 8 9 10 11 12 .11 .11 .12 .12 .13 .15 .16 .17 .19 .20 .21 .23 .24 .26 .11 .11 .12 .12 .13 .15 .16 .17 .19 .20 .21 .23 .24 .26 .11 .11 .12 .12 .13 .15 .16 .17 .19 .20 .21 .23 .24 .26 .12 .12 .13 .13 .15 .16 .17 .19 .20 .23 .25 .28 .30 .33 .13 .15 .16 .17 .19 .20 .21 .23 .25 .28 .30 .33 .36 .38 .17 .19 .20 .21 .23 .24 .25 .26 .32 .36 .39 .42 .46 .50 .21 .24 .26 .29 .32 .34 .37 .42 .47 .52 .58 .63 .68 | .26 .29 .33 .36 .38 .41 .45 .50 .56 .62 .68 .73 .78 | .37 .41 .45 .49 .52 .58 .63 .69 .77 .86 .95 1.04 lil4 1 .76 .82 .89 .95 1.02 1.11 1.23 1.34 1.46 1.59 1.71 1.82 1 .85 .95 1.06 1.16 1.25 1.36 1.55 1.75 1.95 2.15 2.34 2.54 1 1.38 1.49 1.58 1.68 1.89 2.10 2.29 2.48 2.71 2.92 1 1.67 1.80 1.93 2.08 2.34 2.60 2.86 3.12 3.38 3.64 Malleable Iron R.&L. Hexagon Nipples... .page 186 Genuine Wrought Iron Nipples -- prices on application. CRANE Galvanized Wrought Steel Nipples 231 Close Nipple Short Nipple Size Inches % Vi % % % :1 1V4 1% 2 2% "3 3V2 4 5 6 8 Length Inches Close | Short Close % % 1 IMr l% W2 1% 1% 2 2V2 2% 2% 2% 3 31/s ' 3V2 1% .07 iy2 .07 iy2 .07 1% .08 2 .10 2 .13 2V2 .17 2% .22 21/2 .30 3 .60 3 .80 4 1.15 4 1.27 4% 2.29 4i/2 II 2.86 5 || 5.52 Long Nipple Tank Nipple Galvanized Right Hand Nipples Tank Nipples are 6 inches long and use the list prices of the 6-inch length. They have a Standard Taper Pipe Thread on one end; the other end has a Standard Taper Pipe Thread running into an American Standard Locknut Thread for a total thread length of 4 inches. Short .08 .08 .08 .09 .12 .15 .22 .26 .35 .66 .87 1.40 1.60 2.87 3.56 6.37 List Prices, Each Long 2 2i/z 1 3 | 31/2 | 4 4i/2 1 5 I51/2I 6 7 | 8 | 9 | 10 | 11 | 12 .10 .11 .12 .13| .14 .15 .16 .17| .19 .22 .25 .28| ,30| .33 .36 .10 .11 .12 13| .14 .15 .16 17| .19 .22 .25 28| ,30| .33 .36 .10 .11 .12 13| .14 .15 .16 17| .19 .22 .25 .28 30| .33 .36 .11 .12 .13 .14| .15 .16 .17 -18| .20 .23 .26 .29 .32| .35 .38 .13 .14 .16| .18 .20 .22 .24| .26 .29 .32 .35 39| .42 .45 .18 .20 22| .24 .26 .28 .30| .34 .38 .42 .46 .50| .54 .58 .26 .28| .30 .34 .37 .40| .44 .48 .56 .62 .68| .74 .80 .30 .34| .38 .42 .45 .48| .52 .58 .65 .73 00 0 CO .94 .40 .45| .50 .55 .60 65| .70 .79 .88 .97 1.06|1.15 1.24 .75| .83 .90 .98 1.06|1.14 1.28 1.44 1.60 1.76|1.92 2.08 l.Olj| `1.10 1.20 1.53 1.30 1.65 1.40|1.50 1.78|1.91 1.70 2.16 1.90 2.41 2.10 2.66 2.30|2.50 2.91|3.16 2.70 3.41 1 1.85 2.00 2.15|2.30 2.60 2.90 3.20 3.50|3.80 4.10 3.01 3.21|3.40 3.95 4.35 4.73 5.12|5.52 5.90 1 3.79 4.03|4.30 5.00 5.52 6.03 6.53|7.05 7.54 1 6.65|6.95 7.55 8.15 8.75 9.35|9.95 10.60 Crane Nipples are of unusually high quality and have accurately cut threads. They are made of new, full weight, mill tested pipe. Standard: The list prices given above apply to wrought steel close, short, and long nipples, and to tank nipples, made from Standard Weight Pipe. Seamless Steel Nipples use the same list prices as Standard or Extra Strong nipples made from welded steel pipe, but are sold at an advance in price. See the Crane Discount Sheet for prices. Butt nipples: For net prices of butt nipples, add 20 per cent to the net prices of short, nipples. Extra Strong i For list prices of galvanized nipples made from Extra Strong Pipe, add the list prices of Standard black nipples and Standard galvanized nipples. ; Seamless nipples: Standard or Extra Strong Lengths not listed: For lengths not listed (under 12 inches), use the list price of the next longer length. Lengths over 12 inches: For list prices of lengths over 12 inches and up to 24 inches, add the list prices of the two nearest equal lengths. Nipples made from Copper Bearing Pipe -- see the Crane Discount Sheet. Galvanized Right and Left Nipples Size Inches Length Inches Close Short Close Short 2 21/2 List Prices, Each Long 3 |3%l 4 41/2 1 5 151/2 6 7 | 8 | 9 10 11 | 12 % Vi % % 3/4 1 iy iy2 2 2y 3 31/2 1 41 3/4 % 1 iy8 1% iy2 l5/s 1% 2 21/2 2% 2Vs 2% iy2 .12 1% .12 iy2 11 .12 1% 1! -13 2 || .18 2 || .21 21/2 .28 2y2 .34 2Vz .45 3 .82 3 1.14 4 1.51 4 1.92 .13 .13 .13 .16 .20 .24 .32 .39 .52 .95 1.24 2.05 2.34 .16 .18 .18 .20 .20 .21 .24 .26 .28 .31 ...32 .34 .35 .39 .42 .16 .18 .18 .20 .20 .21 .24 .26 .28 .31 .32 .34 .35 .39 .42 .16 .18 .18 .20 .20 .21 .24 .26 .28 .31 .32 .34 .35 .39 .42 .18 .20 .20 .21 .21 .24 .26 .28 .31 .32 .35 .40 .45 .48 .53 .21 .24 .26 .28 .31 .32 .34 .35 .40 .45 .48 .53 .58 .61 .28 .31 .32 .34 .35 .39 .40 .42 .52 .58 .63 .68 .74 .80 .34 .39 .42 .47 .52 .55 .60 .68 .76 .84 .93 1.01 1.09 .42 .47 .53 .58 .61 .66 .72 .80 .90 1.00 1.09 1.17 1.25 .60 .66 .72 .79 .84 .93 1.01 1.11 1.24 1.38 1.52 1.67 1.83 1.22 1.32 1.43 1.52 1.64 1.78 1.97 2.15 2.34 2.55 2.74 2.92 1.36 1.52 1.70 1.86 2.00 2.18 2.48 2.80 3.12 3.44 3.75 4.07 2.19 2.39 2.53 2.69 3.03 3.36 3.67 3.97 4.34 4.68 2.68 2.88 3.09 3.33 3.75 4.16 4.48 5.00 5.41 5.83 232 CRANE Long Screws, Faced Locknuts, and Faced Couplings v. Long Screw Faced Locknut Faced Coupling Complete, with Locknut and Coupling Size Inches Long Screws, Complete Standard Length Inches Black Each Galv. Each Faced Locknuts Black Galv. Each Each Faced Couplings Black Galv. - Each Each List Prices V* % 1 34 % 1 1 1 1% 1% 2V2 3 1 334 4 1 41/2 1 5 5% .30 .35 | .40 .55 | .75 | 1.00 | 1.30 .35 .40 | .50 .66 | 1.00 | 1.25 | 1.60 .08 .09 1 .10 11 .13 1 .15 .09 | .10 j .12 14 | .15 | .18 .12 | .18 | .16 | .24 | .15 | .22 | .22 | .33 | .20 .30 | .30 | .45 | .25 .35 .40 .60 2 1 2% | 3 1 3i/2 6|7|8 1 834 1.70 | 2.70 | 3.70 | 5.40 2.10 | 3.10 | 4.70 | 6.50 .30 | .35 | .45 | .95 .45 | .50 | .65 i 1.25 .50 | .70 | .90 | 1.20 .75 | 1.00 j 1.35 | 1.80 4 9 6.60 7.75 1.35 1.80` 1.50 2.25 Long Screws: The prices of Long Screws include Extra Heavy Long Screws are made to order of Extra one Faced Locknut and one Faced Coupling. Strong Pipe; prices on application. Long Screws longer than standard are made to order and charged as-CUT PIPE with threads, locknuts, and couplings extra. When ordering, always specify the length of the straight thread. Faced Locknuts and Faced Couplings: Faced Locknuts and Faced Couplings sizes 3-inch and smaller are malleable iron. Sizes 334 and 4-inch are wrought iron. Tank'NippIes. . . .pages 230 and 231 Small Pipe Bends List Prices and Dimensions sS ~~~~ Inches I y2 I % 1 | iy4 | iy2 | 2 Quarter Bends, Black Return Bends, Black Quarter Bends Dimensions in Inches Return Bends Goose Necks A--Radius B--Center to end C--Center to center D--Center to end E--Minimum center to center F--Minimum center to end Each| .45 1 .55 1 .75 1 1.25 Each] .90 1 1.10 1 1.25 1 1.75 ) 2Vi6 1 214 1 234 1 434 1 3% 1 3% 1 434 1 634 ! 4% 1 4% 1 434 1 - 6 1 3% 1 3% 1 5 1 6 1 1 4 1 4% 1 6 l 1 3% 1 41/4 I 6 2.00 1 3.25 2.75 I 4.00 634 1 634 834 1 934 818 818 1 1 Materials: Quarter Bends, Return Bends, and Goose Necks are made of Extra Strong Wrought Steel Pipe. *Goose Necks: Goose Necks are made to order; prices on application. 'The table shown above gives the minimum center to center and the minimum center to end. Orders should specify dimensions. Special bends: Bends having dimensions other than those shown above, or bends of other shapes can be made to order. Prices on application; specify size of pipe, dimensions, and quantity required. CRANE Single Strap and Double Strap Clamps Malleable Iron with Wrought Iron Straps 233 Showing Application of Single Strap Clamp Double Strap Clamp i When ordering Single Strap or Double Strap Clamps, specify the catalog number of the Clamp and the size of the pipe tapping. Single Strap Clamps Double Strap Clamps Cat. No. Clamp will fit Wrought O.D. Cast Pipe Casing Iron Pipe O.D. of Circle Size of | List Pipe I Prices Tapping in 1 Clamp 1 Size' Inches 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 17 1 18 | 19 1 20 21 22 23 24 28 29 30 . 30i/2 31 . 32 35 36 1 1% 2 2VZ 3 3 31/2 31/2 4 4 4 41/2 4y2 4V2 5 5 5 6 6 6 8 8 8 10 12 Size Size Inches Inches Inches 1 I 2V2 1234 & 3 2 l7/s 2% 2% 31/2 31/2 31/2 4' ' 3 31/2 4 4 3. 4 4%-. 4Va . 1 ' 41/2 41/2 . 4V2" 1 Sr 4 41/2 5 5 45 5' 4 5 51/2 5Vie 5% 5Vis 51/2 59/l6 6 56 6 56 6 56 6% 65/s 6% 63/s 6% 7- 6 63/s 7 7 67 7 18 8 67 78 78 81 8% 1 83/s 1 7 8 85/g 85/s 85/s I 83/g 10% 1 1 1 10% 1 123/4 Inches | Black Each % or % 1.00 y% to 1 1.00 Vz to iy4 1.25 Vz to 1 1.25 1% to 2 1.50 y2 to 1 1.50 iy4 to 2 1.75 V2 to 11/2 1.75 2 2.00 21/2 or 3 4.00 % to iy2 1.80 2 2.15 2% or 3 4.00 % to iy2 1.80 2 2.15 2V& or 3 4.00 y2toiy2 2.00 2 2.40 2% or 3 4.50 % to iy2 2.25 2 2.50 21/2 or 3 5.00 3/4 to iy2 2.50 2 2.70 2y2 or 3 5.00 % to iy2 | 4.50 2 5.00 2% or 3 5.50 % to iy2 5.50 2 to 3 5.50 4 6.00 34 to 2 9.00 1 3/4 to 2 10.00 Cat. No. Clamp will fit Wrought O.D. Cast Pipe Casing Iron Pipe O.D. of Circle Size i| of List Pipe | Prices Tapping ! in Clamp Size Size Size Black Inches Inches Inches Inches Inches || Each 40 iy2 l7/s y2or3/4|| .90 41 2 2y>- 23/g y2to iy211 1.00 42 rv% 23/4 Sz 3 2 m 3/4 to 11/2 || 1.25 43 3 3y2 31/2 3/4 to 2 || 1.25 44 3y2 4 3 4 34 to 2 || 1.40 45 4 41/2 4>/2 34 to 2 || 1.50 46 4y2 5 4 5 3/4 to 2 || 2.50 47 5 sy2 5%s 34 to 2 || 2.75 48 5 51/2 5%6 21/2 or 3 || 2.75 49 6 65/g 63/g 34 to 2 || 2.75 50 6 63/s 65/g 21/2 to 4 || 5.75 51 8 85/g 83/g 1 to 4 II 6.50 52 10 1034 10% iy2 to 4 1110.00 53 10 103/4 103/4 5 or 6 HIO.OO 54 12 55 12 123/4 1% to 4 H14.00 12% 5 or 6 i|14.00 Galvanized Single Strap or Double Strap Clamps are made to order at an advance of SO per cent over the prices of Black Clamps. * 17 234 CRANE Miscellaneous Iron, Steel, and Brass Fittings j; For greater convenience, the following fittings are shown | with related products in other sections of this catalog: Hydrant Clamps.............................................................page 8q Wood Rod Couplings................................................... page 8q Street Washer Keys......................................................page 89 Hydrant Handles....................................................... page 8q Brass Couplings and Locknuts................................. page 256 Brass Bushings, Plugs, and Nipples, .pages 258 and 259 Malleable Iron Couplings...................... pages 185 and iqo A.A.R. Malleable Iron Couplings............................page 193 Forged Steel Couplings...........................pages 339 and 340 * # *** * I \ i f I i i \ (Above) Gauging the threads of Screwed Fit tings. This inspection is but one phase of the system that guards Crane Quality and assures the user satisfactory service. r (Left) Crane Screwed Fittings in multiple castings as they emerge from the molds in the foundries. r CRANE 235 Iron and Steel Unions, Union Fittings, and Flange Unions y l f \ ; I 150-Pound Malleable Iron Ground Joint Unions and Union Fittings.. .page 238 Standard Malleable Iron Gasket Type Unions and Union Fittings........ page 239 "Chicago" Unions............................... :...............................................................page 239 Malleable Iron Railroad Unions and Union Fittings.................pages 240 and 241 A.A.R. Malleable Iron Unions and Union Fittings.......................pages 242 to 244 A.A.R. Forged Steel Unions................................................................................page 244 300-Pound Malleable Iron Unions................................................................... page 246 Forged Steel Unions.............................................................................................. page 247 Forged Steel Hammer Lug Unions.................................................................. page 248 Forged Unions, Steel to Exelloy Seat............................................................. page 247 Cast Iron Flange Unions.................................................................. pages 24Q and 252 Malleable Iron Flange Unions............................................................pages 250 to 252 Tongue and Groove Flange Unions................................................................. page 252 Forged Steel Combination Elbows...................................................................page 252 Forged Steel Flange Unions............................................................. pages 252 and 253 Saving Material and Labor with Unions and Union Fittings.. .pages 236 and 237 Unions and Union Fittings Applied to Air BrakePiping............................. page 245 Large Size Flange Unions Made from Screwed Flanges............................. page 254 Crane Co. manufactures an unusually diversified line of unions and union fittings. Whether it. be a chromium-plated brass union for a ^restaurant steam table, an inexpensive ground joint malleable iron Jtinion for a domestic water line, a massive steel union for a central power station--a union for any service--, it can be purchased from y drane Co. ' The line includes brass, malleable iron, and forged steel unions and union fittings, and brass, cast iron, malleable iron, and forged steel flange unions. Crane Unions are exceptionally strong, tough, and durable. Each part is liberally proportioned and amply reinforced at points sub jected to greatest stress. Special attention has been given to the interchangeability of parts. 1 f 18 For greater convenience, several lines of unions and union fittings are included with allied material in other sections of this catalog. See the pages referred to below: Brass Unions and Union Elbows.......................pages 262 and 263 Brass Flange Unions...............................................................page 263 Brass Radiator Union Elbows..............................................page 78 Circulating Boiler Fittings....................................................page 187 Brass Solder-Joint Unions..................................................... page 50Q Brass Crane-Seal Unions and Union Fittings...................page 497 J 236 CRANE Saving Material and Labor * With Crane Unions and Union Fittings Although female unions are extremely popular and are valuable fittings, many users fail to take advan tage of Crane Male and Female Unions and the wide variety of Crane Union Fittings. Union Fittings actually combine the services of pipe (or nipples), unions, and pipe fittings, forming a more compact, convenient, and economical connection and saving labor and material. The typical pipe line connections shown below clearly illustrate the manner in which union fittings may be adapted to improve an installation. It will be noted, especially in Figures A-4 and B-4, that the reduction in the amount of material is accompanied by fewer threads to be cut on the pipe and the least number of assembled joints. The time required to make the connection is materially shortened, and maintenance is reduced because fewer joints assure fewer chances for leaks. Steamfitters, piping contractors, and manufacturers of equipment on which piping is used as a part of the unit, will find it advantageous to study every screwed piping layout so as to obtain the most desirable and economical combination of unions and union fittings. The illustrations on the following page show how valuable savings can be multiplied by careful planning. Crane engineers will be glad to offer assistance. Elbow Connections with Union Joint ZJzzi Figure A-l 3 Pieces'of Pipe 2 Fittings 5 Pipe Threads 6 joints Assembled 2 Pieces of Pipe 2 Fittings 3 Pipe Threads 5 Joints Assembled FigureJA-1,shows an ordinary elbow connection. A femafe union and a screwed elbow are used. Figure A-2 shows the connection when a male and female union has been substituted for the female union. Figure A-3 shows the connection after it has been 2 Pieces of Pipe 1 Fitting 3 Pipe Threads 4 Joints Assembled Figure A-4 1 Piece of Pipe 1 Fitting 1 Pipe Thread 3 Joints Assembled further simplified by using a union elbow with a female tail-piece in place of the female union and the elbow shown in Figure A-i. Figure A-4 shows the connection in its simplest form, a union elbow with a male tail-piece being used instead of the male and female union and the elbow shown in Figure A-2. Tee Connections with Union Joints 18 10 Joints Assembled 7 Joints Assembled 3 Pieces of Pipe 2 Fittings 4 Pipe Threads 7 Joints Assembled 2 Pieces of Pipe 2 Fittings 2 Pipe Threads 6 Joints Assembled Figure B-i shows an ordinary tee connection made with two female unions and a tee. Figure B-2 shows the connection when a union tee (female union on outlet) and a male and female union are substituted for the two female unions and the tee. Figure B-3 shows the connection made with a union tee (female union on run) and a male and female' union. The same number of joints, threads, fittings, and pieces of pipe as used in Figure B-2, are re quired. Figure B-4 shows the connection in its simplest form, a union tee (male union on run) being used in combination with a male and female union. CRANE Saying Material and Labor With Crane Unions and Union Fittings 237 Union Joints on Return Side of Blast Heaters Figure C-2 shows an improved and economical arrangement made by using male and female unions and union fittings in place of ordinary pipe fittings and female unions. The connections are more compact, and the piping has been simplified. Easy access to traps and all parts of the lines is maintained. 18 nipples, 36 pipe threads, 9 fittings, and 27 joints have been eliminated. Figure C-i illustrates a typical complicated arrange ment of piping on the return side of double tiered blast heaters. The return from the stacks in each tier are drained individually by a trap' and the con densation is accumulated by a single return header The illustration shows the most common method of providing union joints on such an installation; only female unions are used. Union Joints on Installation of Traps Photograph of a battery of 13 Crane Inverted Open Float Steam Traps draining condensate from cooking kettles in a candy manufacturing plant. Figure D-i illustrates a portion of the piping on each of the traps shown in the photograph. Only female unions are used. Crane Co. manufactures a complete line of Unions and Union Fittings Figure D-2 shows an improved and more economical arrangement. Through the use of a male and female union and a union fitting the installation has been simplified and made compact, providing easy and direct access for removal of the trap. 2 nipples, 1 fitting and 3 joints are saved on each trap con nection. Using this arrangement on the battery of traps would result in a very substantial saving of time, material, and labor. 238 CRANE 150-Pound--Ground Joint Malleable Iron Unions and Union Fittings No. 1280, Union Female WORKING PRESSURES 150 pounds steam 300 pounds cold water, oil, gas, or gasoline, non-shock FEATURES *' Brass to Iron Seat Ground Joint Underwriters' Approved Air Tested No. 1281, Union Male and Female No. 1282, 90 Elbow Female Union No. 1283, 90 Elbow Male Union No. 1284, Tee Female Union on Run No. 1285, Tee Male Union on Run Size Unions 90 0 Elbows Tees List Prices, Each Inches | V4 % V2 1 % 1 W* 1 1% 1 2 No. 1280, Female No. 1281, Male and Female Black Galv. Black Galv. 1 .45 1 .50 1 .56 1 .67 .45 .50 .56 .67 .50 | .60 .80 | 1.20 | 1.55 | 2.30 .55 | .70 .95 1.40 I 1.80 | 2.60 .63 | .75 1.00 1.50 | 1.94 | 2.88 ,74| .93 1.27 | 1.87 | 2.40 | 3.47 No. 1282, With Female Union No. 1283, With Male Union No. 1284, With Female Union No. 1285, With Male Union Black 1 .60 Galv. 1 .80 Black ! .60 Galv. 1 .80 Black 1 .66 Galv. 1 .88 Black 1 .66 Galv. 1 .88 .60 .75 | .90 .80 1.00 | 1.20 .60 .75 | .90 .80 1.00 | 1.20 .66 .82 | 1.00 .88 1.10 | 1.32 .66 .82 [ 1.00 .88 ! 1.10 | 1.32 1.20 1.80 | 2.40 | 3.00 1.60 1 2.40 | 3.20 | 4.00 1.20 1.80 | 2.40 | 3.00 1.60 2.40 | 3.20 | 4.00 1.32 1.98 ! 2.64 j3.30 1.75 2.65 | 3.50 | 4.40 1.32 1.98 | 2.64 [ 3.30 1.75 2.65 | 3.50 | 4.40 For 1^-inch size female unions, use the No. 519 shown on page 240. 21/2 3.80 4.50 3 5.50 6.60 Service recommendations: This is a new' line of i Jo-Pound Malleable Iron Unions and Union Fit tings made with a brass to iron ground joint seat. They are unusually sturdy and rugged and will be found ideal for domestic service and for a wide variety of industrial applications on steam, hot water, cold water, oil, air, gas, and gasoline lines. generous size lugs which provide an exceptionally good wrench grip. Brass to iron seat: The brass to iron ground joint seat is non-corrosive and holds pressure easily; no gasket is required. It can be taken apart and re assembled repeatedly without affecting the strength or tightness of the joint. Construction: The unions and union fittings are designed to combine liberal strength with light weight and minimum overall dimensions; they have a high safety factor. The tail-piece, thread-piece, and union ring are circular in shape, being equipped with Listed by Underwriters' Laboratories: Crane 150-Pound Malleable Iron Unions and Union Fittings have been inspected and are listed by the Under writers' Laboratories (National Board of Fire Under writers), Chicago, for use on hazardous liquids. 18 For thread engagement, see page 591. No. 1280 No. 1281 __________________ Size V* A 1% 13/l6 D uj/i6 2Vi6 No. 1282 No. 1283 No. 1284 ___ Dimensions, in Inches % %% 1 w* IV2 l1 Vie U/s 2% 2% 21/4 2Vie 3% iy8 ls/16 m m l7/g 2Vs 27/l6 2% 33/ie 2% 3Vi6 39/l6 315/ig 47/i6 IV2 2% 31 Vie l1S/l6 3% 4`5/i6 No. 1285 2/i6 41/4 21/4 3 Vs 51/2 21/2 3V4 39/16 CRANE 239 Standard--Gasket Type Malleable Iron Unions and Union Fittings WORKING PRESSURES 150 pounds steam 300 pounds cold water Each union and union fitting (except the Two-Third Unions) is equipped with a rubber gasket. Extra gaskets.. . .page S71 No. 1290 90 Elbow Female Union No. 1292 90 Elbow Male Union No. 1219 Union Female No. 12191/2 . Union Male and Female No. 1218 Two-Third Union ' Female No. 1294 ' Tee Female Union on Run No. 1296 Tee Male Union on Run List Prices, Each, and Dimensions, in Inches Size Inches | Vs 1 % % Vz 3/4 1 1 W4 1% 2 2% 1 3 3% 1 4 No. 1219, Unions, Female Black Galv. | .20 | .20 .20 .22 .27 .33 | .46 .58 .75 1.55 2.10 3.65|4.35 | .30 | .30 .30 .33 .40 50| .70 90| 1.15 2.35 3.15 5.50|6.50 No. 1218, Two-Third Unions, Female No. 1219%, Unions, Male and Female No. 1290, 90 Elbows, Female Union No. 1292, 90 Elbows, Male Union Female Union Male Union Black Galv. Black Galv. Black Galv. Black Galv. Black Galv. Black Galv. 1 1 1 1 1 1 1 1 1 | 1 1 1 -14 .14 .16 .19 .22 | .30 .40 .50 11.00 | | .20 .20 .22 .25 .35 | .50 .60 | .75 1.60 | | .25 .25 .28 .33 ,40| .57 .72 .95 1.95 2.70 | .35 .35 .39 .46 .57| .81 1.04 1.35 2.75 3.75 | .40 .40 .42 .54 63| .90 1.05 1.55 2.85 4.50 | .60 .60 .63 .81 .951 1.35 1.58 2.35|4.30 6.75 | .45 .45 .48 .62 72| 1.05 1.20 1.80 3.30 5.25 | .70 .70 .72 .93 1.08 ! 1.60 11.80 2.70 4.95 7.90 | .43 .43 .45 .57 70| .95 1.15 11.70 3.20 5.15 | .65 .65 .68 .86 1.05 1.45 1.75 2.55 4.80 7.75 | .50 .50 .52 .65 .80 1.10 |1.30 |1.95 3.70 6.00 | .75 -.75 .78 1.00 1.201 1.65 1.95 2.95 5.55 9.00 1 1 1 1 1 1 1 1 1 I 1 1 End to end. No. 1219 1 U/2 1 1% 1% l7/s 2% 2% 1 2% |2I5/igI 31/4 39/ig 3*5/16 45/1G | 45/8 End to end. No. 1219V?. 1 1 21/4 27/is 2/iB|3i/16 3s/ifi |3H/ib| 4 4S/lS Wig 55/1S 1 Center to female end, Nos. 1290. 1292, 1291, 1296 1 Center to union end. Nos. 1290, 1294 1 Center to union end, Nos. 1292, 1296 1 1 13/l6 1S/l6 Ws lS/l6 l7/ie 1% U15/iel 21/4 I211/16 3Vs |l13/l6 21/16 2s/ig 2% 3 1 37/iR|313/16| 43/s 47/s 55/8 l2Vie 2% 31/ie 31/2 3is/i6|47/i6 4% 53/s 6 6* 5/16 1 I 1 Malleable Iron ''Chicago" Unions Brass to Iron Seat--Ground Joint--Brass Hexagonal Ring Size iNO. olo With Black Ends, With Galv. Ends, fcnd to end WORKING PRESSURES 200 pounds steam 400 pounds cold water, oil or gas, non-shock Air Tested The "Chicago" Union lends itself to a wide variety of services for steam, oil, gas, or air lines. The union ring can be easily removed; being made of brass, it makes a non-corrosive connection with the threadpiece and tail-piece. The brass union ring together with the brass to iron ground joint permits the union to be repeatedly taken apart and reassembled without danger of leakage. A gasket is not required. List Prices and Dimensions Inches | Vi 3/8 Vz 3/4 1 Each| .45 .45 .50 .60 .80 Each j .50 .50 .55 .70 .95 Inches | 1% 13/4 1% 2*/8 23/g Thread engagement... .page 591 1 1% 1.20 1.40 I 2% 1 Wz 1.55 1.80 I21S/16 2 2.30 2.60 33/4 21/2 3.80 4.50 37/g 3 5.50 6.60 4i/2 18 240 CRANE Malleable Iron Railroad Unions WORKING PRESSURES 3-inch and smaller -- 250 pounds steam -- 500 pounds cold water, oil, gas, or gasoline, non-shock 3 and 4-inch --200 pounds steam -- 300 pounds cold water, oil, gas, or gasoline, non-shock FEATURES Brass to Iron Seat -- Ground Joint , Air Tested Size No. 519, Female No. 519%, Male and Female No. 517% Straight Air Pump Union (Both Ends Are Same Size) No. 517 Reducing Air Pump Union (Male End Is Larger) List Prices, Unions Inches | % | Vi 1 % 1 % 1 % 1 1 1 1% 1 U/2 1 2 | 2% | 3 | 31/2 | 4 Black Galv. Black Galv. Eachl .45 1 .45 1 .45 | .50 I .60 I .80|1.20|1.55!2.30|3.80|5.50| 8.00111.00 Each| .50 1 .50 ! .50 | .55 j .70 ! .9511.40j1.8012.6014.5016.60110.00113.50 Each | 1 .56 j .56 j .63 1 .75 U.00)1.5011.94j2.8814.75j6.88| 1 Each j 1 .67 I .67 1 .74 I .93 1.2711.8712.40 j 3.47 j 6.0018.801 j Size No. 517%, Straight No. 517, Reducing List Prices, Air Pump Unions Inches | 1% 1% 1 2 li 1x3/4 114*1 Black Each| 1.50 1.94 | 2.88 || Galv. Each| 1.87 2.40 | 3.47 || Black Each| Galv. Eachj 1 ;! 1.20 1.65 1 II 1.60 2.20 l%xl% 2x1 2.45 3.25 3.30 4.40 2x11/4 3.30 4.40 2x1% 3.30 4.40 Service recommendations: Crane Railroad Unions and Union Fittings are recommended for exacting service on pipe lines carrying steam, water, oil, air, gas, gasoline, or other fluids. They are especially suitable for railroad work and are used on general locomotive, car, shop, and yard service. affecting its strength or tightness. The brass seat *. ring is forced in under high pressure, and it will not : loosen in service. s Test: Each union and union fitting is given an air- ; under-water test. ' Dependable construction: All parts are heavy and ruggedly constructed and will withstand strains resulting from making up joints, expansion and contraction, vibration, etc. Brass to iron seat, ground joint: No gasket is necessary. The brass to iron ground joint is noncorrosive and makes a tight seat very easily. It can be taken apart and reassembled repeatedly without Interchangeability: Tail-pieces and union rings are interchangeable, size for size, with similar parts of the union fittings shown on the following page Listed by Underwriters' Laboratories: Crane Railroad Unions and Union Fittings have been inspected and are listed by the Underwriters' 5Laboratories (National Board of Fire Underwriters), Chicago, for use on hazardous liquids. Dimensions, in Inches Size Vs 1 V* 1 % 1 % 1 % : 1 1%4 1 1% 1 2 1 2% i 3 1 3% I 4 A--No. 519 | 1% 1 1% 1 13/4 1 1% 1 2% I 23/8 2% 1 213/iel 31/4 1 3% | 4% 1 45/isl 4% B--No. 519% | 121/4 1 2%6| 2* 1/161 3Vi61 3%6 3i%sl 4 1 4S/16| 4% | 5% 1 1 Size No. 519 No. 519i/2 B--No. 517% 1 11/4 1 1% 1 2 J 1x3/4 | 114x1 1 3% I 315/i6 i 41/4 1 l%xli/4 | 2x1 | 2x11/4 1 2x1% 11 1 B--No. 517 1 1 ` 11 3% 1 37/lfi 3"/i6 1 313/iel 3i5/ifi 1 4i/i6 Thread Engagement. . . .page 591 CRANE Malleable Iron Railroad Union Fittings WORKING PRESSURES 200 pounds steam 400 pounds cold water, oil, gas, or gasoline, non-shock FEATURES Brass to Iron Seat -- Ground Joint Air Tested 241 No. 590 90 Elbow Female Union No. 591 45 Elbow Female Union No. 594 Tee r Female Union on Run No. 595 Reducing Tee Female Union on Run No. 598 Tee Female Union on Outlet No. 592 90 Elbow Male Union No. 593 45 Elbow Male Union No. 597 Reducing Tee Male Union on Run Size No. 590 or No. 592, 90 Elbows No. 591 or No. 593, 45 Elbows No. 594 or No. 596, Tees ^ No. 598 or No. 598%, Tees List Prices, Straight Fittings Inches % 1 % % 3/4 1 1 1 m Black Each .60 | .60 .75 .90 1 1.20 1 1.80 Galv. Each .80 | .80 1.00 1.20 1 1.60 1 2.40 Black Each .60 | .60 .75 .90 1 1.20 1 1.80 Galv. Each .80 | .80 1.00 1.20 1 1.60 1 2.40 Black Each .66 | .66 .82 1.00 1 1.32 1 1.98 Galv. Each .88 | .88 1.10 1.32 1 1.75 1 2.65 Black Each .75 | .75 .82 1.00 1 1.32 1 1.98 Galv. Each 1.00 | 1.00 1.10 1.32 1 1.75 1 2.65 lVz 2.40 3.20 2.40 3.20 2.64 3.50 2.64 3.50 No. 598i/2 Tee Male Union on Outlet 2 3.00 4.00 3.00 4.00 3.30 4.40 3.30 4.40 2Vz 4.80 6.40 4.80 6.40 5.30 7.10 3 7.50 10.00 7.50 10.00 8.25 11.00 Size No. 595 or No. 597, Reducing Tees List Prices, Reducing Tees Inches | Black Galv. Each| Each| lx% 1.45 1.95 lx% 1.45 1.95 1x% 1.45 1.95 Size A B U D E F G Vi % % 3/4 13/l6 15/l6 U/s 13/ig 1S/l6 U/s % 13/l6 7/s l13/is 2Vie 25/ts 27/l6 23/4 3Vl l9/is l11/l6 l7/s 23/is 2% 211/16 Description.. . .page 240 ls/l6 lS/l6 1 2% 31/2 2l/s 3 ' Dimensions, in Inches 1 1 11/4 1 11/2 2 1 21/2 3 I lx3/g lx 1/2 l7/l6 1 l3/4 l7/l6 11% 1 llS/l6 1 115/16 21/4 21/4 1 211/ig 1 211/16 31/8 31/s 11 l3/l6 11 15/16 11/4 lS/l6 IVs 1 lS/l6 3 1 37/,6 315/16 1 47/i6 27/,6 1 23/4 1 l7/l6 1 313/1S 1 43/4 1 3V,g . IH/16 1 115/16 43/8 1 51/8 53/g 1 6i/s 31/2 1 41/16 23/ls 515/16 7Vi6 43/4 25/g 39/l6 2H/i6 35/g 3% 133/4 1 4 41/2 1 51/16 5% Thread Engagement... .page 591 lx3A 15/16 1% 213/16 33/4 242 CRANE A. A, R. Malleable Iron Unions WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold'water, oil, gas, or gasoline, non-shock TEST PRESSURE -- 150 pounds air under water FEATURES Brass to Iron Seat -- Ground Joint Octagon Ends For Straight size Air Pump Unions, use either the No. 819y2 E or the No. 9191/2. E shown on page 244. Size No. 819 E, Female No. 819Vi E, Male and Female Size______________________ No. 817 E, Reducing, Black No. 817 E Reducing Air Pump Union (Male End Is Larger) For FORGED STEEL A.A.R. Unions, see page 244. List Prices, Unions Inches | V* - % V4 1 Black Each| .45 .45 .50 Galv. Each| .50 .50 .55 Black Each| .56 .56 .63 Galv. Each| .67 .67 .74 %1 .60 | .80 .70 I .95 .75 | 1.00 .93 1.27 N/4 P/2 1.20 1.55 1.40 1.80 1.50 1.94 1.87 | 2.40 2 2.30 2.60 2-88 3.47 2% 3 3.80 5.50 4.50 6.60 4.75 | 6.88 6.00 8.80 List Prices, Air Pump Unions _Inches| U/4xl | U/z-x 1 |lV2xiy4| 2x1 | 2xU/4 | 2xiy2 Eachj 1.65 | 2.45 | 2.45 | 3.3T~| 3.30 | 3.30 Service recommendations: Crane A. A. R. Unions and Union Fittings are ideal for service where long life and dependability are desired. They are especially suited for railroad work because they easily withstand abuse, piping strains, vibration, expansion, and contraction. Unusually rugged: All parts are of massive, sturdy construction. The malleable iron from which they are made is exceptionally strong and tough. Brass to iron seat, ground joint: The brass to iron ground joint seat is non-corrosiye and holds pressure easily; no gasket is needed. It can be taken apart and reassembled repeatedly without affecting its strength or tightness. The brass seat ring is forced in under high pressure, and it will not loosen in service. Listed by Underwriters' Laboratories: Crane A. A. R. Unions and Union Fittings have been inspected and are listed by the Underwriters' Laboratories (National Board of Fire Underwriters), Chicago, for use on hazardous liquids. Association of American Railroads: The unions shown on this page and the union fittings shown on the following page conform to the specifications and recommended practice of the Association of Amer ican Railroads (A. A. R.) for 300-pound unions and union fittings. When subjected to tensile tests, their breaking strengths exceed those required by the specifications. Interchangeability: The tail-pieces and the union rings on all of these unions and union fittings are interchangeable, size for size. Galvanized Air Pump Unions: The Air Pump Unions can be furnished galvanized, when so ordered, at an advance in price; prices on application. No. 819 E or No. 817 E Size A--No. 819 E B--No. 819i/2 Size B--No. 817 E Dimensions, in Inches 1 V* 1 % 1 J/2 1 % 1 1 1 U/4 1 IV2 1 1% 1 l13/ie 1 l1S/l6 1 21/4 1 2Vi6 1 2i3/1G 1 3 1 2Vi 1 2i/2 1 211/ie 1 3% I 33/s | 33/4 1318/is | lV4xl | U/2xl U/2XII/4 | 2x1 1 31/2 | 3% 1 3i3/le 1 33/4 2 1 2l/2 3 3% I 4 43/i6 43/i6 I 5V,6 51/2 . 2x11/4 1 2xiy2 4 i 41/8 A. A. R. Unions and Union Fittings with STEEL male tail-piece. .. .page 244 A.A.R. Malleable Iron Screwed Fittings.. . .page 193 A.A.R. Brass Valves... .pages 42 to 45 CRANE A. A. R. Malleable Iron Union Fittings WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold water, oil, gas, or gasoline, non-shock TEST PRESSURE -- 150 pounds air under water FEATURES. Brass to Iron Seat--Ground Joint Octagon Ends 243 No. 890 E 90 "Elbow Female Union No. 898 E Tee Female Union on Outlet No. 892 E 90 Elbow Male Union No. 893 E 45 Elbow Male Union No. 896 E Tee Male Union on Run No. 897 E Reducing Tee Male Union on Run List Prices, Straight Fittings Size Inches | V* 3/s Vi 3A No. 890 E or No. 892 E, 90 Elbows, Black Eachj .60 .60 .75 .90 No. 89iy2 E or No. 893 E, 45 Elbows, Black Each| .60 .60 .75 .90 No. 894 E or No. 896 E, Tees, Black No. 898 E or No. 898y2 E, Tees, Black Each| .66 .66 Each| .75 .75 .82 1.00 OO (S 00 1 U/4 1.20 1.80 1.20 1.80 1.32 | 1.98 1.32 1.98 1% 2.40 2.40 2.64 2.64 No. 898y2 E Tee Male Union on Outlet 2 3.00 3.00 3.30 3.30 21/2 4.80 4.80 5.30 5.30 3 7.50 8.25 List Prices, Reducing Tees Size Inches | 1x% 1 No. 895 E or 897 E, Reducing Tees, Black Each| 1.45 1 1x% 1.45 1 | 1x3/4 1.45 Galvanized Union Fittings: The Crane A.A.R. furnished galvanized, when so ordered, at an advance Malleable Iron Union Fittings listed above can be in price; prices on application. No. 890 E No. 892 E No. 89iy2E No. 893 E No.894Eor895E No.896Eor897E Size A B U D E F G V* 3/s % 1 3/4 1S/lS ls/ie 13/le 2 29/16 1% 23/16 U/l6 1X/16 7/s 2% 27/s 13/4 27/l6 U/4 1 U/4 1 11 27/l6 1 33/16 1 l35/l6l 2"/l6l l7/l6 lVl6 iy 27/r 33/4 23/16 3Vl6 Description . . page 242 Dimensions, in Inches 1 U/4 U/2 [ 2 1% 1% lS/l6 33/16 4Vl6 2y> 37/i6 US/16 us/16 u/2 3X1/l6 4% 2% 313/i6 2y8 1 2Vs 1 UVisI 31 S/l61 4y8 1 33/16 1 4Vi 1 21/2 21/2 2 4y2 53/s 3xVis 49/ie 2Vi 25/l6 21S/l6 2X/4 57/l6 67/i6 43/,6 53/16 3 1 lx 3/s 33/8 ls/l6 33/8 17/16 1 x Vi l7/i6 u/2 513/16! 73/16 ! ! 23/4 311/16 2% 313/is Thread Engagement . . .page SSI 1x3/4 U/2 l9/l6 3 31S/l6 18 K 244 CRANE A.A.R. Malleable Iron Unions and Union Fittings With Steel Male Tail-Piece WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds co'Id water, oil, or gas, non-shock FEATURES Brass to Steel Seat Ground Joint -- Octagonal Ends These unions and union fittings are the same as those shown on pages 242 and 243 except that they have a steel tail-piece, making the male end unusually rugged. They are especially suited for the severe services where the strength and toughness of steel is needed in the male end. All parts are interchangeable, size for size, with the corresponding parts of the Malleable Iron A.A.R. Unions and Union Fittings (pages 242 and 243). Galvanized unions and union fittings are made to order; prices on application. * No. 992 E 90 Elbow No. 993 E 45 Elbow Size Inches 1 V* 1 % No. 9191/2 E, Unions | .56 | .56" No. 992 E, 90 Elbows | .60 | .60 No. 993 E, 45 Elbows | .60 | .60 No. 996 E, Tees j .66 | .66 No. 998i/2 E, Tees | .75 | .75 No. 996 E Tee Union on Run List Prices, Each, Black % 84 1 1% U/2 .63 .75 1.00 1.50 1.94 .75 .90 1.20 1.80 2.40 .75 .90 1.20 1.80 2.40 .82 1.00 1.32 1.98 2.64 .82 1.00 1.32 1.98 2.64 No. 997 E Reducing Tee Union on Run No. 998y2 E Tee Union on Outlet 2 1 21/2 2.88 | 4.75 3.00 | 4.80 3.00 | 4.80 3.30 j 5.30 3.30 | 5.30 3 6.88 Inches 7.50 No. 997 E 8.25 Reducing Tees 1x3/8 lxl/2 1x3/4 1.45 i il AA.R. Forged Steel Ground Joint Unions WORKING PRESSURES--300 pounds steam FEATURES' Ground Joint -- Octagonal Ends Brass to Steel Seat Tested 150 pounds air under ivater 2Y<i and 3-inch male tail-pieces are cast steel. These are light weight, rugged Forged Steel A.A.R. Unions, ideal for locomo tive and other railroad services subjected to vibration and expansion and con traction. The brass to steel ground joint seat is No. 950 H Union Female No. 953 H Union Male and Female No. 9531/2 H Reducing Air Pump Union (Male end is larger) non-corrosive and holds pressure easily; no gasket A.A.R. These unions conform to the A.A.R. speci is required. Corresponding parts interchange with fications for 300-pound unions. The union ring is those of Unions shown on page 242 and above. marked "Crane-AAR-300". Size Inches | No. 950 H, Female Unions Each| No. 953 H, Male and Female Unions Each| Air Pump Unions Size No. 953i/> H, Reducing V* .40 .50 % % 3A 1 1 1 U/4 1 U/2 1 2 21/2 3 .50 .60 .70 .80 1.20 1.60 | 2.30 4.50 6.75 .62 .75 .87 1.00 1.50 2.00 | 2.75 5.70 8.50 Inches 1 II/4XI | iy2xl |U/2x 11/41 2x1 | 2x11/4 | 2x11/2 Each| 3.75 | 5.00 | 5.00 | 6.50 | 6.50 | 6.50 . Dimensions, same as A.A.R. Malleable Iron Unions and Union Fittings, see pages 242 and 243. V CRANE 245 Crane Unions and Union Fittings Applied to the Air Brake Piping of a Locomotive The illustrations on this page show the application of Crane A.A.R. Unions and Union Fittings to the air brake piping of a locomotive. Such an installation, compared with one using ordinary screwed fittings, nipples, and female unions, .} eliminates from 25 to 50 per cent of the threaded |; joints. The possibility of leaks is correspondingly, reduced, and consequently a very substantial saving is made in the labor cost of the installation. The male end unions and union fittings illustrated below are the Crane A.A.R. line shown on page 244. Their steel male tail-piece assures liberal strength and ruggedness. If desired, however, the unions and union fittings with malleable iron tail-piece, shown on pages 242 and 243, may be used; or the A.A.R. Forged Steel Unions, shown on page 244, may be used. Save Material and Labor with Crane Unions and Union Fittings See pages 236 and 237 To Reservoir { Brake^Pipc | Signal Pipe / Brake Cylinder Pipe j j 919HE Brake Cylinder 992 E- Si-992 E . TLower yLealt Brake Cylinder-* , End View of Right Side Sr Sr Lower Right Left Side Arrangement Cooling Piping 246 CRANE 300-Pound Malleable Iron Unions WORKING PRESSURES No. 198 E and No. 198J4 E--300 pounds steam, 550 F. No. 197 E --300 pounds saturated steam All types--600 pounds cold water, oil, or gas, non-shock TEST PRESSURE--150 pounds air under water FEATURES Brass to Iron, All-Iron, or Brass to Brass Seat Ground Joint Octagon Ends No. 198 E Female Union Brass to Iron Seat Size Brass to Iron Seat All-Iron Seat Brass to Brass Seat No. 198 E No. 198% E No. 197 E Inches | V* Black Each | .45 Galv. Each j .50 Black Each| .45 Galv. Each| .50 Black Each | .45 Galv* Each] .50 No. 198% E Female Union All-Iron Seat No. 197 E Female Union Brass to Brass Seat List Prices % % 3A ! 1 ' U/4 1 1% 2 . 2% | 3 , 3% 1 4 ' .45 .50 .60 .80 j 1.20 | 1.55 | 2.30 | 3.80 I 5.50 | 8.00|11.00 .50 .55 .70 .95 ] 1.40 i 1.80 | 2.60 1 4.50 | 6.60 1.10.00113r50 .45 .50 .60 .80 | 1.20 i 1.55 | 2.30 | 3.80 | 5.50 | .50 .55 .70 .95 | 1.40 ; 1.80 j 2.60 j 4.50 j 6.60 | .45 .50 -.60 .80 1 1.20 | 1.55 1 2.30 I 3.80 | 5.50 1 .50 .55 .70 .95 1 1.40 ' 1.80 | 2.60 | 4.50 | 6.60 | 1 1 1 1 Service recommendations: Crane 300-Pound Malleable Iron Unions are'recommended where long life and dependability are desired on lines conveying steam, water, oil, air, gas, dr similar fluids. Their sturdy construction makes them especially suitable for severe services. Unusually rugged: All parts are massive and rugged. The malleable iron from which they are made has a high tensile strength and is exceptionally tough. Choice of seat construction: The unions are made with three types of seat construction. Brass to Iron Seat--No. iq8 E All-Iron Seat--No. 19834 E Brass to Brass Seat--No. 197 E Brass seat unions: Brass seat unions have durable, non-corrosive seating surfaces. The large brass rings are forced into the retaining grooves Under high pressure; they will not loosen in service. All-iron unions: All-iron unions have seating sur faces integral with the end-pieces. They are suitable for steam, oil, air, or gas lines where a non-corrosive seat is not desired, and for acid lines where all-iron material is satisfactory. Ground joint: All of these unions have a ground joint seat that holds pressure easily; no gasket is needed. The unions can be taken apart and re assembled repeatedly without affecting their strength or tightness. Interchangeability: The corresponding parts of these unions are interchangeable, size for size. Identification of seat: Brass to iron seat black unions are all black. All-iron black unions have the union ring japanned green. Brass to brass seat black unions have the union ring japanned maroon. Galvanized unions are all-galvanized, with no other distinguishing color on the union ring. Federal Specification: The No. 198E Brass to Iron Seat Unions and the No. 19834 E All-Iron Seat Unions, sizes 34 to 3-inch inclusive, conform to Federal Specification No. WW-U-J36, dated June, 1933- 1, 4 Dimensions, in Inches Size | % 1 % 1 % 1 % 1 1 1 1% 1 1% 1 2 1 2% 1 3 1 3% | A |1 1% 1 l1S/l6 1 lIS/l6 1 2>/4 1 2Vis 1 213/16 1 3 1 3% |1 4 1 45/16 1 4U/16 | Thread Engagement.. . page 591 4 5 CRANE Forged Steel Ground Joint Unions 247 Tested 300 pounds air under water No. 250 H No. 253 H Female Male and Female Brass to Steel Seat (2J^ and 3-inch male tail-pieces are cast steel.) These unions are furnished with black end-pieces and cadmium plated union ring, or are cadmium plated all over. No. 252 H No. 254 H Female Male and Female Steel to .Steel Seat Size No. 250 H, or No. 252 H No. 253 H, or No. 254 H End to end List Prices, Each, and Dimensions Inches! Vi | Vi % 1 % % 1 11% 11% 2 I 2i/2 3 Black with Cadmium Plated Ring .40 | .40 .50 .60 .70 .80 1.20 1.60 2.30 4.50 6.75 Cadmium Plated all over .50 | .50 .60 .75 .90 1.05 1.50 2.10 2.90 5.25 7.75 Black with Cadmium Plated Ring | .50 .62 .75 .87 1.00 1.50 2.00 2.75 5.70 8.50 Cadmium Plated all over | .59 .70 .87 1.05 1.25 Is. 75 2.50 3.40 6.25 9.50 Female Male and Female Inches VA 1 1% l13/l6 l1S/l6 2V4 2Vie 2l3/w 3 3% 4 45/l6 Inches 12% 2% 2`% 3% 1 33/8 334 3ls/ie 4s/l6 5Vie 5/2 Service recommendations: These unions are recommended for high pressures and temperatures or for unusually severe service on steam, oil, water, air, or gas. Although light in weight, they are ex ceptionally tough and rugged. Seat: The unions have steel to steel seats or brass to steel seats. In the former, the seats are integral with the end-pieces. In the latter, a large brass ring is rolled under high pressure into the thread-piece; it will not loosen in service. Cadmium plating: These unions are furnished with black end-pieces and cadmium plated union ring or are cadmium plated all over. The parts are - plated inside and outside after being machined and before being assembled. Cadmium plating offers excellent resistance to atmospheric corrosion (rust) and is a permanent and effective lubricant. A.A.R. design: In design and dimensions, No. 250 H and No. 253 H Unions sizes )4 to 3-inch comply with the specifications of the Association of American Railroads for 300-pound unions. Identification of seat: Brass to steel seat unions are marked " 600S-5500 F."; steel to steel seat unions are marked " 6ooS-qoo F." Working Pressures, Non-Shock (Steam, Water, Oil, Oil Vapor, Gas, or Air) Temp. Pounds Temp. Pounds Degrees Brass to Steel to Degrees Steel to Fahr. Steel Seat Steel Seat Fahr. Steel Seat 100 2000 2000 150 1900 200 1800 250 1700 300 1600 600 1040 650 960 700 880 750 800 800 740 350 1500 850 670 400 1400 900 600 450 1300 950 530 500 1200 1000 380 550 600 1120 Forged Ground Joint Unions--Steel to Exelloy Seat No. 246 X, Female Tested 300 pounds air under water List Prices and Dimensions Size List Price End to end Inches Each Inches Vi 2.00 l1S/l6 % 2.50 2Vs V2 3.20 2Vis % 4.00 213/ig 1 5.50 39/lS For larger sizes, use No. 330 D or No. 331 D Flange Unions, page 253. Working Pressures, Non-Shock (Steam, Water, Oil, Oil Vapor, Gas, or Air) Temp. Pounds Temp. Pounds 100 F. 150 200 250 300 350 400 450 500 550 6000 5700 5400 5100 480Q 4500 4200 3900 3600 3360 600 F. 650 700 750 800 850 900 950 1000 3120 2880 2640 2400 2200 2000 1800 1590 1140 .... These exceptionally heavy, superior quality unions the seat and the ring thread joint non-corrosive, have a thread-piece of forged Exelloy, making both The tail-piece and union ring are forged steel. Thread engagement.. . .page 591 248 CRANE Forged Steel Ground Joint Hammer Lug Unions Unions with Double Hammer Lugs Unions with Single Hammer Lugs Cadmium Plated For working pressures, see table shown below. Female Union No. 350% H Brass to Steel Seat Size Black No. 350(4 H, Brass to Steel Seat Cadmium No. 350 H, Brass to Steel Seat Plated No. 352 H, Steel to Steel Seat Tested 300 pounds air under water Female Union No. 350 H, Brass to Steel Seat No. 352 H, Steel to Steel Seat List Prices (The 4-inch size is cast steel.) Inches % 1 % (4 1 1 1 IV2 2 2% 3 1 4 Each 1.00 | 1.20 1.40 | 1 1 Each .60 | .75 .90 | 1.05 | 1.50 2.10 2.90 5.25 7.75 116.00 Each .60 1 .75 .90 1 1.05 j 1.50 2.10 2.90 5.25 7.75 116.00 Service recommendations: These unions find wide application in many industries on temporary lines or on services where the union must be easily and quickly taken apart or reassembled. A blow with a hammer upon one of the lugs will instantly break or make the joint. They are forged from a high quality steel and are strong and rugged. They will withstand hard usage and repeated dismantling. Their ground joint holds pressure easily; no gasket is required. Unions with Double Hammer Lugs: The No. 3 joj/a H Unions have two hammer' lugs on the thread-piece and two on the union ring. They are frequently used on hydraulic lines in steel mills. All sizes are forged steel and have a brass to steel seat. Unions with Single Hammer Lugs: The No. 350 H Brass to Steel Seat and No.'352 H Steel to Steel Seat Unions have hammer lugs (two) on the union ring only. They are used on many services; the larger sizes are popular in oil and gas fields. The unions are cadmium plated inside and out after machining and before assembly. Cadmium plating offers excellent resistance to atmospheric corrosion (rust) and is a permanent and effective lubricant. Sizes 3-inch and smaller are forged steel; the 4-inch size is cast steel. The No. 352 H Steel to Steel Seat Unions have the lugs on the union ring painted green after being 'cadmium plated to identify them from the Brass to Steel Seat Unions. Interchangeability: The union ring, thread-piece, and tail-piece on all of these unions sizes 3-inch and smaller are interchangeable with the corresponding parts of the No. 250 H, No. 252 H, No. 253 H, and No. 254 H Unions shown on page 247. Brass to Steel Seat ' Used in Nos. 350(4 H and 350 H (Brass ring rolled in under high pressure; will not loosen in service.) Steel to Steel Seat Used in No. 352 H .(Seats are integral with the end pieces.) Working Pressures (Steam, Water, Oil, Oil Vapor Gas, or Air) Temper ature Pounds, Non-Shock Temper Pounds ature Non-Shock Degrees Brass to Steel to Degrees Steel to Fahr. Steel Seat Steel Seat Fahr. Steel Seat 100 2000 2000 , 600 1040 150 1900 650 960 200 1800 700 880 250 1700 750 ' 800 . 300 1600 800 740 350 1500 850 670 400 1400 900 600 450 1300 950 530 500 1200 1000 380 550 '600 1120 Size No. 350H No. 352 H Dimensions, in Inches End to end Distance across lugs on union ring End to end Distance across lugs % 1 % 1 % 1 1 1 iy4 1% 23/is 1 2(4 | 2%e | | 21Visl 3(4 I3l3/16j [ 113/is!115/ibI 21/4 | 27/ie |2W,fi 3 2* Vis I 3(4 |33/16: 43/g | 53/16 5Wie Thread Engagement,.. .page 591 2 | 2% 1 1 3% 1 4 6% | 7% 3 4s/is 9% 4 5%. 12(4 ______________ CRANE______________ Cast Iron Flange Unions 249 Standard--Gasket Type WORKING PRESSURES 125 pounds steam 175 pounds cold water or gas, non-shock Each union is equipped with a rubber gasket. Standard Faced, Plain Face When sizes 14-inch and larger are required use two No. 553 Standard Cast Iron Com panion Flanges (.page 292) bolted together. List Prices and Dimensions Galvanized unions have galvanized bolts. Size Inches | % I 3/4 | 1 | lVi 1 Wz i 2 | 2Vz 1 3 | 3Vz 4 | 5 | 6 [ 8 | 10 12 Black , Each| .40 | .46 | .52 | .64 .78 | 1.00 | 1.25 1 1.50 1 1.80 2.10 | 3.15 | 3.95 | 7.00|11.50 16.00 Galvanized Each| .80 | .92 | 1.04 | 1.28 1.56 | 2.00 | 2.50 | 3.00 | 3.60 4.20 | 6.30 | 7.90 114.00(23.00 32.00 End to end Inches| l3/ie\ ls/i6 IVisI l9/is UVifillWifil 25/iel 2Viel 29/i8 211/i6|215/16| 31/iel 39/isl3l3/16 43/ts Dia. of flanges Inches 23/4 | 33/8 33/8 1 41/8 41/2 15% | 5% | 63/8 1 71/4 73/4 191/g 110% |123/4 115% 177/8 I No. and dia. of bolts 3-3/g 1 3-Vl6 1 3-7/l6 1 4-7/l6 4-% 1 4-% | 4-5/s | 4-5/s | 4-5/g 5-5/g I 5-5/8 I 6-5/8 I 8-5/8 | 10-3/4 12-3/4 250-Pound Gasket Type or Ground Joint WORKING PRESSURES 250 pounds steam 400 pounds cold water, oil, or gas, non-shock No.'97 E Gasket Type Faced, Plain Face Galvanized unions have galvanized bolts. No. 99 E Ground Joint--Brass to Iron Sear Navy Pattern The No. Q7 E Unions are equipped with a rubber gasket, suitable for steam, water, or gas service. For oil service, a Cranite gasket should be used. It is furnished only when ordered and is charged extra; see page 571 for list prices. The No. qq E Unions have a non-corrosive brass-to- iron ground joint seat; no gasket is needed. They can be taken apart and reassembled repeatedly without affecting their strength or tightness. Size No. 97 E Black Galvanized .No. 99 E Black Galvanized End to end, No. 97 E /find to end, No. 99 E * Uia. of flanges No. and dia. of bolts List Prices and Dimensions Inches | % 4 1 1 1 m li/z I 2 21/2 3 31/2 4 5 6 8 Each| .70 .70 | .80 | 1.00 1.15 1.50 1.90 2.25 2.70 3.15 4.75 6.00 10.50 Each| 1.40 1.40 | 1.60 | 2.00 2.30 | 3.00 3.80 4.50 5.40 6.30 9.50 12.00 21.00 Each| .60 | .80 | 1.20 1.60 2.00 3.20 4.80 6.00 7.50 10.00 12.50 18.00 Each| .90 | 1.20 I 1.80 2.40 3.00 4.80 7.20 9.00 11.25 15.00 18.75 27.00 Inches | lS/l6 lS/l6 1 WislUVis 113/161 21/is 23/16 27/16 211/ie 213/lfi 21 s/, fi 3i/i 6 39/l6 Inches | lViel 13/4 H1S/16 2i/s 21/2 25/g 27/g 31/8 33/8 35/s 37/s 41/2 Inches | 31/4 31/4 1 33/8 141/s 43/8 53/8 6 63/4 71/2 8 93/8 107/s 131/4 1 4-7/16 4-7/16|4-7/16| 4-% 4-1/2 |5-9/l6 5-5/8 6-5/g 6-5/g 7-5/g 8-% 9-3/i 10-34 5-Bolt Oil Country Pattern--Gasket Type 5-Bolt Oil Country Pattern Not Faced, Corrugated Face for Gasket WORKING PRESSURE 600 pounds cold water, oil, or gas, non-shock List Prices and Dimensions Size Inches | 2 Black End to end Dia. of flanges Eachl Inches 1 Inches | 1.85 25/g 53/8 No. and dia. of bolts 1 5-5/8 Extra Caskets. ,, . .page S71 The flanges of this union are rough, not faced. To afford a stronger grip on the gasket, the bearing surfaces are corrugated. Each union is equipped with a rubber gasket. For extra gaskets, see page $71. 250 CRANE Malleable Iron Gasket Type Flange Unions Standard Unions Standard Faced, Plain Face Long Thread Type WORKING PRESSURES 150 pounds steam 225 pounds cold water, oil, or gas, non-shock Galvanized unions have galvanized bolts. Each union is equipped with a rubber gasket, suitable for steam, water, or gas service. For oil serv ice, a Cranite gasket should be used. It is furnished only when ordered and is charged extra; see page 571 for list prices. Size Black Galvanized End to end Diameter of flanges No. and dia. of bolts List Prices and Dimensions Inches | % | 1 | V/4 1 Wz 2 21/2 1 3 | 3i/z | 4 | 5 | 6 8 10 | 12 Each| 1.40 | 1.60 Each| 2.80 | 3.20 Inches | 1% \ V/16 Inches 2% 1 31/4 3-3/g | 4-3/g 2.00 2.50 3.00 4.00 5.00 6.00 l9/is l13/ie 2% 33/4 4% 5i/s 4-7,6 4-1/2 4-1/2 3.50 | 4.40 | 5.25| 6.00 8.001 9-00 18.00 33.00 46.00 7.00 | 8.80 |10.50|12.0a 16.00118.00 36.00 66.00 92.00 2% 1213/ie | 3l/lfi | 37,e 33/8 139/,B 4 47/,s 4i3/lfi 5% 1 65/s | 7i/2 1 73/4 93/8 1 103/8 123/4 151/2 177/g 4-% 1 4-5/8 | 4-% | 5-% 5-s/8 1 6-% 8-S/s 10-3/4112-% These unions are heavier and have longer thread lengths than the ordinary commercial flange unions of this type. They have ample bolting and are sturdily constructed of a good quality malleable iron. Crane Standard Malleable Iron Flange Unions are recommended for all general steam, water, oil, or gas service. Because of the extra safety factor resulting from their greater weight and longer threads, they are especially suitable where ordinary unions are not entirely satisfactory, as in'oil refineries. 400-Pound W.O.G. Unions WORKING PRESSURES 250 pounds steam 400 pounds cold water, oil, or gas, non-shock Each union is equipped with a Cranite gasket, suitable for steam, water, oil, or gas service No. 95 E Faced, Plain Face Long Thread Type Size No. 95 E, Black End to end Diameter of flanges No. and dia. of bolts Inches | Each) Inches | Inches | 1 List Prices and Dimensions 2 1 2i/2 3 14 4.85 1 6.75 21/2 1 213/,6 53/8 | 53/l6 5-9/,6 1 5-3/s 9.00 1 11.50 3 1 31/8 718 6-3/g 1 7-3/s 6 21.00 33/8 11 9-3/4 8 10 12 Prices on application 4 131/4 10-3/4 47,6 16 12-7/8 413/,6 18% 12-1 The No. qy E Unions are made of a high quality malleable iron. They are strong, tough, and rugged, and have good resistance to shock or impact and to the strains resulting from the expansion and con traction of piping. They are especially popular in oil and gas fields. The threads are unusually long and are accurately cut to gauge. These unions are regularly furnished with a Cranite gasket. They are recommended for 400 pounds cold, water, oil, or gas service, non-shock, and for 250 pounds saturated steam service. Extra Gaskets....page S71 CRANE 251 Malleable Iron Ground Joint Flange Unions Standard All-Iron Unions WORKING PRESSURES 150 pounds steam 225 pounds cold water, oil, or gaS, non-shock Iron to Iron Seat Ground Joint No. 773 Long Thread Type List Prices and Dimensions Size Inches | 2 1 2% i 3 No. 773, Black Each| 3.25 ' 4.50 1 6.00 End to end Inches [ 2"/l6 1 33/l6 i 3s/l6 Diameter of flanges Inches | 5V8 ! 5% 1 65/g No. and dia. of bolts 1 4-Vz 1 4-5/s ! 4-5/s *8-inch size can be made to order; price on application. 1 ' : 4 7.50 3*/i 7% 5-S/g 16 t 14.00 i 41/4 ; ioy2 ! 6-5/g 18 f* : 415/jg ! 123/4 i 8~% The No. 773 Standard All-Iron Flange Unions are popular in oil and gas fields. They have unusually long threads, accurately cut to gauge, making them suitable for pipe line service. The malleable iron from which they are made is strong, tough, and durable. It has good resistance to shock or impact and to tbe strains resulting from the expansion and contraction of piping. The ground joint seat eliminates the need for a gasket. Each union is given a hydrostatic test. Three-Part Unions Brass to Iron Seat Ground Joint Loose ring makes it easy to line up bolt holes. WORKING PRESSURES 600 pounds cold water, oil, or gas, non-shock Sizes 4-inch and smaller, 300 pounds steam Sizes j-inch and larger, 200 pounds steam Size No. 775, Black * End to end Diameter of flanges No. and dia. of bolts List Prices and Dimensions Inches | 2 21/2 1 3 i 31/2 4 00 1--< Each) 4.00 6.40 | 9.60 15.00 Inches'. 311/16 Inches i 51/4 0-1/2 4% ! 41/2 ; 41 i/is 6y16 ! 7s/l6 , 73/4 5-9/i6 1 5-5/s ; 5-5/g 5 83/s 6-5/g 5 20.00 53/s 93/4 6-5/g 6 25.00 5y8 11 8-3/4 No. 775 *7 30.00 0s/l6 121/2 10-3/4 8 36.00 6% 14i/s 10-% 10 57.60 83/l6 16% 12-1 Advantages of the three-part construction: The No. 77j Union has three major parts: flangepiece, tail-piece, and loose ring. The ring combined with the ball type seat assures tightness even when the pipe line is slightly out of alignment. In addi tion, being loose, the ring can be conveniently swiveled to any desired position to line up the bolt holes. Brass to iron seat, ground joint: The brass to iron seat is non-corrosive, and the ground joint eliminates the need for a gasket. The brass seat ting is forced into the tail-piece under high pressure and will not loosen in service. The union can be taken apart and reassembled repeatedly without injuring its strength or seating qualities. Loose ring painted yellow: The loose ring is painted yellow so that the union can be easily identified. Test: Each union is given a hydrostatic test. *7-inch Unions: The 7-inch Unions can be used for 6^-inch casing (7-inch O.D.) or 7J4"inch casing (7^8-inch O.D.). Orders should specify outside diameter of casing, number of threads per inch, and style of casing. 18 k. 252 CRANE Tongue and Groove Flange Unions No. 1589, No. 159iy2. or No. 1529 No. 1589 With Cranite Gasket WORKING PRESSURES, Pounds per Square Inch Sizes Steam or oil 500 F. Ammonia Cold water, oil, or gas, non-shock Vi to 3-inch 300 300 1000 31/2 to 6-inch 300 300 600 8 to 12-inch 250 300 500 1/4 to 3-inch are forged steel; 31/2>to 6-inch are malleable iron; 8 to 12-inch are Ferrosteel- f "A" is end to end of threads. These are rugged, service able unions. They are made by bolting together a No. 1547 Tongue Flange and a No. 1545 Groove Flange (shown on page 484), Each union is' equipped with a Cranite gasket. ` Reducing sizes are made to order; prices on application. List Prices and Dimensions Size Inches | Vi % Vi 1 34 1 1 1V411% 2 1 2% 1 3 31/2 1 4 5 | 6 8 | 10 | 12 No. 1589 Each| .90 1.001 1.20 |1.55| 2.15 ] 2.25 |2.70 3.10 | 5.50 | 6.75 7.75 19.25 111.00|13.75120.00|28.00|40.00 Style of flanges | Oval 1 A Inches] l5/ia m IPVigIIWisI 2 B Inchesl 3% 1313/i6 4 1 43/4 | 41/2 Square ] 2Vi |23/16 21/4 |2i3/16| 3 .31/4 1 33/8 5 | 6 61/2 1 71/2 | 81/4 9 1 10 Round 3% 1 3% 33/4 143/16 149/ifi 11 |12Vz 15 1171/2 1201/2 C Inches| 1% 1% 2 1 21/4 | 39/l6 |315/l6]4ll/l6 5V,6l5i3/16| 1 1 1 1 1 1 1 No. of bolts 1 2 2 2 1 2 | 4 4 | 4 4 1 4 | .8 8 1 8 8 [ 12 12 | 16 | 16 Dia. of bolts Inches] 1/2 Vi Vi 1 % Vi Vi 1 % % 1 34 1 % % 1 3/4 3/4 1 34 7/s 1 1 1 1% List Prices and Dimensions Size Inches | 1 1 1% 1 2 No. 1591Vi With Cranite Gasket No. 1591i/2 Each| Style of flanges i A Inches | B Inches 1 C Inches | No. and dia. of bolts Inches | 1.50 | 1.75 Oval 2 1 2Vi 4% 1 51/4 2% 1 3 2-% 1 2-3/s | 2.80 | Square 1 211/16 1 513/16 1 41/2 1 4-5/8 Oval Square These are unusually compact unions, equipped with a coils with close centers and for other services where. Cranite gasket. They are ideal for making up pipe a good union joint must be made in a small space.: Forged Steel Combination Elbows Furnished complete unless otherwise ordered No. 1529, Complete With Flange. Bolts, and Cranite Gasket List Prices and Dimensions Size Inches] Vi % 1 Vi 1 3/4 No. 1529, Complete No. 1529, Elbow only A B C D No. and dia. of bolts Each] 1.40 Each | .85 Inches| l3/,6 Inches | IV2 Inches| 3% Inchesl 1% Inchesl 2-1/2 1.55 | 1.85 | 2.20 .95 I 1.05 | 1.20 15/.<s 1 1% 1 lS/)6 lii/i6H15/ifil 2Vi 313/i61 4 1 43/4 1% 1 2 1 21/4 2-1/2 1 2-i/2 1 2-5/g 1 F/4 2.60 | 3.90 1.40 | 2.60 lVis 134 23/s |2U/16 43/4 51/4 25/g 3 2-% 1 2-5/g No. 1529 Elbow Only Strong, compact connections are made conveniently and' economically with these elbows. They are ideal where a union angle joint is needed in close quarters and for making meter, small by-pass, and similar connections. When used in place of ordinary screwed fittings, the No. 152Q replaces an elbow, a nipple, and a flange. eliminating two joints. When used in place of & flanged elbow, it eliminates one gasket joint. In both cases, the No. 1520 takes up less space. The flange portion is the No. 1547 (shown on 484) on sizes %-inch and smaller and the tongue 1 of the No. 15qi Union (shown above) on the i-in and 1 }<(->nch sizes. Extra Gaskets.. ..page 571 V, CRANE 253 2000, 6000, and 9000-Pound W.O.G. Forged Steel Ground Joint Flange Unions Steel to Steel Seat Brass to Steel Seat Steel to Steel Seat No. 328 D, 2000-Pound No. 340 D, 2000-Pound No. 329 D, 2000-Pound No. 330 D, 6000-Pound Cold Rolled Steel Bolt-Studs 'Triplex Steel Bolt-Studs 'Triplex Steel Bolt-Studs are threaded full length and are fitted with a nut on each end. No. 331 D 9000-Pound, Sizes JT to 234-inch 6000-Pound, Sizes 3 to 6-inch 'Triplex Steel Bolt-Studs 2000-Pound 6000 and 9000-Pound 2000-Pound Flange Unions 6000 and 9000-Pound Flange Unions S tyle of' fla n g e Size List Prices || Dimensions, in Inches .No. No. No. I 328 D 329 D 340 D Inches Each Each Each | A jC D No. & dia. of bolts Size List Prices | No. No. j 330 D 331 D Inches Each Each j Dimensions, in Inches No. & A B C D dia. of bolts O 4> di CC3 u !C Vi % Vi 3A 1 m 1V2 2 2% 3 31/2 4 5 6 8 10 12 1.60 1.80 2.05 2.45 2.90 3.40 3.90 4.40 7.70 11.70 14.30 17.60 21.00 30.00 45.00 65.00 86.00 1.85 2.05| 2.10 2.30! 2.40 2.60! 2.85 3.10! 3.35 3.701 3.90 4.351 4.50 5.00] 5.10| 5.70| 8.90| 9.90! 13.50| 15.001 16.501 19.00| 20.251 23.50| 24.25| 28.25| 34.501 41.00! 52.001 61.00! 75.001 87.00| 100.00|115.00| 1% 3% 1 l5/s 2-V2 l7/s 313/isl 1% 2-1/2 2 412 2Ve 4% ! 21/4 2-9/ie 2-3/4 2% 43/4 1 2% 2-3/4 2% 5 1315/iel 4-% 2% 6 |4H/16j 4-% 2% 6% ISVie 4-3/4 3% 7Vi |513/iel 4-% 3% 8V4 1 3% 9 , 3% 10 ; 6-7/s 8-% 8-1 37/8 11 1 8-1 i/s 4 12V21 IO-U/4 4% 1 15 | 10-1% SVs ! 17% | 12-13/z 5% 120y2 I 14-11/2 > uco 3 O* CO C 9 os Vi 6.00 7.50| 21/4 lWis 37/s 2 2-3/s % 6.00 7.501 21/4 l"/l6 3 Vi-* 2 2-3/8 Vi 6.00 7.501 23/4 11 l/l6 3 Vi 2 2-5/8 % 7.00 8.75| 23/g 113/l 6 35/8 3 4-9/,6 1 8.00 10.001 21/2 2 41/2 33/s 4-5/g 1 Vi 9.00 11.25| 23/4 23/ie 51/4 41/4 4-3/4 1% 10.00 12.50| 2% 25/,6 5% 43/4 4-7/8. 2 16.00 20.00| 311/16 3 6% 51/2 4-li/g 21/2 29.00 36.25| 313/16 31/8 7i3/16 61/4 4-11/4 3 47.00 58.751 43/g 3% 91/2 6-U/4 4 72.00 90.001 511/16 45/8 HVi 5 110.00 138.001 63/s 5% 133/4 8-1% 10-1% 6 147.001184.00; 6% 6 15 10-1% a > O a O3CTT o C O3 OS Service recommendations: The 2000-Pound Unions are compact, yet amply strong. They are recommended especially for hydraulic lines. In ad dition, the No. 340 D, having Triplex Steel bolting, are suitable for high pressure-temperature service. The 6000 and qooo-Pound Unions are made for the extreme pressures and temperatures encountered in some steam plants and oil refineries, and for very high hydraulic pressures. They are unusually mas sive and rugged, and they have liberal bolting. Construction: These unions are forged from a high grade steel, especially selected for its strength and toughness. They have long thread lengths, and their ground joint holds pressure exceptionally well. Bolting: The Nos. 328 D and 329 D sizes 6-inch and smaller have commercial bolts; larger sizes have cold rolled steel bolt-studs. The No. 330 D Unions have cold rolled steel bolt-studs. The Nos. 340 D and 331 D have Triplex Steel boltstuds, threaded full length, and fitted with medium carbon oil-quenched semi-finished hexagon steel nuts. Triplex Steel has excellent physical properties. Working Pressures Steam, Water, Oil, Oil Vapor, Gas, or Air Temper- Working Pressures -- Pounds (Non-Shock) ature 2000-Pound 6000-Pound 9000-Pound Degrees Fahr. Nos. 328 D and 329 D No. ' No. No. No. 340 D 330 D 331 D 331 D Sizes Sizes 3 to 6-inch % to 2Vi-inch 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 2000 1900 1800 1700 1600 1500 1400 1300 1200 2000 1900 1800 1700 1600 1500 1400 1300 1200 1120 1040 960 880 800 740 670 600 530 380 6000 5700 5400 5100 4800 4500 4200 3900 3600 6000 5700 5400 5100 4800 4500 4200 3900 3600 3360 3120 2880 2640 2400 2200 2000 1800 1590 1140 9000 8550 8100 7650 7200 6750 6300 5850 . 5400 5040 4680 4320 3960 3600 3300 3000 2700 2385 1710 18 r. . . 254 CRANE Large Size Flange Unions Made from Screwed Flanges ~7f Although the Crane line of Flange Unions, shown on pages 24Q to 253, is exceptionally complete, very large pipe lines may sometimes require sizes larger than those that are regu larly listed. These can be conveniently and economically made by bolting together two screwed companion flanges. For this purpose, the user can make an excellent selection from the complete line of Crane Screwed Flanges. It includes flanges made in a variety of metals, in a full range of sizes, and for every service requirement. See the pages referred to below: 25-Pound Cast Iron Flanges............................................................................ page 291 125-Pound Cast Iron or Malleable Iron Flanges...................... pages 292 and 293 250-Pound Cast Iron Flanges....................................................... .pages 294 and 295 150-Pound Forged Steel Flanges.................................................................... page 364 300-Pound Forged Steel Flanges.................................................................... page 364 400-Pound Forged Steel Flanges.....................................................................page 365 6oo-Pound Forged Steel Flanges.................................................................... page 365 900-Pound Forged Steel Flanges.................................................................... page 365 1500-Pound Forged Steel Flanges................................................................... page 365 Machine Bolts...................................................................................................... page 556 Triplex Steel Bolt-Studs................................................................. pages 558 and 559 Gaskets.................................................................................................-.pages 566 to 571 A Large Size Flange Union Made by bolting together two Crane Cast 1 ron Screwed Flanges Complete with Bolts and Gasket CRANE Brass Fittings, Flanges, and Unions 255 . Standard Screwed Fittings.......................... pages 256 to 258 Nipples...................................................................................page258 250-Pound Screwed Fittings.....................pages 260 and 261 Plugs...................................................................................... page259 Bushings................................................................................ page259 Screwed Unions and Union Fittings.... pages 262 and 263 Flange Unions............................................ page263 150-Pound Flanged Fittings.............................................. page264 150-Pound Companion Flanges.........................................page264 300-Pound Flanged Fittings.............................................. page264 300-Pound Companion Flanges.........................................page264 The fittings mentioned above constitute an exceptionally complete line for brass threaded or flanged joints. They are well proportioned and of ample weight, assuring a liberal factor of safety over the recommended working pressures. Unless otherwise indicated, the cast fittings are made of Crane Steam Brass, a good quality alloy of copper, tin, lead, and zinc (85-5-5-5), commonly classed as "Red Brass". Hou) to read reducing fittings................................................................... page $44 Brass Solder-Joint Fittings.......................................................pages 499 to 512 Brass Crane-Seal Fittings..........................................................pages 489 to 498 Brass Railing Fittings...................................................................................page 267 Brass Fittings for Marine Service...........................................................page 461 19 256 CRANE Standard Brass Fittings WORKING PRESSURES -- 125 pounds steam 175 pounds cold water or gas and 200 pounds cold oil, non-shock 90 Elbow 90 Street Elbow Side Outlet Elbow Tee Cross 45 Y-Bend Coupling Coupling Reducer Right Hand Right & Left Extension Piece Yi Caps are hexagon bar stock; Y" Lock nuts also are bar stock. Crossover Return Bend List Prices, Each, Rough Size Elbows Tees Inches1 % | V4 %: % i % 1 11% 1% 2 ; 2% 3 1 31/2 1 4 | 5 | 6 8 Straight | .11 .11 .a .14 .21 .36| .59 .75 1.20 2.45 3.63| 5.45| 7.20 14.00|21.50 49.00 90 Reducing Right & Left | .15 .15 .18 .25 .45| .70 .90 1.55 2.75 4.35| 6.25| 8.00 16.75|25.00 57.00 | .40 .40 .55 .70 1.00|1.20 1.55 2.30 11 1 Street j.17 .17 .17 .22 .30 .50! -80 1.05 1.75 3.25 5.50| 8.16|10.50 1 45 ;.13 .13 .13 .15 .23 .401 .65 .83 1.32 2.68 3.98| 6.00 7.90 15.50|23.75 54.00 45, Street ! .17 .17 .17 .22 .30 .50| .80 1.05 1.75 1 Side Outlet (Plain) | .72 .72 1.00 1.30 1.8512.50 3.00 4.75 7.20 10.75 1 Drop (Plain) | .35 .40 .55 .70| 1 Straight | .17 .17 .17 .22 .30 50| .80 1.05 1.75 3.25 5.00 8.15 10.50 21.00 30.00 75.00 1 opening | Reducing 2 openings | .20 .20 .26 .36 .601 .95 1.25 2.10 3.90 6.00 9.75 12.60 25.00 36.00 90.00 .22 .22 .29 .39 .65|1.05 1.40 2.30 4.25 6.50 10.60 13.65 27.30 39.00 97.50 . Service | .27 .36 .50 .8511.25 1.67 2.75 Four-Way (Plain) | | .80 .80 1.10 1.46 2.05|2.75 3.30 5.25 Drop (Plain) | .40 .50 .70 95| Straight Crosses Reducing | .32 .32 | .32 .42| ,58| .79|1.26 1.63 3.00 5.60 9.50 13.00 17.00 35.00 50.00 125.00 | .40 j .40 .53| .72ll.00|1.60 2.05 3.75 7.00 11.90 16.25 21.25 44.00 62.50 156.00 Right Hand Couplings Right & Left | .11 | .11 1.11 14| .21| ,36| ,58| .70 | 1.16 1.75 2.50 3.60| 4.60 10.00 14.00 32.00 | .29 | .29 .29 .341 .40| ,60| ,80| .90 1.50 2.25 | 3.30 45 Y-Bends II .40| ,45| .60|1.00|1.60| 2.10 3.50 6.50 10.00 21.00 Reducers Reducing 1 or 2 sizes | Reducing 3 or more sizes| 1.12 ,12| ,16| ,23| ,40| ,64| .77 1.28 1.95 2.75 4.00 5.00 11.00|15.40 35.00 1 | ,17| ,25| .44 ,70| .84 1.40 2.10 3.00 4.30 5.50 12.00|17.00 38.50 Extension Pieces (Plain) Caps i .25 | ,36| .50| .90 1.40| 1.75 3.00 1 ,ii i ,ii .11 | ,13| .18| .27 45| .57 .95 1.60 2.30 3.40 4.40 8.50|14.00 32.00 Hexagon Locknuts .06 j .06 ,06| ,10| .12| .18 ,27| .35 .55 1.00 1.55 2.30 3.00 5.00j 8.00 20.00 Crossovers 19 Size ^ 1 | .60| ,80| 1 1 Close Pattern_________ j]_______________ Open Pattern Inches Vz 1 % 1 1 1 1% 1 1% 1 2 II % 3/4 ! 1 1% 1 IVz 1 2 | 2% 3 Center to center Inches! 1 1 1% 1 Wz 1 1% 1 23/1G I 2% || iy2 2 1 2% 3 1 3% | 4 I 4Vz 5 Right Hand | .35 1 .55 | .90 | 1.25 1 1.70 | 3.25 || .45 .75 | 1.20 1.70 | 2.30 | 4.35 | 7.00 9.00 Right & Left | .85 [ 1.05 | 1.50 | 1.80 | 2.40 4.00 || 1.00 1.25 | 1.80 2.30 | 3.00 | 5.10 | 8.50 12.00 For prices of polished and polished-chromium-plated The largest opening on reducing fittings determine; fittings, see the opposite page. For prices of Stand- the list price; e.g., a ix^xi' Tee (reducing i ard Brass Fittings polished-nickel-plated or rough- opening) is $.6o list, a ix^x)f or %x%xi' tinned, refer to the Crane Discount Sheet. 1 ee (reducing i openings) is $.65 list, etc. Dimensions---- page 258 Brass Plugs, Bushings, and Unions.. . .pages 259 and 262 Brass Nipples___ page 251 CRANE 257 Standard Brass Fittings List Prices, Each, Polished Size Inches 1 V8 V* % 1 Vi 1 % 1 1 \W*WA\ 2 | 21/2 1 3 ; 3i/2 |4|5 6 | 8 Elbows Straight 90 Reducing Right Si Left Street 45 45, Street 1 .22 .22 .22| .28| .42| .72|1.20|1.50| 2.40| 4.90| 7.25110.90 14.40|28.00 43.001 98.00 | .30 .30| .36| ,50| ,90|1.40|1.80| 3.10| 5-501 8.70|12.50 16.00|33.50 50.001114.00 j .51 .511 -69| .9111.3511.80 2.30 3.501 l 1 1 | .34 .34 .341 -44| .60 1.00|1.60 2.10 3.50| 6.50|11.00|16.30 21.00 1 | .26 .26 .26| .30| .46 .8011.30 1.65 2.65| 5.35| 7.95|12.00 15.80 31.00 47.50 108.00 1.34 .34 .341 -44| .60 1.00|1.60 2.10 3.501 I I Side Outlet (Plain) 1 1.45 1.45|2.00|2.60 3.70|5.00 6.00 9.50|14.40|21.50| Drop (Plain) Straight | .701 .80|1.10 1.40| 111 1.34 .34 .34 44| .60 1.00|1.60 2.10 3.50| 6.50|10.00|16.30 21.00 42.00 60.00 150.00 Tees Crosses Reducing 1 opening 2 openings Service Four-Way (Plain) Drop (Plain) Straight Reducing | .40 .40 52| .72 1.20|1.90 2.50 4.20| 7.80112.00|19.50 25.20 50.00 72.00 180.00 .44 .44 .581 -78 1.30|2.10 2.80 4.60| 8.50 13.00 21.20127.30 54.60 78.00 195.00 .54 .72|1.00 1.70|2.50 3.35 5.50| 1 1.60 1.60 2.20|2.92 4.10|5.50 6.60 10.50 1 .80 1.0011.40 1.90| 1 .64 .64 .64 .8411.15 1.60|2.50 3.25 6.00 11.20 19.00 26.00134.00 70.00 100.00 250.00 .80 .80 1.05 1.45 2.00 3.20 4.10 7.50 14.00 23.80 32.50|42.50 88.00 125.00 312.00 Couplings Right Hand Right Si Left 45 Y-Bends .22 .22 .22 .28 .42 .72 1.15 1.40 2.30 3.50 5.00 7.20| 9.20 20.00 28.00 64.00 .40 .40 .40 .48 .61| .96 1.40 1.60 2.65 4.00 5.80 1 | | .80 .90 1.20|2.00 3.20 4.20 7.00113.00 20.00 142.00 Reducers Reducing 1 or 2 sizes Reducing 3 or more sizes | .24| .24 .32 .461 .80 1.30 1.55 2.55 3.90 5.50 8.00110.00 22.00 30.80 70.00 11 .34 .50| .88 1.40 1.70 2.80 4.20 6.00 8.60|11.00 24.00 34.00 77.00 Extension Pieces (Plain) 1 1 -50 .72 1.00|1.80 2.80 3.50 6.00) 1 Caps .22) .22| .22 .26 ,36| .54 .90 1.15 1.90| 3.20| 4.60 6.801 8.80 17.00 28.00 64.00 Hexagon Locknuts 12| ,12| .12 .20 .241 -36 .54 .70 1.10| 2.001 3.101 4.60| 6.00 10.00 16.00 40.00 Crossovers 1 1 1 1.20 1.60| 1 1 11 Close Pattern |l Open Pattern Return Bends Size Inches % 1 % 1 1 1 1% 1 m 1 2 II l/2 1 % 1 1 1 W* 1 1V4 1 2 1 2% | 3 Center to center Inches| 1 | 1V4 \ iy2 | 1% 123/16 ) 2% l| ll/2 1 2 | 2y> | 3 | 3% 4 1 4% 1 5 Right Hand ; .70 ! 1.10 | 1.80 | 2.50 | 3.40 | 6.50 || .90 | 1.50 | 2.40 j 3.40 1 4.60 8.70 114.00118.00 Right & Left | 1.20 1 1.60 | 2.40 j 3.05 1 4.10 | 7.25 |j 1.45 | 2.00 j 3.00 | 4.00 | 5.30 9.45 j 15.50121.00 List Prices, Each, Polished and Chromium Plated Size Inches! % % I % I 1 i milVzl 2 2M> 3 3% I 4 6 |8 Straight 1.33 .33 .33 .42 63|1.08|1.75|2.25| 3.60 7.35 10.90 16.35121.60 42.001 64.50|147.0Q Elbows 90 Reducing Right 8l Left Street 45 .45 .45 .54 75|1.35|2.10|2.70| 4.65 8.25 13.00 18.75124.00 50.001 75.001171.00 .62 .62 .83 1.12|1.72|2.35|3.05 4.70 I |.51 .51 .51 .66 90|1.50|2.4013.15 5.25 9.75 16.50 24.50 31.50 II 1.39 .39 .39 .45 69|1.20|1.95|2.50 3.95 8.05 12.00 18.00 23.70 46.50| 71.251162.00 45, Street Side Outlet (Plain) 1.51 .51 .51 .66 90|1.50[2.40|3.15 5.25 2.16 2.16 3.00 ;3.90|5.55|7.5019.00 14.25 21.60 32.25 I Drop (Plain) ;1.05|1.20 1.65|2.10| Tees Straight Reducing Service 1 opening 2 openings 1.51 .51 51| .66 90|1.50[2.40|3.15 5.25 9.75 15.00|24.50|31.50 63.00 90.001225.00 .60 .60| ,78 1.08jl.80|2.85|3.75! 6.30 11.70|18.00129.25 37.80 75.00 108.00|270.00 .66 66| .87 1.17|1.95I3.15|4.20 6.90 12.75 19.50|31.80 41.00 82.00 117.001292.50 .8111.08 1.50!2.55|3.75|5.00 8.25 Four-Way (Plain) 2.40 2.4013.30 4.40|6.15|8.25|9.90 15.75 Drop (Plain) Crosses Straight Reducing 1.20|1,50|2.10|2.85| I .96 .96 .96[1.2511.75|2.3513.8014.90 9.00 16.80 28.50139.00 51.00 105.00 150.001375.00 1.20 1.20|1.60|2.15 3.00|4.80|6-15 11.25 21.00|35.70|48.75 63.75 132.00 187.50|468.00 Couplings Right Hand Right & Left 45 Y-Bends |.33 1-51 Reducers Reducing 1 or 2 sizes Reducing 3 or more sizes .33 .331 -42| .63 1.08|1.7412.10 3.50 5.251 7.50110.80 13.80 .51 511 .621 .82 1.32|1.9612.30 3.84 5.75| 8.30| 1.2011.3511.80 3.00|4.80|6.30 10.50 19.50|30.00| 63.00 36| .36| .48| .69 1.20|1.9212.30 3.851 5.85| 8.25|12.00|15.00 511 -75 1.32|2.10|2.50! 4.201 6.30| 9.00|12.90|16.50 30.00 42.001 96.00 I I 33.001 46.001105.00 36.001 51.00 115.50 Extension Pieces (Plain) Caps | | .75|1.0811.50 2.70[4.2015.25 | 9.00| |.331 -331 .331 .391 .54 8111.3511.701 2.851 4.801 6.90110.20113.201 25.501 42.00' 96.00 Hexagon Locknuts 1-181 .18| .18| .30| .36 54| -81|1.05| 1.65| 3.001 4.65j 6.90| 9-00| 15.00| 24.00| 60.00 Crossovers | | | 11.8012.40 Close Pattern II I I____ I Open Pattern Return Bends' Size Center to center Right Hand Right Si Left Inches % 1 % 1 1 1 IV* 1 1% 1 2 || y2 Inches| 1 | l(/4 I IV2 I 1% I 23/i6 I 2% || 1 y2 | 1.05 1 1.65 1 2.70 j 3.75 | 5.10 | 9.75|j 1.35 | 1.55 j 2.15 | 3.30 | 4.30 | 5.80 110.50|| 1.90 % 1 1 1 1% lVs 1 2 | 2Va 1 3 2 1 2% 1 3 3% 1 4 4y21 5 2.25 | 3.60 1 5.10 6.90 113.00 21.00127.00 2.75 1 4.20 | 5.70 | 7.60 113.75 22.50 j 30.00 \ 258 CRANE Standard Brass Fittings 90 Elbow 90 Street Elbow Dimensions, in Inches The dimensions shown below cover the most currently used straight size fittings and Reducers. Dimensions of reducing sizes and of other types of fittings furnished on application. ~A~-|--A-- Tee -A-j-A-l tli1 A T a! Cross For explanation, see page 591. Size Vs V* 3/s V4 % l 1V4 lVz 2 21/2 3 3V2 4 5 6 8 A B c D E F G H J *K z 9/is V2 ls/is "/is 7/s V 7/s V* "/is 9/ie 1% 5/s 1S/lS 9/is 1S/,6 ls/l6 3/8 13/ie % iv* "/is 1 Vi6 l13/is l5/is % 1V16 1V16 3/8 1 13/l6 1V2 13/lS l3/l6 23/is 1% 3/4 lS/l6 Ws V2 Wie 7/s l"/l6 1S/l6 l5/lfi 2% l15/is 7/s l7/lS 13/s 9/lS lVis 1V16 2 I'/lfi 1V2 33/is 2% 1 l1 Vis l9/is "/is Return Bends Size M | N Size M N Close Pattern Open Pattern V2 1 1 IV2 % 1% IVs 3/4 R/4 1 13/4 3/4 2 2V4 1 IV2 1 21/8 1 21/2 23/g IV* l3/4 |213/,6 w* 3 33/,6 I1 Vis IV*- 2V4 W* 1'Vis 3Vs 27/s lVs 1% l1 Vis "/is 1V2 23/ls[ 3 1V2 31/2 39/l6 l7/s l5/lS 27/l6 1% l7/s 41/4 3Vs l3/l6 lIS/l6 l7/s "/is 2 23/s I 3Vs 2 4 43/8 Wis 1V2 2% l1 Vis 2V* 5 33/4 lS/l6 23/16 2Vis 3/4 f 21/2 4% 413/16 2"/is l15/l6 313/lS 6V4 4"/is l"/is 27/s 31/4 15/lS 3 S' 59/is 3% 23/i6 4Vz TV* 59/is l3/4 33/16 31 Vis 1 37/l6 W* 5% l7/s 37/is 4 IVlS 3% 2% 5"/is 813/is 615/ig 2 3"/is 43/s IVs 47/,6 3Vie 53/l6 3V2 ey2 45/ie !1 ! 1 ; 11 23/16 43/16 37/s l*/4 29/l6 43/4 43/g 13/lS 3Vs 51/4 51/4 IVlS *Dimension "K" is for fittings reducing one or tu)o sizes only. Brass Nipples Close Nipple For special nipples, add the following advances to the list prices shown in the table: Right & Left.... yo% Extra Strong.... ioo% Polished............ 50% Copper.............. 2.5% Red Brass........ 2-5% Nickel-plated.......... 75% Chromium-plated.. 100% Tinned.............. 75% Brass Plugs........ page 259 Brass Bushings.page 259 Brass Unions................... pages 262 and 263 These are high quality Brass Nipples, made from new pipe, having clean, sharp threads accurately cut to gauge. Long Nipple Close Size Length Each 1% Vs 3/4 .ii .13 V* 7/s ^13 .16 3/8 1 .15 .19 V2 11/s .23 .25 3/4 13/8 .28 1 iy2 .37 iv* 13/8 .60 iy2 13/4 .70 2 2 | 1.00 21/2 21/2 1.70 3 23/g 2.50 31/2 23/4 4.00 4 27/s 4.75 5 3 8.50 6 3l/s 11.50| List Prices, Each Length of Long Nipples, Inches 2 21/2 3 31/2 4 I 41/2 5 5V, 1 6 |6y2tol2 .15 .17 .19 .21 .23 .25 .27 .29 .31 .19 .22 .25 .28 .31 .34 .37 .40 .43 .23- .27 .31 .35 .39 .43 .47 .51 .55 .30 .35 .40 .45 .50 .55 .60 .65 .70 .35 .42 .49 .56 .63 .44 .53 .62 .71 .80 .70 .89 .77 .84 .91 .98 1.07 1.16 Add the .75 .88 1.01 1.14 1.27 1.40 1.53 1.66 propor .90 1.05 1.20 1.35 1.50 1.65 1.80 1.95 tionate 1.20|1.40 |2.00 1.60 2.30 1.80 2.00 2.60| 2.90 2.20 3.20 2.40 3.50 2.60 3.80 advance per inch. |2.90 3.30 3.70| 4.10 4.50 4.90 5.30 ;i 5.40| 6.00 6.60 7.20 7.80 ii | 6.15| 6.85 7.55 8.25 8.95 1 1 1 1 110.60 11.65 12.70 13.75 | | | | 114.10115.40 16.70 18.00 CRANE Brass Plugs and Bushings 259 Square Head Plug Solid Plug Countersunk Plug (Square Head) `Bushing Outside Hexagon `Bushing Inside Hexagon Face Bushing List Pripes, Each SizeInchesl y8| V4| 3/8[ i/2| 3/j| 1 | iy4[ iy2| 2 | 2VZ| 3 1 3% | 4 | 5 | 6 | 8 Plugs Bushings Square Head Solid Countersunk Reducing 1 or 2 sizes Hexagon Reducing 3 or more sizes Face Reducing 1 or 2 sizes Reducing 3 or more sizes Rough 1.11 .11 .11 .131.151.20 '.-U .11 .11 13|.18|.27 | .131.181.27 | .08 .08 .101.141.21 .301 '-38 .45! -57 ,45j .57 35| .45 ,63!1.00|1.60 .9511.6512.70 .95 1.6512.70 .65 1.30|2.00 2.251 3.00| 5.00! 8.00! 20.00 4.50| 6.50111.00|18.00 35.00 4.50| 6.50| | 3.00| 4.00| 8.00112.00! 27.00 .12 .17 .25 .42 .54 .78 1.56 2.40 3.60 4.8o{ 9.60 14.40 33.00 | -19|.19|.22|.30|.45 60| .76 .96 1.75|3.00| 3.75' 5.00 |( .26 .36 .54| .72 .92 1.15 2.10|3.60j 4.50- 6.00| Square Head Plugs Solid Countersunk Reducing 1 or 2 sizes Bushings, Hexagon Reducing 3 or more sizes 1.22 .22 ,22|.26!.30|.401 .601 .76ll.25|2.00|3.20| 4.50j 6.00|10.00!16.00,' 40.00 |.22 .22 .22l.26U61.54! .90|1.15lJL9Q[3.30|5.40l 9.00|13.00!22.00l36.00| 70:00 | 1.261.361.541 .90|1.15|1.90|3.30|5.40| 9.00|13.00| | | | .16 16|.20|.28|.42| ,70| ,90|1.30|2.60I4.00| 6.00| 8.00I16.00J24.00I 54.00 .24 .34 .5o| .84|l.08[l.55j3.10 4.80j 7.20 9.60 19.20 28.8oj 66.00 Polished and Chromium-Plated Square Head Plugs Solid Countersunk Reducing 1 or 2 sizes Bushings, Hexagon Reducing 3 or more sizes .331.33 .33|.39|.45|.60r.90|1.14|1.90|3.00|4.80| 6.75| 9.00|15.00124.00| 60.00 .331.33 .33|.30|.54|.81|1.35!1.70|2.85|4.95|8.10|13.50|19.50|33.00154.00|105.00 | | |.39|.54|.81|1.35|1.70|2.85|4.95|8.10|13.50!19.50| ' | |.24|.24|.30|.42|.63|1.05|1.35|1.95|3.90|6.00! 9.00|12.00!24.00I36.00 81.00 ,36j.51 .75 1.26 1.62 2.34 4.70 7.20 10.80 14.40 29.0oj43.00 99.00 Square Head Plugs: Square Head Plugs in sizes J^-inch and larger are cored, as shown in the illustra tion above. Smaller sizes are made solid, being exactly the same as Solid Plugs. These sizes -- Y%, 34, and j^s-inch -- are made of rod brass. *Hexagon Bushings: Hexagon Bushings are made either with an outside or an inside hexagon, depending upon the size. The following Bushings have the out side hexagon; all other sizes have the inside hexagon: All reductions 3 x T-Vi 4x3)4ff in sizes 3)4 x 3" 4x3" Wi" and 3)4 x 2)4' 5 x 4" smaller 6x5" Face Bushings: Face Bushings in sizes 24-inch and smaller are made from bar stock. These do not have the two small lugs shown in the illustration above. Nickel-plated or Tinned Plugs and Bushings: Polished-nickel-plated or rough-tinned Plugs and Bushings can be furnished when ordered. For prices, refer to the Crane Discount Sheet. Service suggestions: Square Head Plugs and Countersunk Plugs are generally used with the Standard Brass Fittings shown on pages 256 and 257Solid (Square Head) Plugs are generally used with the 250-Pound Brass Fittings shown on page 260. 19 _ Brass Unions. . . .pages 262 and 263 Standard Brass Fittings... .pages 2S6 and 257 250-Pound Brass Fittings.. . .page 260 i 260 CRANE 250-Pound Brass Fittings WORKING PRESSURES 250 pounds steam 400 pounds cold water, oil, or gas, non-shock Air Tested 90 Elbow 45 Elbow Tee Cross 45 Y-Bend Coupling List Prices, Each, Rough Size Inches) 1/4 | % I 1/2 I % I 1 I U/4 U/2 2 2j/2 1 3 3y2 4 5 6 8 Straight | .22 | .22 | .371 .50| .78il. 15 1.50 2.40 5.70| 7.50 10.20 14.50 20.00 33.50 82.50 Elbows Tees 90 Reducing Right & Left 45 Straight . Red u'~ui& 1 opening ^ openings I 1 I .49! .53 .9911.25 1.65 2.75 6.00| 8.20 11.00 15.30 22.75 37.00 90.50 | .51 .51 | .78 .99 1.40|1.75 2.30 3.50 8.00|10.90 ! .24 .24 ! .38 .52 ,82|1.20 1.60 2.50 5.90| 7.90 10.80 15.20 21.50 35.75 87.50 ! .38 .38 | .52 76 1.10|1.75 2.15 4.151 6.20| 9.80 15.40 17.30 34.25 51.00 128.00 | .56 .82 1.20 j 1.90 2.35 4.50 6.90110.80 17.00 19.40 38.25 57.00 143.00 I .59 .85 1.2512.00 2.50 4.70 7.20|11.30 17.90 20.50 40.50 60.00 150.00 Straight Crosses Reducing 1 .56 .56 .90 1.15 1.60|2.30 3.10 5.50 8.50 13.30 18.00 21.00 47.00 57.00 143.00 ! 1.30 1.8012.65 3.50 6.30 9.90 15.70 21.25 25.25 56.00 69.50 175.00 45 Y-Bends ! Couplings, Right Hand ' .23 Reducing 1 or 2 sizes | Reducers Reducing 3 or more sizes! 1.00 1.26 1.94|3.00 4.30 8.25 11.60 19.60 24.00 33.00 52.00 67.00 .23 .46 .541 .80|1.10 1.70 2.40 3.45 4.30 6.70 8.50 16.30 30.50 .56! .84|1.15 1.75 2.55 3.65 4.55 7.10 8.90 17.30 32.00 ,58| .8811.20 1.85 2.65 3.80 4.80 7.40 9.40 18.30 33.50 65.00 68.00 71.50 Caps Size I1 | 1 1 2.50 3.90 5.60 7.30 9.60 15.50 20.00 37.50 Inches | % % . 1 U/4 u/2 2 21/2 3 4 ^. Bends Close Pattern Open Pattern Center to center Right Hand Right & Left Center to center Right Hand Right & Left Inches | m U/2 1% U/4 21/2 -31/4 3% 4V4 6 1 1.15 1.30 1.90 3.40 3.75 5.40 8.60 11.70 21.00 1 1.65 1.85 2.60 4.20 4.70 6.50 | | Inches | 1% U/2 3 3% 41/- Si/2 6y2 ,7% 1 1.70 2.55 4.20 5.00 6.00 11.00 | 15.50 27.00 1 2.30 3.35 5.10 6.10 7.20 i 12.50 18.00 These Brass Fittings are recommended for 250 pounds saturated steam and for 400 pounds cold water, oil, or gas, non-shock. They are unusually rugged, having heavy bands reinforcing the ends. Threads are accurately cut to gauge. Reducing fittings: The largest opening on rediic-.? ing fittings determines the list price; for example, a; 1 x % x 1" Tee (reducing 1 opening) is $1.20 list., a i x ^4 x Yi or % x % x 1" Tee (reducing 2 openings) is $1.25 list, etc. Brass Locknuts.. . .page 256 Brass Nipples.. . .page 258 Brass Unions.. . .pages 262 and 26, CRANE 250-Pound Brass Fittings 261 Dimensions, in Inches Ai "TV 90 Elbow Dimensions of qo Elbows, Tees, and Crosses apply only to straight sizes; dimensions of reducing sizes will be furnished on request. See page 591 for explanation. -A-'- A-l A |! 1! A*KAi 4a--r-J_. EA ^ Tee Cross Size A B C D E F G Z 1 V* 1 13/l6 1 3A I | I i lS/l6 !% 5/s 1 % 3/4 1 1 1 11/4 15/,6 1 13/l6 1 1 1 1% % 2% l7/s l5/l6 1 3 VA iy2 1 1% 1 l5/ie 31/2 1 41/4 23/4 1 31/4 1 11 1% 1 lWl6 l15/is 23/l6 1 27/i6 1 1% m 1 2i/s %1% 9/l6 n/is 1 ll/ie CMse Pattern Return Bends 11/2 l1S/l6 l7/l6 4% 313/l6 2% 21/4 H/16 2 1 21/2 | 3 31/2 4 51 6 18 21/4 1211/16 1 31/s HVlG 1 115/16 1 23/16 5% I 63/4 | 7% 41/2 1 53/ls | 61/8 11/2 1 ll3/l6 1 1% 215/16 1 33/i6 1 33/8 27/l6 1 25/8 | 2Vs % i 1 5/i6 | 1 37/l6 2% 8% 67/s 2 49/l6 31/s lVi6 33,4 25/g 93/4 75/s 21/16 47/i6 33/8 m 41/2 1 51/8 1 69/lfi 31/16 1 37/i6 1 41/4 llS/8 1 137/ie 1 91/4 1 103/4 1 23/g | 25/g 1 31/8 51/4 1 61/8 1 613/16 3% 1 4% 1 51/4 11/4 1 15/16 1 l7/l6 Open Pattern lleturn Bends Size| % 1 3/4 1 1 m 1 V/2 2 21/2 1 3 1 4 3/4 1 1 1 H/4 1 11/2 1 2 1 21/2 31 4 H | W* 1 1% 1 i % 2V4 1 2l/2 31/4 3% 1 41/4 | 6 1% 1 2i/2 1 3 1 31/2 | 41/2 1 51/2 61/2 1 71/2 J 1 m 1 21/16 | 2% 1 215/16 1 31/4 4 49/is 1 53/16 | 613/j6 21/4 1 211/is | 35/16 1 33/4 | 45/g 1 57/l6 65/16 1 79/,6 At the Chicago Works of Crane Co. Inspecting and checking the alignment of Crane Screwed Fittings. 19 262 No. 521 y2 Rough CRANE Brass Unions and Union Elbows All Unions and Union Elbows shown on this page are air tested. Rough Ground Joint -- No Gasket Required WORKING PRESSURES --150 pounds steam 300 pounds cold water, oil, or gas, non-shock Size Inches No. 5211/2i Rough Each End to end Inches List Prices and Dimensions Vs V4 d 3/s 1 Va 1 % 1 1 \1V4\1Vz 2 |21/2| 3 | 3% | 4 Use .40 |.40|.48| .66 | .88 |1.28|1.52 2.28 |4.15| 6.40 |10.50|14.00 No. 522 X Vl611 %117/s111 S/l6123/T61 2% 1 2Vz 213/i6|39/i6| 4% 1 45/is ! 4% Semi-Finished or Polished Ground Joint -- No Gasket Required WORKING PRESSURES --200 pounds steam 400 pounds cold water, oil, or gas, non-shock Size No." 522 ' Semi-Finished t Sizes V' and larger have lugs on the inside of the endpieces, as illustrated; sizes %" and smaller do not. List Prices and Dimensions Inches | Vs y* % 1 V2 1 3/4 1 No. 523 Polished -- ----1V4 1 1% 1 2 21/2 3 No. 522, Semi-Finished Each| .50 .50 .50 | .60 | .82 1.10 1.60 | 1.90 1 2.85 5.20 8.00 No. 523 Polished Polished and Chromium Plated Each| .65 Each| .80 .65 .80 .65 | .78 I 1.07 1.43 2.08 | 2.47 | 3.70 6.75 |10.40 .80 | .96 | 1.32 1.76 2.56 | 3.05 ! 4.60 8.30 12.80 End to end Inches | 1% iy2 1% '1 l3/4 1 2Vs 2% 2% |2i3/,6| 3i/s 39/l6 4 Government Pattern Ground Joint -- No Gasket Required WORKING PRESSURES -- 200 pounds steam 400 pounds cold water, oil, or gas, non-shock List Prices and Dimensions Size Inches | Vs V* 1 3/s- 1 y2 1 3/4 1 1 1 U/4 1 11/2 2 | 2V2 | 3 No. 5231/2 Rough Polished End to end Each Use .70 | .70 | .90 jl.25|1.65|2.30|3.00 4.50| 7.20 [11.30 Each No. 522 1.15| 1.15 | 1.50 12.1012.7513.80[5.00 7.50|12.00|18.80 Inches Union l3/s 1 113/ig 111 S/l6 123/I612Vie 1 2% | 23/4 3i/s ! 39/ie | 33/4 No. 523V2 Octagon Ends Rough The No. 523J4 Unions, when cast in the required composition, comply with U. S. Navy Department Specifications. Brass Union Elbows Ground Joint--No Gasket Required WORKING PRESSURES--200 pounds steam 400 pounds cold water, oil, or gas, non-shock Tail-pieces and smaller do not have lugs on the inside; larger sizes do, as illustrated. The union ring and tail piece are semi-finished; the elbow portion is rough. Size No. 524V>, 90 Elbow Center to end Center to union end List Prices and Dimensions Inches | Vs 1 V4 3/s % 1 3/4 1 1 Each| .85 | .85 .85 1.15 | 1.55 | 2.25 Inches | 9/is 1 13/lfi ls/is lYs 1 15/ig 1 l7/l6 Inches | iy2 1 l3/4 UVis 23/i6 1 2% 1 3 11/4 11/2 3.15 3.90 l3/4 |lls/l6 3Vl6 33/4 2 6.00 21/4 41/4 Radiator Union Elbows.. . page 78 V CRANE____________ ___________________ 263 Brass Unions No. 96 E 250-Pound Brass Unions Crane Special Brass Ground Tapered Joint -- No Gasket Required WORKING PRESSURES 250 pounds steam, 500 F. 500 pounds cold water, oil, or gas, non-shock Air Tested No. q6 E Unions have hex agon ends. The union rings are semi-finished; the endpieces are rough. Size No. 96 E End to end Inches Each Inches List Prices and Dimensions V* % % 5/4 1 1 1% 1 1% 1.10 1.10' 1.25 1.75 2.40 |3.40| 4.20 i% m 2Vl6 2% 29/l6 |2>s/,6| 3 2 6.20 3s/ie 2% 12.00 3% 3 18.00 4Vie Standard Brass Flange Unions Gasket Type These unions have steel bolts and nuts. Each union is equipped with a rubber gasket. WORKING PRESSURES 150 pounds steam 225 pounds cold water or gas, non-shock Standard Size Price, Rough End to end Diameter of flanges No. and dia. of bolts Each flange is plain faced, with two V-shaped concentric grooves be- 'tween the port and the bolt holes. List Prices and Dimensions Inches | % | % I m 1% 2 2i/2 3 31/2 4 5 6 8 Each| 4.00 | 4.80 5.40 7.00 8. 00 10.00 12.00 14.00 17.00 20.00 35.00 45.00 |62.00 Inches | 1% 1 1%. l7/l6 l9/ie Ul3/l6 2% 27/s 3 31/16 33/16 33/8 39/l6 4 Inches | 213/16| 2% 31/4 33/4 4% 5% 6 6H/16 71/2 8 95/8 10% 123/4 1 3-3/g 1 3-% 4-% 4-7/l61 4-1/2 4-9/ie 4-% 4-9/8 4-5/8 5-5/8 5-5/8 6-% 1 8-% 250-Pound Brass Flange Unions 250-Pound Each flange is plain faced, with two V-shaped concentric grooves between the port and the bolt holes. Size Price, Rough End to end Diameter of flanges No. and dia. of bolts Inches Each Inches Inches 3/4 7.75 ls/l6 31/4 4-7/l6 Crane Special Brass These unions have cold rolled steel bolt-studs with cold pressed semi-finished nuts. Gasket Type Each union is equipped with a rubber gasket, suitable for satu WORKING PRESSURES 250 pounds steam, 500 F. 375 pounds cold water or gas, non-shock rated steam, water, or gas serv ice. For superheated steam, a Cranite gasket should be used. Cranite gaskets are furnished only when ordered and are charged extra; see page 571 for list prices. List Prices and Dimensions 1 1 li/4 8.75 | 11.20 lVifi 1 in/i6 35/8 1 41/8 4-7/ie 1 4-1/2 11/2 12.75 115/16 45/8 4-1/2 2 1 21/2 1 3 16.00 | 19.25 | 22.50 2V,6 1 23/lfi 1 2V,6 53/s 1 6 1 63/4 5-9/ie 1 5-5/s 1 6-5/g 31/2 27.00 2H/le 71/2 6-5/g 45 32.00 | 56.00 213/16 1 2is/is 8 93/s 7-5/g 8-34 68 72,00 100.00 3Vl6 10% 9-3/4 39/l6 13% IO-3/4 Extra Gaskets....page 571 { 264 CRANE 150 and 300-Pound y Brass Flanged Fittings ana Flanges WORKING PRESSURES 150-Pound -- 150 pounds saturated steam -- 225 pounds cold water, oil, or gas, non-shock 300-Pound -- 300 pounds steam, 550 F. -- 500 pounds cold water, oil, or gas, non-shock No. 2100, 150-Pound No. 2105, 300-Pound No. 2103, 150-Pound No. 2108, 300-Pound Brass Companion Flange No. 2104, 150-Pound No. 2109, 300-Pound 45 Elbow No. 2101, 150-Pound No. 2106, 300-Pound No. 2102, 150-Pound No. 2107, 300-Pound Forged Steel Flange No. 300 E, 300-Pound Use with Brass Products List Prices, Each, Faced, Drilled, and Spot Faced Size Inches % I 1 1V4 1 IV2 2 2V2 3 3% 1 4 5 6 8 No. 2100, 90 Elbows 13.00114.00 16.00|21.00 26.00 35.00 45.00 60.00 70.00 95.00 125.00 214.00 No. 2101, 45 Elbows 14.00 j 15.00 17.00)23.00 28.50 '38.50 49.00s 65.00 75.00 100.00 135.00 229.00 150 Pound No. 2102, Tees ,No. 2103, Crosses 19.50|21.00 24.00131.50 39.00 52.50 67.50 90.00 105.00 140.00 190.00 321.0G 26.00|28.00 32.00|42.00 52.00 70.00 90.00 120.00 140.00 190.00 250.00 428.00 No. 2104, Screwed Flanges 2.50| 3.00 3.50| 4.50 5.50 6.50 8.00 10.00 12.50 15.00 18.75 27.50 No. 2105, 90 Elbows 16.00117.50 20.50|26.50 33.00 44.50 52.00 76.00 9.0.00 120.00 158.00 270.00 No. 2106, 45 Elbows 17.00|19.00 21.50|29.00 36.00 48.50 62.00 82.00 95.00 126.00 170.00 290.00 300 [-No. 2107, Tees Pound No.,2108, Crosses 24.50126.50 30.50|40.00 49.00 66.00 85.00 115.00 135.00 177.00 240.00 405.00 31.50|35.50 40.50|53.00 66.00 88.00 115.00 155.00 177.00 240.00 315.00 540.00 No. 2109, Screwed Flanges 3.00| 3.60 4.201 5.40 6.60 7.80 9.60 12.00 15.00 18.00 22.50 33.00 No. 300 E, Forged Steel Flanges 8.00j 8.00 9.00|10.00 11.00 13.00 15.00 19.00 20.00 24.00 27.00 35.00 150-Pound: The 150-Pound line is made of red brass. Dimensions conform to the MSS 150-Pound SP Bronze Flange and Flanged Fitting Standard (No. SP-2-1937). Sizes 1-inch and larger interchange with American Standard Cast Iron Flanged Fittings and Flanges, Class 125, differing only in flange thickness and in facing. 300-Pound: The 300-Pound line, except the No. 300 E, is made of Crane Special Brass, a high grade steam metal. Dimensions conform to the MSS 300-Pound SP Bronze Flange and Flange Fitting Standard (No. SP-2-IQ37). Sizes i-inch and larger interchange with 250-Pound American Standard Cast Iron Flanged Fittings and Flanges, differing only in flange thickness and in facing. The No. 300-E Flanges are forged steel, and are for use with 300-Pound brass valves and fittings. Facing: Flanges are plain faced, with two V-shaped concentric grooves between the port and the bolt holes. Full face gaskets should be used. Drilling: These fittings and flanges are furnished faced, drilled, and spot faced unless ordered faced, only. Prices include facing and drilling to the MSS Standard, and spot facing. No deduction is made when ordered faced only. Bolting to iron or steel material: When brass flanged fittings and flanges are bolted to iron or steel material which normally has a raised face, the raised face should be removed to provide a full face bearing for the gasket. Brass flanged material should not be bolted to Cranelap Flanged Pipe Joints. Additional sizes and types: Other sizes and types, reducing sizes, and brass flanged fittings and flanges made from regular 125 and 250-pound cast iron patterns can be made to order; prices will be fur-, nished on application. Dimensions, in Inches 19 Size % 1 1 W4 1V2 2 2Vz 1 3 31/2 4 5 6 Center to face, 90 Elbows, Tees, Crosses 31/4 | 3% 3% 4 41/2 5 151/2 6 61/2 71/2 8 8 9 150 Center to face, 45 Elbows 1% 1 l3/4 2 2% 2V2 3 1 3 31/2 4 41/2 5 5%; Pound Diameter of flanges 3% 1 4V4 4s/s 5 6 7 171/2 81/2 9 10 11 131/2. 300 Pound Thickness of flanges Center to face, 90 Elbows, Tees, Crosses Center to face, 45 Elbows Diameter of flanges Thickness of flanges H/32I % 13/32 Vie % Vie 1 % "/is 11/16 3/4 13/36 15/36, 3% 1 4 4/4 4% 5 5% 1 6 61/2 7 8 8I/2 10. 2 | 2 21/2 23/4 3 3% 131/2 4 41/2 5 51/2 6 4% | 4% 5Vi 6% 6% 7% |8i/4 9 10 11 121/2 15 17/32l 19/32 % "/is 3/4 13/lfil2%2 31/32 Wie li/s lVie Templates for drilling. . . .page SSO CRANE Railing Fittings 265 Brass Ball Pattern Railing Fittings................................................. page 267 Malleable Iron Ball Pattern Railing Fittings...............pages 268 and 269 " " Stair Railing Fittings................................................ page 270 " " Adjustable Railing Fittings......................................page 271 " " Enclosure Railing Fittings........................................page 271 " " Plain Pattern Railing Fittings................................ page 272 " " Auxiliary Fittings for Railings................................ page 272 Railing Threads -- Dimensions and Normal Engagement......... page 266 Rivets for Railings -- Size of Rivets and Drilling........................ page 266 f Crane Shops can furnish Pipe Railings of all descrip tions and for a large variety of services. They can be manufactured from any kind of commercial pipe, using any of the regular railing fittings listed or special types when exceptional conditions prevail. Pipe Railings can be supplied with the fittings and pipe loose, all completely cut to length and prepared ready for field Assembly. Small sizes of railings and sections of large railings can be assembled in Crane Shops and delivered to the field site for final assembly by the user. Beyond the scope of the regular Railing Fittings, Crane Co. can provide special fittings for screwed, slip, or slip and pinned joints to fill every require ment. For long railings, the posts can be assembled separately, using threaded joints, and the horizontal runs of the fittings reamed and drilled' for slip and pin connections; random runs of pipe can then be economically utilized to complete-the railing in the field. When so desired, special Pipe Railings requiring bent sections or welded construction can be fabricated in Crane Shops. Orders and inquiries for price or information on Pipe Railings should be accompanied by a sketch showing dimensions. In the case of stair railings, the angle should be specified. Inquiries or orders should also specify the kind and finish of the pipe, the type or figure number of the fittings, details regarding the openings, and whether or not partially or completely assembled. 2-inch Galvanized Double Pipe Railing -- total length of railing 6000 feet Fabricated in a Crane Branch House Shop 20 k 266 CRANE Crane Railing Pipe Threads Threading Tolerance: Nothing Large One turn Small Dotted lines show the amount that an American Standard Pipe Thread is shortened at the end. Crane Railing Fitting Thread Assembly The recess in the fitting provides a covering for the last scratch or imperfect thread on the Railing Pipe making a neat appearing joint. Size of Pipe % 34 1 1% iy2 2 2% 3 3% 4 T O.D. of Pipe .840 1.050 1.315 1.660 1.900 2.375 2.875 3.500 4.000 4.500 Dimensions, in Inches KS M N R P L D Number of Threads Per Inch Pitch Effec Dia. tive at Length End Am. of Std. Male Pipe Thread Thread Effec tive Length Am. Std. Railing Pipe Thread Total Length of Male Thread (Max.) Amount. Am. Std. Pipe Thread is Shortened at the End Pitch of Thread Thds. | Inches Imperfect Threads due to Lead of Die. (Max.) Length of Pipe Entering Recessed Railing Thds. | Inches Fitting 14 14 11V2 111/2 111/2 111/2 8 8 8 8 .77182 .5337 j .98107 .5457 1.22993 .6828 11.57343 .7068 1 1.81239 .7235 12.28532 .7565 2.75078 1.1375 13.37188 1.2000 13.86875 1.2500 14.36563 1.3000 .3194 .3314 .4219 .4459 .4626 .4956 .6375 .7000 .7500 .8000 1 .4980 .5100 .6393 1 .7068 .7235 .7565 | 1.0125 1.0750 1.1250 1.1750 3 1 .2143 .07143 2Vi* .1786 3 | .2143 .07143 21/2 .1786 3 | .2609 .08696 2y2 .2174 3 | .2609 .08696 3 .2609 3 | .2609 .08696 3 .2609 3 1 .2609 .08696 3 .2609 4 | .5000 .12500 3 .3750 4 | .5000 .12500 3 .3750 4 j .5000 .12500 3 .3750 4 j .5000 .12500 3 .3750 y2 y2 % "/is .% 34 1 IVis 1% l3/lS E Normal Engage ment . for Railing Threads .3194 .3314 .4219 .4459 .4626 .4956 .6375 .7000 .7500 .8000 Cutting Railing Pipe Threads . The above Railing Pipe Threads are the same as the American Standard Taper Pipe Threads except they are shortened at the small end by 3 or 4 threads as shown in Column "R". Regular solid or adjustable dies may be used, making allowance for the 3 or 4 threads that this thread is shortened. The dies, therefore, should only be run on far enough to provide the specified "R" dimension, The total thread length "N" is maximum and if , necessary may be shorter provided the length of imperfect threads "L" caused by the lead of the die is reduced the same amount. Crane Thread Lubricants... .page 548 Rivet Data When Malleable Iron Stair Railing Fittings shown on drilled for rivets. Other Railing Fittings illustrated page 270 are supplied, they will have the horizontal on pages 268 and 272 can also be especially prepared and inclined openings reamed for a slip joint and for rivets, when so ordered; prices on application. Dimensions, in Inches Nominal Pipe Size of Fitting Dn lling of Rivet F oles for All Mall. Iron! bailing Fittings Diameter C. of Hole to of Hole End of Fitting Diam eter of Rivet Length o ' Rivet (measured from under head) Ball Pat., p. 268 Stair Plain Pat., p. 272 Railing No. 77 Cross, p. 271 Fittings, p. 270 % 3/lS 34 3/lS 1 Va 1% Va 1% Va 2 5/lS 2i/2 5/lS 3 5/lS 31/2 % 4% BAe 3/is s/is 3/lS % 1/4 3/s 1/4 % 1/4 % 5/lS VlS 5/lS VlS S/l6 1/2 % 1/2 % 11/4 11/2 l3/4 21/4 21/2 3, 31/2 41/4 5 51/2 __ -- 2 2% 2% 31/4 -- -- -- -- For all Crane Railing Fittings supplied for riveted joints the diameter of the rivet hole and its location in relation to the end of the fitting.will conform to the table at the left. Any other drilling for rivets is considered special, and order must be ac companied by complete details or sketch; prices will be fur nished on application. To assure satisfactory results, users are urged to abide by the^ diameters and lengths of rivets! given for all sizes of Crane Rail-J ing Fittings. CRANE Brass Ball Pattern Railing Fittings L.H. 267 90 Elbow No. X, Right Hand L.H. 90 Side Outlet Elbow No. 2, Right Hand L.H. Tee No. 3, Tapped as shown No. 3V2, Right Hand R.H. Side Outlet T ee No. 4, Tapped as shown No. 4%, Right Hand R.H. Cross No. 5, Tapped as shown No. 5, Right Hand R.H. Side Outlet Cross No. 6, Right Hand No. 6Vi, Tapped as shown Male Ball Ornament No. 8, Left Hand No. 8 Vi, Right Hand Female Ball Ornament No. 13, Right Hand Square Floor Flange No. 7, Right Hand Threading: Fittings threaded other than shown can be made to' order, at an advance over regular list prices. See the Crane Discount Sheet for prices. Orders should be accompanied by a sketch. Round Floor Flange Right Hand Size No. 1 No. 2 No. 3 or No. 3Vi No. 4 or No. 4Vi No. 5 or No. 5Vi No. 6 or No. 6Vi No. 7 No. 8 or No. .81/2 No. 13 Inches Each Each Each Each Each Each Each Each Each Vi 1 3/4 .40 1 .60 .75 1 1.00 .60 1 .85 1.05 1 1.25 1.05 1 1.25 1.20 1 1.45 .75 1 .75 1 .75 1 .90 .90 .90 List Prices Polished 1 .80 1.10 1.10 1.50 1.50 Wi 1 Vi 1.20 1.60 1.70 | 2.00 1.70 2.00 2.00 2.40 2.00 2.40 1.70 1.00 1.00 1.00 2.25 1.35 1.35 1.35 3.00 1.75 1.75 1.75 Polished and Chromium-Plated 2 Vi 1 % 1 im iy2 i 2 2.50 1 -63 1 .94 1.25 | 1.87 2.50 | 3.75 3.00 ! 1.13 i 1.50 1.69 i 2.56 3.00 ! 4.50 3.00 3.50 3.50 .94 ; ' 1.62 j : i.62 j 1.31 1.87 1.87 1.69 f 2.56 2.25 ! 3.00 2.25 j 3.00 3.00 | 4.50 3.62 j 5.25 3.62 j 5.25 4.00 I 1.81 | 2.19 2.56 | 3.37 4.50 | 6.00 2.50 i 1.13 I 1.38 1.56 ; 2.00 2.62 | 3.75 2.50 !| 1.13 | 1.38 2.50 1 1.13 | 1.38 1.56 ! .2.00 1.56 t 2.00 2.62 | 3.75 2.62 | 3.75 List Prices of Round Floor Flanges Size Diameter Inches | V* 1 % 1 % 1 % 1 1 1 IV4 1 1% 1 2 Inches] 2% 1 2% 1 3 1 31/4 1 3% 1 4 1 43/s 1 5 Rough Polished Each| .28 1 .30 | .35 | 47 | .75 I .85 | 1.20 | 1.65 Eachj .42 j .45 | .53 | .70 | 1.12 !i 1.27 j! 1.80 1 2.47 Polished and chromium-plated Each | .56 ! .60 | .70 ! .94 1 1.50 1 1.70 : 2.40 1: 3.30 Polished and nickel-plated, see the Crane Discount Sheet for prices. Dimensions, in Inches KA-f No. 1 Size A B D E F G n TrfA No. 2 Vi lVis IVs 2Vis lI5/is 2Vis lVis 1 1 1 1 1 1 ! No. 3 or No. 3V2 % n/4 lVis 27/is 2Vis 3 lWis 1 1 1 1 1 1 1 No. 4 or No. 41/2 1 l5/is 1% 21S/l6 211/is 3% 2 1V4 l9/is l13/is 3Vis 33/16 41/s 2Vis No. 5 or No. 51/2 1 lVi 1m 1 2Vis 1 313/16 1 3V4 1 45/s ; 23/4 No. 6 or No. 6i/2 2 2i/g 29/l6 413/1643/g 51/2 3% No. 7 No. 8 or No. 8% No. 13 Threading and normal thread engagement, see page 266. 20 v 268 CRANE Malleable Iron Ball Pattern Railing Fittings R.H. L.H. 90 Elbow No. 1, Right Hand L.H. R.H. R.H. R.H. Side Outlet Tee No. 4, Tapped as shown No. 4i/2, Right Hand 90 Side Outlet Elbow No. 2, Right Hand L.H. R.H. R.H. R.H. 45 Side Outlet Tee No. 12, Tapped asshown No. 12%, Right Hand 45 Side Outlet Elbow No. 11, Right Hand L.H. R.H. R.H. R.H. Cross No. 5, Tapped as shown No. 5%, Right Hand R.H. . Tee No. 3, Tapped as shown No. 31/2, Right Hand L.H. R.H. R.H. R.H R.H. Side Outlet Cross No. 6, Right Hand No. 6%, Tapped as shown Square Floor Flange,1 No. 7, Right Hand ' Floor Flange with Long Base No. 10, Right Hand Male Ball Ornament No. 8, Left Hand No. 8%, Right Hand Female Ball Ornament No. 13, Right Hand Size No. 1, 90 Elbows No. 2, 90 Side Outlet Elbows No. 3 or No. 3%, Tees No. 4 or No. 41/2, Side Outlet Tees No. 5 or No. 5Yz, Crosses No. 6 or No. 6%, Side Outlet Crosses No. 7, Square Floor Flanges No. 8 or No. 8V2, Male Ball Ornaments No. 10, Floor Flanges with Long Base No. 11, 45 Side Outlet Elbows No. 12 or No. 12%, 45 Side Outlet Tees No. 13, Female Ball Ornaments List Prices, Straight Sizes Inches | % | % I 1 I 1V4 1 1% 1 2 2% | 3 | 4 Black Each! .10 | .12 | .14 | .22 .30 | .44 1.00 | 2.00 3.75 Galv. Eachl .13 | .15 | .18 | .29 .39 -.57 1.30 j 2.60 4.90 Black Eachl .19 | .23 | .28 .44 .60 .88 2.00 | 3.35 6.10 Galv. Each .25 1 .30 | .36 .57 .78 1.15 2.60 | 4.35 8.00 Black Each .13 .16 | .19 .28 .40 .57 1.30 | 2.60 4.90 Galv. Each .17 .21 | .25 .36 .52 .75 1.70 | 3.40 6.40 Black Each .25 .31 | .37 .57 .80 1.15 2.60 5.00 8.25 Galv. Each .33 .40 | .48 .75 1.05 1.50 3.40 6.50 10.75 Black Each .18 .21 .25 .38 .53 .77 1.75 3.40 6.30 Galv. Each Black Each Galv. Each Black Each Galv. Each Black Each Galv. Each .23 .27 .32 .38 .42 .50 .12 .16 .16 .21 .12 | .16 .16 1 .21 .33 .49 .70 1.00 2.30 4.45 8.20 .46 .70 1.00 1.45 3.15 6.00 10.00 .60 .91 1.30 1.90 4.10 7.80 13.00 .20 .34 .50 .80 | 1.55 2.75 5.00 .26 .44 .65 1.05 |2.00 3.60 6.50 .20 .28 | .38 .60 | 1.25 2.15 4.35 .26 .36 | .50 .78 | 1.65 2.80 5.65 Black Each 1 1 -37 .52 | .70 1.10 | Galv. Each | | .48 .68 | .90 1.45 | Black Each | | .40 .60 | .80 1.20 | Galv. Each | | .52 .78 | 1.05 1.55 | | Black Each| | .55 .80 | 1.05 1.60 | I Galv. Each| | .72 1.05 | 1.38 | 2.10 | Black Each| .12 | .16 .20 .28 | .38 | .60 | 1 Galv. Each| .16 | .21 .26 .36 | .50 | .78 | 1 Threading: Fittings threaded other than shown above can be made to order, at an advance ever regu lar list prices. See the Crane Discount Sheet for prices. Orders should be accompanied by a sketch. Reamed fittings: Fittings with one or more open ings reamed for slip joint, or with one or more open ings reamed for slip joint and drilled for rivets, can j be made to order at an advance over regular listj prices. See the Crane Discount Sheet for prices. Orders should be accompanied by a sketch. Round Floor Flanges...,page 290 I CRANE 269 Malleable Iron Ball Pattern Railing Fittings Size No. 1, 90 Elbows No. 2, 90 Side Outlet Elbows No. 3 or No. 3V, Tees No. 4 or No. 4y>, Side Outlet Tees No. 5 or No. Crosses No. 6 or No. 61/2, Side Outlet Crosses List Prices, Reducing Sizes Inches I 1V4 m Black Each| .25 .35 Galv. Eachj .32 .45 Black Each| .51 .70 Galv. Each| .66 .90 Black Each| .32 .46 Galv. Eachj .42 .60 Black Each| .66 .92 Galv. Eachj .86 1.20 Black Each| .45 .62 Galv. Eachj .58 .80 Black Each| Galv. Eachj 2 21/2 .51 1.15 .66 1.50 1.05 2.30 1.35 3.00 .66 1.50 .86 1.95 1.32 3.00 1.70 3.90 .90 2.05 1.15 2.65 1.67 2.15 ' 3 2.30 3.00 3.85 . 5.00 3.00 3.90 5.75 7.45. 3.90 5.05 The above list prices apply to reducing sizes carried in stock, shown in the table below. Other reductions can be made to order; prices on application. Threading: Fittings threaded other than shown on the preceding page can be made to order, at an advance over regular list prices. See the Crane Dis count Sheet for prices. Orders should be accom panied by a sketch or description for each opening. Reamed fittings: Fittings with one or more open ings reamed for slip joint, or with one or more openings reamed for slip joint and drilled for rivets, can be made to order at an advance over regular list prices. See the Crane Discount Sheet for prices. Orders should be accompanied by a sketch. A AA BB No. 2 90 Side Outlet Elbow No. 3 or No. 31/2 Tee No. 4 or No. 4'A Side Outlet Tee No. 5 or No. 5i/2 Cross No. 6 or No. 61/2 Side Outlet Cross No. 1 ./ No. 2 n/4 x 1 iy2 x iy4 2 x iy2 2 x iy4 21/2 X 2 3 x 21/2 AB iy4 x 1 ' iy2 x iy4 2 x iy4 2 x iyz 2yz X 2 . 3 x 21/2 Reducing Fittings Carried in Stock No. 3 or No. 31/2 No. 4 or No. 4V^ AB 1 Vi x 1 1 x iy4 y/2 X iy4 iy4 X iy2 2 x iy2 2 x iy4 AB iy2 x 2 iy4 x 2 2yzx2 2 x 21/2 3 x 21/2 21/2 x 3 AB iy4 x 1 iy2 x iy4 2 x iy2 2 x iy4 21/2 X 2 3 x 21/2 No. 5 or No. 5y2 AB iy4 x 1 iy2 x n/4 2 x iy2 2 x iy4 2l/z X 2 3 x 21/2 No. 6 or No. 6% AB 2 x iy2 Dimensions, in Inches Size A B C D ,B c % 1 3A 1 1 iyR 1 l5/is 1 iy2 l3/is 1 iy2 1 1% 1 1 1 Wlfi 2% 1 21/2 1 35/iG 2 1 2i/2 1 2"/l6 21/2 1 31/16 1 3Vl6 iy2 1 iy8 1 21/16 No. 5 or No. 51/2 No. 6 or No. 61/2 D Sqr--I No. 7 iy4 13/4 23/ig l1S/l6 43/l6 3% 43/ig 2i/2 iy2 1 2 1lls/l6 21/4 121/2 215/is 2% 1 2% 43/4 1 53/4 33/4 1 411/lG 411/,6 1 59/16 213/16 1 37/l6 121/2 3 211/16 1 37/i6 1 33/16 1 613/16 1 31/8 37/s 8V4 53/4 1 615/, 6 43/16 i 33/16 4 313/16 43/16 101/16 813/,6 63/g No. 10 No. 121/2 Dimensions of straight sizes are shown in the table at the left. Dimensions of reducing sizes will be furnished on application. Threading, normal thread engage ment, and rivet data----- page 266 20 270 CRANE Malleable Iron Stair Railing Fittings 0"^ 26 6I | * I| &"17!This angle determines the angle of the fittings,/ jJ/V ,//1 15 - ::: 19 '271 "23 '-,'1'fS* |l, I 30' Fittings - For Railings 271/2' to 32i/2 35' Fittings - For Railings 32i/21 to 371/2 40' Fittings - For Railings 37l/2 to 42% 45' Fittings - For Railings 421/2 to 47i/2 24 ii 'Jl S' 21 !i\\ 28jj\> I I * U 22 22 21|t\\ Orders must specify the catalog number and the angle of the fittings. List Prices, Black Size Inches 1 No. 15, Tees Each 1.30 No. 16, Elbows Each 1.10 No. 17, Crosses Each 1.50 No. 18, Tees Each 1.30 No. 19, Stair Landing Crosses Each 1.50 No. 20, Stair Landing Tees Each 1.30 No. 21, Side Outlet Tees Each 1.85 No. 22, Side Outlet Tees Each 1.85 No. 23, Wall Flanges Each 1.50 No. 24, Side Outlet Elbows Each 1.65 No. 25, Side Outlet Elbows Each 1.65 No. 26, Stair Landing Tees Each 1.30 No. 27, Elbows Each 1.10 No. 28, Sidfj. Outlet Elbows Each 1.65 No. 29, Side Outlet Elbows Each 1.65 No. 30, Angle Floor Flanges Each 1.80 Wa 1.50 1.25 1.75 1.50 1.75 1.50 2.20 2.20 1.75 1.95 1.95 1.50 1.25 1.95 1.95 2.10 iy2 2.00 1.70 2.35 2.00 2.35 2.00 3.00 3.00 1.90 2.70 2.70 2.00 1.70 2.70 2.70 2.40 2 2.50 2.25 2.75 2.50 2.75 2.50 3.60 3.60 2.25 3.35 3.35 2.50 2.25 3.35 3.35 2.95 Galvanized fittings, add 30 per cent to list prices of Black. As indicated in the illustration above, these fittings are threaded in the openings used for the vertical posts, thereby providing rigidity to the railing. The ends used for inclined or horizontal rails are slip joint, and are drilled for rivets. This construction enables as sembling the railing conveniently. %, The fittings can be supplied in 30, 350, 40, or4J angles. The construction of the slip-joint openings provides for swinging the pipe on either side of the center line. Therefore, a 30 fitting may be used for angles from 27I40 to 3234- To take advantage of this variation in angles,- the pipe must not extend through the fitting but merely into it. N(o. 30 Angle Floor Flanges are very convenient for mounting railings to struc tural steel. They can be supplied in 30, 350, 40, or 450 angles. The bottom of the flange is provided with a raised pad at each jT' No. 30 \ngle Floor Flange end, enabling the installer to grind off the bottom to secure the exact angle required. Dimensions, in Inches No. 15 Size A B C D 30 II 35 II 1 1% 1 IV* 1 2 j! 1 Wt iy2 1 2 || 1 1% 2V4 1 2V, 23/4 II 2 |213/32| 23/4 1 3Vi6 II 2/32 1% l'/s |23/1B |25/lfil|in/,fi 2 1 21/ 1 2Vl6 !`ll3/l6 l9/l6 1 l/l6 U13/isl 21/is I! 19/ir 1 l9/, 1113/,l 2l/ !| lV,s % % 1 % % II 3/r 1 % 1 % 1 y2 'i 3/s 40 ii l!/4 1 iy2 ; 2 : 1 45 11/4 iy2 2 2Vi 6 1 3 1 3% !|2Vl6 121 3/i6 31/4 311/16 21/s I 2% |213/l6||llVl6l 23/8 2% 31/8 IV16 |l13/iel 21/16 lUVis l9/is ll3/l6 2Vi % % 1 % II % % % 1h Threading, normal thread engagement, and rivet data. , . .page 266 tI gsz aSnd aas 'SJ5MJ jo azis pun guijpjp joj s?3aij joj paqup 3jb sassojg) LL *0|\i uaq.w apBiu si agjBqo Bjjxa uy -qsod aqq jo pua doq aqq 03m ua.\up aq 03 paugisap si dec aq p -saajgap ogi oq ob uiojj ajqBqsnfpB ojb puc `quiof-dqs ajB ssojo aqq jo sqapno aqj_ -qi 03 paqoAu aq puB qsod aqq joao dijs 03 paugisap si ssojo aqq ! adid jo saoaid ajguis jo apBui aq ubo sqsod aq 1 ApuaiuaAuoo sSutjibj ajnsopua guppui a|qBua sgupqy asaqj^ Vet 0809' S8'Z SZ*Z l 9l/ie S9' OS' OT'Z S9`T Vet SB' sr SZ'I o^-r Viz | saqouj OS' |qoBg -AIEQ 0^' |qoBg qoBjg OS'T jqoBg -axbq SZ'I Iqaeg qoBig Vii . Vi\ I | saqouj suoisuauiiQ puB saopg qsiq a az;S ZZZ^ % \LL/ \ IZZ1 8L/ sSotjjtj Suqre^j ojnsopuq uojj ojqBojpjjAj 99Z agvd'' ' ' juaiuagngug poaxifj[ f/lZ 1 %i 1 9l/ul 9l/ul 1 a 9t/stZ 1 %z 1 8/iZ 9I/uI 1 0 Vi 1 9l/siZ 1 Vil 9I/sZ 1 a Vif 1 % 1 Vit %Z 1 V - z 1 Vil 1 Vil I 1 azig saxpuj ui `suoisuauiiQ a ifonig jo saoizd jsjj o} juao zad QS PPn `s^u!))iJ paziunapopj -saajgap if uuqq ajguB jadaaqs b jo sSuijibj Supoaxa ajqBua puB `sguiqqy aaujoo joj apiAOjd suoiqBuiqmoo qong 'zLz puB 891 saBd uo u.woqs sSuj33!J SuqiB^j UA\oqs sb p3ddt?j_ ''Yif/, -Ofq puBH 3qra 'fL 'N sso-Q SuipuB-q JiBig PUBH `ZZ 'N as p Suipueq .nejg H '1 UJ333BJ uiBjg jo UJ333BJ jpg qqiA\_ uoiqBuiquioo ui pasn aq Abuj S/woqjg ajBiuaj puB ajBjAj r/\OL op Suijibj aqq 03 Aqipigu pJOjjB 03 'papBajqs ajB sSuiuado ]jy -saajgap if 03 pquozuoq uiojj ajSuB Aub jo sSuijiej ui pasn aq Abui puB `suoi3BJ3 -snyi aqq ui UA\oqs sb ajqBqsnfpB ajB sguiqqy asaqjj OS'Z 1 06'I SZ'Z 1 OS'Z SZ'Z 1 S'Z OS'Z 1 srz OS'Z 1 00'Z S9'I i OZ'I SZ'Z I OZ'I Z 1 il SZ'I S8'I SZ'I S9'T OS'l OS'T xpBg qoeg qoBg 6Z 'N VifL 'ON JO ft 'M 7/iZ 'ON Jo Z 'N 09'I OS'l oe'i qoeg ZZ 'N 0'T qoBg z/iIZ 'OM jo xz 'N 06' 08' qoeg z/i0Z 'N SZ'I on qoBg OZ 'N Vil I saqouj ipBjg `saoxjg gsxq 3ZIS u.wous se padde 1 `z/r CZ 'M PUBH qqSi-y `eZ 'N ssojq H 'TT ua\ous Sb padde 7 `VrTZ "ON PUBH 3qS!>I `iz 'N 33J. 'H 6L 'H'a pUBf-I aSuey l6Z 'N pUBH sqSi-y pue d]6]/\T "qi3 'ViOL 'ON `H '3 puBjq 3qS|>l 3JELUDJ oqi3 `OZ 'N r^"' sSxjtwj Suijibj ^jqB^snfpy uojj 3jqi33jpj)\[ uz 3 N V a o 272 CRANE Malleable Iron Plain Pattern Railing Fittings L.H. L.H. 90 Elbow No. 61, Right Hand 90 Side Outlet Elbow No. 62, Right Hand No. 61 No. 62 No. 64 or No. 641/2 No. 65 or No. 651/2 No. 66 or No. 661/2 Tee No. 63, Tapped as shown No. 631/2, Right Hand Side Outlet Tee No. 64, Tapped as shown No. 641/2, Right Hand R.H. Cross No. 65, Tapped as shown No. 65Vi, Right Hand Threading: Fittings threaded other than shown can be made to order, at an advance over regular list prices. See the Crane Discount Sheet for prices. Orders should be accompanied by a sketch. Reamed fittings: Fittings with one or more open ings reamed for slip joint, or with one or more open ings reamed for slip joint and drilled for rivets, ca^i be made 'to order at an advance over regular list prices. See the Crane Discount Sheet for prices. Orders should be accompanied by a sketch. L.H. R.H. R.H. Side Outlet Cross No. 66, Right Hand No. 66V^, Tapped as shown List Prices, Each, and Dimensions Size Inches | .% 3/4 1 1 ! tv* W2 1 2 1 2'A No. 61 No. 62 No. 63 or No. 63% No. 64 or No. 64% No. 65 or No. 65l/2 Black Galv. Black Galv. Black Galv. Black Galv. Black Galv. | .08 | .10 | .16 | .22 | .10 | .13 | .20 | .26 | .15 | .20 .11 1 .14 i .22 1 .27 | .44 | .80 .14 | .18 i .29 1 .35 | .57 | 1.05 .22 | .28 i .44 1 .55 | .88 | 1.60 .29 | .36 i .57 1 .72 | 1.15 | 2.10 .14 | .19 i .28 1 .36 | .57 | 1.00 .18 | .25 i .36 1 .47 | .75 | 1.30 .28 | .37 i .57 1 .72 1.15 | 2.00 .36 1 .48 i .75 1 .95 I 1.50 ! 2.60 .20 .26 | | .25 .33 i .38 .49 I1 ' -48 .62 | 1 .77 LOO | 1 1.40 1.85 No. 66 or No. 66% A--Center to end Black | .25 Galv. | .33 Inches | iy8 .35 | .46 i .70 1 .90 .45 | .60 i .91 1 r.17 ls/l6 ! iy2 i 13/4 1 lls/l6 1.45 | 2.50 1.90 1 3.25 2% 1 2`Vis Threading, normal thread engagement, and rivet data., . page 266 3 1.10 1.45 2.20 2.85 1.45 1.90 2.90 3.80 1.95 2.55 3.65 4.75 3i/g Malleable Iron Auxiliary Railing Fittings No. 50 Stair Rail Bracket 1, 2 Li" Dia. ----- 31/s"- No. 52, Flush Joint Stair Rail Bracket No. 51 Stair Rail Bracket % Pipe Threads 2<f Dia. -31/s"- No. 55 Cast Iron Loafer Rail 18 inches long No. 56 Hitching Post Cap Male No. 57 Hitching Post Cap Female List Prices, Each, Black Size Inches 1 1 IV* 1 1% 2 No. 50 .35 | .35 | .35 .35 No. 51 .45 | .45 | .45 .45 No. 52 |1.10 |1.30 No. 55 .30 | .30 | .30 .30 No. 56 No. 57 No. 58 or No. 59 1 1 .35 1 1 .40 | .35 | .40 | .50 .90 .65 Galvanized fittings, add SO per cent to list prices of Black. No. 58 Board Walk Flange No. 59 Board Walk Bracket V. CRANE 273 Iron Flanged Fittings 125-Pound Fittings General description and working pressures............page 274 Dimensions....................................................pages 274 and275 Elbows and Reducers................................. pages 276 and277 Tees.................................................... ......... pages 278 and 27Q Crosses and 450 Laterals............................................page 280 250-Pound Fittings General description and working pressures............page 282 Dimensions....................................................pages 282 and283 Elbows and Reducers..................................pages 284 and285 Tees................................................................ pages 286 and287 Crosses and 450 Laterals............................................. page 288 Special Flanged Fittings....................................................... page 281 Flanged Fittings with 25-Pound Drilling.......................... page 274 t. - Galvanized Fittings................................................................page 57# These fittings are made ofhigh quality materials and are accurately machined and finished. Crane Cast Iron, used for the.smaller sizes, and Crane Ferrosteel, used for the larger sizes, exceed the minimum requirements of A.S.T.M. Specification A 126, cover ing Gray-Iron Castings for Valves, Flanges, and Pipe Fittings. Crane Co. also manufactures iron flanges, a complete line of steel flanged fittings and flanges, and brass flanged fittings and flanges. For information on these and other allied products, see ( the pages referred to below: Iron Flanges...................................................pages 28Q to 295 Cast Steel Flanged Fittings........................ pages 343 to 350 Forged Steel Flanges.................................... pages 361 to 367 Welding Fittings........................................... pages 351 to 360 Brass Flanged Fittings and Flanges........................page 264 Iron Flange Unions.......................................pages 24Q to 252 These water lines in a chemical plant are equipped with Crane Cast Iron Flanged Fittings, Cast Iron Flanges, and Iron Body Wedge Gate Valves. Quality, performance, and durability are built into all Crane products. 1 21 274 CRANE 12 5-Pound Cast Iron Flanged Fittings WORKING PRESSURES ----- i to 24-inch -- 125 pounds steam 1 to 12-inch -- 175 pounds cold water, oil, or gas, non-shock 14 to 24-inch -- 150 pounds cold water, oil, or gas, non-shock Pages 275 to 280 illustrate Crane 125-Pound Cast Iron Flanged Fittings. This line offers the user an unusually complete selection of types and sizes. In addition, special fittings of any design can be made to order on receipt of drawings. Sprinkler service; Underwriters' approved: Crane 125-Pound Cast Iron Flanged Fittings are listed as approved and inspected by the Underwriters' Labo ratories, Chicago, for sprinkler service. American Standard: The material, dimensions, and drilling of these fittings conform to the Ameri can Cast Iron Flanged Fitting Standard, Class 125 (B16a-1939). Material: All fittings sizes 12-inch and smaller are made of cast iron; sizes 14-inch and larger are made of Ferrosteel, to conform to the American Standard. Larger sizes: 30, 36, 42, and 48-inch fittings are made to order of a design suitable for the pressure intended. They have American Standard center to face dimensions, flange dimensions, and drilling. Facing and drilling: The end flanges are plain faced, with a smooth finish. They are furnished drilled unless ordered faced only, and the bolt holes on sizes. -f8-inch and larger are regularly spot faced. Special Angle Elbows: Elbows from i to 450 have the same center to face dimensions as 45 Elbows; 46 to 90, the same center to face dimensions as qo Elbows. These fittings are made to order only. Single Sweep Tees: Single Sweep Tees with the outlet larger than the run are made to order only. Prices and dimensions on application. Double Sweep Tees: Double Sweep Tees reduced on the run are made to order only. Prices and dimensions on application. Double Sweep Tees-with the outlet larger than the run can be made with only a reasonable increase in the size of the outlet. Side Outlet Tees: Orders for Reducing Side Out let Tees should be accompanied by a sketch showing the size and location of all openings. Base Tees: Base Tees, are made to order only; prices on application. The dimensions of the base are the same as for Base Elbows. 45 Laterals: Reducing 450 Laterals with the out let larger than the run are entirely special. Prices and dimensions on application. Dimensions of Flanges, in Inches The bolt -holes on drilled fittings straddle the center lines unless otherwise ordered, in which case a sketch should accompany the order. For bolts smaller than ! 34-inch diameter, the bolt holes are drilled ys-'mch larger than the diameter of the bolts; for bolts 134-inch diameter and larger, 34-inch larger than the diameter of the bolts. Drilling to the 25-Pound Standard: When so ordered, sizes 5 to 24-inch inclusive can be drilled with smaller holt holes to conform to the 25-Pound American Tentative Cast Iron Flanged Fitting Standard (Bi6b2-i931). See page 551 for templates. Side Outlet Elbows: All openings are on the inter secting center lines. Reducing sizes are regularly made reduced only on the side outlet. Other reductions are made to order only; orders should be accom panied by a sketch' showing the size and location of all openings; prices on application. Double Branch Elbows: In describing Double Branch Elbows, the branches are named first, and then the outlet. Reducing Double Branch Elbows are regularly made reduced only on the branches, with both branches the same size. Other reductions are made to order only; orders should be accompanied by a sketch showing the size and location of all openings; prices on application. Base Elbows: The base on Base Elbows is neither faced nor drilled unless so ordered. Round bases, when drilled, will be drilled to the tem plate of the flange corresponding to the size of the supporting pipe. Size 1 Wi lvi 2 2Vi 3 33/2 4 5 6 8 10 12 14 16 18 20 24 30 36 42 48 A B C D No. of Dia. of bolts bolts 1 41/4 Vie 3i/s 4 R/4 4% 1/2 3i/2 4 iy2 5 9/l6 3% 4 2 6 % 43/4 4 2V2 7- 1 Vi 6 51/2 4 3 7Vz % 6 4 3Vi 8Vi 1 Vi 6 I 7 8 4 9 1 15/16 I 7i/2 8 5 10 1S/l6 1 8Vi 8 6 11 [ 1 91/2 8 8 131/2 1% 113/4 8 10 16 l9/l6 141/4 12 12 19 11/4 17 1-2 14 21 I 1% 1 183/4 12 16 231/2 1 l7/l6 I 211/4 16 18 25 i l9/l6 ! 223/4 16 20 271/2 I I*Vie 1 25 20 24 32 1 l7/s 1 291/2 20 30 383/4 ! 2Vi 36 28 36 46 1 23/s 1 423/4 32 42 53 1 2% ! 491/2 36 48 591/2 1 23/4 | 56 44 1/2 1/2 1/2 5/s % % 5/s % 3/4 3/4 3/4 7/s 7/s 1 1 1.1/8 1% 1 Vi 11/4 11/2 11/2 lVi List prices .. . .pages 276 to 280 How to read reducing sizes.. . .page 644 CRANE 12 5-Pound Cast Iron Flanged Fittings 275 Dimensions, in Inches V. 90 Long Radius Elbow 45 Elbow Branch MiSide Outlet Elbow Double Branch Elbow ySdjsizeof --Iv2--/j1lLsinusP; Ppipret'. 90 Base Elbow Square Base or Round Base Tee Single Sweep Tee Double Sweep Tee Side Outlet Tee Cross Tee `Reducing Single Sweep Tee Double Sweep Tee Side Outlet Tee `Reducing `Reducing `Reducing -T~u-TCross `Reducing 45 Lateral `Reducing Mr-- Taper Reducer -REccentric Reducer True "Y" *Dimensions of reducing fittings: The center to face dimensions of Reducing Elbows, Tees, Crosses, and 45 Laterals are_ the same as for the straight size corresponding to the size of the Size E EE F | G H J! K 1 l L M N P1 1 R i 3% I 7 5 1134131/2 %l 31/2 1 Vis 1 71/21 53/4 1%I 1V4 3% |7%| 5l/2 | 2 33/s 3/4 31/2 1 7/l6 1 8 61/4 1%I 1V2 4 8 6 I21/4! 33/4 1 !41/4| Vis | 9 7 2 1 2 4% 9 6i/2|2l/2|4i/8 II/4I 4% | 1/2 110% 8 2%1 5 2% 5 10 7 1 3 141/2 11/4 43/s | 1/2 I 12 9% 2%l 5% 3 5% 11 7%| 3 14% 11/2 5 IV16 13 10 3 1 6 3% 6 112 81/2 131/21 5% 1% 5 1 3/16 1141/2 11% 3 1 6% 4 6% 13 9 1 4 151/2 2 6 1 3/s 15 12 3 1 7 5 7% 15 IOI/4I41/2I 6% I21/2 7 |ii/isl 17 13%|3%| 8 fa 8 16 IH/2 5 1 7 I21/2 7 |11/16 18 14% 3%l 9 8 9 18 1 14 51/2I 83/, 1 4 9 |13/is 22 171/2 4%l 11 10 11 22 116% 61/2I 93/4 1 4 9 |13/is 2fal/2 20% 1 1/ 12 12 24 | 19 71/2IIH/4I 6 111 1 30 24% 5%l 14 14 14 28 |2iy2 71/2II21/2I 6 11 1 1 33 27 6 1 16 16 15 30 1 24 8 |13*A| 6 111 1 36% 30 6%l 18 18 16V? 33 |26% 8I/2I 15 | 8 II31/211% 39 32 7 1 19 20 18 I 36 | 29 91/2I 16 1 8 |13i/2| li/s 43 35 8 1 20 24 22 44 | 34 111 II8V2I 8 II31/2I 1% 49% 40% 9 24 30 25 |50|4IVi| 15| 1 1 1 59 49 10 1 30 36 28 56 1 49 18 1 1111 | 36 42 31 62|56l/2l21| | ! | I 1 1 1 48 34 68 1 64 1241 11 1.1 1 II I8_i let of a Reducing Tee, Cross, or 45 Lateral is the size g[ven in the table below , or is smaller, use the onorc t5oay dimensions shown below< 1 he race to race dimension or Reducers is governed by the size of the larger opening, regardless of the size ot the smaller opening. Short Body Reducina Fittines Tees and Crosses 45 Laterals Size outlet and smaller Size outlet and smaller VWX 18 12 13 | 26 115% 18 8 26 25 1 27% 20 14 14' 28 | 17 20 10 28 27 1 29% 24 16 15 30 19 24 12 32 '51lM 72 34% 30 20 18 36 23 30 14 39 39 0 42 36 24 20 40 | 26 11 42 Dimensions 42 and 48" 48 on application 11 1t1 Taps and drains for flanJed fittings. page 645 Templates for drilling *. ., page 551 276 CRANE 12 5-Pound Cast Iron Flanged Fittings For working pressures, see page 274. Branch h__o 90 Elbow No. 525 Straight 90 Long Radius Elbow No. 551 Straight 45 Elbow No. 527 ' Straight Side Outlet Elbow No. 526, Straight *No. 528, Reducing Double Branch Elbow 90 Base Elbow No. 538, Straight No. 549, Square Base fNo. 540, Reducing No. 550, Round Base List Prices, Each 90 Elbows | 90 Long Radius Elbows || 45 Elbows Size No. 525 No. 551 1 No. 527 Straight | Straight 1 Straight 90 Base Elbows No. 549, with Square Base No. 550, with Round Base Inches Faced Faced 1 Faced and 1 Drilled | Faced | Faced and Drilled Faced and Drilled Faced Faced and Facing and except Drilled Drilling Base except Base Base 1 3.00 l*/4 ^3.00 iy2 3.00 2 3.00 2y2 3.15 3 3.45 3.60 3.60 3.60 3.60 3.75 4.15 1 1 t 5.00 5.00 5.00 5.00 5.25 5.75 5.90 5.90 5.90 5.90 6.15 6.85 | | | | | | 3.30 3.30 3.30 3.30 3.50 3.80 3% ,4.05 4.90 6.75 8.00 | 4.50 4 4.50 5.50 7.50 9.00 | 5.00 5 6.25 7.25 10.50 12.00 | 6.90 6 7.60 8.90 12.65 14.60 | 8.35 8 12.00 13.60 20.00 22.40 | 12.60 10 19.00 21.70 31.50 35.50 | 20.00 12 28.00 31.00 46.50 51.00 | 29.50 14 4J..50 45.25 69.00 74.50 | 41.50 16 54.50 59.50 91.00 98.50 | 54.50 18 71.00 77.00 118.00 127.00 | 71.00 20 90.00 97.00 150.00 160.00 | 90.00 24 140.00 150.00 235.00 . 250.00 | 140.00 Side Outlet Elbows Double Branch Elbows Size . No. 526 Straight No. 528 *Reducing No. 538 Straight No. 540 tReducing Faced Faced Faced Faced Faced Faced Faced Faced and and and and Inches Drilled Drilled Drilled Drilled 4 26.50 28.00 29.50 31.00 28.50| 30.00 31.50 33.00 5 28.50 30.00 31.50 33.00 36.00| 37.50 39.50 41.00 6 33.00 35.00 36.00 38.00 !| 38.00| 40.00 42.00| 44.00 8 | 47.50 50.00 52.50 55.00 47.501 50.00 52.50| 55.00 10 | 76.00 80.00 | 84.00 . 88.00 It 66.00| 70.00 | 73.50| 77.50 12 1100.50 105.00 1110.50 115.00 | 90.501 95.00 |100.50|105.00 14 1129.50 135.00 1144.50 150.00 || 119.50|125.00 1132.50 138.00 16 1152.50 160.00 1167.50 175.00 || 142.50|150.00 |157.50|165.00 3-90 H | | 3.90 II `1 1 3.90 || | i. 3.90 || .| 1 4.10 || | 4.50 |! | | 5.35 II I I 6.00 9.00 10.00 3.00 7.90 12.50 13.50 | 3.50 9.65 15.25 16.55 | 3.50 14.20 24.00 25.60 5.00 22.70 38.00 40.70 5.00 32.50 56.00 59.00 | 7.50 45.25 70.00 73.75 7.50 59.50 90.00 95.00 | 7.50 77.00 105.00 111-. 00 12.00 97.00 120.00 127.00 | 12.00 150.00 190.00 200.00 | 12.00 Drilling: The end flanges on these fittings are furnished faced and drilled unless ordered faced only. The base on Base Elbows is neither faced nor drilled unless so ordered. Facing: The flanges on 125-Pound Cast Iron Flanged Fittings are plain faced, with a smooth finish. Spot facing: 125-Pound Fittings sizes 16-inch and smaller are not spot faced unless so ordered, and then at an extra price. The list price, *Side Outlet Elbows: Theoutlet ison the intersectingcenter lines. for spot facing bolt holes is 10 cents per hole. Sizes 18-inch and larger "Reducing" list prices apply to elbows reduced only on the side are regularly spot faced. outlet. Other reductions are entirely special, and orders should be accompanied by a sketch; prices on application. Reducing with flanges: To avoid delays, orders for reducing fittings tDouble Branch Elbows: ' Reducing' ' list prices apply only to elbows reduced on the branches, and with both branches the same size. Other reductions are entirely special, and orders should be accompanied by a sketch; prices on application. In describing Double Branch Elbows, the branch openings are named first, then the outlet. Materials: All fittings sizes 12-inch and smaller are made of cast iron; larger sizes are made of Ferrosteel. Bolting on Companion Flanges .. . - page SS7 not carried in stock can be filled by using reducing companion flangesOrders should specify "Reduce with flanges if necessary". For reducing flanges, see page 293. Larger sizes: Larger sizes are ma* to order. Prices on application. Galvanized Flanged Fittings... .pag& Dimensions......................pages 274 and 2 Templates for drilling................... PaSc CRANE 125-Pound Cast Iron Flanged Fittings 277 For working pressures, see page 274. No. 545 90 Elbow 'Reducing Size Inches iy2 2 3 3Vz 4 5 6 8 10 12 14 16 18 20 24 No. 546 90 Long Radius Elbow 'Reducing No. 547 'Taper Reducer No. 548 'Eccentric Reducer List Prices, Each 90 ElbowsH 90 Long Radius Elbows || No. 545 'Reducing I No. 546 | - 'Reducing Faced Faced and I Faced Drilled Faced and j Drilled Reducers No. 547 'Taper Faced Faced and Drilled 6.00 6.00 6.30 6.90 8.10 9.00 12.50 15.25 24.00 38.00 56.00 70.00 90,00 105.00 120.00 187.00 6.60 6.60 6.90 7.60 8i95 10.00 13.50 16.55 25.60 40.70 59.00 73.75 95.00 111.00 127.00 197.00 10.00 10.50 11.50 15.00 21.00 25.30 40.00 63.00 93.00 138.00 182.00 236.00 300.00 470.00 10.90 11.40 12.60 16.50 22.50 27.25 42.40 67.00 97.50 143.50 189.50 245.00 310.00 485.00 !! 6.00 6.30 6.90 8.10 9.00 12.50 15.25 24.00 38.00 56.00 70.00 90.00 105.00 120.00 190.00 6.60 6.90 7.60 8.95 10.00 13.50 16.55 25.60 40.70 59.00 73.75 95.00 111.00 127.00 200.00 No. 548 'Eccentric Faced Faced and Drilled 6.30 6.90 8.10 9.00 12.50 15.25 24.00 38.00 56.00 70.00 90.00 105.00 120.00 190.00 1 1 6.90 7.60 8.95 10.00 13.50 16.55 25.60 40.70 59.00 73.75 95.00 111.00 127.00 200.00 s *List prices of Reducing Elbows and Reducers apply only to the reductions shown below. Other reductions are entirely special; prices on application. No. 545 90 Elbows No. 546 90 Elbows 'Long Radius No. 547 Reducers No. 548 Eccentric Reducers iy2xiy4 6x5 16x14 2 2 xiy2 xiy4 6x4 .16x12 6x31/2 16x10 6x3 16x8 2'/2x2 2i/2 xiy2 6x21/2 6x2 18x16 2y2xiy4 8x6 18x14 18x12 3 x 21/2 8x5 18x10 3 x2 3 x iy2 3 xiy4 3y2x3 3y2x2y2 3y2x2 3y2xiy2 4 X31/2 4 x3 8x4 8x31/2 8x3 10x8 10x6 10x5 10x4 12x10 12x8 20x18 20x16 20x14 20x12 24x20 24 x 18 24x16 24x14 24x12 *4} xx2 12x6 12x5 4 xVA 12x4 5 x4 14x12 5 x3i/2 14x10 5 x3 14x8 5 X 21/2 14x6 5 x2 2 xiy2U0x8 2yz x 2 10x6 2y2xiyz 10x5 3 3 3 x2yz 12x10 x2 xiy2 12x8 12x 6- 4 4 4 x 3y. x3 x2i/2 12 A J 14x12 14x10 4 x 2 16x14 4 x IV2 16x12 5 x4 16x10 5 x3/2 18x16 5 x3 18x14 5 x2i/2 18x10 6 x5 20x18 6 x4 20x16 6 x3M> 20x14 6 x3 20x12 6 6 x2i/2 x2 24x18 24 x 16 8 x6 8 x5 8 x4 8 x3y2 2 xiy4 6x5 16 x 14 21/2 x 2 14x12 2y2xiy2 6x4 16x 12 3 x2i/2 14x10 2M>xiy4 6 x 3y2 16 x 10 3 x2 14x8 3 x2 3 xiy2 3 xiy4 3y2x3 3y2x2i/2 3l/2 x 2 3y2xiy2 4 x3i/2 4 x3 4 X 2V?. 4 x2 4 xiy2 5 x4 5 x3i/2 5 x3 5 x2l/2 5 x2 5 xiy2 6x3 6x2i/2 6x2 8x6 8x5 8x4 8 x 3i/2 8x3 8x2y2 10x8 10x6 10x5 10x4 12x10 12x8 12x6 12x5 12x4 14x12 16 x 8 16 x 6 18 x 16 18 x 14 18 x 12 18 x 10 18 x 8 18 x 6 20 x 18 20 x 16 20 x 14 20 x 12 20 x 10 20 x 8 24 x 20 24 x 18 24 x 16 24 x 14 24 x 12 3 xiy2 3i/2 x 3 3% x 21/2 3i/2 x 2 4 x3 4 x 2i/2 4 x2 5 x4 6 x5 6 x4 6 x3y2 6 x3 8 x6 8 x5 8 x4 10 x 8 10 x 6 10 x5 14x6 16 x 14 16x12 16x10 16x8 16x6 18x16 18x14 18x12 18x10 18x8 20x18 20 x 16 20x14 20x12 24x20 24x18 24x16 24x14 14x10 10 x4 24x12 14x8 12 x 10 14 x 6 12 x8 12 x6 12 x 5 Materials: All fittings sizes 12-inch and smaller are made of cast iron; larger sizes are made of Ferrosteel. Bolting on Companion Flanges.. . .page 557 Galvanized Flanged Fittings............ page 572 Dimensions.........pages 274 and 275 Templates for drilling. . . .page 551 Drilling: These fittings are furnished faced anddrilled unless ordered faced only. Facing: The flanges on 125-Pound Cast Iron Flanged Fittings are plain faced, with a smooth finish. Spot facing: 125-Pound Fittings sizes 16-inch and smaller are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. Sizes 18-inch and larger are regularly spot-faced. Reducing with flanges: To avoid delays, orders for reducing fittings not car ried in stock can be filled by using reducing compan ion flanges. Orders should specify "Reduce with flanges if necessary". For flanges, see page 293. Larger sizes: Larger sizes are made to order. Prices on application. 21 -- 278 CRANE 12 5-Pound Cast Iron Flanged Fittings For working pressures, Lf (0) see page h Lf L" n r ____ A Tee No. 529, Straight *No. 531, Reducing Side Outlet Tee No. 530, Straight No. 532, Reducing Single Sweep Tee No. 533, Straight *No. 535, Reducing Double Sweep Tee No. 534, Straight *No. 536, Reducing bize Inches I IV* lVn 2 21/2 3 31/2 4 5 6 8 10 12 14 16 18 20 24 Size Inches 4 5 6 8 10 12 14 16 List Prices, Each Tees|jSingle Sweep Tees||Double Sweep Tees No. 529 Straight No. 531 I *Reducing No. 533 Straight No. 535 "Reducing Faced Faced Faced Faced ] Faced Faced Faced Faced and and | and and Drilled Drilled j Drilled Drilled No. 534 Straight Faced Faced and Drilled No. 536 "Reducing Faced Faced and Drilled 4.35 4.35 4.35 5.25 5.28-.; 5.25 1 5.00 5.00 1 5.90 1 5.90 , 1 1 11 11 4.35 4.55 5.00 5.85 6.50 9.10 11.00 17.40 27.50 40.50 60.00 79.00 103.00 130.00 203.00 5.25 5.00 5.90 || 5.45, 5.25 6.15 || 6.10 5.75 6.85 7.10 6.75 8.00 |! 8.00 7.50 '9.00 10.60 10.50 12.00 12.95 12.65 14.60 19.80 20.00 22.40 31.50 3i.50 ' 35.50 45.00 46.50 51.00 65.50 69.00 74.50 || 86.50 91.00 98.50 112.00 118.00 127.00 n 140.00 150.00 160.00 218.00 | 233.00 248.00 || Side Outlet Tees 5.00 5.25 5.75 6.75 7.50 10.50 12.65 20.00 31.50 46.50 69.00 91.00 | 1 5.90 5.00 5.90 6.15 6.00 6.90 5.25 6.15 6.85 6.60 7.70 5.75 6.85 8.00 7.75 9.00 6.75 8.00 9.00 8.65 10.15 7.50 9.00 12.00 12.00 13.50 10.50 12.00 14.60 14.50 16.45 12.65 14.60 22.40 23.00 25.40 20-.00 22.40 35.50 36.00 40.00 I 31.50 35.50 51.00 53.50 58.00 46.50 51.00 74.50 79.00 84.50 69.00 74.50 98.50 105:00 '112.50 91.00 ' 98.50 | | || | 1 1 II 1 6.00 6.60 7.75 8.65 12.00 14.50 23.00 36.00 53.50 79.00 105.00 6.90 7.70 9.00 10.15 13.50 16.45 25.40 40.00 58.00 84.50 112.50 1 1 1 No. 530 Straight Faced Faced and Drilled 31.00 33.00 No. 532 Reducing Faced Faced and Drilled 34.00 36.00 *Reducing sizes: List prices of No. 531, No. 335, and No. 536 Reducing Tees apply to sizes carried in stock, shown on the opposite page. Non-stock sizes are made to order, at an advance in price depending upon the quantity of a size ordered at one time. See the opposite page for price advances. 35.00 42.25 56.75 84.50 114.00 142.50 170.00 37.00 45.00 60.00 90.00 120.00 150.00 180.00 39.00 47.25 62.75 94.50 126.00 157.50 190.00 41.00 50.00 66.00 100.00 132.00 165.00 200.00 Single Sweep Tees: No. 535 Single Sweep Tees with the out let larger than the run are entirely special. Prices and dimen sions on application. Double Sweep Tees: No. 336 Double Sweep Tees reduced on the run are entirely special. Prices and dimensions on application. Side Outlet Tees: Orders for No. 532 Reducing Side Outlet Tees should be accompanied by a drawing showing the size and location of all openings. Materials: All fittings sizes 12-inch and smaller are made of cast iron; larger sizes are made of Ferrosteel. Bolting on Companion Flanges.... page 557 Galvanized Flanged Fittings........... page 572 Dimensions........................... pages 274 and 275 Templates for drilling........................page 551 Double Sweep Tees with the outlet larger than the run can be made with only a reasonable increase in the size of the outlet. Drilling: These fittings are furnished faced and drilled unless ordered faced only. Facing: The flanges on 123-Pound Cast Iron Flanged Fit tings are plain faced, with a smooth finish. Spot facing: 123-Pound Fittings sizes 16-inch and smaller ,: are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. Sizes 18-inch and larger are regularly spot faced. Larger sizes: Larger sizes are made to order. Prices op application. CRANE 279 12 5-Pound Cast Iron Flanged Fittings Reducing Flanged Tees Carried in Stock B .B B [L-Lf c Hu c Si __n n AAA No. 531 Reducing Tee No. 535 Single Sweep Reducing Tee No. 536 Double Sweep Reducing Tee Nos. 531, 535, and 536 Reducing Tees are carried in Non-stock sizes are made to order, at an advance in stock in the sizes shown in the table below; these are price depending upon the quantity of a size ordered furnished at the regular "Reducing" prices. at one time; see the table below for price advances. No. 531 Tees AB c 2 x 2 x IVi 2 Vi x 2Vi x 2 2 Vi x 2V, x iy2 2Vi x 2 x 2Vi 2/2 x 2 x 2 2 Vi x 2 X P/2 3 x 3 x2% 3 x3 x2 3 x 3 X 11/2 3 x 3 x IVi 3 x3 X1 3 x 21/2 x 3 3 x 2 Vi x 2Vi 3 x 2Vi x 2 3 x2 x3 3 x 2 X 2Vi 3 x2 x2 2Vi x 2Vi x 3 3 Vi x 3Vi x 3 3 Vi x 3 Vi x 21/2 3Vi x 3Vi x 2 3 Vi x 2i/2 x 21/2 4 X 4 x 3Vi 4 x4 x3 4 x 4 x 2Vi 4 x4 x2 4 X 4 x IVi 4 x 4 x 1V4 4 x 3 Vi x 4 4 x3 x4 4 x3 x3 4 x 3 X21/2 4 x3 x2 4 x 2Vi x 4 4 x 2Vi x 3 4 x 21/2 x 2Vi ' 4 x2 x4 4 x2 x2 3 x3 X4 2Vi x 2Vi x 4 AB C 5x5 x 4 5x5 x3Vi 5x5 x 3 5x5 X 2 Vi 5x5 x 2 5x5 xlVi 5x5 X IVi 5x4 x 5 5x4 X 4 5x4 x 3 5x4 x 2 Vi 5x4 x 2 5 x 3Vi x 4 5x3 x 5 5x3 x 31/2 5x3 x 3 5 x 2Vi x 5 5x2 x 5 4x4 x 5 ,6x6 x 5 6x6 x 4 6x6 x 3Vi '6x6 x 3 6x6 x2Vi -6.x 6 x 2 6x6 x IVi 6x5 x 6 6x5 x 5 6x5 x 4 6x5. x 3 6x5 x 2Vi 6x4 x 6 6x4 x 5 6x4 x 4 6x4 x 3 6x4 x 2Vi 6x3 x 6 6x3 x 4 6x3 x 3 6 x 2Vi x 6 6x2 x 6 5x5 x 6 5x4 x 6 4x4 x 6 AB C 8x8 8x8 8x8 8x8 8x8 8x8 8x8 8x6 8x6 8x6 8x6 8x6 8x5 8x5 8x5 8x4 8x4 8x4 x6 x5 x4 X 3 Vi x3 x 2Vi x2 x8 x6 x5 x4 x3 x8 x6 x5 x8 x6 X4 8 x 3Vi x 8 8x3 x 8 6x6 x 8 5x5 x 8 10 X 10 10 x 10 10 x 10 10 x 10 10 x 10 10 x 10 x8 x6 x5 x4 x 3Vi x3 ` 10 x 10 10 x 10 10x8 10 x 8 10 x 8 10 x 8 10 x 8 10 x 6 10 x 6 10x6 x5 10 X 4 10 x 3 8x8 8x6 6x6 x 2 Vi x2 x 10 x8 x6 x5 x4 x 10 x8 x6 x 10 x 10 x 10 x 10 x 10 x 10 ABC 12 x 12 x 10 12 x 12 x 8 12 x 12 x 6 12 x 12 x 5 12 x 12 x 4 12 x 12x3 12 x 12 x 2 12 x 10 x 12 12 x 10 x 10 12 x 10 x 8 12 x 10 x 6 12 x 8 x 12 12 x 8 x 10 12x8 x 8 12 x 8 x 6 12 x 6 x 12 12 x 6 x 8 12 x 4 x 12 10 x 10 x 12 8x8 x 12 14 x 14 x 12 14 x 14 x 10 14 x 14 x 8 14 x 14 x 6 14 x 14 x 5 14 x 14 x 4 14 x 12 x 14 14 x 12 x 12 14 x 10 x 10 10 x 10 x 14 16 x 16 x 14 16 x 16 x 12 16 x 16 x 10 16 x 16x8 16 x 16 x 6 16 x 12 x 12 12 x 12 x 16 Materials: All fittings sizes 12-inch and smaller are made of cast iron; larger sizes are made of Ferrosteel. Drilling: 125-Pound Cast Iron Flanged Fittings are furnished faced and drilled unless ordered faced only. Facing: The flanges are plain faced, with a smooth finish. Spot facing: 125-Pound Fittings sizes 16-inch and smaller are not spot faced unless so ordered, and then at an extra price. The list Price for spot facing bolt holes is 10 cents per hole. Sizes 18-inch and larger are regularly spot faced. Bolting on Companion Flanges.....................page 557 Galvanized Flanged Fittings.......................... page 572 No. 535 No. 536 Single Sweep Tees Double Sweep Tees ABC 4 x 4x2 6 x 6x5 6 x 6x4 6 x 6x3 6 x 6 x 2Vi 8 x 8x6 8 x 8x5 8 x 8x3 8"x 6x6 8 x 6x4 10 x 10 x 6 10 x 8x8 10 x 6x6 ABC 4 x 4x2 6 x 6x5 6 x 6x4 6 x 6x3 8 x 8x6 10 x 10 x 8 10 x 10 x 6 10 x 10 x 5 10 x 10 x 4 Price Advances for Non-Stock Sizes Sizes not carried in stock are made to order, at the following^ price advances over "Reducing" list prices, depending upon the quan tity of a size ordered at one time. These price advances do not apply to Single Sweep or Double Sweep Reducing Tees with the outlet larger than the run. Such tees are special; prices on application. 0. 1 to 3Vi|4 to 8 10 12 to 24 5,136 inch |inch inch inch 1 piece | 100% | 50% | 25% 2 pieces | 3 pieces | 4 pieces | 80% | 40% | 20% No 60% 1 30% 115% advance 40% I 20% | 10% 5 pieces | 20% | 10% I 5% 6 or morel No advance Reducing with flanges: To avoid delays, orders for reducing fittings not carried in stock can be filled by using reducing compan ion flanges. Orders should specify Reduce with flanges if necessary". For reducing flanges, see' page 293. Templates for drilling,.... .page 551 Dimensions............ pages 274 and 275 280 CRANE 125-Pound Cast Iron Flanged Fittings lT B n For working pressures, see page 274. D Cross No. 537, Straight *No. 539, Reducing No. 541, Straight *No. 543, Reducing List Prices, Each___________________________ Size Inches Crosses No. 537 Straight No. 539 *Reducing Faced Faced and Drilled Faced Faced and Drilled 45 Laterals No. 541 Straight No. 543 ^Reducing Faced Faced and Drilled. Faced Faced and Drilled 1 m iy2 2 2Vi 3 3V2 4 5 6 8 10 12 14 16 18 20 24 6.75 6.75 6.75 6.75 6.95 7.65 9.00 10.00 13.75 16.75 26.50 42.00 61.50 91.00 120.00 157.00 198.00 310.00 7.95 7.95 7.95 7.95 8.15 9.05 10.70 12.00 15.75 19.25 29.75 47.50 67.50 98.50 130.00 169.00 212.00 330.00 7,75 7.75 7.75 8.00 8.75 10.35 11.50 15.75 19.25 30.50 48.00 71.00 105.00 138.00 180.00 228.00 355.00 1 II 8.95 8.95 8.95 6.75 9.20 ! 6.95 10.15 7.65 12.05 lj 9.00 13.50 | 10.00 17.75 | 13.75 21.75 | 16.75 33.75 | 26.50 53.50 I 42.00 77.00 | 61.50 112.50 | 91.00 148.00 | 120.00 192.00 | 157.00 242.00 | 198.00 375.00 1 310.00 1 7.95 8.15 9.05 10.70 12.00 15.75 19.25 29.75 47.50 67.50 98.50 130.00 169.00 212.00 330.00 1 8.00 8.75 10.35 11.50 15.75 19.25 30.50 48.00 71.00 105.00 138.00 180.00 228.00 355.00 9.20 10.15 12.05 13.50 17.75 21.75 33.75 53.50 77.00 112.50 148.00 192.00 242.00 375.00 *Reducing fittings: List prices of No. 53Q Reducing Crosses and No. 543 Reducing 450 Laterals apply to sizes carried in stock, shown below. Sizes not carried in stock are made to order, at the following price advances over "Reducing" list prices, depending upon the quantity of a size ordered at one time. These price advances do not apply to No. 543 Reducing 450 Laterals with the outlet larger than the run. Such Laterals are entirely special; prices on application. Sizes carried in stock H Price advances for non-stock sizes No. 539. Crosses No. 543 45 Laterals 4 to 8 10 12 to 24 inch inch inch ABC D 4x4 x3 x3 5x5 x4 x4 5x5 x3 x3 5x5 x2y2x2i/2 AB C 4x4 x 2V2 6x6 x4 6x6 x3 6x6 x 2% || 1 piece || 2 pieces 3 pieces 4 pieces 5 pieces 100% 80% 60% 40% 20% 50% 40% 30% 20% 10% 25% 20% 15% 10% 5% No advance 6x6 x6 6x6 x5 6x6x4 6x6 x3 8x8 x6 8x8 x5 8x8 x4 8x8 x3 8x6 x8 8x6 x6 10x10x8 10x10x6 10x10x5 x4 x5 x4 x3 x6 x5 x4 x3 x6 x6 x8 x6 x5 8x8 x6 8x8 x3 8x6 x6 10x10x8 10 x 10 x 6 10x8 x 10 10x8 x 8 6 or more No advance Reducing with flanges: To avoid delays, orders for reducing fittings not carried in stock can be filled by using reducing com panion flanges. ureters snouia specuy reeuuce wicn nanges if necessary". For reducing flanges, see page 2Q3. Materials: All fittings sizes 12-inch 4 and smaller are made of cast iron; T larger sizes are made of Ferrosteel. Drilling: These fittings are fur- ] nished faced and drilled unless or- | dered faced only. j s Facing: The flanges on 125-Pound . Cast Iron Flanged Fittings are plain faced, with a smooth finish. Spot facing: 125-Pound Fittings sizes 16-inch and smaller are not spot faced unless so ordered, and then at an extra price. The list price; for spot facing bolt holes is 10 cents per hole. Sizes j8-inch and larger - are regularly spot faced. Larger sizes: Larger sizes are made to order. Prices are furnished om application. Dimensions.................. pages 274 and 275 Templates for drilling.............. page 521 Galvanized Flanged Fittings.. .page 572 Bolting on - Companion Flanges...........Page 55 \ _________ CRANE______________ Special Flanged Fittings 281 i Special Angle Elbow In addition to the ordinary types of Flanged Fittings listed and described on pages 274 to 288, Crane Co. can supply special fittings of any shape or size, made to special dimensions, and for any pressure and service. These can be made of Cast Iron, Ferrosteel, or Cast Steel. The illustrations on this page show only a few varieties, ranging from simple Special Angle Elbows to exceedingly intricate and massive fittings built to meet peculiar piping conditions. Attention is directed especially to the fittings in the two photographs at the bottom of the 4 page. These are merely typical of the many un usually special fittings that have been made in Base Tee the Crane factories over a period of many years. Anchorage Tee with Outlet at Side Prices will be quoted on application. Inquiries should be accompanied by drawings. \ Filler Piece with Parallel Faces Beveled Filler Piece 21 ii 282 CRANE 250-Pound Cast Iron Flanged Fittings -WORKING PRESSURES i to 24-inch -- 250 pounds steam 1 to 12-inch -- 400 pounds cold water, oil, or gas, non-shock 14 to 24-inch -- 350 pounds cold water, oil, or gas, non-shock Pages 283 to 288 illustrate Crane 250-Pound Cast Iron Flanged Fittings. They are recommended for the pressures shown above. For higher pressures and for high temperature service. Crane Cast Steel Fittings are recommended; see pages 343 to 350. American Standard: The dimensions and drilling of these fittings conform to the 250-Pound American Cast Iron Flanged Fitting Standard (Bi6b-1928). Materials; Except laterals, all fittings sizes 10-inch and smaller are made of cast iron, and larger sizes, of Ferrosteel. Laterals 6-inch and smaller are cast iron, and larger sizes, Ferrosteel. Larger sizes: Fittings larger than 24-inch are made to order of a design suitable for the pressure intended, retaining the American Standard center to face dimensions, flange dimensions, and drilling. Facing: The flanges have a Vfg-inch raised face. The raised face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated'' finish. Fittings with male, female, tongue, or groove faces can be made to order; see page 560 for dimensions and the Crane Discount Sheet for prices. Special Angle Elbows: Elbows from i0 to 450 have the same center to face dimensions as 450 Elbows; 46 to qo, the same center to face dimensions as qo Elbows. These fittings are made to order only. Single Sweep Tees: Single Sweep Tees with the outlet larger than the run are made to order only. Prices and dimensions on application. Double Sweep Tees: Double Sweep Tees reduced on the run are made to order.only. Prices and dimensions on application. Double Sweep Tees with the outlet larger than the run can be made with only a reasonable increase in the size of the outlet. Side Outlet Tees: Orders for Reducing Side Out let Tees should be accompanied by a sketch showing the size and location of all openings. Base Tees: Base Tees are made to order only; prices on application. The dimensions of the base are the same as for Base Elbows. 45 Laterals: Reducing 450 Laterals with the out let larger than the run are entirely special. Prices and dimensions on application. Drilling: Fittings are furnished faced and drilled unless ordered faced only. The bolt holes on drilled fittings straddle the center lines unless otherwise ordered, in which case a sketch should accompany the order. Dimensions of Flanges, in Inches For bolts smaller than i^-inch diameter, the bolt holes are drilled Ls-inch larger than the diameter of the bolts; for bolts i%-inch diameter and larger, i^-inch larger than the diameter of the bolts. Side Outlet Elbows: All openings are on the inter secting center lines. Reducing Side Outlet Elbows are regularly made reduced only on the side outlet. Other reductions are made to order only; orders should be accom panied by a sketch showing the size and location of all openings; prices on application. Double Branch Elbows: In describing Double Branch Elbows, the branches are named first, and then the outlet. Reducing Double Branch Elbows are regularly made reduced only on the branches, with both branches the same size. Other reductions are made to order only; orders should be accompanied by a sketch showing the size and location of all openings; prices on application. Base Elbows: The base on Base Elbows is neither faced nor drilled unless so ordered. Round bases, when drilled, will be drilled to the tem plate of the flange corresponding to the size of the supporting pipe. Size A1B 1 w* 1V2 2 2Vi> 3 31/?. 4 5 6 8 10 12 14 16 18 20 24 30 11 IVa W2 2 2% 3 3% 4 5 i6 i8 ' 10 * 12 I 13V* i 15% 1 17 : 19 . 23 | 29 4% 5 Vi 6% 6% 71/? 8% 9 10 11 12V, 15 17V, 20V, 23 25V, 28 30V, 36 43 Ci ll/l6 1 2V,6 3A 1 3Vi6 1 Vic 1 39/ir % i 49/i6 l I 4is/i6 iVs 1 51 VlG iVifi 1 6Vie 1V4 1 615/ig l% 1 85/is IV,fi 1 911/is 1% |llis/is 1% 1 14V,6 2 1 167/,6 2% |18ls/i6 2V4 1 21Vi6 2% 1 235/i6 2V, 1 259/i6 23/4 1 30s/i6 3 1 373/16 E No. of Dia. of bolts bolts 3Vz 3% 4Vz 5 5% 6% 7V4 7Vs 9/4 10% 13 15% 173/4 201/4 22V, 243/4 27 32 391/4 4 4 4 8 8 8 8 88 12 12 16 16 20 20 24 24 24 28 %, % %, % % % %,, % 3A 3A %_ l 1%..; 1% 1% 1%, i%rl ivy List prices . .pages 284 to 288 Special facings . . ,,page 560 Templates for drilling.. .page __________________________ CRANE__________________________ 250-Pound Cast Iron Flanged Fittings 283 Dimensions, in Inches u-F--i 90 Elbow -G-=iT 90 Long Radius Elbow 45" Elbow Branch Side Outlet Elbow Aft |^_F--4--] Double Branch Elbow 90 Base Elbow Square Base or Round Base FTee Single Sweep Tee Double Sweep Tee -F=T Side Outlet Tee H *- L _D --p- -^i1-- Cross rtf 1 ptr -u- Tee *Reducing V v~ u- Single Sweep Tee ^Reducing -u- Double Sweep Tee ^Reducing Side Outlet Tee *Reducing -U-J-U- ; Cross *Reducing *R educing ^Dimensions of reducing fittings: The center to face dimensions of Reducing Elbows, Tees, Crosses, and 450 Laterals are the same as for the straight size corresponding to the size of the largest Opening, with the following exception: Exception: In sizes 18-inch and larger, if the outlet of a Reducing Tee, Cross, or 45 Lateral is the size given in the table below, or is smaller, use the "Short Body" dimensions shown below. The face to face dimension of Reducers is governed by the size of the larger opening, regardless of the size of the smaller opening. Short Body Reducing Fittings Tees and Crosses 45 Laterals Size Size of Size Size of outlet and T TT U outlet and V W smaller smaller 18 12 14 28 17 18 8 34 31 20 I 14 15%| 31 18% 20 10 37 34 24 16 17 34 [21% 24 12 44 41 30 20 20%| 41 |25% 1 11 X Y" 3 |32% 3 36 3 43 ! page 645 How to read reducing sizes.. . .page 644 21 4# 284 CRANE 250-Pound Cast Iron Flanged Fittings For working pressures, see page 282. 90 Elbow No. 101 E Straight 90 Long Radius Elbow No. 127 E Straight 45 Elbow Side Outlet Elbow Double Branch Elbow 90 Base Elbow No. 103 E No. 131 E, Straight No. 139 E, Straight No. 125 E, Square Base Straight *No. 133 E, Reducing fNo. 141 E, Reducing No. 125% E, Round Base List Prices, Each Size Inches 90 Elbows No. 101 E Straight Faced Faced and Drilled 1190 Long Radius Elbows || j No. 127 E | Straight 1 Faced [ Faced and Drilled | 45 Elbows No. 103 E Straight Faced Faced and Drilled 90 Base Elbows No. 125 E, with Square Base No. 125% E, with Round Base Faced except Base Faced and Facing and Drilled Drilling except Base Base 1 m lVz 2 2Vz 3 3y2 4 5 6 8 10 12 14 16 18 20 24 Size 4.50 4.50 5.40 1 5.40 i 7.50 7.50 8.85 8.85 5.00 5.00 4.50 5.40 | 7.50 8.85 | 5.00 4.50 5.40 | 7.50 8.85 5.00 4.75 5.65 | 8.00 9.35 5.25 5.15 6.25 1 8.60 10.25 5.65 6.10 7.35 1 10.25 12.15 6.75 6.75 8.25 | 11.25 13.50 1 7.50 9.35 11.40 10.85 | 13.40 i 15.50 19.00 17.75 10.35 22.00 || 12.50 18.00 20.50 ! 30.00 33.75 19.00 28.50 32.50 i 47.75 53.75 l| 30.00 42.00 46.50 | 70.00 76.75 44.00 62.00 67.50 | 103.50 111.75 62.00 82.00 90.00 | 137.00 149.00 82.00 106.00 115.00 | 177.00 191.00 106.00 135.00 145.00 | 225.00 240.00 135.00 210.00 225.00 | Side Outlet Elbows______ || 1 210.00 Double Branch Elbows No. 131 E Straight No. 133 E *Reducing No. 139 E Straight No. 141 E fReducing 5.90 || 5.9ff || 5.90 || . 5.90 6.15 i| 6.75 8.00 9.00 j 13.50 11.85 18.75 14.50 22.75 21.50 36.00 S34.00 57.00 48.50 84.00 67.50 105.00 90.00 135.00 115.00 || 145.00 1 225.00 ! 1 | 1 15.00 20.25 24.75 38.50 61.00 88.50 110.50 143.00 1 4.50 5.25 5.25 7.50 7.50 11.00 11.00 11.00 r Materials: All fittings shown on this page sizes 10-inch and smaller are cast Faced Faced Faced Faced 1 Faced Faced Faced Faced and and and and Inches Drilled Drilled! Drilled Drilled 4 35.75| 38.00 39.75 42.00 | 35.75| 38.00 39.75| 42.00 5 37.75| 40.00 41.75 44.00 42.75| 45.00 47.75| 50.00 iron; larger sizes are Ferrosteel. Drilling: The end flanges on these fit tings are furnished faced and drilled unless ordered faced only. 6 42.00| 45.00 47.00 50.00 ! 49.50| 52.50 54.50| 57.50 8 61.25| 65.00 67.25 71.00 66.25| 70.00 73.75| 77.50 10 89.00| 95.00 99.00 105.00 84.00| 90.00 94.00|100.00 12 |113.25|120.00 123.25 130.00 | 108.25]115.00 118.25|125.00 14 I146.75|155.00 161.75 170.00 141.75|150.00 156.75|165.00 16 |168.00j180.00 183.00 195.00 168.00|180.00 188.00|200.00 The base on Base Elbows is neither faced nor drilled unless so ordered. Facing: 250-Pound Cast Iron Flanged Fittings are regularly furnished with a kjg-inch raised face on the flanges. The raised face is finished with concen- *Side Outlet Elbows: Theoutletison the intersectingcenter lines. "Reducing" list prices apply to elbows reduced only on the side outlet. Other reductions are entirely special, and orders should be accompanied by a sketch; prices on application. fDouble Branch Elbows: "Reducing" list prices apply only to elbows reduced on the branches, and with both branches the same size. Other reductions are entirely special, and orders should be accompanied by a sketch; prices on application. trie grooves,approximately 16 grooves per inch, known as a "serrated" finish. Male, female, tongue, or groove faces can be made to order. See page 560 for dimensions and the Crane Discount Sheet for prices. Spot facing: 250-Pound Fittings are not spot faced unless so ordered, and In describing Double Branch Elbows, the branch openings are then at an extra price. The list price for 21 named first, then the outlet. spot facing bolt holes is 10 cents per hole. Larger sizes: Larger sizes are made to order; prices on request. Bolting on Companion Flanges... .page 557 Galvanized Flanged Fittings............page 572 Dimensions........ pages 282 and 283 Special facings................ page 560 Templates for drilling........................ page 552 CRANE - 285 250-Pound Cast Iron Flanged Fittings For working pressures, see page 282. No. 121 E 90 Elbow "Reducing Size Inches iy2 2 2V2 3 3V2 4 5 6 8 10 12 14 16 18 20 24 No. 122 E No. 123 E No. 1231/2 E 90 Long Radius Elbow 'Reducing List Prices, Each *Taper Reducer "Eccentric Reducer 90 Elbows |(90 Long Radius Elbows j Reducers No. 121 E "Reducing No. 122 E "Reducing I | No. 123 E Taper No. 1231/2 E ^Eccentric Faced Faced and Drilled Faced Faced 1 and Drilled | Faced Faced and Drilled Faced Faced and Drilled 9.00 9.00 9.50 10.25 ' 12.25 13.50 18.75 22.75 36.00 57.00 84.00 105.00 135.00 9.90 9.90 10.40 11.35 13.50 15.00 20.-25 24.75 38.50 61.00 88.50 110.50 143.00 16.00 17.20 20.50 22.50 31.00 38.00 60.00 95.50 140.00 207.00 274.00 17.35 18.85 22.40 24.75 33.25 41.00 63.75 101.50 146.75 215.25 286.00 9.00 | 9.50 | 10.25 | 12.25 | 13.50 j 18.75 | 22.75 . | 36.00 j 57.00 | 84.00 | 105.00 | 135.00 157.00 i! 180.00 i| 285.00 9.90 10.40 11.35 13.50 15.00 20.25 24.75 38.50 61.00 88.50 110.50 143.00 166.00 190.00 300.00 9.50 10.25 13.50 18.75 22.75 36.00 57.00 84.00 10.40 11.35 15.00 20.25 24.75 38.50 61.00 88.50 *List prices of Reducing Elbows and Reducers apply only to the reductions shown below. Other reductions are entirely special; prices on application. No. 121 E 90 Elbows iy2 x iy4 2 x IV? 2 xli/4 2'/2 x 2 21/2 xll/2 3 x 2l/2 3 x2 3 xlV? 3 x Wi 31/2 x 3 31/2 x 2i/2 31/2 x 2 31/2 x iy2 4 x3i/2 4 x3 4 x 21/2 4 x2 4 xll/2 5 x4 5 X 31/2 5 x3 5 x 21/2 6x5 6x4 6 x 31/2 6x3 6 x 2i/2 6x2 8X6 8X5 8X4 8X3 10 X 8 10 X 6 10 X 5 10 X 4 12 X 10 12 X 8 12 X 6 12 X 5 14 X 12 14 X 10 14 X 6 16 X 14 16 X 12 16 X 10 16 X 8 No. 122 E 90 Elbows Long Radius 21/2 x 2 21/2 x iy2 3 x2i/2 3 x2 31/2 x 21/2 4 x3i/2 4 x3 5 x4 5 x3 6 x5 6 x4 6 x3 8 x6 8 X5 8 x4 10 x 8 10 x 6 10 x 5 10 x 4 12 x 10 12 x 8 12 x 6 14 X 12 16 x 14 16 x 12 No. 123 E Reducers 2 x 11/2 21/2 x 2 x 21/2 x2 31/2 x 3 31/2 x 21/2 31/2 x 2 x 31/2 x3 x 21/2 x2 x4 x 31/2 x3 x2i/z x2 6x5 6x4 6 x 31/2 6x3 6 x 21/2 6x2 8X6 8X5 8X4 8 X 3% 8X3 10 X 8 10 X 6 10 X 5 10 X 4 12 X 10 12 X 8 12 X 6 12 X 5 12 X 4 14 x 12 14 x 10 14 x 8 14 x 6 16 x 14 16 x 12 16 x 10 16 x 8 18 x 16 18 x 14 18 x 12 18 x 10 20 x 18 20x16 20 x 14 20 x 12 24 x 20 24 x 18 24 x 16 No. 1231/2 E Eccentric Reducers 2V? x 2 3 x2i/2 3 x2 4 x 31/2 4 x3 4 x2V? 4 x2 5 x4 5 x3i/2 5 x3 5 X 21/2 5 x2 6 x5 6 x4 6 x3V2 6 x3 8x6 8x5 8x4 8 x 31/2 8x3 10 x 8 10 x 6 10x5 10 x 4 12 x 10 12x8 12x6 12x5 Materials: All fittings shown on this page sizes 10-inch and smaller are cast iron; larger sizes are Ferrosteel. Larger sizes: Larger sizes are made to order. Prices on application. Drilling: These fittings are furnished faced and drilled unless ordered faced only. Facing: 250-Pound Cast Iron Fittings are regularly fur nished with a I46-inch raised face on the flanges. The raised face is finished with concentric grooves, approxi mately 16 grooves per inch, known as a "serrated" finish. Fittings with male, female, tongue, or groove faces can be made to order. See page 560 for dimensions and the Crane Discount Sheet for prices. Spot facing: 250-Pound Fit tings are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. Reducing with flanges: To avoid delays, orders for re ducing fittings not carried in stock can be filled by using reducing companion flanges; specify "Reduce with flanges if necessary". For reducing flanges, see page 295. Galvanized Flanged Fittings.............page 572 Bolting on Companion Flanges... .page 557 Dimensions............... pages 282 and 283 Special facings........... page 560 Templates for drilling..............Pa8c 552 286 CRANE 250-Pound Cast Iron Flanged Fittings For working pressures, see page 282. Tee No. 105 E, Straight `No. 107 E, Reducing Side Outlet Tee No. 135 E, Straight No. 137 E, Reducing Single Sweep Tee No. 109 E, Straight `No. Ill E, Reducing Double Sweep Tee No. 112 E, Straight `No. 112V2E, Reducing Size Inches List Prices, Each Tees l| Single Sweep Tees l| Double Sweep Tees No. 105 E Straight No. 107 E 1 `Reducing I No. 109 E Straight 1 No. Ill E | `Reducing I No. 112 E Straight No. 1121/2 E `Reducing Faced l Faced and 1 Drilled Faced Faced II Faced 1 Faced and 1 and Drilled II 1 Drilled Faced Faced || Faced and II Drilled || Faced and Drilled Faced Faced and Drilled 1| 114 1 iy2 | 21 2i/2 1 6.'50 | 6-50 1 6.50 1 6.50 1 6.90 I 7.85 ! 7.85 1 7.85 7.85 8.25 7.50 ! 7.50 ! 7.50 i 8.00 ' II 8.85 || 8.85 j 8.85 ji , 7.50 9.35 |[ 8.00 1 8.85 j 9.35 |. 9.15 !! II II l| 10.50 i| 1 1 1 7.50 | 8.00 | 11 II 11 8.85 | | 9.35 | 9.15 | 10.50 3 | 7.50 1 9.15 8.60 | 10.25 || 8.60 10.25 | 9.90 11.55 || 8.60 | 10.25 | 9.90 | 11.55 314 | 8.90 | 10.-80 10.25 | 12.15 || 10.25 12.15 | 11.75 13.65 |l 10.25 | 12.15 | 11.75 | 13.65 4 | 9.75 | 12.00 11.25 | 13.50 || 11.25 13.50 | 13.00 15.25, '| 11.25 | 13.50 | 13.00 | 15.25 5 | 13.50 | 15.75 15.50 | 17.75 || 15.50 17.75 | 17.85 20.10 || 15.50 | 17.75 | 17.85 | 20.10 6 | 16.50 | 19.50 19.00 | 22.00 || 19.00 22.00 | 22.00 25.00 || 19.00 | 22.00 | 22.00 | 25.00 8 | 26.00 29.75 I 30.00 | 33.75 |, 30.00 33.75 | 34.50 38.25 1| 30.00 | 33.75 | 34.50 | 38.25 10 | 41.50 47.50 | 47.75 1 53.75 i| 47.75 53.75 | 55.00 61.00 || 47.75 | 53.75 55.00 | 61.00 12 | 61.00 67.75 | 70.00 | 76.75 || 70.00 76.75 | 80.00 86.75 || 7,0.00 | 76.75 80.00 | 86.75 14 90.00 98.25 | 103.50 j 111.75 || 103.50 111.75 | 119.00 127.25 l| 103.50 | 111.75 119.00 | 127.25 16 119.00. 131.00 | 137.00 | 149.00 || 137.00 149.00 | 158.00 | 170.00 l| 137.00 | 149.00 158.00 | 170.00 18 154.00 168.00 ! 177.00 | 191.00 || 177.00 191.00 | 204.00 | 218.00 1| 177.00 | 191.00 204.*00 | 218.00 20 195.00 210.00 | 225.00 ! 240.00 || 225.00 | 240.00 | 260.00 | 275.00 '] 225.00 | 240.00 260.00 1 275.00 24 305.00 328.00 | 350.00 | 373.00 j| 350.00 | 373.00 [ 402.00 | 425.00 || 350.00 | 373.00 402.00 j 425.00 Size Side Outlet Tees No. 135 E Straight No. 137 E Reducing __ lvia terials: All fittings shown on this page sizes io-inch and sma Her are cast iron; larger sizes are Ferrosteel. Inches 4 5 6 Faced 42.00 47.00 5.3.50 Faced and Drilled 45.00 50.00 57.50 Faced 47.00 52.00 59.00 *Z? Drilled 50.00 55.00 63.00- s" putl gle Sweep Tees: No. et larger than the run in E Single are entirely Sweep Tees with the special. Prices and d!m ensions on application; Dottble Sweep Tees: No. i \ iVi E'Tees reduced on the run are entirely special. Prices and dimensions on application. 8 72.50 77.50 80.00 85.00 10 102.00 110.00 112.00 m.oo 12 131.00 140.00 146.00 155.00 14 159.00 | 170.00 | 174.00 185.00 16 184.00 | 200.00 | 204.00 220.00 p ible Sweep Tees with the outlet larger than the run can be m.K le with only a reasonable increase in the size of the outlet. Sid e Outlet Tees: Orders for No. 137 E Reducing Side Outlet fees should be accompanied by a drawing showing the size and location of all openings. *Reducing sizes: ListpricesofNo. 107 E, No. hi E, and No. 112E2 E Reducing Tees apply to sizes carried in stock, shown on the opposite page. Sizes not carried in stock are made to order, at an advance in price depending upon the quantity of a size ordered at one time. See the opposite page for price advances. Larger sizes: Larger sizes are made to order; prices on application. Bolting on Companion Flanges....page 557 Galvanized Flanged Fittings............ page 572 Dimensions............................ pages 282 and 288 Drilling: These fittings are furnished faced and drilled unless ordered faced only. Facing: zyo-Pound Cast Iron Flanged Fittings are regularly furnished with a kk-inch raised face on the flanges. The raised face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Fittings with male, female, tongue, or groove faces can be made to order. See page 5bo for dimensions and the Crane Discount Sheet for prices. Spot facing: 270-Pound Fittings are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. Templates for drilling.... page 552 Special facings.... page 565- 1 1 <v. CRANE 250-Pound Cast Iron Flanged Fittings Reducing Flanged Tees Carried in Stock 287 Pu A No. 107 E Reducing Tee S3 A No. Ill E Single Sweep Reducing Tee A No. 1121/2 E Double Sweep Reducing Tee No. 107 E, No. 111 E, and No. iiz^E Tees are not carried in stock are made to order, at an advance carried in stock in the sizes shown below; these are in price depending upon the quantity of a size ordered furnished at the regular "Reducing" prices. Sizes at one time. See table below for price advances. B 2V2x 21/2 X 2 21/2 x 21/2 x ll/2 21/2 X 21/2 x iy4 21/2 X 2 x 2 3 x 3 x2i/2 3 x3 x2 3 x 3 X 11/2 3 x 3 xll/4 3 x3 X 1 3 X 21/2 x 3 3 x2 x3 3 x IV2 x 3 3 x 1Vi x 3 3 x 21/2 x 21/2 3 x2 x2 2 x2 x3 31/2 x 31/2 x2i/2 31/2x31/2 x 2 31/2 x 21/2 x 31/2 4 X 4 X 31/2 4 x4 x3 4 x 4 X21/2 4 x4 x2 4 x 4 X 11/2 4 x3 x4 4 x 21/2 x 4 4 x2 x4 4 x3 x3 4 x3 x2 4 x 3 xll/2 4 x2i/2 X21/2 4 x2 x3 3 x3 x4 21/2 x 21/2 x 4 No. 107 E Tees AB C 5x5 x 4 ,5x5 x3ik 5x5 x 3 5x5 x2i/z 5x5 x 2 5x5 xli/2 5x4 x 5 5x3 x 5 5 x 21/2 x 5 5x4 x 4 5x4 x 3 5x4 x 21/2 5x3 x 4 5x3 x 3 4x4 x 5 6x6 6x6 6x6 x5 x4 x3i/2 ABC 8 x 8x6 8 x 8x5 8 x 8x4 8 x 8 x 31/2 8 x 8x3 8 x 8 x 2Vz 8 x 8x2 8 x 6x8 8 x 4x8 8 x 3x8 8 x 6x6 8 x 6x5 8 x 6x4 8 x 5x6 8 x 5x5 8 x 4x6 8 x 4x4 6 x 6x8 5 x 5x8 6x6 6x6 6x5 fi y 4 X 21/2 x2 x6 6x3 x 6 6 x 21/2 x 6 6x5 x 5 6x5 x 4 6x5 x 3 6x5. x2i/2 6x5 x 2 6x4 x 5 6x4" x 4 6x4 x 3 6x3 x 3 5x5 x 6 4x4 x 6 10 X 10x8 10 x 10 x 6 10 x 10 x 5 10 x 10 x 4 10 x 10 x 31/2 10 x 10 x 3 10 x 10x2 10 x 8 x 10 10 x 6x 10 10 x 8x8 10 x 8x6 10 x 8x5 10 x 6x8 10 x 6x6 8 x 8 x 10 ABC 12 x 12 x 10 12 x 12 x 8 12 x 12 x 6 12 x 12 x 5 12 x 12 x 4 12 x 12 x 31/2 12 x 12 x 3 12 x 12 x 2V2 12 x 10 x 12 12 x 8 x 12 12 x 10 x 10 12 x 10 x 8 12 x 10 x 6 12 x 8x8 12 x 8x6 10 x 10 x 12 8 x 8 x 12 14 x 14 x 12 14 x 14 x. 10 14 x 14 x 8 14 x 14 x 6 14 x 14 x 5 14 x 12 x 8 16 x 16 x 14 16 x 16 x 12 16 x 16 x 10 16 x 16 x 8 16 x 16 x 6 No. Ill E No. U21/2 E Single Sweep Tees Double Sweep Tees ABC ABC 4 x 4 x 21/2 4x4x2 6x6x4 6x4x4 8x8x6 8x6x6 4 x 4 x 21/2 4x4x2 5x5x4 5x5x3 6x6x4 6x6x3 '8x8x6 8x8x5 8x8x4 Price Advances for Non-Stock Sizes 1 Sizes not carried in stock are made to order, at the following price advances over "Reducing" list prices, depending upon the quan tity of a size ordered at one time. These price advances do not apply to Single Sweep or Double Sweep Reducing Tees with the outlet larger than the run. Such tees are special; prices on applica tion. Size 1 1 to 31/2 4 to 8 10 to 24 inch 1 inch inch 1 piece | 2 pieces | 3 pieces | 4 pieces | 5 pieces | 6 or more] 50% 25% 40% 30% 20% 20% 15% 10% No advance 10% 5% No advance Materials: All fittings shown on this page sizes 10-inch and smaller are made of cast iron; larger sizes are made of Ferrosteel. Drilling: These fittings are furnished faced and drilled unless ordered faced only. Facing: 250-Pound Cast Iron Flanged Fittings are regularly furnished with a ^-inch raised face on the flanges. The raised face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Fittings with male, female, tongue, or groove faces can be made to order; see page 560 for dimensions and the Crane Discount Sheet for prices. Spot facing: 250-Pound Cast Iron Flanged Fittings are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. Reducing with flanges: To avoid delays, orders for reducing fittings not carried in stock can be filled by using reducing companion flanges. Orders should specify "Reduce with flanges if necessary . For reducing flanges, see page zq$. Galvanized Flanged Fittings...........page 572 Bolting on Companion Flanges... .page 557 Dimensions.............pages 282 and 283 Special facings. ...........page 560 Templates for drilling.............Page 552 1 i 3r-"... 288 CRANE 250-Pound Cast Iron Flanged Fittings c fr For working pressures, see page 282. .n rl D Cross No. 113 E, Straight *No. 115 E, Reducing No. 117 E; Straight *No. 119 E, Reducing Inches 1 W* m 2 Vh 3 3 y2 4 5 6 8 10 12 14 16 18 20 24 List Prices, Each Crosses No. 113 E Straight No. 115 E ^Reducing Faced Faced and Drilled Faced Faced and Drilled 1 1 | | 10.00 10.00 10.00 10.00 10.50. 11.50 13.50 15.00 20.50 25.00 40.00 63.00 92.00 136.00 180.00 235.00 300.00 465.00 11.80 11.80 11.80 11.80 12.30 13.75 16.00 18.00 23.50 29.00 45.00 71.00 101.00 147.00 196.00 | 253.00 320.00 495.00 11.50 11.50 11.50 12.00 13.25 15.50 17.00 23.50 29.00 46.00 72.00 106.00 158.00 207.00270.00 345.00 535.00 13.30 13.30 13.30 13.80 15.50 18.00 20.00 26.50 33.00 51.00 80.00 115.00 169.00 223.00 288.00 365.00 565.00 li || || !I \ 45 Laterals No. 117 E ' Straight No. 119 E ' *Reducing Faced Faced and Drilled Faced Faced and Drilled 11I |1 |1 10.00 11.80 1 10.50 12.30 12.00 13.80 11.50 . 13.75 13.2 15.50 13.50 16.00 15.50 18.00 15.00 18.00 17.00 20.00 20.50 23.50 23.50 26.50 25.00 29.00 $9.00 33.00 40.00 45.00 46.00 51.00 63.00 71.00 72.00 80.00 92.00 101.00 106.00 115.00 136.00 147.00 158:00 169.00 180.00 196.00 207.00 223.00 235.00 253.00 270.00 288.00 300.00 320.00 345.00 365.00 465.00 495.00- 535.00 565.00 *Reducing fittings: List prices of No. 115 E Reducing Crosses and No. 119 E Reducing 450 Laterals' apply only to sizes carried in stock, shown below. Sizes not carried in stock are made to order, at the following price advances over "Reduc ing" list prices, depending upon the quantity of a size ordered at one time. These price advances do not apply to No. 1 iq E Reducing 450 Laterals with the outlet larger than the run. Such Laterals are special; prices on application. Sizes carried in stock No. 115 E Crosses No. 119 E 45 Laterals ABC D ABC 3 x 3 x 2% x 2% 4 x 4 x 2i/2 4 x 4 x 2i/2 x 2% 6x6x4 x 4 6x6x3 x 3 8x8x6 8x8x5 8x8x4 x6 x5 x4 6 x 6 x 2Yz Price advances for non-stock sizes - Size 1 to 3Yz 1 4 to 8 | 10-to 24 inch 1 inch | inch 1 piece 2 pieces 3 pieces 4 pieces 5 pieces 6 or more 50% 40% 30% 20% 1 25% | 20% | 15% | 10% No advance 10% | 5% No advance Reducing with flanges: To avoid delays, orders for reducing fittings not carried in stock can be filled by using reducing companion flanges. Orders should specify "Reduce with flanges if necessary". For flanges, see page 295. Larger sizes: Larger sizes are made to order. Prices are furnished on application. Materials: Grosses 1 o-inch and smaller and 450 laterals 6-inch and smaller are made of cast iron; in larger sizes, crosses and laterals are made of Ferrosteel. Drilling: These fittings are furnished faced and drilled unless ordered faced only. Facing: 250-Pound Cast Iron Flanged Fittings are regularly furnished with a Hfrinch raised face on the flanges. The raised face is finished with concen tric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Fittings with male, female, tongue, or groove faces can be made to order. See page 560 for dimensions and the Crane Discount Sheet for prices. Spot facing: 250-Pound Fittings are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. Bolting on Companion Flanges... .page 557 Galvanised Flanged Fittings............page 572 Special facings...............................................page560 Dimensions........................... pages 282 and 283 Templates for drilling............................... page552 CRANE Iron Flanges Common Flanges....................................................................page 290 Round Floor Flanges............................................................. page 290 25-Pound Screwed and Blind Flanges................................page 291 125-Pound Screwed and Blind Flanges...........pages 292 and 293 250-Pound Screwed and Blind Flanges...........pages 294 and 295 Galvanized Flanges......................................................... .page572 289 The Crane line of Iron Flanges is shown on pages 290 to 295. The Common Flanges, Round Floor Flanges, and 25, 125, and 250-Pound Screwed and Blind Flanges are made of Cast Iron or of Ferrosteel. Round Floor Flanges and 125-Pound Screwed Flanges also are made of Crane Malleable Iron, a rugged, tough material having high tensile strength. For description of these materials, see page 4. Crane Flanges are accurately machined and finished, special care being exercised in the threading operation to assure having flange faces at right angles to the run of the pipe line. Crane piping materials also include iron flanged fittings, brass flanges and flanged fittings, and a wide assortment of forged steel flanges and of cast steel flanged fittings for severe or high pressure-temperature service. Information on these and other related products is shown on the pages referred to below: Iron Flanged Fittings...................................pages 273 to 288 Iron Flange Unions...................................... pages 249 to 252 Forged Steel Flanges..................-.................pages 361 to 367 Cast Steel Flanged Fittings.........................pages 343 to 350 Welding Fittings........................................... pages 351 to 360 Brass Flanges and Flanged Fittings........................ page 264 Brass Flange Unions................................................... page 263 Brass Floor Flanges.................................................... page 267 \ 290 CRANE Cast Iron Common Flanges No. 521, Cast Iron Common Flange Galvanized Flanges Cast Iron Common Flanges can be furnished galvanized at double the list prices of black flanges. Common Flanges are neither faced nor drilled. When wanted drilled, orders must specify size and number of holes, and the diameter of the bolt circle. An extra charge is made for drilling. These flanges are intended for structural work and not for pressure service on pipe lines. Size \ Inches lVix5 iy2x5 iy4 x 6 2 x6 2Vi x 6 2Vi x 6Vi 3 x 6Vi 2 x7 2Vi x 7 3 x7 3 x 7Vi > List Prices No. 521 Black Size No. 521 Black Each .30 .40 .42 .50 .62 .75 Inches 2 x8 2i/z x 8 3 x8 31/2 x 8 4 x8 31/2 x 8Vi 4 x9 4 x 10 5 x 10 6 x 11 8 x 13Vi Each .90 1.00 1.15 1.50 1.75 2.80 v/ Cast Iron or Malleable Iron . Round Floor Flanges Cast Iron Floor Flange Malleable Iron Floor Flange Floor Flanges are cast with countersunk holes for screws and are not faced. | Size Inches | Vi x213/16| % x3 1 'A x3Vi % x3% 1 x4 1V4x4 lVix4V4 2 x5Vi List Prices and Dimensions Cast Iron Round Floor Flanges Malleable Iron Round Floor Flanges List Prices Dimensions, in Inches List Prices Dimensions, in Inches Black Each Galv. Each Flange thick- ness A Hub length B Bolt circle C holes Black Each Galv. Each Flange thickness A Hub length B Bolt circle C dia. of holes .10 .20 .10 .20 .15 .30 .15 .30 .16 .32 .16 .32 .22 .44 .35 [ .70 V32 Vi I iy8 V32 Vts 1 2 %2 9/ig 2Vi 5/lS % 21/2 1 V32 "/is 3 11/32 Vi 3 3/s i V* 1 31/2 13/32 1 1 4V4 4-y4 4-Vi 4-Vi 4-V4 4-Vi 4-Vi 4-5/is 4-S/16 .15 .15 .16 .16 .22 .35 1 .30 %2 9/lS 21/2 4-Vi .30 S/l6 5/s 21/2 4-y4 .32 11/S2 ll/lG 3 4-Vi .32 ll/32 .44 % Vi % 3 4-Vi 3y2 4-5/l6 .70 13/32 1 4Vi 4-5/l6 Brass Floor Flanges , . ,, page 267 ____________________ CRANE_____________________ 2 5-Pound Cast Iron Flanges WORKING PRESSURES 25 pounds steam or cold gas -- 43 pounds cold water or oil, non-shock 291 Screwed Flange No. 583, Cast Iron 16 inches O.D. and smaller 19 inches O.D. and larger Blind Flange -- No. 584, Cast Iron ^ Reducing Screwed Flange No. 583Vi, Cast Iron __________________ List Prices, Each Size No. 583 i; No. 584 of Screwed Blind pipe Faced Faced Faced Faced and and Inches Drilled Drilled Size Inches No. 583V, Reducing Screwed Faced Faced and Drilled Size Faced Faced and Inches Drilled Size Inches Faced Faced and Drilled 1.60 2.05 2.40 2.85 1V2 x 10 2.00 i 2.50 3.00 3.50 2 x 10 11/2 x 16 2 x 16 4x21 5 x 21 3.10 | 3.80 I' 4.60 JO 4.50 I 5.50 6.75 12 6.50 I 7.65 II 9.75 14 OD 9.00 I 10.35 I 13.50 16 OD 13.50 | 15.30 20.00 18 OD 16.00 ! 18.00 24.00 20 OD 19.00 1 21.50 1| 28.00 24 OD 27.00 I 30.50 II 40.00 5.30 7.75 10.90 14.85 21.80 26.00 30.50 43.50 21/2 X 10 3 x 10 3y2 x 10 4 x 10 iy2 x 11 2 X 11 21/2x11 3 X 11 2.65 3.10 3.30 3.80 21/2 x 16 3 x 16 31/2 x 16 4 x 16 5 x 16 6 x 16 8 x 16 iy2 x 19 6 x 21 8x21 15.00 16.35 7.45 8.45 10x21 12x21 6 x 231/2 8 x 231/2 /10 x 231/2 22.00 23.80 12 x 231/2 31/2 x 11 2 x 19 14 x 231/, Drilling: 25-Pound Flanges are regularly furnished faced and drilled unless ordered faced only. Facing: The flanges are plain 4 xll 5 X 11 11/2x131/2 2 X 131/2 .21/2 x 131/2 21/2 x 19 3 x 19 31/2 x 19 4 x 19 5 x 19 10.75 11.901 f 6 x 25 8x25 10x25 12x25 14x25 26.50 28.50 faced, with a smooth finish. Spot facing: Cast iron flanges are not spot faced unless so ordered, and then at an extra price. The list price for spot facing is 10 cents per hole. 3 X 131/2 3i/2 X 131/2 5.10 5.80 4 X 131/2 5 X 131/2 6 X 131/2 6 x 19 8 x 19 10 x 19 16x25 14 x 271/2 16 x 271/2 18 x 271/2 14x32 16 x 32 18x32 31.00 33.50 44.00 47.50 25-Pound Flanges: 25-Pound 20x32 Cast Iron Flanges (sizes 5 to 24-inch inclusive) are specified in the Standard, the thickness of the the same as 125-Pound Cast Iron Flanges except flanges is the same as the thickness of 125-Pound that they have smaller bolt holes. When sizes Cast Iron Flanges. smaller than 5-inch are required, use 125-Pound Flanges; see pages 292 and 293. Prices and dimen sions of sizes larger than 24-inch are furnished on application. How to order reducing flanges: When ordering reducing flanges, the screwed or reduced size should be designated first, and then the outside diameter of the flange. For example, a 25-Pound Flange to American Standard: The dimensions of these flanges conform to the 25-Pound American Tentative connect a 6-inch pipe to a 10-inch valve or fitting (O.D. of flange, 16 inches) should be ordered Cast Iron Flange Standard (Bi6b2-1931). As 6" x 16." Reducing Flange. Templates for drilling page SSI Size of pipe A B C D No. of bolts Dia. of bolts 00 00 1 5 | 6 1 8 1 10 | 10 1 11 1 13V? 1 16 1 lS/l6 1 1 1 lVs 1 Wig 1 lVlG 1 l9/lfi 1 1% U15/TM 91/2 1 ll3/4 1141/4 1 8 | 8 1 8 1 12 1%!%!%1% 12 19 iy. 23/,6 17 12 % 14 OD|16 OD|18 OD 20 OD|24 OD 21 1 231/2 1% 1 lVis 21/4 1 21/2 1 211/4 12 1 16 3/4 1 3/4 25 l9/l6 211/16 22% 16 3/4 27i/2 li Vis 2% 25 20 3/4 32 D/s 31/4 291/2 20 3/4 i 22 ^<0 292 CRANE 125-Pound Cast Iron or Malleable Iron^Flanges Screwed Flange No. 553, *Cast Iron No. 559, Malleable Iron WORKING PRESSURES i to 36-inch -- 125 pounds steam 1 to 12-inch -- 175 pounds cold water, oil, or gas, non-shock 14 to 36-inch --150 pounds cold water, oil, or gas, non-shock J Blind Flange No. 555, *Cast Iron List Prices and Dimensions Size of pipe Inches 1 IV* 1V2 2 ' 21/2 3: 3Vz ^-4 . 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD 30 OD 36 OD List Prices, Each Screwed Flanges Blind Flanges No. 553 *Cast Iron No. 559 Malleable Iron Faced Faced Faced Faced and and Drilled Drilled 1 .55 .80 * 1 -60 .85 | 1 -65 .90 | | .75 1.00 1 1.50 1.75 I .85 1.10 | 1.70 1.95 .95 1.25 1 1.90 2.20 No. 555 *Cast Iron Faced Faced and Drilled .85 .90 1.00 1.15 1.30 | 1.40 1.10 1.15 1.25 1.40 1.55 1.70 1.20 | 1.55 1.35 1.80 2.40 2.70 2.75 1.80 3.15 | 2.00 2.15 2.45 1.60 2.05 | 3.20 3.65 | 2.40 2.85 2.00 3.10 4.50 6.50 9.00 13.50 2.50 | 4.00 3.80 j 6.20 5.50 | 9.00 7.65 | 13.00 10.35 | 15.30 | 4.50 | 3.00 6.90 | 4.60 10.00 | 6.75 14.15 | 9.75 | 13.50 | 20.00 3.50 5.30 7.75 10.90 14.85 21.80 16.00 18.00 | | 24.00 26.00 19.00 21.50 | | 28.00 30.50 27.00 | 30.50 | | | 40.00 43.50 1 | | 90.00 100.00 1 | |137.50 150.00 Dimensions, in Inches No. Dia. A B Cf D of of Bolts Bolts . 4V4 1 7/l6 11/16 31/s 1 4 | % 4% i/2 "/IS 3i/2 1 4 | l/2 5 9/l6 Vs 1 3% | .4 | i/2 6 % 1 1 434 | 4 | % 7 11/l6 l3/l6 1 51/2 4 1% 7y2 3/4 li/4 1 6 4 ! % sy2 13/l6 IV* 1 7 8 Vs 9 1S/l6 1 1%6 1 7% 8 Vs 10 1S/16 l7/i6 8% 8 % 11 1 1/16 91/2 . 8 % i3y2 iy8 1% 11% 8 % 16 | 13/16 11S/J6 141/4 12 Vs 19 I DA 23/ 17 12 Vs 21 1 1% 21/4 18% 12 1 23%. 1 iy16 2l/2 211/4 16 1 25 | 19/16 211/is 2234 | 16 iy8 27i/2 | in/16 2% 25 1 20 iy8 32 | 1% 31/4 291/2 | 20 1% 383/4 | 2i/s 36 | 28 1V4 46 | 23/g 423/4 | 32 iy2 ^Materials: The No. 553 and No. 555 Flanges sizes 12-inch and smaller are made of cast iron; larger sizes are regularly made of Ferrosteel, to conform to the American Standard. Drilling: 125-Pound Flanges are furnished faced and drilled unless ordered faced only. Facing: These flanges are plain faced, with a smooth finish. Spot facing: Cast iron or malleable iron flanges are : not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents j per hole. American Standard: The dimensions of these flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi 6a-1939). Templates for drilling.. . .page SSI Galvanized flanges.. . .page 572 CRANE 12 5-Pound Iron Reducing Flanges "WORKING PRESSURES 5 to 32-inch O.D. -- 125 pounds steam 5 to 19-inch O.D. -- 175 pounds cold water, oil, or gas, non-shock 21 to 32-inch O.D. -- 150 pounds cold water, oil, or gas, non-shock 293 "N Reducing Screwed Flange. No. 557, *Cast Iron Eccentric Reducing Screwed Flange Prices on application Size Inches 1 x5 11/4 x 5 1 x6 iy4 x 6 IV2 x 6 W2 x 7 2 x7 1 x 71/2 iy4x7J/2 iy2 x 71/2 2 x 71/2 2y2 x 71/2 iy2 x sy2 2 x 8I/2 2y2 x 8i/2 3 X 8y2 1 X9 114 x 9 iy2 x 9 2 x9 21/2 x 9 3 x9 31/2 x 9 Faced 1.15 1.30 1.45 1.55 2.00 2.20 ' Faced and Drilled 1.40 1.55 1.70 1.85 2.35 2.65 ' Size Inches iy2 x 10 2 X 10 21/2 X 10 3 X 10 31/2 X 10 4 X 10 iy2 x 11 2 . X 11 21/2 X 11 3. X 11 31/2 X 11 4 x 11 5 x 11 11/2 x 13i/2 2 x 131/2 21/2 X 131/2 3 x 131/2 31/2 X 131/2 4 x 131/2 5 x 131/2 6 x 131/2 List Prices, No. 557, Each Faced Faced and Drilled Size Inches Faced 2.65 3.30 3.10 3.80 11/2 x 16 2 x 16 21/2 x 16 3 x 16 31/2 x 16 4 x 16 5 x 16 6 x 16 8 X 16 11/2 x 19 2 x 19 .7.45 5.10 5.80 21/2 x 19 3 x 19 31/2 x 19 4 x 19 5 x 19 6 x 19 8 x 19 10 x 19 10.75 Faced and Drilled 8.45 11.90 Size Inches 4x21 5 x 21 6x21 8x21 10x21 / 12x21 6 x 23y2 8 x 231/2 10 x 231/2 12 x 231/2 14 x 231/2 6 x 25 8 x 25 10 x 25 12 x 25 14x25 16x25 14 x 271/2 16 x 271/2 18 x 271/2 14x32 16x32 18x32 20x32 Faced 15.00 22.00 26.50 31.00 44.00 Faced and Drilled 16.35 23.80 28.50 33.50 47.50 * Materials: The No. 557 Flange sizes iq-inch O.D. and smaller are made of cast iron; larger sizes are regularly made of Ferrosteel, to conform to the American Standard. Drilling: 125-Pound Cast Iron Reducing Flanges are furnished faced and drilled, unless ordered faced only. Facing: These flanges are plain faced, with a smooth finish. Spot facing: Cast iron flanges are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. American Standard: The dimensions of these flanges conform to the American Cast Iron Flange Standard, Class 125 (B163-1939). How to order reducing flanges: When ordering reducing flanges, the screwed or reduced size should be designated first, and then the outside diameter of the flange. For example, a 125-Pound Flange to connect a 6-inch pipe to a 10-inch valve or fitting (O.D. of flange, 16 inches) should be ordered 6" x 16" Reducing Flange. Templates for drilling page SSI Galvanized flanges.. , .page S72 22 294 Screwed Flange No. 151 E, *Cast Iron CRANE 250-Ponnd Cast Iron Flanges WORKING PRESSURES i to 24-inch -- 250 pounds steam 1 to 12-inch -- 400 pounds cold water, oil, or gas, non-shock 14 to 24-inch --350 pounds cold water, oil, or gas, non-shock Blind Flange No. 153 E, *Cast Iron Size of pipe Inches 1 iVi 1V2 2 2% 3 31/2 4 5 6 8 10 12 14 OD 16 OD 18 OD . 20 OD 24 OD List Prices and Dimensions List Prices, Each Dimensions, in inches No. 151 E Screwed Flanges Faced Faced and Drilled .95 1.00 1.10 1.25 1.40 1.60 2.00 2.25 2.65 3.30 5.10 7.40 10.75 15.00 22.25 26.00 31.00 45.00 1.30 1.35 1.45 1.60 1.75 2.05 2.55 2.95 3.35 4.05 6.15 8.90 12.50 17:00 25.00 29.00 35.00 50.00 No. 153 E Blind Flanges Faced Faced and Drilled 1.45 1.50 1.65 1.90 2.10 2.40 3.00 3.35 4.00 5.00 7.65 11.00 16.00 22.50 33.50 39.00 46.00 67.00 1.80 1.85 2.00 2.25 2.45 2.85 3.55 4.05 4.70 5.75 8.70 12.50 17.75 24.50 36.25 42.00 50.00 72.00 j A 47/s 51/4 f>Vs 61/2 71/2 8V* 9 10 11 121/z 15 171/2 201/2 23 251/2 28 301/2 36 B 211/ie 3i/i6 39/16 43/ie 415/16 511/16 65/ie 6i5/lfi 85/16 911/16 1115/16 141/16 16V16 1815/ie 211/16 1 235/16 255/16 1 305/16 I c 11/16 5/4 15/16 7/s 1 1% lVl6 11/4 1% l7/l6 1% 1% 2 21/s 21/4 23/g 21/2 2% D 7/s 1 11/8 11/4 17,6 19/16 1% m 1% 2 23/i6 23/S 29/ib 2H/i6 2% 31/8 37,6 311/16 E 31/2 3% 41/2 5 5Vs 65/8 71/4 77s 91/4 10% 13 151/4 173/4 201/4 221/2 243/4 27 32 No. of Bolts 4 4 4 8 8 8 8 8 8 12 12 16 16 20 20 24 24 24 Dia. of Bolts 5/8 5/8 3/4 5/8 3/4 3/4 3/4 3/4 3/4 3/4 7/s 1 11/8 li/s 114 11/4 11/4 11/2 *Materials: 250-Pound Flanges in sizes 10-inch and smaller are made of cast iron; in sizes 12-inch and larger, the flanges are regularly made of Ferrosteel. Drilling: These flanges are furnished faced and drilled unless ordered faced only. Facing: 250-Pound Flanges are regularly furnished with a Vf6-inch raised face; the raised face is finished with concentric grooves, approximately id grooves per inch, known as a "serrated" finish. Flanges with male, female, tongue, or groove faces are made to order; see page 560 for dimensions and the Crane Discount Sheet for prices. Spot facing: These flanges are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. American Standard: The dimensions of these, flanges conform to the 250-Pound American Cast Iron Flange Standard (Bi6b-iQ28). Steel flanges: For higher pressures or for high temperature service, Crane Forged Steel Flanges are recommended; see pages 361 to 367. Templates for drilling.. page 552 Galvanized flanges. . ..page 572 Special facings. . .page 560 CRANE 250-Pound Cast Iron Reducing Flanges WORKING PRESSURES 6]yg to 36-inch O.D. --250 pounds steam 6)4 to 2oJ4-inch O.D. -- 400 pounds cold water, oil, or gas, non-shock 23 to 36-inch O.D. --350 pounds cold water, oil, or gas, non-shock ... 295 Reducing Screwed Flange No. 155 E, *Cast Iron Eccentric Reducing Screwed Flange Prices on application Size Inches IV* x 6Vg lVz x 6I/2 iy2 x 71/2 2 x 71/2 PA x 8V* 2 x 8i/4 21/2 x 81/4 11/2 x 9 2 x9 21/2 x 9 3 X9 iy2 x 10 2 x 10 2i/2 x 10 3 x 10 31/2 x 10 11/2 x 11 2 x 11 21/2 x 11 3 x 11 31/2 x 11 4 x 11 Faced 1.80 2.10 2.30 2.65 Faced and Drilled 2.15 2.45 2.65 3.10 3.30 3.85 3.70 4.40 4.40 5.10 ^1 IS : * 00 List Prices, Each Size Inches Faced Faced and Drilled P/2 X 121/2 2 x 121/2 21/2 X 121/2 3 x 121/2 4 x 121/2 5 x 121/2 P/2 x 15 2 x 15 21/2 x 15 3 x 15 31/2 x 15 4 x 15 5 x 15 6 x 15 2 x 171/2 5.50 , 8.40 6.25 9.45 21/z X 171/2 3 x 171/2 4 x 171/2 5 x 171/2 6 x 171/2 12.00 13.50 Size Inches 21/2 x 201/2 3 X 201/2 31/2 x 201/2 4 X 201/2 5 X 201/2 6 X 201/z 8 X 201/z 10 X 201/2 6 x 23 8 x 23 10 x 23 12 x 23 10 X 251/z 12 x 251/2 14 X 251/z 12 x 28 14 x 28 16 x 28 14 X 301/2 16 x 30y2 18 x 30y2 18 x 36 20 x 36 Faced 17.50 25.00 37.00 43.00 51.00 74.00 Faced and Drilled 19.25 27.00 39.75 46.00 55.00 79.00 *Material: 250-Pound Reducing Flanges sizes 17H inch O.D. and smaller are made of cast iron; larger sizes are made of Ferrosteel. How to order reducing flanges: When ordering reducing flanges, the screwed or reduced size should be designated first, and then the outside diameter of the flange. For example, a 250-Pound Flange to connect a 6-inch pipe to a 10-inch valve or fitting (O.D. of flange, 17/4 inches) should be ordered 6" x 17^4" Reducing Flange. Drilling: These flanges are furnished faced and drilled unless ordered faced only. Facing: 250-Pound Flanges are furnished with a hs-inch raised face; the raised face is finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Flanges with male, female, tongue, or groove faces are made to order; see page 560 for dimensions and the Crane Discount Sheet for prices. Spot facing: Cast iron flanges are not spot faced unless so ordered, and then at an extra price. The list price for spot facing bolt holes is 10 cents per hole. American Standard: The dimensions of these flanges conform to the 250-Pound American Cast Iron Flange Standard (Bi 6b-1928). Steel flanges: For higher pressures or for high temperature service. Crane Forged Steel Flanges are recommended; see pages 361 to 367. Templates for drilling... .page 552 Galvanized flanges.. . .page 572 Special facings... .page 560 22 296 CRANE s j 1 i t 5 22 Crane cast iron flanged fittings, iron flanges, and iron body wedge gate valves on fermenter discharge lines in a large brewery. -f -t i I j \| f ySF` ^"'"I... lhanlls!.. ' * ' > , %? s* 7 / "* v ' i* j/*' jr**/ yst, . ,' , >,; -*4g;v?1 . ' /ri^iJjfeis4he'atol6g;yodeIped'^t^are^li'tttt-,-':--.'.fcbittv*ett(t:e features febst -widely preferred tjy;,' ; <' ' ' **.'?< iff1 5-- < *4**>./ "! Ss Z 'Vtak'fi''< fad,; f:#w of ^alve.aaa'fittiagi-catalogs ijfc.",* .-** *,t". .*, A <lnMlA '' < HUiiUj casi, suui-ii, uuu we>t; '.'"4'' - iiiuc^cuMcm ~^ *"4 f-f ' .. 1 .?'.' -- could '-be' made even - rwe ', \ user! || *"pu`tbfe. shelf,or'i&'ytiur' ,, *s^im,d^p|^lesoucceW-^#Vfittipgs?iiid drawer - file,. you. ' quickly: - ^ r ` j*iiems -dte -itdsj^lbed' ao^ s^ftedex)iS',-si^He ' < IP^ a|| ?<^tlgal|^^'ifiateiBaostiiQi'matterwh^eyoiilo'o%* '"&s'`weil-SfirabeiS I, ` .mpM .$ .pfuto^i^r| SECTION DUMBER ****** Indexes (Alphabetical and Numerical)- START ON PAGE ................ I >**#Metals and Materials i ****** i ....... 1 Brass Valves, Gate ****** %*** INDEX T Jf the Item you are looking for does nol readily fall into any of the classification! shown, you wilt find it in the complete. j,..... Globe, Angle, and Cross* ' ...25 I...... Check and Foot* ,'.*,'**<***><**<********* * > "51 Quick-Opening and Hose? Hose and Hose Goods* ** * * 65 Radiator; Heating Specialties* !-* ****< ******** 77 Cocks and Stops, Brass and iron* **#'**** &M *87-***** ' ***-**) -Iron .Body Valves, Wedge Gate; Clamp Gate* 97 j* *. Double Disc Gate; A.W.W.A. Valves******. - * ............. 119 ..... Globe, Angle, and Cross*............................................................................... *143 ..... Check and Foot.* .* ................ ...... *155 ****** Valve Accessaries and Parts* >****-**t *167 * '* *** fittings. Malleable Iran Screwed * 179 Cast Iron Screwed;Sprinkler Fittings* * ****** * *195 * * *< Cast Iron Drainage* * .*****< ***-****'**-#**.*t *215 Iron and Steel Bushings, Plugs, Couplings, Nippies, etc, ****** V 4 -225 Iron and Steel Unions, Union fittings, and Flange Unions******t*4*1 *235 Brass; Brass Flanges; Brass Unions*............... ********* *255 Railing, Brass and Malleable Iron* ................. |fl^f|ar|ged* * * (************< >***** **** 265 273- * * * * * 3.4 ,%A3 r4... . <&'*< [phabetieat index insection on*, if you- iow the catalog turntber of the product, fer to Numerical index in section one. SECTION STURT ON PAGE NUMBER 297* * * * Steel Valves, Gale** * .......................... | 309...... Globe and Angle; Bar Stock* * *v ********* *| 327 * * * jit * ' ' , Check * ******* * * * * * * * * * * ** * * * *........ I Steel Fittings, Screwed, Fprgedand Cast Steel* * *----- ****** * * <34$* * *-*.*-'i r?(: Wenged,vGdst Steel * *'* * * * *,* .v> * *,*.* * t * e e * * < * * * '-351N * *.* *' *' '^#ldteg 'ISocjcef'ditd Jett};* ,* * * * * * *v* * * 7* * *>*'* * '* * * f> "* **-; * *>;*.*J 361 *Y*~* *:*' r ":i forged Ste^FFIanges* *;*-*** . *****v * *'*;/'*1 *.***;Specialties. S83* *,*'**' jafeiyai'"%lief Vdtyes*.*.*'*^*'*** *'*'*'i f/-'* ?> *'*;* *-y: >*** *7* *** * -i 409.*;:*y. i , F^tere ''fiegwlafor4; ,Stedin'.Traps? Separators;. ExpansionJoints*-'* *k* . 'vfy//'. ' .- '''429* t * * */*,f;7.f^gdgesyEjesible,Pldgs?;Misceilgfteeos' Specialties*;*y** **-**i|(j| ,443* y-pr--- fitfin||f,''Garrdsidh-Re^stant Alloy *.-*'* * * *'*; 459. v i, y ; Marine *;*'*'v 479,.,, ;, Ammonia** Crane-Seal Pipe Hangers and Supports* * * * * 7 - ,-L\' A, Pipe Teals; Insulating Materials; Thread Lubricants* Drilling Templates; Bolts; Flange Facings; Gaskets; r ' '7 7-". In^armn^dn^ * . Conrtrtwd freti) pretetfittg " ' " ,. page,te front Qf,,trf<jeixta Sflriions" . 7t.' . 4, * -, ~w 9........... of coNTOfs^iN.>^'sid^i Zf;;y'.Z ' JbiijAavfe 'tarrfe^f^ ;, thW| * clear* a^ taf^e-spf.cOoteatiSi' TMs ' !y6'^^.-riot;|efiit6'`tliwMWittg a(Ap*g&&%wm-/ -$g also 'fives'itds^r^tdkcm {-^mi-related Atetmy6^wmr^<a.ti^6wps:ge<t{eAdi-3efaiaai 'eqofpaiettt'ils^dl'infot%e^aot|obs.' . ."' ; : <_, > v' - V' . -;; V'^''. MORE CpMFACT-LEfS' TWRNINO/-Qf PAGES ! ' ;- *!, j % ; !$h%te/--tp -Crane- 3Jfb. 41, Catalog lists/-moral',; ^tmtlhlqg essential. was Wlttfd* a4 wl'didjfcoir ,: .!,f^odoct^;,that*.JaBy^jptavio^s edition^ Iris tela-''_ crowdJ^^agis-\^e),simj>ly^ti4en^edCertain'- j ' l:y.; '`ihSwtag-biray family of pfodaps* M|ad'yo^>C,f>lete;|joyla:ggguidefor vaiyes 4M tfEi$$^p;.'OoiNtoNr : ,</; ,'' :alost of;-|ott?.'|l|iajg_tibb%J', * ''^selaliieisemc^sjalstt, VtiZZ;"ZZ'<;..3,1 nybB,"llctaMy.''.tt^';|mt:'Ob`e*fialf <$? *ne\atalog;''y 0'ajglkee)kng` at^t;^ --. ' v |miE^Ro ,-i^f ;^itipiS&:-^^ tv: ..fctaae-:Ho<-4l;';-;i'-Ati; totfeer;;*bata'is cc^afe, -g^eft-; i# sKok* jjafta- ' -4 5 ;f%^ai^g;-*ll4l9ites; xt' - ", ** *i#* eed'ls introduced,./'.; ;!||| J-,vrr'vvi . sred'i- '- '/ I ' K .. *4''-/ y 1l ;OfajpbdaHotefestto deslgrj-eit^eefsaal jJtp?/--'} n' 'ysiSyfy ;, i- :* yX-- ''}& "' '' ^tpie^sMoai iafomatMit-;gtvett lo-Ctabo' Cam*., ;'-yyf . ,.- fe ifoi,it, d?t& l*as ^ee elsiio-r ' veOleatrfoar^yet^bcie. '>" , -valve atid^itlog.'^ffbg tiro|i;i[o',^fs ; j- ` Jheecfe##|owo.c^ets,sttcate^dia-bf;]p^e- --^feefHp^-loImftjel^Ma'tMsage.;*' ?:>-* i W^sa fixe'? CRANE Cast and Forged Steel Gate Valves S<-^ 297 23 The Crane line of Steel Gate Valves can be classified into two general groups. The first group covers valves 2-inch and smaller, of forged or cast steel; these are frequently considered general utility valves and are used in a wide variety of services, often at pressures and temper atures lower than the recommended maximum. The second group covers cast steel valves ranging in size as large as 24-inch, all made similar in.design and available in each of the American Standard pres sure classes; the sizes range below 2-inch in some of the pressure classes. Sizes 2-Inch and Smaller 6oo-Pound Cast Steel, Screwed. Flanged, and Socket-Welding.pages 298 and 299 6oo-Pound Forged Steel, Flanged................................................................... page 300 qoo-Pound Forged Steel, Screwed and Butt-Welding.................................page 300 Cast Steel Valves, 150, 300, 400, 600, 900, and 1500-Pound Pressure-Temperature Ratings..........................................................................page 301 Description and Specification of Materials. . .. ...................... pages 302 and 303 List Prices..............................................................................................................page 304. Dimensions............................................................................................................ page 305 By-Passes............................................................................................................... page 306 Gearing................................................................................................................... page 307 2500-Pound.............................................................. ......................................... page 307 ^^ The Cast and Forged Steel Gate Valves listed above comprise only a part of the complete line of Crane steel products. Other steel products are shown and described in detail in other sections of this catalog. Refer to the following pages : Steel Globe and Angle Valves.................pages 309 to 326 Steel Check Valves..................................pages 327 to 336 Steel Stop-Check Valves..........................pages 370 to 374 Steel Blow-Off Valves..........................................page 377 Steel Safety Valves............................... pages 391 and 392 Steel Relief Valves...................................pages 403 to 407 Steel Steam Traps.......................................................page416 Steel Sediment Separators..........................................page423 Steel Flanged Fittings.............................pages 343 to 350 Steel Welding Fittings.............................pages 351 to 360 Steel Flanges........................................... pages 361 to 367 Steel Screwed Fittings.............................pages 337 to 342 Steel Bushings............................................................ page227 Steel Plugs.................................................................. page228 Wrought Couplings.............................................page 229 Wrought Steel Nipples......................... pages 230 and 231 Forged Steel Unions........................... '. pages 247 and 248 Forged Steel Flange Unions............... pages 252 and 253 Fabricated Piping, . . .pages 597 to 619 Values and Fittings for Marine Service. , .pages 459 to 478 298 CRANE 600-Pound. Cast Steel Wedge Gate Valves Outside Screw and Yoke HYDROSTATIC TEST PRESSURES Screwed and Socket-Welding Shell -- 2100 pounds Seat -- 2100 pounds Flanged Shell -- 2000 pounds Seat --1550 pounds Valve seat tested 100 pounds air-under-water. Union Bonnet This new Crane line answers the need for low cost, compact, light but strong, small steel gate valves. Un usually rugged and durable, their de sign includes fea tures heretofore found only in larger size or more expen sive valves. WORKING PRESSURES Temp. Pounds, Non-Shock Screwed Flanged Valves or With With Socket- 14-inch Ring Deg. Welding Male Joint F. Valves Facing Facing Class "W", for Steam or Water Class "X", for Oil or Oil Vapor 100 2000 1000 1200 150 1900 960 1150 200 1800 930 1100 250 1700 900 1050 300 1600 350 1500 400 1400 450 1300 500 1200 870 1000 840 950 810 900 780 850 750 800 550 1120 720 760 600 1040 690 720 650 960 660 680 700 880 630 640 750 800 600 600 Class "X", for Oil or Oil Vapor 800 850 900 950 1000 740 670 600 530 380 550 490 420 330 240 . 550 490 420 330 240 Air and gas ratings, page 301, The valves are made with a union bonnet and screwed ends in the 34 to 24-inch sizes, and with a bolted bonnet and screwed, flanged, or socket welding ends in the )4 to 2-inch sizes. Body, bonnet, and yoke: The body, bonnet, and yoke are cast from high quality carbon steel. 34 and 2^-inch valves have a one-piece ring, bonnet, and yoke. 34 and %-inch union bonnet valves have the bonnet and yoke cast separately and joined by long, fine threads; they are held to the body by a heavy forged steel ring. All sizes of bolted bonnet valves have a one-piece bonnet and yoke. The valves have a larger port than is usual for valves of this type; the seat opening diameter is approximately the same as the nominal valve size. Bonnet joint: Bonnet joints are fitted with a soft iron gasket, assuring tightness and ease of mainte nance. The integral bonnet ring on 34 and 24-inch valves and the male and female joint on all other sizes eliminate any possibility of a gasket blowout. The bonnet joint has generous strength and can be quickly and easily dismantled and reassembled. Bolted bonnet valves, for greater compactness, are fitted with studs, made of Triplex Steel. Disc and body seat rings: In``X" trimmed valves, for oil or oil vapor, the disc and body seat rings are Exelloy; in" W" trimmed valves, for steam or water, these parts are hardened stainless steel (Brinell hardness number, yoo minimum). Body seat rings have heavy sections. They seat against a square shoulder. Being securely rolled into place, there is no danger of leakage around the ring, and they will not loosen in service. Disc guides: Full length machined guide ribs on each side of the disc oper ate in channels in the valve body. With the disc close ly guided throughout its entire travel, seating sur faces are protected against unnecessary wear. Stem: The stem is Exelloy. Bolted Bonnet Of liberal diameter, the lower end has an integral tee-head and is finished with a tapered shoulder for back-seating in the bonnet. Accurately cut threads on the upper end provide positive control with minimum friction; being on the outside,' they are easily lubricated. Disc-stem connection: These valves have a tee- head disc-stem connection, providing a safe, rugged, Wide Seating Surface Tee-Head Disc-Stem Connection but flexible coupling between the stem and disc. The tee- head on the stem slips into a machined slot of corresponding shape in the disc. The con nection is exceptionally strong, yet it cannot distort the stem; binding of parts is avoided. Bolted gland: The bolted gland avoids threading -- and Long Disc Guides thereby weakening -- the yoke legs. Cadmium-plated steel tee-head bolts hold the forged steel electrogalvanized one-piece gland and gland flange rigidly in place; the packing load can be adjusted easily. Lugs on the bonnet anchor the bolt heads; the bolts will not come off in service. Stuffing box: A wide and deep stuffing box pro vides liberal packing space for a tight seal. It is filled with high quality cut ring packing. Yoke sleeve: The yoke sleeve is Crane No. 48 Nickel Alloy, a metal having excellent bearing qualities, strength, and an unusually high melting point. Handwheel: Wheels are made of tough, durable malleable iron and are locked in place by a setscrew. For easier handling, valves 134-'nch ar>d smaller have a new dished design wheel, made with small rounded gripping knobs around the outer edge. Repacking: These valves, when wide open, can be repacked while under pressure. CRANE 600-Pound Cast Steel Wedge Gate Valves Outside Screw and Yoke 299 Working pressures are shown on the preceding page. Union Bonnet Valves Service recommendations: These Cast Steel Union Bonnet Gate Valves are unusually tough, rugged, and durable. They are ideal for a wide variety of services in oil refineries, oil and gas fields. List Prices and Dimensions Size Inches | 14 1 % 1 Vz 1 % No. 3606 X or W, Screwed Each] 9.75 | 9.75 |12.00|16.50 End to end Center to top, open Diameter of wheel Inches | 2% 1 23/4 1 3 i 3i/2 Inches | 5 1 5 1 6% I 7% Inches | 3 1 3 1 3% 1 4 central power stations, and general industrial plant installations, on hy draulic lines and on high-pressure high-temperature steam or oil lines. "X" trimmed valves are recom mended for oil or oil vapor service on temperatures up to ioooF.; "W" trimmed valves, for steam, water, or general service on tem peratures up to 750 F. Gate, Screwed No. 3606 X No. 3606 W Bolted Bonnet Valves Service recom mendations: These strong, compact Cast Steel Bolted Bonnet Gate Valves are suit able for the same services as the union bonnet valves which are listed above. "X" trimmed valves are recommended for oil or oil vapor serv ice on temperatures up to iooo0 F.W" trimmed valves, for Gate, Screwed No. 3607 X No. 3607 W Gate, Socket-Welding No. 3611 X No. 3611 W steam, water, or general service on Gate, Flanged, No. 3615 Xor No. 3615 W temperatures up to List Prices, Each 7?o F. Size Inches 1 Vz 1 % 1 1 1 W* 1 Wz 1 2 No. 3607 X or W, Screwed |12.50|17.00|21.75|28.50|36.75|51.00 No. 3611 X or W, Socket-Welding |21.00|26.00|32.25|40.50|51.50|68.00 So. 3615 X or W, Flanged, F.D. Sz S.F. j 30.00135.00 j 43.00153-00166.00185.00 Flange dimensions, facing, and drilling: End flanges on flanged valves conform to the 6oo-Pound American Standard (Bibe-iqjq). They Dimensions, in Inches have a male face %-inch high (large male), finished Size End to end. Screwed End to end, Socket-Welding Depth of socket *F1ace to face. Flanged Center to top, open Diameter of wheel piameter of flange * Thickness of flange Diameter of male face Vz 1 3/4 1 1 m 1 IV2 2 3 1 31/2 1 41/g 41/41 4% 51/4 Furnished or Application % 11 Vie 1 3/4 13/ig ! 78 1 00 6Vz 1 71/2 | 9 1 91/2 nVz 6% |7i3/16| 93/, 6 lOViol 12 141/2 3Vz 1 4 | 5 516 7 33/4 1 4% | 4% 51/4 1 67s 61/2 9/l6 1 % 1 D/lfi 13/,k 1 78 1 1% IDVisI 2 21/2 1 278 3% with concentric grooves, approximately 32 grooves per inch, known as a "serrated" finish. When so ordered, flanged valves can be furnished with ring joint, female, tongue, or groove facing; see the Crane Discount Sheet for prices. List prices include drilling to the 6oo-Pound Ameri can Standard (Bi6e-193(3), and spot facing. No deduction is made if valves are ordered faced only. Diameter of bolt circle! 2% 1 31/4 | 31/2 37S 1 472 5 No, and dia. of bolts )4----%[4--%[4--%|4--V\ 18--' Socket-welding valves: The No. 3611 X or W Gate Valves are designed especially for socket welding; for ' Face to face dimensions include the M" male face; thickness socket-welding fittings, see pages 352 and 353. of flange dimensions do not. Face to face dimensions conform to the American Standard for Face-to-Face Dimensions of Ferrous Flanged Valves (No. B16.10-1939). W and %" 600-Pound Gate Valves are not included in this Standard. Templates for drilling.. . page 554 Description of materials.. . .pages 1 to ^ For dimensions of ring joint and special facings, see pages 561 to 563. r V. 300 CRANE 600-Pound Flariged and 900-Pound Screwed and Butt-Welding Alloy Forged Steel Gate Valves Wedge Disc--Outside Screw and Yoke Cross Section, Screwed WORKING PRESSURES Temp. Pounds, Non-Shock Screwed Flanged Valves Deg. F. or With With Butt- Vi-inch Ring Welding Male Joint Valves Facing Facing Class ` `X" for Oil or Oil Vapor Class ` XR" for Steam or Water 100 3000 1200 1440 150 2850 1180 1400 200 2700 1160 1350 250 2550 1120 1300 300 2400 1080 1250 350 2250 1040 1200 400 2100 1000 1150 450 1950 960 1100 500 1800 920 1050 550 1680 600 1560 650 1440 700 1320 750 1200 880 1000 840 950 800 900 760 850 720 800 Class "X" for Oil or Oil Vapor 800 850 900 950 1000 1100 1000 900 795 570 680 750 640 700 600 650 530 600 380 400 TEST PRESSURES Screwed or Butt-Welding Valves Shell -- 3100 pounds hydrostatic Seat--3100 pounds hydrostatic Flanged Valves Shell -- 2000 pounds hydrostatic Seat --1550 pounds hydrostatic Seats are tested 100 pounds air-under-water Sizes 134-inch and smaller have the yoke and bon net forged integral, as shown. Larger sizes have the yoke and bonnet forged separately (not shown). Class "X": Class "X" valves are recommended for oil or oil vapor service up to iooo F. The disc, body seat rings, and stem are Exelloy; the gland is No. 48 Screwed No. 80 X, No. 80 XR Flanged No. 79 X, fto. 79 XR Nickel Alloy. List Prices, Each______ Class "XR": Class "XR" Size Inches | V2 V4 U/4 I 1% I valves are recommended for No. 80 X or XR. Screwed i 65.00 | 65.00 | 80.00j105.00j115.001152.00 steam or water service up No. 79X or XR, Flanged, F.D. & S.F. j 80.00 | 80.00 jlOO.001130.OOU48.QO| 190.00 to 750 F. The stem and disc are Exelloy; the body seat rings, No. 49 Nickel Alloy; and the gland. Cast Manganese Bronze. Body and bonnet: The body and bonnet are forged No. 4 Carbon-Molybdenum Steel, with a male and female joint. The bolt-studs are Triplex Steel. Stuffing box: The deep stuffing box has a two-piece Butt-welding valves: Butt-welding valves (not illustrated) can be made to order; prices on applica tion. They have the same general dimensions as the flanged valves, their end to end being the same as the face to face. Orders must specify the diameter of bore (inside diameter of pipe). ball-type gland and flange, and is lantern type. The valves, when wide open, can be repacked while under pressure. Flange dimensions, facing, and drilling: The end flanges conform to the 6oo-Pound American Standard (B166-1939). They have a male face )4-inch high (large male), finished with concentric grooves, approximately 32 grooves per inch, known as a "serrated" finish. When so ordered, flanged valves can be furnished with ring joint, female, tongue, or groove facing; see Dimensions, in Inches Size ; % 4 1 1 Vi 1 W2 2 End to end, Screwed 133/4 33/4 41/2 51/2 1 6 71/2 *Face to face, Flanged 1 73/g 71/2 8% 9 1 9% 11% Center to top, open 1 12% 12% 14 143/4 | 17 20y4 Diameter of wheel ! 6 6 7 7 1 8 9 Diameter of flange i 33/4 4r 47/g 54 1 6R 61/2 *Thickness of flange 1 9/l6 % >Vi6 13/ie 1 7/s 1 Diameter of male face 11% UVie 2 21/2 1 2% 35/g Diameter of bolt circle 1 2% 31/4 3y2 37/g 1 41/2 5 No. and dia. of bolts |4--V2 4-3/8 4-3/8 4--3/g|4--3/4 8-s/8 the Crane Discount Sheet for prices. List prices include drilling to the 6oo-Pound Stand ard, and spot facing. No deduction is made if valves are ordered faced only. *Face to face dimensions include the kf-inch male face; thick ness of flange dimensions do not. Face to face dimensions con-J form to the American Standard for Face-to-Face Dimensions! of Ferrous Flanged and Welding End Valves, No. B16.10-I939.| 34 and 34-inch valves are not included in the Standard. Air or gas service. . . .page 301 Templates for drilling.. ..page 554 Description of materials. . . .pages 1 to 9 Dimensions of ring joint and special facings . . .pages 561 to 56% I i CRANE Cast Steel Wedge Gate Valves 301 Fluid Working Pressures, Pounds per Square Inch, Non-Shock--Valves Shown on Pages 302 to 307 Temp. Carbon U tCCl Valves No. 4 Carbon-Molybdenum Alloy Steel Valves Deg. 150 Fahr. Lb. 300 400 600 900 1500 2500 Lb. Lb. Lb. Lb. Lb. Lb. ) No. 2 Nickel-Chrome jNo. 5 Chrome-Molybdenum Alloy Alloy Steel Valves | Steel Valves (Made to order) 600 900 1500 2500 1 300 400 600 900 1500 2500 Lb. Lb. Lb. Lb. I Lb. Lb. Lb. Lb. Lb. Lb. Flanged Valves with Standard Facings Other Than Ring Joint Steam," Water, `Gas, or `Air IWass AK) Oil or (Class X) Steam (Class U) (Class X) Steam, Water, *Gas, or 'Air (Class XR) (Class X) Steam (Class U) Oil or (Class X) 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1050 1100 230 220 210 200 190 180 170 160 150 140 130 120 110 100 tt92 Jt82 t70 f55 140 600 800 590 775 580 750 560 725 540 700 520 675 500 650 480 625 460 600 440 575 420 550 400 525 380 500 360 475 340 1450 320 425 300 400 265 350 190 1 250 1200 1180 1160 1120 1080 1040 1000 960 920 880 840 800 760 720 680 640 600 530 380 1800 3000 5000 II 1200 1770 2950 4905 ! 1180 1740 2900 4810 1 1160 1680 2800 4645 j 1120 1620 2700 4480 | 1080 1560 2600 4315] 1040 1500 2500 4150 I 1000 1440 2400 3985 960 1380 2300 3820 II 920 1320 1260 1200 1140 1080 2200 2100 2000 1900 1800 36551 3490 1 3325 | 3160 | 2995 | 880 840 800 760 720 1020 960 900 795 570 1700 1600 1500 1325 950 2830 I 2665 2500 2205 1580 1 680 640 600 530 380 1800 3000 1770 2950 1740 2900 1680 2800 1620 1560 1500 1440 1380 2700 2600 2500 2400 2300 1320 2200 1260 2100 1200 2000 1140 1900 1080 1800 1020 960 900 795 570 1700 1600 1500 1325 950 5000 4905 4810 4645 4480 4315 4150 3985 3820 3655 3490 3325 3160 2995 2830 2665 2500 2205 1580 600 590 580 560 540 520 500 480 460 440 420 400 380 360 340 320 310 300 200 800 1200 1800 1 3000 5000 775 1180 1770 2950 4905 750 1160 1740 2900 4810 725 1120 1680 2800 4645 700 1080 1620 2700 4480 675 1040 1560 2600 4315 650 1000 1500 2500 4150 625 960 1440 2400 3985 600 920 1380 2300 3820 575 880 1320 2200 3655 550 840 1260 2100 3490 525 800 1200 2000 3325 500 760 1140 1900 3160 475 720 1080 1800 2995 450 680 1020 1700 2830 425 640 960 1600 2665 410 620 930 1550 2580 400 600 900 1500 2500 275 400 600 1000 1675 Flanged Valves with Ring Joint Facing | Butt-Welding and Screwed End Valves | Flanged Valves with Ring Joint Facing 275 255 240 225 210 195 180 165 ISO 140 130 120 110 100 tf92 tf82 f70 t55 m 720 960 1440 2160 3600 6000 1440 2160 3600 700 925 1400 2100 3500 5825 1400 2100 3500 675 900 1350 2025 3375 5625 1350 2025 3375 650 875 1300 1950 3250 5425 j 1300 1950 3250 6000 5825 5625 5425 625 825 1250 1875 3125 5200 600 800 1200 1800 3000 5000 575 775 1150 1725 2875 4800 550 725 1100 1650 2750 4575 525 700 1050 1575 2625 4375 1250 1200 1150 1100 1050 1875 1800 1725 1650 1575 3125 3000 2875 2750 2625 5200 5000 4800 4575 4375 500 675 1000 1500 2500 4175 475 625 950 1425 2375 3950 450 600 900 1350 2250 3750 425 575 850 1275 2125 3550 400 525 800 1200 2000 3325 1000 950 900 850 800 1500 1425 1350 1275 1200 2500 2375 2250 2125 2000 4175 .3950 3750 3550 3325 375 500 350 475 325 425 300 400 200 275 750 1125 1875 3125 700 1050 1750 2925 650 975 1625 2700 600 900 1500 2500 400 600 1000 1675 750 1125 1875 3125 700 1050 1750 2925 650 975 1625 2700 600 900 1500 2500 400 600 1000 1675 270 405 675 1125 180 270 450 750 720 700 680 660 640 620 600 575 550 525 500 475 450 425 400 375 350 325 300 225 150 960 1440 2160 3600 6000 925 1400 2100 3500 5825 900 1360 2040 3400 5660 875 1320 1980 3300 5495 850 1280 1920 3200 5330 825 1240 1860 3100 5165 800 1200 1800 3000 5000 775 1150 1725 2875 4800 725 1100 1650 2750 4575 700 1050 1575 2625 4375 675 1000 1500 2500 4175 625 950 1425 2375 3950 600 900 1350 2250 3750 575 850 1275 2125 3550 525 800 1200 2000 3325 500 750 1125 1875 3125 475 700 1050 1750 2925 425 650 975 1625 2700 400 600 900 1500 2500 275 425 650 1075 1775 200 275 425 700 1175 `Recommendations for gas or air depend upon kind of gas, service conditions, etc. See paragraph below. tThese ratings are for oil refinery service and apply to sizes 12-inch and smaller only. |The American Standard also includes an 85-pound rating at 800 F. and a 70-pound rating at 850 F., for steam other than in refineries and for sizes 24-inch and smaller. These ratings apply to the Crane Cast Steel Wedge Gate Valves shown on pages 302 to 307. Seating materials: Class "XR" valves have Exelloy to No. 4Q Nickel Alloy seating surfaces and are for steam or water up to 750 F. max. Class "U" have Stellited seating surfaces, for steam up to 1 ioo F. max. Class "X" have Exelloy to Exelloy seating surfaces, for oil or oil vapor up to 1 ioo F. max. Flange facings: Unless otherwise ordered, flanged end 150 and .300-Pound Valves regularly are fur nished with J^-inch raised faces, and 400-Pound and ' higher pressure valves, with ;kf-inch male faces. Air or gas: Regular valves trimmed for steam or Water are suitable for ordinary air or natural gas service. For unusual gases, such as those with extreme volatility or of corrosive, lethal, explosive, or inflammable character, special consideration must be given to the design of piping systems; recom mendations will be furnished on request. Cold service: For temperatures between 0 and ioo F., the ratings for ioo F. apply. For sub-zero service, materials with suitable impact resistance must be used; recommendations on request. Standards: Crane pressure-temperature ratings agree with those in the American Steel Flange Stand ard, No. Bi6e-iq3q; the A.P.I. Standard No. 600A-3q and Supplement No. 1, Adopted IQ40; and the A.P.I. Standard No. 5-G-3, 1940. 23 302 CRANE Cast Steel Wedge Gate Valves Crane Cast Steel Out side Screw and Yoke Wedge Gate Valves are exceptionally sturdy, rugged, and durable. Carefully selected materials of superior quality combined with designs of outstanding merit assure the highest utility.. The valves are particularly well suited for high-pressure, high- Pressure Class Test Pressures Hydrostatic Shell Test Hydrostatic Seat Test Working Pressures 150-Pound | *460 & 350 pounds 350 pounds 300-Pound | 400-Pound | 600-Pound | 900-Pound | 1000 pounds 1340 pounds 2000 pounds 2700 pounds 775 pounds For 1000 pounds working 1550 pounds pressures, 2250 pounds see page 301, 1500-Pound | 4500 pounds 3700 pounds *460 pounds for 12" and smaller; 350 pounds for larger. All valves are tested 100 pounds air under water 300, 400, 600, qoo, 1500, and 2500-Pound), and with flanged, screwed, or butt-welding ends. Made of Carbon or Alloy Steels, the valves are furnished with trim materials especially suited for the recom mended services, assur ing maximum valve performance. The general design of Crane Cast temperature services Steel WedgeGate Valves and have a wide application in long-distance pipe is described on the next page and material specifica- lines, in modern industrial plants and central power tions are shown in the table below. stations, and in oil refineries. List prices and dimensions are shown on pages 304 The Crane line is complete and includes valves in a and 305 (prices and dimensions of 2500-Pound wide range of sizes, in seven pressure classes (150, Valves are furnished on application). ' , \ j j 1 ; J Specification of Materials 150-Pound Valves are regularly made of Crane Car bon Steel, 300 and 400-Pound Valves are regularly made of Crane No. 4 Carbon-Molybdenum Steel, and 600, qoo, 1500, and 2500-Pound Valves are made either of Crane No. 4 Carbon-Molybdenum or of Crane No. 2 Nickel-Chrome Steel. The valves are furnished with various trim as indicated below. Orders should specify both the catalog number and the letter suffix; the catalog numbers of the valves are listed on page 304. For extremely severe operating conditions, valves can be made of Crane No. 5 Chrome-Molybdenum Steel. They are made to order only; see the Crane Discount Sheet for prices. Kind of Trim Class "X" Oil or Oil Vapor 11000 F. Max. Class "XR" Steam or Water 750 F. Max. Class "U" Steam or Water 1000 F. Max. Names of Parts 150 Pound Valves 300 Pound Valves 400 Pound Valves 600 Pound Valves 900 Pound Valves 1500 Pound Valves 2500 Pound Valves Body Flanged and Welding or Bonnet Screwed End Carbon Steel No. 4 Carbon Molybdenum Steel t Mo. 2 Nickel-Chrome Steel No. 4 Carbon-Molybdenum Steel 6" and smaller | | Exelloy Disc 8'' and smaller 12" and smaller Exelloy Larger sizes Exelloy-Faced Carbon Steel Exelloy 11 Exelloy-Faced Alloy Steel | 1 Exelloy or Exelloy-Faced Alloy Steel Body Seat Rings Exelloy Stem Exelloy Bonnet Gasket Corrugated Soft Iron Soft Steel Ring Joint Gasket Bonnet Bolt-Studs Triplex Steel Body and Bonnet Carbon Steel No. 4 Carbon-Molybdenum Steel 6" and smaller! 1111 Exelloy 8" and smaller | | Exelloy Disc 12" and smaller! Exelloy Larger sizes Exelloy-Faced Carbon Steel Body Seat Ring Stem Bonnet Gasket i 1 Cranite 11 Exelloy-Faced Alloy Steel No. 49 Nickel Alloy Exelloy | Soft Steel Ring J oint Gasket Valves with **XR" trim ate not regularly furnished. Bonnet Bolt-Studs Triplex Steel Body and Bonnet No. 4 Carbon-Molybdenum Steel Disc Body Seat Rings Stem Bonnet Gasket Bonnet Bolt-Studs 150-Pound Valves with "Li" trimare not listed. tSolt Iron 1 . Stellite-Faced Alloy Steel Stellite-Faced Alloy Steel Exelloy Soft Steel Ring Joint Gasket Templex Steel _ fValves with No. 2 Nickel-Chrome Steel bodies and "X" trim are suitable for temperatures up to 1100 F. jCorrugated Soft Iron.________________________________________________________________________________ List prices.. . .page 304 Description of materials... .pages 1 to 9 Dimensions . . . .page 305 i CRANE 303 Cast Steel Wedge Gate Valves Features: Crane Cast Steel Out By-passes: Valves can be fur side Screw and Yoke Wedge Gate nished with a by-pass. See page Valves of all pressure classes fea 306 for prices. ture straight-through ports, espe cially designed to minimize tur bulence, erosion, and resistance to flow. Gearing: Larger size valves can be made with gears to facilitate operation; prices on application. Shoulder-type screwed-in body seat rings assure tightness and security. Long, close-fitting disc guides maintain accurate seating of the disc and lessen wear. The disc-stem connection, in the shape Motor or cylinder operation: These valves can be equipped with an electric, air, or gas motor; or an operating cylinder; prices on application. See pages 171 to 173 for description. of a tee-head, prevents lateral Standards: In design and mate strains on the stem. rials Crane Cast Steel Gate Valves Bonnet joint: The bonnet joint of the j 50-Pound Valves has a plain face, accurately machined and fitted with a gasket. On exceed the requirements of Stand ards issued by the American Standards Association and the American Petroleum Institute. the 300-Pound Valves, the male and female bonnet joint is self centering. All other valves have a ring-type joint for maximum strength and tightness. End flanges on flanged valves con form to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6e-iq3Q, for their re spective pressure class. Triplex or Templex Steel through bolt-studs produce a tight, strong bonnet joint. All flanged and butt-welding valves conform to the American Standard for Face-to-P'ace Ball-bearing yoke: The 400, Dimensions of Ferrous Flanged 600, qoo, 1500, and 2500-Pound and Welding End Valves, B16.10- Valves, in the larger sizes, have IQ3Q, for their respective pressure a ball-bearing yoke to facilitate Wedge Gate Valve class. (This Standard does not operation. include ij^-inch 300-Pound Stuffing box: The stuffing box on all valves is Valves, 3p2-inch 4> 600, qoo, and 1500-Pound deep, assuring tightness and long packing life. The Valves, or butt-welding valves larger than 8-inch.) stuffing box is the lantern type on all except the 150-Pound Valves. The valves, when wide open, can be repacked while underpressure. All flanged end valves with Exellov ("X") trimmings conform to the API Standard for Flanged Steel Outside-Screw-and-Yoke Wedge Gate Valves, No. 600A- Gland: All valves have a two-piece ball-type gland 3q. (This Standard does not include sizes 3T2 and which exerts an even pressure on the packing without 5-inch, sizes larger than 12-inch, or the 300-Pound binding the stem. Valves in the i34-inch size.) Drilling: Flanged valves of each pressure class are 150, 300, 400, and 6oo-Pound Flanged Valves with furnished with the end flanges faced, drilled, and Exelloy ("X") trimmings conform also to the API spot faced (F.D. & S.F.) unless otherwise ordered. Standard for Pipe Line Valves, No. 5-G-1, Septem List prices include drilling to the corresponding ber, K538, for 230, 500, 670, and 1000 pounds work ' pressure class of the American Standard. No deduc- ing pressures, respectively, at atmospheric temper . tion is made if flanged valves are ordered faced atures. (This Standard does not include sizes 3 H- only. inch and 5-inch, or sizes smaller than 2-inch or larger Flange facings: The 150 and 300-Pound Flanged than 12-inch.) Valves are regularly furnished with an American Standard J4-inch raised face on the end flanges; the 400, 600, qoo, 1500, and 2500-Pound Flanged Valves regularly have a i<^-inch male face (large male). When so ordered, valves can be furnished with other types of facing; such as ring joint, female, tongue, groove, etc.: see the Crane Discount Sheet for prices. Finish of flange faces: The jjg-inch raised faces and the 3^-inch male faces are finished with con centric gooves, approximately 32 grooves per inch, Material Regularly Furnished Unless Otherwise Ordered Body and Bonnet p^d 300 & 400 Pound 600, 900, BOO, and 2500-Pound For Screwed Steam or Welding Water Flanged For Oil or Oil Vapor Screwed Welding Flanged Crane Carbon Steel Crane No. 4 CarbonMolyb denum Alloy Steel Crane No. 4 Carbon- Molybdenum Alloy Steel Crane No. 2 NickelChrome Alloy Steel known as a "serrated" finish. Recommendations for Valve Seating Materials A smooth finish can be furnished on the raised or 750 F. Max. 1 (XR) Exelloy to No. 49 Nickel Alloy male faces, when specified; see the Crane Discount Water 1100" F. Max. 1 (U) Stellite to Stellite Sheet for prices. The smooth finish is recommended when a metallic gasket is used. Oil or Oil Vapor 1100 F. Max. (X) Exelloy to Exelloy 304 CRANE Cast Steel Wedge Gate Valves Outside Screw and Yoke Screwed For Oil or Oil Vapor No. 46 X, 150-Pound No. 32 X, 300-Pound No. 62 X, 400-Pound No. 74 X, 600-Pound For Steam or Water No. 46 XR, 150-Pound No. 32 XR, 300-Pound No. 62 XR, 400-Pound No. 74 XR, 600-Pound See page 302 for speci fication of materials. Outside Screw and Yoke Flanged For Oil or Oil Vapor No. 47 X, 150-Pound No. 33 X, 300-Pound No. 61 X, 400-Pound No. 76 X, 600-Pound No. 83 X, 900-Pound No. 87 X, 1500-Pound For Steam or Water No. 47 XR, 150-Pound Nos. 33XRorU, 300-Pound Nos. 61XRorU, 400-Pound Nos. 76XRorU, 600-Pound Nos. 83XRorU, 900-Pound Nos. 87 XR or U, 1500-Pound Outside Screw and Yoke Butt-Welding For Oil or Oil Vapor No. 471/z X, 150-Pound No. 331/2 X, 300-Pound No. 611/2 X, 400-Pound No. 761/2 X, 600-Pound No. 831/2 X, 900-Pound No. 871/2 X, 1500-Pound For Steam or Water No. 471/2 XR, 150-Pound Nos. 331/2 XR or U, 300-Pound Nos. 6II/2 XR or U, 400-Pound Nos. 76i/2 XR or U, 600-Pound Nos. 83l/2 XR or U, 900-Pound Nos. 871/2 XR or U, 1500-Pound BALL-BEARING YOKE The following valves are reg ularly equipped with a ball-bearing yoke, to facilitate opera tion: 400-Pound (8" and larger) t 600 and 900 Pound i (6" and larger) 1500 and 2500 Pound (5" and larger) The 300-Pound Valves in sizes 14" and larger can be made with a ball-bear ing yoke when so ordered; prices on appli cation. When ordering, specify the catalog number and suffix. List Prices, Each Size Screwed End Valves Flanged End Valves, F.D.& S.F., or Butt-Welding End Valves 150 300 400 *600 150 300 400 *600 900 Inches Pound Pound Pound Pound Pound Pound Pound Pound Pound 1500 Pound 1 U/4 iy2 2 21/2 3 31/2 4 5 6 8 10 12, 14 16 18 20 T 110.00 125.00 140.00 165.00' 190.00 255.00 300.00 128.00 138.00 156.00 185.00 209.00 250.00 270.00 395.00 490.00 Use 600 Pound Valves 410.00 550.00 685.00 135.00 t 145.00 115.00 165.00 257.00 130.00 195.00 314.00 145.00 220.00 370.00 170.00 260.00 494.00 200.00 285.00 770.00 265.00 410.00 1015.00 315.00 505.00 435.00 745.00 590.00 1040.00 790.00 1400.00 1140.00 1990.00 1525.00 2550.00 2055.00 3310.00 2570.00 4335.00 Use 600 Pound Valves 170.00 185.00 200.00 225.00 270.00 330.00 tUse 1500 Pound Valves 575.00 275.00 305.00 340.00 435.00 550.00 735.00 385.00 650.00 850.00 430.00 520.00 750.00 1015.00 570.00 800.00 1020.00 1615.00 710.00 1050.00 1390.00 2115.00 1130.00 1520.00 2090.00 3270.00 1550.00 2260.00 2960.00 5090.00 2050.00 3000.00 4050.00 7400.00 2700.00 4030.00 5800.00 10840.00 3575.00 5250.00 7300.00 5200.00 6600.00 10125.00 7125.00 10000.001 24 3950.00 6375.00 10500.00 16500.00| *For smaller sizes, use the Cast and Forged Steel Valves shown on pages 298 to 300. tCan be made to order; prices on application. j900-Pound Forged Steei Butt-Welding Valves 2" and smaller can be made to order; see page 300. When 3" 300 and 600-Pound Flanged Valves with ring joint facing are to be bolted to Cranelap joints, orders must specify. A groove of special pitch diameter is required; see page 562 for dimensions. BUTT-WELDING VALVES Unless other wise ordered, 150 and 300 Pound ButtWelding Valves sizes 12 - inch and smaller are bored to match the inside diam. eter of Standard pipe (heaviest weight on 8, io, or 12-inch size). For sizes larger than 12-inch of 150 and 300Pound Valves and for all sizes of 400, 600, 900, 1500, and 2500Pound Valves, orders must specify diameter of bore (I.D. of pipe). W?'\ By-passes.. .. page 306 Special facings ... .pages 560 to 563 Gearing.. . .page 307 r CRANE Cast Steel Wedge Gate Valves Dimensions, in Inches 305 D tOpen Butt-Welding By-Pass for Gate Valves (Side Mounting illustrated) Clearance dimensions F and G are identical for bottom mounting Face to face: iyo and 300-Pound Flanged Valves are regularly furnished with a Hg-inch raised face, and 400, 600, goo, 1500, and 2300Pound Flanged Valves are regularly furnished with M-inch high large male facing; face to face dimensions include these facings. Class Size of A B D E Valve 150 Pound 300 Pound 400 Pound 1% 2 2% 3 3% 4 5 6 8 10 12 14 16 18 20 24 1*4 1% 2 2% 3 3% 4 5 6 8 10 12 14 16 18 20 24 4 5 6 8 10 12 14 16 18 20 24 71/2 6% 7 5% 7% 5% 8 6% 81/2 6% 9 6 Vs 10 73/4 10y2 8% 11% 13 14 15 16 17 1 18 I 20 | 61/2 1 51/2 71/2 1 61/4 8% 7 91/2 8 ny8 ll7/s 12 9 10 11 15 13% 15% 15% 16% 18 193/4 30 33 36 39 45 16 13 18 15 19% 17 23% 26% 30 32% 35% 38% 14iy2 j 48i/2 17% 16V4 17% 21 22% 26 31 34% 42% 51% 591/4 701/4 80 89 971/4 1123/4 15 17% I81/4 21V* 25 261/4 31 34% 38% 48 59 66% 743/4 80% 91 100% 120% 31% 35 40% 50% 593/4 673/4 743/4 803/4 91% 100% 1203/4 8 8 8 9 9 10 12 12 14 18 20 22 24 27 30 30 7 8 8 9 10 10 12 14 16 20 24 24 27 27 30 36 36 12 14 16 20 24 24 27 27 30 36 36 Size F G of By- Pass 263/4 29% 303/4 33% 34% 393/4 10% 11% 11% 12% 12% 14% 1 1% 1% 1% 1% 2 213/4 22% 233/4 28 29% 33% 35 38% 39% 47% 12 12 12 133/4 133/4 | 14% 14% 18% 18% 20% 3/4 % % 1 1 1% 1% 1% 1% 2 23 12 24 12 25% 12 29% 133/4 31% 133/4 33%. 14% 35 14% 38% | 18% 393/4 | 18% 47% 1 20% 3/4 3/4 3/4 1 1 1% 1% 1% 1% 2 Class Size Size of A B D E F G of By- Valve Pass 1 8% 15 7 1 1% 9 15 7 1 1% 9% 17% 8 2 11% 18% 8 2% 13 9 22% 9 3 14 11 253/4 10 3% 15 13 32 14 4 17 13 32 14 600 5 Pound 6 20 15 363/4 16 23 12 22 17 423/4 20 24% 12 34 3/4 8 26 52% 24 25% 12 34 10 31 1 62% 27 30 1334 1 12 33 70 27 3134 133/4 1 14 35 16 39 | 18 43 20 47 77% | 30 833/4 30 933/4 36 104% 36 3334 35% 39 40% 14% 14%' 18% 18% 1% 1% 1% 1% 24 55 126 42 48 20% 2 3 15 28% 12 3% 17 32 14 4 18 32 14 I 22% 12 34 5 22 363/4 16 | 2334 | 12 34 900 6 Pound 8 24 29 423/4 20 24% 12 52% 24 26 12 34 3/4 10 33 62% 27 31 133/4 1 12 38 | 72% 30 323/4 133/4 1 14 40% 16 44% 18 48 77% 30 35 14% 853/4 36 3634 14% 973/4 36 39% 18% 1% 1% 1% 1 10 16 8 1% 11 16% 8 1% 12 20 9 2 | 14% 2% 16% 23% 10 27% 12 3 18% 29 14 1500 Pound 3% 19% 4 21% 5 26% 34 16 34 16 2534 1534 3834 20 27 153/4 34 3/4 6 1 273/4 47 24 28 153/4 3/4 8 I 323/4 10 | 39 12 | 44% 14 | 49% 55 27 30% 153/4 65 36 35% 18% 783/4 36 37 18% 823/4 36 40 20% 3/4 1 1 1% Dimensions of 2500-Pound Valves on application. Description.. . .pages 301 to 304 Welding bevel details . . . .page 647 * zmplates for drilling and flange dimensions.. ..pages 553 to 555 Location of by-passes.. . .page 646 Taps and drains for valves.. . .page 646 i 306 CRANE By-Passes for Cast Steel Wedge Gate Valves When so ordered, Crane Cast Steel Wedge Gate Valves can be furnished with a Built-Up By-Pass, suitable for "warming up" on steam line service or for equalizing the pres sure around main control valves used on steam or other fluids. Built-Up By-Pass For 150-Pound Wedge Gate Valves Built-Lip By-Pass For 300 to 1500-Pound Wedge Gate Valves Construction: The Crane Built-Up By-Pass is designed to provide maximum strength, durability, and flexibility with a minimum of additional weight on the main valve. For valves in the 300 to 1500-pound pressure classes, the by-pass is furnished with a forged steel bolted bonnet outside screw and yoke welding end globe valve. All connections in the by-pass are welded in the factory to insure a permanently tight and strong assembly. The by-pass on 150-Pound valves is made up with screwed connections and forged steel flange unions. The forged steel screwed end globe valve in the by pass has an outside screw and yoke, a bolted bonnet, and a bolted gland; for further description of this valve, see page 314. See table of construction, below. Pipe bends are used on all pressure classes to provide the necessary flexibility and to compensate for expansion strains resulting from unequal temperatures or fluctuating operating conditions. List prices: Extra list prices, shown in the table below, include the Built-Up By-Pass completely assembled and attached to either of the sides or to the bottom of the main valve. Unless otherwise specified, by-passes will be attached to the side of the main valve, with the stems of the main valve and the by-pass valve parallel and pointing vertically upward. Special by-passes: By-passes of other designs or specifications can be made to order; prices on application. Inquiries should be accompanied by complete description, drawings, or specifications. j | | v ; .. ... ; f '-\ 'j Size of Main Valve 4 5 6 S 10 12 14 16 18 20 24 Size of By-Pass 34 34 % % 1 -1 1V4 m lVz iy2 2 Extra List Prices for Built-Up By-Pass Pressure Class of Main Valve 150-Pound Each 300-Pound Each 400-Pound Each 600-Pound Each ....... 158.00 158.00 158.00 210.00 210.00 210.00 210.00 210.00 210.00 900-Pound Each 315.00 315.00 315.00 315.00 154.00 176.00 176.00 235.00 235.00 235.00 . 235.00 375.00 375.00 184.00 184.00 210.00 210.00 280.00 280.00 280.00 280.00 430.00 430.00 223.00 223.00 255.00 255.00 340.00 340.00 340.00 340.00 ' 525.00- 273.00 312.00 ' 415.00 415.00 1500-Pound Each 315.00 315.00 375.00 375.00 430.00 Specifications of Materials and Construction The globe valve supplied in the by-pass has a plug the main valve; that is. with Class "XR" trimmings type disc and is suitable for steam, water, or general for temperatures up to 750 F. and with Class "U" service. It is trimmed with the same material as trimmings for temperatures from 750 to iooo F. Pressure Class By-Pass Valve Piping Material Piping Connections 1 | | | 150-Pound 1 to 2-inch, Forged Steel Screwed End Globe Seamless Carbon Steel Screwed, with Flange Unions | 300. 400, 600, 900, and 1500-Pound | % to 2-inch. Forged Steel Welding End Globe | Seamless Carbon-Molybdenum Steel | Welded For dimensions of by-passes, see page 30S. Taps and drains for valves. . page 646 Location.of by-passes . .page 646 \ CRANE 307 Gearing for Cast Steel Wedge Gate Valves Prices and dimensions on application. Larger sizes of gate valves or gate valves used for unusually high pressures frequently require gearing in order to facilitate operation. Under other conditions, where valves are inaccessibly installed, gearing can be used effectively to provide for more convenient operation. Prices are furnished on application. Style P Spur Gearing For O.S. & Y. Gate Valves Bevel gearing: On orders for gate valves with bevel gearing, Style "N", with the pinion shaft extending at right angles to the run of the valve will be supplied unless otherwise specified. Style N When so ordered, gate valves with bevel gearing having the pinion shaft extending parallel to the run c Bevel Gearing For O.S. & Y. Gate Valves the valve, can be furnished. In this position th bevel gearing will be known as Style "O". When bevel gearing is ordered separately for use on circular bonnet valves (300Pound or heavier). Style "N" gearing will regularly be supplied. For assembly on the valve in positions other than with the pinion shaft at right angles to the run, the bonnet of the valve must be unbolted and turned to suit the condition desired. Spur gearing: Style "P" spur gearing is regularly mounted with the pinion shaft at one side of the valve and the handwheel above the gearing. Gear covers: Gear covers can be supplied for geared steel valves, to prevent ob struction of or damage to the gears and also to guard against injury of the operator. Ordering: Orders for geared gate valves must specify the Style of gearing (and on bevel gearing, the position of the pinion shaft). When ordering gearing separately, also indicate the size, catalog number, and complete marking of the valve. Gear Covers For Spur or Bevel Geared Steel O.S. & Y. Wedge Gate Valves 2500-Pound Alloy Cast Steel Wedge Gate Valves 2500-Pound Alloy Cast Steel Wedge Gate Valve Outside Screw and Yoke Flanged or Butt-Welding (Ffanged illustrated) Prices and dimensions on application. Crane 2500-Pound Alloy Cast Steel Outside Screw and Yoke Wedge Gate Valves are available in the 2, 3, 4, 5, 6, 8, 10, and 12-inch sizes, with either flanged or butt-welding ends. In these valves are many outstanding features of design necessary for safe, reliable service under the severe operating conditions of the high pressures and elevated temperatures for which they are recommended. Some of the more important developments in the Crane 2500-Pound Valves are: straight-through port design--eliminates excessive turbulence; shoulder-type body seat rings--provide tightness and security at this point; long; machined disc guides--assure accurate seating with minimum wear; tee-head disc-stem connection--pre vents lateral strains on the stem; ring-type bonnet joint with high tensile bolting--makes the joint strong and tight; ball-bearing yoke sleeve'on sizes 5-inch and larger--facilitates operation; and deep, lantern-type stuffing box with ball-type gland--assures tightness with minimum wear. It is recommended that 2500-Pound Alloy Steel Gate Valves be equipped with a by-pass on sizes 4-inch and larger; sizes 8-inch and larger should have gearing. Working pressures ............. General description............. Specifications of Materials Description of Materials.. ....................page 301 pages 302 and 303 ....................page 302 ............pages 1 to 9 1 308 CRANE Welded Bonnet Valves Crane Cast Steel Wedge Gate Valves can be sup plied with the Welded Bonnet Joint as shown in the illustration at the left. Made to carefully analyzed designs and welded by Crane qualified operators under accurately controlled shop con ditions, these valves represent the ultimate in valve manufacture. By cutting off the bottom pocket, inspection of the internal parts can be made without disturbing the bonnet joint; the pocket cap can be re-welded in place after in spection has been completed. Prices and com plete information will be supplied on application. Socket-Welding Valves The illustration at the right shows a 300-Pound Cast Steel Wedge Gate Valve with ends for socket-welding. The Globe and Angle Valves shown on pages 322 to 325 and the Swing Check Valves shown on pages 332 to 335 also can be furnished with socket-welding ends. Illustration at left: 1500-Pound shop fabricated valve and header assembly CRANE 309 Cast and Forged Steel Globe and Angle Valves The Crane line of Steel Globe and Angle Valves can be classified into two general groups. The first group covers valves 2-inch and smaller, of forged steel, cast steel, or bar stock; these are frequently considered general utility valves and are used in a wide variety of services, often at pressures and temperatures lower than the recommended maximum. The second group covers cast steel valves ranging in size as large as 8-inch, all made similar in design and available in each of the American Standard pressure classes; the sizes range below 2-inch in some of the pressure classes. Sizes 2-Inch and Smaller Bar Stock Valves.................................................................... .................. page 310 6oo-Pound Cast Steel, for Locomotive Service................ ...................page 311 6oo-Pound Forged Steel, O.S. & Y. with Screwed Gland ...................page 3 12 6oo-Pound Forged Steel, Inside Screw.............................. ...................page 3 13 boo-Pound Forged Steel, O.S. & Y...................................... pages 314 and 315 600 and 900-Pound Forged Steel, O.S. & Y...................... pages 316 and 317 1500-Pound Forged Steel, O.S. & Y.................................... .................. page 318 6ooo-Pound Hydraulic...............................................................................Page 3 iq Cast Steel Valves, 150, 300, 400, 600, 900, and 1500-Pound Pressure-Temperature Ratings......................................................................page321 Description and Specification of Materials........................ pages 322 and 323 List Prices...........................................................................................................page324 Dimensions.........................................................................................................page325 Gearing........................................................................................................ page 3 26 2500-Pound................................................. page 326 24 ! The Cast and Forged Steel Globe and Angle Valves listed above comprise only a part of the complete line of Crane steel products. Other steel products are shown and described in detail in other sections of this catalog. Refer to the following pages: Steel Globe and Angle for Chlorine Service......... page 457 Steel Gate Valves..........................................pages 297 to 308 Steel Check Valves.......................................pages 327 to 336 Steel Stop-Check Valves............................. pages 370 to374 Steel Blow-Off Valves.................................................page 377 Steel Safety Valves.................................... pages 391 and 392 Steel Relief Valves........................................pages 403 to 407 Steel Steam Traps........................................................ page 416 Steel Sediment Separators..........................................page 423 Steel Flanged Fittings.................................pages 343 to 350 Steel Welding Fittings.................................pages 351 to 360 Steel Flanges.................................................. pages 361 to 367 Steel Screwed Fittings................................. pages 337 to 342 Steel Bushings............................................................... page 227 Steel Plugs......................................................................page 228 Wrought Couplings.................................................... page 229 Wrought Steel Nipples............................. pages 230 and 231 Forged Steel Unions................................. pages 247 and 248 Forged Steel Flange Unions....................pages 252 and 253 Fabricated Piping... .pages 597 to 619 Valves and Fittings for Marine Service,,, .pages 45$ to 478 310 CRANE High Pressure Steel, Exelloy, or 18-8 Mo Bar Stock Valves WORKING PRESSURE -- 3000 pounds cold wafer, oil, or gas, non-shock Air Tested Cross Section Globe, Female Steel, Exelloy, or 18-8 Mo Globe, Female No. 222 H, Steel No. 222 X, Exelloy No. 222 SS, 18-8 Mo Globe, Male and Female No. 222% H, Steel No. 222% X, Exelloy No. 222% SS, 18-8 Mo Angle, Female No. 223 H, Steel No. 223 X, Exelloy No. 223 SS, 18-8 Mo Angle, Male and Female No. 223% H, Steel No. 223%X, Exellov No. 223% SS, 18-8 Mo Size Steel Valves Exelloy Valves 18-8 Mo Valves Angle Globe Angle Angle List Prices, Each Inches | % No. 222 H, Female 4.00 No. 222V2 H, Male and Female No. 223 H, Female 1 4.80 4.00 No. 223% H, Male and Female 6.75 No. 222 X, Female 6.50 No. 222% X, Male and Female No. 223 X, Female i 8.00 6.50 No. 223% X, Male and Female 11.25 No. 222 SS, Female 8.75 No. 222% SS, Male and Female 11.00 No. 223 SS, Female 8.75 No. 223% SS, Male and Female 14.75 V4 4.00 4.80 4.00 6.75 6.50 8.00 6.50 11.25 8.75 11.00 8.75 14.75 % 4.75 5.75 4.75 8.00 7.50 9.50 7.50 13.25 10.00 12.50 10.00 17.00 % 6.25 7.50 6.25 10.50 10.00 12.50 10.00 17.50 13.50 16.75 13.50 22.50 %1 17.25 24.00 20.75 | 17.25 24.00 25.00 | 34.00 47.50 42.50 | 34.00 47.50 51.00 | 37.50 53.50 46.75 | 37.50 53.50 56.00 | Service recommendations: Made of three differ and to foreign matter, and permits accurate flow ent metals with female or male and female ends, these regulation. The disc is integral with the stem. neat, small, rugged valves find wide application in almost every industry. They are ideal for use on orifice meters, regulator leads, by-passes, gauges, ammonia lines, and many similar services. The Exelloy Valves are particularly suitable for handling oil or gas containing sulphur compounds, or for installations where steel valves do not have sufficient resistance to atmospheric corrosion. The 18-8 Mo Alloy Valves are especially suited for The stuffing box is deep, has a gland, and is filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Materials: The Steel Valves have a steel body, bonnet, packing nut, and gland, and an Exelloy stem. In the Exelloy Valves, all of these parts are made of Exelloy; and in the 18-8 Mo Alloy Valves, of Crane 18-8 Mo Chrome-Niclcel-Molybdenum Alloy Steel. All valves have a malleable iron tee handle. oil and gasoline containing hydrogen sulphide and sulphur dioxide when moisture is apt to be present. Exelloy is a specially heat-treated chromium iron having a chromium content of about iz per cent. Construction: The body and bonnet are made from Crane 18-8 Mo Alloy is a steel having a minimum solid bar stock. The thread chambers are extra long. content of 18 per cent chromium and 8 percent The plug type disc is exceptionally resistant to wear nickel, with 2 to 4 per cent molybdenum. Crane Co. is licensed under patent No. 1,587,614 to manufacture valves and fittings made from 18-8 chromium-nickel alloy with 2 to 4% molybdenum. Dimensions, in Inches 13 Size A I 3,/32 1 3%2 1 13/32 1% ' 15/S 2% C E -- Open F --- Open 1 1% 1 1% 1 178 I 9/lS 1 9/l6 1 "/is | 33/8 1 33/s 1 37s j 37/is 1 3Vl6 1 315/16 21/8 ; 13/is ! 413/16 | 47s 1 23/g 1 63/8 63/g U/4 73/8 . 75/s g ; 29/is 1 29/l6 1 29/is Diameter of seat opening | % 1 3/16 i 1/4 39/is 1 43/4 3/i6 1 7/l6 43/4 9/lS 1 u CRANE 600-Pound Alloy Cast Steel Globe Valves Outside Screw and Yoke 311 WORKING PRESSURE -- 600 pounds steam, 750 F. HYDROSTATIC TEST PRESSURES -- 1500 pounds, body; 1100 pounds, seat Valves are tested at the seat with 100 pounds air under water. Cross Section No. 496 P, Globe All valves shown on this page are rriade to order only. On the No. 4% P and No. 1880 P Valves both ends are the same pipe size. On the No. 1884 P Valves the male end is one pipe size larger than the female union end. Prices on application. These new Crane Valves are patterned after the A.A.R. 300-Pound O. S. 82 Y. Brass Valves. They are especially recommended for service on railroad locomotives using high pressure superheated steam. The valves are liberally reinforced and are ruggedly constructed to withstand steam pressures as high as 600 pounds with temperatures up to 750 F. The valves are available with a female inlet and either a plain female or female union outlet, or with a male inlet and a female union outlet. Materials and construction: The body and bon net on these valves are well-proportioned and unusually strong. They are made from Crane No. 4 Carbon-Molybdenum Steel, an alloy particularly suitable for service on elevated pressures and tem peratures. The stem is made of Exelloy. Stem threads, long and accurately cut, are on the outside where they do not come in contact with the fluid in the line. They can be easily lubricated when neces sary. The valves have a malleable iron handwheel. Plug type seat and disc: The plug type disc and seat, excellent for throttling services, have wide, carefully finished seating surfaces which are unus ually resistant to foreign matter and to wiredrawing. The disc is made of Crane No. 49 Nickel Alloy, and the body seat ring, of Exelloy. The combination is ideal for steam. Yoke bushing: The yoke bushing, made of Crane No..48 Nickel Alloy, is long and heavy with liberal stem-thread engagement. Screwed into the yoke and locked with a set screw, it is sturdy and secure. Stuffing box: The stuffing box is deep and is filled with high grade packing. It is equipped with a Crane No. 48 Nickel Alloy gland. Repacking: These valves, when wide open, can be repacked while under pressure. Interchangeability: The body seat ring, tail-piece, union ring, and wheel on all sizes, and the stem, disc, disc stem ring, and union bonnet ring on sizes %-inch and larger (1 x %-inch and larger on male inlet valves) are interchangeable with the corre sponding parts of the 300-Pound A.A.R. Brass Globe and Angle Valves for Steam Locomotives shown on pages 44 and 45. Dimensions, in Inches Size Inches Center to female end No. 496 P or No. 1880 P - Center to union end, No. 1880 P Female Inlet Valves Center to top, open Diameter of wheel Size Inches % l9/lS 29/,g 511/,G 3V,g % x y2 3/4 1% 3 6 3% lx 3/4 No. 1884 P Male Inlet Valves Center to male end Center to union end Center to top, open Diameter of wheel 29/,G 29/,g S'Vis 3Vig 3% 3 6 3% 1 1 U/4 21/4 3V, g 7!V,g 4Vig U/4XI 1 29/,g 1 315/,g 1 81/s 1 43/4' |ll/2xll/4 31/4 1 313/16 3V,g 1 3ls/l6 7"/,g 1 81/g 4Vig 1 43/4 U/z 213/lfi 4s/, g 93/4 53/s 2xll/2 4s/ig 4s/, 93/4 53/g 2 33/g 5i/g 10s/g 6 21/2 x 2 4% 5i/g 10s/8 6 312 CRANE 600-Pound Forged Steel Globe and Angle Valves Union Bonnet--Outside Screw and Yoke Cross Section Globe, Screwed With Plug Type Disc WORKING PRESSURES Temperature Deg. F. Pounds Non-Shock Class "X" for Oil or Oil Vapor Class "XR" for Steam or Water 100 2000 150 1900 200 1800 250 1700 300 1600 350 1500 400 1400 450 1300 500 1200 550 1120 600 1040 650 960 700 880 750 800 Class "X" for Oil or Oil Vapor 800 850 900 950 1000 740 670 600 530 380 TEST PRESSURES Shell -- 2100 pounds hydrostatic Seat -- 2100 pounds hydrostatic Seat is tested 100 pounds air-under-water . rhi.. Globe, Screwed No. 216 X No. 216 XR Angle, Screwed No. 217 X No. 217 XR Size No. 216 X or XR, or No. 217 X or XR End to end, Globe Center to end, Angle Center to top of stem, open Globe Angle End to end of tee handle List Prices and Dimensions Inches >/4 i % Each Inches Inches Inches Inches Inches 11.35 1 11.35 313 U/z 1 U/z 6I/4 1 61/4 61/4 61/4 4i/s 1 41/8 1/z 13.50 31/2 1% 7% 73/4 4% 3/4 1 1 15.75 20.75 41/2 1 51/4 21/4 1 25/s 93/8 i 10% 91/8 1 1034 53/8 1 7 H/4 29.75 6 3 Hi/2 11 7 Service recommendations: These valves are strong, compact, and rugged. They are well suited for service on high pressures at high temperatures and for high-pressure hydraulic service. The"X" trimmed valves are recommended for oil or oil vapor service, iooo F. maximum temperature; the "XR" trimmed valves are recommended for steam, water, or general service, 750 F. maximum temperature. Plug type disc and seat: The valves have a plug type seat and disc, making them ideal for severe service, such as for throttling, for soot blower, blow-off, boiler feed, drip, and drain lines. The disc and seat offer unusual resistance to wear and to the cutting action of foreign matter. In addition, the long tapered- seating surfaces permit' accurate regulation of flow when throttling. The disc stem ring connection is tack-welded for greater strength. The "X" trimmed valves have an Exelloy disc and seat; the "XR" trimmed valves have a Crane No. 4q Nickel Alloy disc and an Exelloy body seat ring. Stem: The stem in all of these valves is made of Exelloy. The stem threads are on the outside where they are not affected by the fluid in the line and where they can be easily lubricated when necessary. : , ' Body and bonnet: In these valves the body and the yoke-type union bonnet are made from forged carbon steel. The bonnet joint has ground seats and is securely and tightly made up with a heavy forged steel union ring. All of these parts have generous metal sections to assure liberal safety. , ; 1 Tee handle: The malleable iron tee handle, of * ample size, permits easy operation. Gland: Valves for oil or oil vapor have a No. 48 : Nickel Alloy gland. Valves for steam or water have : a cast manganese bronze gland. Stuffing box: The stuffing box is exceptionally large and deep; it is filled with high grade packing- Repacking: These valves, when wide open, can be repacked while under pressure. Air or gas service.. . .page 321 Description of materials... .pages 1 to 9 CRANE 313 600-Pound Forged Steel Globe and Angle Valves Inside Screw HYDROSTATIC TEST PRESSURE Shell and seat --2100 pounds Valve seat tested 100 pounds air-under-water. Temp. Deg. F. WORKING PRESSURES Pounds Non-Shock Temp. Deg. F. Pounds Non-Shock Class "X", for Oil or Oil Vapor only 100 2000 150 1900 200 1800 250 1700 500 1200 550 1120 600 1040 650 960 300 1600 350 1500 400 1400 450 1300 700 750 800 880 800 740 Cross Section, Globe Union Bonnet These are new, small, rugged Inside Screw Globe and Angle Valves, made with a plug type disc and seat. Service recommendations: The valves are suited for use where strong, durable inside screw valves are wanted. They are recommended for cold oil and for hot oil and oil vapor on temperatures up to 8oo F. Body and bonnet: The body and bonnet are forged carbon steel. Heavy metal sections assure liberal safety. Bonnet joint: Bonnet joints are fitted with a cor rugated soft iron gasket. Sizes 34 to jkp-inch have a union bonnet, the ring being forged steel; sizes i to 2-inch have a compact bolted bonnet, male and female ty'pe, equipped with Triplex Steel studs. Both types are strong and can be easily taken apart. end is retained in the disc by a disc stem ring, screwed into the disc and lock-welded. Stuffing box: The stuffing box, equipped with a gland, is exception ally wide and deep. Cross Section, Globe Bolted Bonnet It is filled with cut ring packing. Handwheel: Wheels are malleable iron. For easier handling, valves 134-inch and smaller have a new dished design wheel, made with small gripping knobs on the outer edge. Repacking: These valves, when wide open, can be repacked while under pressure. Plug type disc and seat: The plug type disc and seat are made of Exelloy. Their wide, carefully finished seat ing surfaces are unusually resistant to foreign matter and to wiredrawing; they are ideal for throttling services. The seat ring is screwed into the body. Stem: The-.stem, made of Exelloy, is of generous diam- eter with long, thread engagement in the bonnet. The stem aX" Screwed No. 3620 X Union Bonnet Angle, Screwed No. 3621 X Bolted Bonnet Globe, Screwed No. 3624 X Bolted Bonnet Angle, Screwed No. 3625 X List Prices and Dimensions Size Union Bonnet Valves Inches 1 34 ! % % 1 % Size Bolted Bonnet Valves Inches | 1 I 134 1V2 1 2 No. 3620 X, Globe No. 3621 X, Angle 'Each] 9.25 | 9.25 11.00112.75 No. 3624 X, Globe Each| 9.25 | 9.25 11.00|12.75 Mo. 3625 X, Angle Each|16.25|22.50 33.00 145.00 Each 116.25122.50 33.00 |45.00 Dimensions, in Inches Center to end 1 114 1 1V2 1% 1 21/4 Center to end I 29/i6 I 3Vfe 3y2 |43/lfi Center to Globe 1 43/4 | 53/, B 67/ig |713/1r Dimensions, Center to Globe | 83/4 | 103/4 10is/le\1Z9Ae top, open Angle | 43/4 | 5Vic 6W 1 7i/2 in Inches top, open Angle] 7S/S | 95/i6 9Vb 1 ioy2 Diameter of wheel | 2V4 1 234 3 [ 3% Diameter of wheel | 4 | 5 6 17 Description of materials .. . .pages 1 to 9 { 314 CRANE 600-Pound Forged Steel Globe and Angle Valves Outside Screw and Yoke HYDROSTATIC TEST PRESSURES Screwed and Socket-Welding Flanged Shell -- 2100 pounds Shell -- 2000 pounds Seat -- 2100 pounds Seat --1550 pounds Valve seat tested 100 pounds air-under-water WORKING PRESSURES Temp. Pounds, Non-Shock Screwed] Flanged Valves or * With 1 With Socket- 34-inch j Ring Deg. Welding Male ' Joint F. Valves 1 Facing IFacing Class "X", for Oil or Oil Vapor Class IVAK", for Steam or Water 100 2000 150 1900 200 1800 250 1700 1000 960 930 900 1200 1150 1100 1050 300 1600 870 1000 350 1500 840 950 Cross Section, Globe 400 1400 810 900 Union Bonnet 450 1300 780 .850 500 1200 750 800 Low in cost and high 550 1120 720 760 in quality, these new, 600 1040 690 720 small Crane 600- 650 960 660 680 Pound Forged Steel Outside Screw and 700 880 750 800 630 640 600 600 Class "X", for Oil or Oil Vapor Yoke Valves are com 800 740 550 550 pact, rugged, and du 850 670 490 490 rable. 900 600 420 420 950 530 330 330 The line includes 1000 380 240 240 union bonnet valves Air and gas ratings, page 321, with screwed ends in sizes 34 to 24-inch or socket-welding ends in sizes 34 and 24-inch; and bolted bonnet valves with screwed, socket-welding, or flanged ends in sizes 34 to 2-inch. Two classes of trim materials are available: Class "X", for oil or oil vapor up to iooo F.; and Class " XR", for steam and water up to 750 F. Service recommendations: The valves are ideal for a wide variety of services in oil refineries, oil and gas fields, central power stations, and industrial plants, on high pressure hydraulic lines and on high pressure-temperature steam or oil lines. Body, bonnet, and yoke: The body, bonnet, and yoke are forged carbon steel; heavy metal sections assure generous strength. On union bonnet valves the bonnet and yoke are separate pieces, joined by long, fine threads. On bolted bonnet valves the bonnet and yoke are forged integral. Bonnet joint: The bonnet joint is equipped with a corrugated soft iron gasket, assuring tightness and ease of maintenance. Union bonnet valves have a forged steel union ring. Bolted bonnet valves have a male and female joint fitted with Triplex Steel studs. Both types of joints are unusually strong and can be easily dismantled and reassembled. Plug type disc and seat: These valves have a Crane plug type disc and seat, well known for ability to maintain tightness and for effectiveness on throttling services. The wide, tapered seating sur- Prices and dimensions. . . .page 31S faces offer excellent resistance to foreign matter and to wire drawing. In " X" trimmed valves, the disc and seat are Exelloy ; in " XR" trimmed valves, the seat is Exelloy and the disc is Crane No. qq Nickel Alloy. The seating surfaces are carefully ground and then are lapped to gether by hand to ob tain a fine, mirror-like finish. The body seat ring has heavy metal sections, with a long thread engagement in the body. Cross Section, Globe Bolted Bonnet Stem: The Exelloy stem has precision cut lifting threads to assure smooth operation. The portion passing through the stuffing box is polished to reduce friction and to prolong the life of the packing. Disc-stem connection: A shoulder-seating screwed-in disc stem ring'retains the stem shoulder within the disc; the disc swivels on the end of the stem, preventing scoring or galling of the seating surfaces. As a precaution against loosening, the disc stem ring is lock-welded to the disc. Yoke bushing: The yoke bushing is long and heavy, with liberal stem-thread engagement; screwed into the yoke and locked with a set screw, it is sturdy and secure. Made from a selected bearing material -- Crane No. 48 Nickel Alloy with high melting point for oil or oil vapor, or Crane Cast Manganese Bronze for steam or water --, it is unusually serviceable. Bolted gland: The bolted gland eliminates the danger of weakening -- by threading -- the yoke legs. Cadmium-plated steel tee-head bolts hold the forged steel electrogalvanized one-piece gland and gland flange rigidly in place. The packing load can be adjusted easily, and the bolts can be quickly removed when necessary. Lugs on the bonnet anchor the bolts; they will not come off in service. Stuffing box: An unusually wide and deep stuffing box provides liberal packing space for a tight seal. It is filled with high quality cut ring packing. Handwheel: Wheels of tough, durable malleable iron are held in place by a wheel nut. For easier handling, valves 1-inch and smaller have a new dished design wheel, made with small rounded gripping knobs. Repacking: These valves, when wide open, can be repacked while under pressure. Description of materials.. .,pages 1 to 9 CRANE 315 600-Pound Forged Steel Globe and Angle Valves Outside Screw and Yoke Union Bonnet Valves List Prices, Each, and Dimensions Size Inches | Vi ! % % % No. 3640 X or XR, Screwed 12.50 12.50 14.75 17.25 Globe No. 3648 X or XR, Socket-Welding 17.25 17.25 No. 3641 X or XR, Screwed 12.50 12.50 14.75 17.25 Angle No. 3649 X or XR, Socket-Welding 17.25 17.25 Center to end Dimensions, in Inches Center to top, open Depth of socket Globe Angle m 1V4 1% 2'A 6% &y2 75/l6 9 6% 6% 7 sy2 7/l6 9/l6 Diameter of wheel 3 3 31/2 4 Angle, Screwed (Not illustrated) No. 3641 X No. 3641 XR Angle, Socket-Welding No. 3649 X No. 3649 XR Globe, Screwed No. 3640 X No. 3640 XR Globe, Socket-Welding (Not illustrated) No. 3648 X No. 3648 XR 24 Bolted Bonnet Valves Globe Screwed No. 3644 X No. 3644 XR Socket-Welding (Not illustrated) No. 3652 X No. 3652 XR Angle Screwed (Not illustrated) No. 3645 X No. 3645 XR Socket-Welding No. 3653 X No. 3653 XR Flange dimensions, facing, and drilling: The end flanges conform to the 6oo-Pound American Globe, Flanged No. 3656 X or 3656 XR Angle, Flanged No. 3657 X or 3657 XR Standard, (Bi6e-iq3q). They have a male face M"inch high (large male), finished with con centric grooves, approxi mately 32 grooves per inch, known as a "ser rated" finish. Size Globe Angle List Prices, Each, and Dimensions Inches | % | % 1 1 1% iy2 No. 3644 X or XR, Screwed 16.50|19.25 22.75 32.75 45.00 No. 3652 X or XR, Socket-Welding 24.00|28.75 34.00 44.00 57.00 No. 3656 X or XR, Flanged, F.D. 8z S. F. 31.50138.00 45.00 55.00 69.00 No. 3645 X or XR, Screwed 16.50|19.25 22.75 32.75 45.00 No. 3653 X or XR, Socket-Welding 24.00|28.75 34.00 44.00 57.00 No. 3657 X or XR, Flanged, F.D. & S.F. 31.50)38.00 45.00 55.00 69.00 2 60.50 73.50 86.50 60.50 73.50 86.50 Prices include drilling to the 6oo-Pound Standard, and spot facing; no de duction is made when ordered faced only. Face to face: Flanged valves conform to the American Standard for Face-to-Face Dimen sions of Ferrous Flanged Valves, No. B16.10-1939. This Standard does not Screwed or Socket-Welding Valves Center to end l13/is) 23/l6 29/is 3% 3i/2 43/is Center to Globe 75/i 1 8% 93/8 11 ll1S/l6 14 top, open Angle 63/4 | 8 8I/4 99/ie ioy8 ll15/l6 Dimensions, in Inches Depth of socket % PVis % 13/l6 7/s *Center to face 3y4133/4 41/4 4% 43/4 Flanged Valves Center to Globe 7% 1 9 93/4 ll3/is 123/i6 top, open Angle 611/igI 8 18V16 9% 10s/i6 Diameter of wheel 3% 1 4 | 5 6 7 1 5% 149/i6 12/i6 9 Diameter of flange 33/4 | 45/s | 4% SV* 6% 6i/2 *Thickness of flange Diameter of male face Diameter of bolt circle 9/ig 1 s/s I1 Vis 13/l6 7/s l3/s IDVisI 2 2% 2% 2% | 31/4 | 3% 3% 1 4i/2 1 3% 5 include y-inch 600- No. and dia. of bolts 4--WI4--%|4--% 4--%\ 4--3/i 8--% Pound Valves. *Center to face dimension includes the j^-inch male face; thickness of flange does not. For working pressures and description, see the preceding page. Dimensions of ring joint and special facings.. . .pages 561 and 562 Templates for drilling... .page 554 316 CRANE 600-Pound Flanged and 900-Pound Screwed and Butt-Welding Alloy Forged Steel Globe and Angle Valves Bolted Bonnet--Outside Screw and Yoke HYDROSTATIC TEST PRESSURES Screwed or Butt-Welding Valves Shell and Seat -- 3100 pounds Flanged Valves Shell -- 2000 pounds Seat -- 1550 pounds Seats are tested 100 pounds air-under-water. WORKING PRESSURES Temp. Pounds, Non-Shock Screwed Flanged Valves Deg. F. or With Butt- 14-inch Welding Male Valves Facing With Ring Joint Facing Class "X" for Oil or Oil Vapor Class "XR" for Steam or Water 100 3000 1200 1440 150 2850 1180 1400 200 2700 1160 1350 250 2550 1120 1300 Cross Section Globe, Screwed "X" Trimmed With Ball to Flat Seat 300 2400 1080 1250 350 2250 1040 1200 400 2100 1000 1150 450 1950 960 1100 500 1800 920 1050 550 1680 880 1000 600 1560 840 950 650 1440 800 900 700 1320 760 850 750 1200 720 800 Cross Section Globe, Screwed "XR" or "U" Trimmed With Plug Type Disc and Seat Service recommendations: These valves are exceptionally massive and rugged, and have many of the refinements usu ally found only in larger size high-pressure valves. They are Class "X" for Oil or Oil Vapor Class ` `U" for Steam or Water ' 800 850 900 950 1000 1100 680 750 1000 640 700 900 600 650 795 530 600 570 380 400 Exelloy. In the"U" trimmed valves, both of these parts are Stellite-faced alloy steel. Body and bonnet: The body and bonnet are forged No. 4 ideal for .the severe services Carbon-Molybdenum Steel and encountered in modern power plants and oil re have a male and female joint. Triplex Steel bolt- fineries, and for high-pressure hydraulic installations. studs are used in "X" and "XR" trimmed valves, Class "X" trim: Class "X" trimmed valves are recommended for oil or oilvapor service on tempera tures up to iooo F. They have* a ball shaped face on the disc and a flat, angular shaped face on the body seat ring. This construction produces a line bearing seating contact, avoiding any danger of and Templex Steel bolt-studs are used in "U" trimmed valves. Stem: The stem in all of these valves is made of Exelloy. The stem threads are on the outside where they are not affected by the fluid in the line and where they can be easily lubricated when necessary. jamming caused by the coking action of hot oil. Both the disc and the body seat ring are made of Exelloy. Gland: The valves have a two-piece ball-type gland and flange which assures an even pressure on the packing and eliminates the possibility of binding the Classes "XR" and "U" trim: Classes "XR" and "U" trimmed valves are recommended for steam or water service, the former up to 750 F. and the latter stem. Valves for oil or oil vapor have a No. 48 Nickel Alloy gland. Valves for steam or water have a Crane Cast Manganese Bronze gland. up to 1000 F. They have a plug type disc and seat, which offers excellent resistance to wear and to foreign matter. The disc taper assists in maintaining tightness and permits accurate regulation of flow when throttling. Stuffing box: The stuffing box is of the lantern type and is extra deep. Packing is used both above and below the lantern, assuring tightness. The lan tern provides space for a cooling chamber, and the cooling chamber is tapped and fitted with a steel plug. In the "XR" trimmed valves, the disc is made of Repacking: These valves, when wide open, can be Crane Ho. 49 Nickel Alloy and the body seat ring, of repacked while under pressure. Air or gas service.. . .page 321 Description of materials.. . .pages 1 to 9 ____________________________________ CRANE 317 600-Pound Flanged and 900-Pound Screwed and Butt-Welding Alloy Forged Steel Globe and Angle Valves Bolted Bonnet--Outside Screw and Yoke For working pressures, see the preceding page. JQL 900-Pound Butt-Welding Valves (not illustrated) can be made to order; prices on application. Orders must specify the diameter of the bore (/. D. of pipe). Globe, Screwed No. 176 X No. 176 XR No. 176 U Angie, Screwed No. 177 X No. 177 XR No. 177 U Globe, Flanged No. 196 X No. 196 XR No. 196 U Angle, Flanged No. 197 X No. 197 XR No. 197 U List Prices and Dimensions Size Inches | % (4 1 1 1V4 iy2 1 2 Screwed Flanged No. 176 X, XR, or U, Globe Each| 40.00 No. 177 X, XR, or U, Angle Each| 40.00 No. 196 X, XR, or U, Globe, F.D. & S.F. Each] 66.00 No. 197 X, XR, or U, Angle, F.D. & S.F. Eachl 66.00 51.00 51.00 66.00 66.00 64.00 | 70.00 64.00 | 70.00 84.00 | 95.00 84.00 95.00 90.00 | 125.00 90.00 | 125.00 123.00 163.00 123.00 163.00 End to end. Globe, Screwed [ 3(4 41/2 3(4 6 7 8% Center to end, Angle, Screwed | 1(4 2(4 2% 3 3% 41/4 Face to face. Globe, Flanged Center to face. Angle, Flanged | 7% 7% 8% 9 9% ny2 | 31 Vie 3(4 41/4 4% 4(4 5(4 Globe, Screwed |9 11% 131/4 13% 18 19% Dimensions In Inches Center to top of stem, open Diameter of wheel Angle, Screwed Globe,. Flanged Angle, Flanged Screwed Valves Flanged Valves | 87/g | 11 % j 11 Vi | 4(4 | 5(4 11 Vs 11(4 1D/4 51/2 5V2 13 13% 131/is 8 8 13% 17(4 14% 18% 13y4 I8I/2 8|9 8|9 19 20% 19% 10 10 Diameter of flange | 3(4 4% 4% 51/4 1 6% 6% Flange dimensions Thickness of flange Diameter of male face Diameter of bolt circle No. -and dia. of bolts | 9/ig | 1% | 2% | 4--(4 I 1 % in/16 j 31/4 1 1V16 2 3i/2 13/l6 1 % 1 2i/2 1 2% 3% 3% i 41/2 5 4--% 1 4-(4 I 8--% Face to face and center to face dimensions include the }4 -inch male face; thickness of flange dimensions do not. Face to face and center to face dimensions conform to the American Standard for Face-to-Face Dimensions of Ferrous Flanged and Welding End Valves, No. B16.10-1939. 14-inch 600-Pound Globe and Angle Valves are not included in this Standard. Flange dimensions and facing: The dimensions and drilling of end flanges conform to the 6oo-Pound American Standard (Bi6e-iQ3p). Flanges have a male face pf-inch high (large male), finished with concentric grooves, approximately 32 grooves per inch, known as a "serrated" finish. When so ordered, flanged valves can be furnished with ring joint, female, tongue; or groove facing; see the Crane Discount Sheet for prices. Drilling: Flanged valves are furnished with the end flanges faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List prices include drilling to the 6oo-Pound American Standard, and spot facing. No deduction is made if valves are ordered faced only. Butt-welding valves: Butt-welding valves (qoopound pressure class) can be made to order; prices on application. They have the same general dimensions as the flanged end valves, their end to end and center to end being the same as the face to face and center to face of the flanged valves. Orders' for buttwelding valves must specify the diameter of the bore (inside diameter of pipe). Templates for drilling... .page 5S4 Dimensions of ring joint and special facings.. . .pages S61 and S62 X 318 CRANE 1500-Pound Flanged and Butt-Welding Alloy Forged Steel Globe and Angle Valves Bolted Bonnet--Outside Screw and Yoke TEST PRESSURES Shell -- 4500 pounds hydrostatic Seat -- 3700 pounds hydrostatic; also air tested Globe, Flanged No. 193 X, Ball to Flat Seat Oil or Oil Vapor, 1000 F. Max. No. 193 XR, Plug Type Disc and Seat Steam or Water, 750 F. Max. No. 193 U, Plug Type Disc and Seat Steam or Water, 1000 F. Max. WORKING PRESSURES Temp. Butt- Flangec Valves Welding With With Valves %-inch Ring Deg. F. Male Joint Facing Facing Class "X" for Oil or Oil Vapor Class "XR" for Steam or Water 100 3600 3000 3600 150 3500 2950 3500 200 3375 2900 3375 250 3250 - 2800 3250 300 3125 2700 3125 350 3000 2600 3000 400 2875 2500 2875 450 2750 2400 2750 500 2625 2300 2625 550 2500 2200 2500 600 2375 2100 2375 650 2250 2000 2250 700 2125 1900 2125 750 2000 1800 2000 Class "X" for Oil or Oil Vapor Class "U" for Steam or Water 800 850 900 950 1000 1875 1750 1625 1500 1000 1700 1600 1500 1325 950 1875 1750 1625 1500 1000 Angle, Flanged No. 195 X, Ball to Flat Seat Oil or Oil Vapor, 1000 F. Max. No. 195 XR, Plug Type Disc and Seat Steam or Water, 750 F. Max. No. 195 U, Plug Type Disc and Seat Steam or Water, i 000 F. Max. Construction and materials: These valves are similar in design, construction, and materials to those shown on pages 316 and 317 except that they are heavier and more massive, and have a ring type bon net joint instead of a male and female joint. The angle valves are made with a cast steel body and a forged steel bonnet. List Prices and Dimensions Size Inches %1 1 1m 11/2 No. 193 X, XR, or U, Globe, F.D. & S.F. Each 85.00 1 97.75 1 125.75 157.00 No. 195 X, XR, or U, Angle, F.D. 8z S.F. Each 85.00 i 97.75 ! 125.75 157.00 *Face to face, Globe, Flanged *Center to face. Angle, Flanged Center to top of stem, open (Approx.) 9 1 10 4i/2 1 5 15% 1 18i/2 1 11 5i/2 20% 12 6 23 Diameter of wheel, Globe or Angle BlllBviISlUi15 In Inches Diameter of flange 719 5l/s 1 5% 10 6% 12 7 ^Thickness of flange Flange dimensions Diameter of male face 1 1 li/s UVis 1 2 lVs 21/2 11/4 2% Diameter of bolt circle 31/2 1 4 4% 4% No. and dia. of bolts 4--% 1 4--% 4--Vs 4--1 *Face to face and center to face dimensions include the Jj-inch male face; thickness of flange dimensions do not. Face to face and center to face dimensions conform to the American Standard for Face-to-Face Dimensions of Ferrous Flanged and Welding End Valves, No. B16.10-1939. The Standard does not include the 34-inch size valves.________________ * Flange dimensions and facing: End flanges conform to the 1500-Pound American Standard (Bi6e-iQ3Q). They have a male face J^-inch high (large male), finished with concentric grooves, ap proximately 32 grooves per inch, known as a "ser rated" finish. When so ordered, the valves can be furnished with ring joint, female, tongue, .or groove facing; see the Crane Discount Sheet for prices. Drilling: End flanges are faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List Air or gas service,. . .page 321 Templates for drilling.. . .page SS5 Dimem prices include drilling to the 1500-Pound American Standard, and spot facing. No deduction is made if valves are ordered faced only. Butt-welding valves: Butt-welding valves (not illustrated) can be made to order; prices on applica tion. They have the same general dimensions as the flanged valves, their end to end and center to end being the same as the face to face and center to face of the flanged end. Orders must specify the diameter of bore (inside diameter of pipe). Description of materials.. . .pages 1 to 9 ns of ring joint and special facings... .pages 561 and563 : :; i ) ! 'I r _________________________CRANE________________________________ 319 6000-Pound Hydraulic Forged Steel Globe and Angle Valves Plug Type Disc WORKING PRESSURE 6000 pounds cold water or oil, non-shock TEST PRESSURE 6500 pounds hydrostatic Cross Section No. 225 H, Globe No. 225 H, Globe Screwed No. 226 H, Angle Screwed List Prices, Each, and Dimensions, in Inches Size Inches | V* 1 3/s 1 % 1 % 1 1 U/4 No. 225 H, Globe or No. 226 H, Angle End to end. Globe 1 21.00 1 21.00 1 23.00 1 27.00 1 2% 1 27/g 1 3/4 1 m 33.00 1 45.00 5 1 6% Center to end. Angle Center to top, open, Globe or Angle Center to end of handle 1 Wie 1 l7/l6 1 1% 1 2Va 1 6% 1 6% 1 7% 1 9% 1 3% 1 3M> 1 31/2 1 45/s 21/2 1 3V4 11 1 13 5 1 5% Diameter of wheel 1111 1 1% 130.00 71/2 3% 141/4 12 ,2 175.00 9 41/2 16 14 Service recommendations: These valves have very heavy metal sections and are exceptionally rugged. They are recommended for severe and ex tremely high pressure service on hydraulic lines not subject to shock. Plug type disc and seat: The plug type disc and seat are unusually resistant to wiredrawing and to foreign matter. The wide tapered seating surface permits easy flow regulation when throttling. The seat bushing is made of Exelloy and can be easily renewed. The disc is made of brass. Body and bonnet: The body is made from a solid steel forging. On sizes i-inch and smaller, the bon net is screwed into the body as illustrated in the cross section. On larger sizes the bonnet and body are bolted together (not illustrated). Disc-stem connection: The disc and stem are made in one piece for sizes i-inch and smaller, as shown in the cross section, and in two pieces with a swivel type connection, for sizes 134-inch and larger (not illustrated). The stem in all sizes is made of brass. Handle or wheel: Sizes 134-'nch and smaller have a lever handle; larger sizes have a wheel. Stuffing box: These valves have a deep stuffing box, filled with high grade packing, ft is equipped with a gland. Repacking: The valves, when wide open, can be repacked while under pressure. Seat opening: The diameter of the port opening in these valves is slightly smaller than the inside diameter of Double Extra Strong Pipe. 320 r A Crane air-motor operated alloy steel globe valve with Crane forged steel welding neck flanges on a high pressuretemperature line in an oil refinery. CRANE In an automotive power plant -- main steam lines, equipped with large Crane cast steel gate valves and by-passes. >s it ..Myiin hit ... Air conditioning system piping on a passenger liner, de signed with Crane marine-approved valves and fittings. Crane gate valves and fittings in water lines on gen erator air coolers in electric light and power plant. CRANE Cast Steel Globe and Angle Valves 321 Working Pressures, Pounds per Square Inch, Non-Shock -- For Valves Shown on Pages 322 to 326 Fluid Temp. Carbon Valves No. 4 Carbon-Molybdenum Alloy Steel Valves Deg. 150 Fahr. Lb. 300 400 600 900 1500 2500 Lb. Lb. Lb. Lb. Lb. Lb. No. 2 Nickel-Chrome INo. 5 Chrome-Molybdenum AUov Alloy Steel Valves Steel Valves (Made to order) 600 900 1500 2500 300 400 600 900 1500 2500 Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. I Flanged Valves with Standard Facings Other Than Ring Joint f 100 230 600 800 1200 1800 3000 1 5000 1200 1800 3000 5000 600 800 1200 1800 3000 5000 150 220 590 775 1180 1770 2950 4905 1180 1770 2950 4905 590 775 1180 1770 2950 4905 ) : s oteam, 1 Water, Oil or 200 210 580 750 1160 1740 2900 4810 1160 1740 2900 4810 580 750 1160 1740 2900 4810 250 200 560 725 1120 1680 2800 4645 1120 1680 2800 4645 560 725 1120 1680 2800 4645 300 190 540 700 1080 1620 2700 4480 1080 1620 2700 4480 540 700 1080 1620 2700 4480 350 180 520 675 1040 1560 2600 4315 1040 1560 2600 4315 520 675 1040 1560 2600 4315 400 170 500 650 1000 1500 2500 4150 1000 1500 2500 4150 500 650 1000 1500 2500 4150 450 160 480 625 960 1440 2400 3985 960 1440 2400 3985 480 625 960 1440 2400 3985 500 150 460 600 920 1380 2300 3820 920 1380 2300 3820 460 600 920 1380 2300 3820 Oil Vapor . 550 140 440 575 880 1320 2200 3655 880 1320 2200 3655 440 575 880 1320 2200 3655 I (Class X) 600 130 420 550 840 1260 2100 3490 840 1260 2100 3490 420 550 840 1260 2100 3490 650 120 400 525 800 1200 2000 3325 800 1200 2000 3325 400 525 800 1200 2000 3325 700 110 380 500 760 1140 1900 3160 760 1140 1900 3160 380 500 760 1140 1900 3160 750 100 360 475 720 1080 1800 2995 720 1080 1800 2995 360 475 720 1080 1800 2995 .f Steam (Class U) Oil or i Oil Vapor V (.Class X) 800 850 900 950 1000 f92 340 450 680 1020 1700 2830 680 1020 1700 2830 340 450 680 1020 1700 2830 f82 320 425 640 960 1600 2665 640 960 1600 2665 320 425 640 960 1600 2665 t70 300 400 600 900 1500 2500 600 900 1500 2500 310 410 620 930 1550 2580 |55 265 350 530 795 1325 2205 530 795 1325 2205 300 400 600 900 1500 2500 t40 190 250 380 570 950 1580 380 570 950 1580 200 275 400 600 1000 1675 Flanged Valves with Ring Joint Facing l Butt-Welding and Screwed End Valves Flanged Valves with Ring Joint Facing ; Steam, *; Water, ; Oil or 100 150 275 255 720 960 1440 2160 3600 6000: 1440 2160 3600 6000 720 960 1440 2160 3600 6000 700 925 1400 2100 3500 5825 1400 2100 3500 5825 700 925 1400 2100 3500 5825 200 240 675 900 1350 2025 3375 5625 1350 2025 3375 5625 680 900 1360 2040 3400 5660 250 225 650 875 1300 11950 3250 5425 1300 1950 3250 5425 660 875 1320 1980 3300 5495 300 210 625 825 1250 1875 3125 5200 1250 1875 3125 5200 640 850 1280 1920 3200 5330 350 400 195 180 600 800 1200 18d0 3000 5000 1200 1800 3000 5000 575 775 1150 1725 2875 4800 1150 1725 2875 4800 620 600 825 1240 1860 3100 5165 800 1200 1800 3000 5000 450 500 ibb 150 55U 725 1100 1650 2750 4575 1100 1650 2750 4575 575 775 1150 1725 2875 4800 525 700 1050 1575 2625 4375 1050 1575 2625 4375 550 725 1100 1650 2750 4575 Oil Vapor 550 140 500 675 1000 1500 2500 4175 1000 1500 2500 4175 525 700 1050 1575 2625 4375 {Class X) 600 130 475 625 950 1425 2375 3950 950 1425 2375 3950 500 675 1000 1500 2500 4175 650 120 450 600 900 1350 2250 3750 900 1350 2250 3750 475 625 950 1425 2375 3950 700 110 425 575 850 1275 2125 3550 850 1275 2125 3550 450 600 900 1350 2250 3750 750 100 400 525 800 1200 2000 3325 800 1200 2000 3325 425 575 850 1275 2125 3550 1 'I Oil Vapor 800 850 900 950 1000 |92 |82 375 500 750 1125 1875 3125 750 1125 1875 3125 400 525 800 1200 2000 3325 3bb 475 700 1050 1750 2925 700 1050 1750 2925 375 500. 750 1125 1875 3125 |70 j55 t40 325 425 650 975 1625 2700 650 975 1625 2700 350 475 300 400 600 900 1500 2500 600 900 1500 2500 325 425 200 275 400 600 1000 1675 400 600 1000 1675 300 400 700 1050 1750 2925 650 975 1625 2700 600 900 1500 2500 (Class X) 1050 1100 270 405 675 1125 225 275 425 650 1075 1775 180 270 450 750 150 200 275 425 700 1175 Recommendations for gas or air depend upon kind of gas, service conditions, etc. See paragraph below. These rating ratings are for oil refinery service; the American at 85 0 F., for steam other than in refineries. Standard also includes an 85-pound rating at 800 F. and a 70-pound These ratings apply to the Crane Cast Steel Globe `hd Angle Valves shown on pages 322 to 326. Seating materials: Class "XR" valves have Exeloy to No. 4q Nickel Alloy seating surfaces and are or steam or water up to 730 F. max. Class "U" ,'iaveo Stellited seating surfaces, for steam up to ioo F. max. Class "X" have Exelloy to Exelloy ^eating surfaces, foroil or oil vapor up to 1 iooF. max. flange facings: Unless otherwise ordered, flanged pnd 150 and 300-Pound Valves regularly are furmshed with Mrinch raised faces, and 400-Pound and pgher pressure valves, with bi-inch male faces. pir or gas: Regular valves trimmed for steam or ivater are suitable for ordinary air or natural gas service. For unusual gases, such as those with extreme volatility or of corrosive, lethal, explosive, or inflammable character, special consideration must be given to the design of piping systems; recom mendations will be furnished on request. Cold service: For temperatures between o and ioo F., the ratings for ioo F. apply. For sub-zero service, materials with suitable impact resistance must be used; recommendations on request. . Standards: Crane pressure-temperature ratings agree with those in the American Steel Flange Standard, No. Bi6e-iQ3q; the A.P.I. Standard No. 600A-39 and Supplement No. 1, Adopted 1940; and the A.P.I. Standard No. 5-G-3, 1940. , 322 CRANE Cast Steel Globe and Angle Valves Crane Cast Steel Globe of the larger' size or and Angle Valves are rugged and substantial in construction. Made ,, * Class*" Ciass Test Pressures Hydrostatic Hydrostatic Shell Test Seat Test Working Pressures higher pressure valves when used under maxi mum working pressures, from carefully selected 150-Pound | 460 pounds 350 pounds these valves are regu materials and of im 300-Pound j 1000 pounds 775 pounds For larly furnished with proved designs, they possess the necessary qualifications to meet the most severe demands 400-Pound [1340 pounds 1000 pounds 600-Pound 12000 pounds 1550 pounds 900-Pound 12700 pounds 2250 pounds 1500-Pound |4500 pounds 3700 pounds working pressures, see page 321. gearing. In addition to facilitating "operation, the gearing assures ac curate regulation of flow. of present day installa tions. All valves are tested 100 pounds air under water The valves are available ` in a wide range of sizes, j Recognizing the service in seven pressure classes requirements they must satisfy--accurate control (150, 300, 400, 600, qoo, 1500, and 2500-Pound) and and regulation of flow--extreme care has been exer with flanged, screwed, or butt-welding ends, as re cised in their design, particularly in the case of the quired. Prices and dimensions for the 2500-Pound disc and seat. For steam and general service, the Valves are furnished on application. wide bearing of the plug type disc is exceptionally well fitted. Oil services are more efficiently served by a ball-shaped disc contacting a beveled seat in a line bearing. Made of Carbon or Alloy Steels and supplied with various kinds of trim, the valves are suitable for a .variety of services. They are particularly suited for the severe services so common in modern industrial To avoid the difficulties attending the operation and power plants, and in oil refineries. Specification of Materials 150-Pound Valves are regularly made of Crane Car bon Steel, 300 and 400-Pound Valves are regularly made of Crane No. 4 Carbon-Molybdenum Steel, and 600, qoo, 1500, and 2'500-Pound Valves are regularly made of Crane No. 4 Carbon-Molybdenum or of Crane No. 2 Nickel-Chrome Steel. The valves are furnished with various trim-as indicated below. Orders should include both thecatalognumber and the letter suffix; catalog numbers are listed on page 324. For extremely severe operating conditions, valves can be made of Crane No. 5 Chrome-Molybdenum Steel. They are made to order only; see the Crane Discount Sheet for prices. Trim Names of Parts 150 Pound Valves 300 Pound Valves 400 Pound Valves 600 Pound Valves 900 Pound Valves 1500 Pound Valves 2500 Pound Valves Class "X" Body and Bonnet Flanged Welding or Screwed Carbon Steel No. 4 CarbonMolybdenum Steel No. 2 Nickel-Chrome Steel No. 4 Carbon-Molybdenum Steel ft Oil or Oil Vapor Disc Body Seat Rings 11000 F. Max. Stem Exelloy Exelloy Exelloy | JExelloy Bonnet Gasket Corrugated Soft Iron | Soft Steel Ring Joint Gasket Bonnet Bolt-Studs Triplex Steel (150-Pound Valves are furnished with studs.) Body and Bonnet Class "XR" Disc Body Seat Ring Steam or Water Stem 750 F. Max. Bonnet Gasket Bonnet Bolt-Studs #Steel | No. 4 Carbon-Molybdenum Steel No. 49 Nickel-Alloy Exelloy Exelloy Granite | Soft Steel Ring Joint Gasket Triplex Steel (150-Pound Valves are furnished with studs.) 2500-Pound Valves with "XR" trim are not regularly furnished. Body and Bonnet No. 4 Carbon-Molybdenum Steel Class "U" Disc Body Seat Ring Steam or Water Stem Not listed Stellite-Faced Alloy Steel Stellite-Faced Alloy Steel Exelloy 1000 F. Max. Bonnet Gasket Soft Iron | Soft Steel Ring Joint Gasket Bonnet Bolt-Studs Templex Steel fValves with No. 2 Nickel-Chrome Steel bodies and "X" trim are suitable for temperatures up to 1100 F. {Exelloy or Exelloy-Faced Alloy Steel. ^Corrugated Soft Iron. ,5150-Pound Valves are furnished with a carbon steel body and bonnet ________________________ ___ List prices... .page 324 Description of materials.. . .pages 1 to 9 Dimensions.. . .page 32S CRANE Cast Steel Globe and Angle Valves 323 Crane Cast Steel Globe and Angle Valves embody the many refinements in design and mate rials that are necessary in valves used on severe services. Disc and seat: ' ` XR' ' and " U" trimmed valves (forsteam, water, or general service) in sizes 6inch and smaller are regularly furnished with a plug type disc and seat, as illustrated at the left; the 8-inch size is regularly furnished with a flat disc and seat (not illustrated). All sizes of "X" trimmed valves (for oil or oil vapor service) are furnished with a 35 taper seat and a ball shaped seating face on the disc, as illustrated at the right. Body seat ring: All valves have the shoulder-type screwed-in body seat ring for utmost tight ness and security. 24 Bonnet joint: A ring-type bonnet joint holds pres sure easily on the 400, boo, qoo, 1500, and 2500Pound Valves, assuring tightness and maximum strength. On 150 and 300-Pound Valves, a closefitting male and female bonnet joint retains the gasket and accurately centers the working parts. Triplex studs dr, bolt-studs of Triplex or Templex Steel produce a tight, strong bonnet joint. Stuffing box: The stuffing box on all valves is deep, assuring tightness and long packing life. The stuffing box is the lantern-type on all except the 150-Pound Valves. When wide open, the valves can be repacked While under pressure. Gland: A two-piece ball-type gland assures even pressure on the packing without binding on the stem. Drilling: Flanged valves of each pressure class are furnished with the end flanges faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List prices include drilling to the corresponding pres sure class of the American Standard. No deduction is made if flanged valves are ordered faced only. Flange facings: The 150 and 300-Pound Flanged Valves are regularly furnished with an American Standard J4-inch raised face on the end flanges; the 400, 600, qoo, 1.500, and 2500-Pound Flanged Valves regularly have a j4_inch male face (large male). When so ordered, valves can be furnished with other types of facings, such as ring joint, female, tongue, groove, etc.; see the Crane Discount Sheet for prices. Finish of flange faces: The kfg-inch raised faces and the 34-inch male faces are finished with con centric grooves, approximately 32 grooves per inch, known as a "serrated" finish. A smooth finish can be furnished on the raised or male faces, when specified; see the Crane Discount Sheet for prices. The smooth finish is recommended when a metallic gasket is used. American Standard: In design and materials. Crane Cast Steel Globe and Angle Valves exceed the requirements of Standards issued by the American Standards Association. The dimensions and drilling of the end flanges on flanged valves conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6e-iq3q, for their respective pressure class. This Standard does not include the 3)^-inch size in the qoo-Pound class. Flanged and butt-welding valves conform to the American Standard for Face-to-Face Dimensions of Ferrous Flanged and Welding End Valves, B16.roiq3q, for their respective pressure class. This Stand ard does not include the 334-inch size in the 600 and qoo-Pound classes. Material Regularly Furnished Unless Otherwise Ordered Body and Bonnet 150 Pound 300 and 400 Pound 600, 900, 1500, and 2500-Pound For Screwed Steam or Welding Water Flanged For Oil or Oil Vapor Screwed Welding Flanged Crane Crane Carbon Steel No. 4 CarbonMolybdenum Alloy Crane No. 4 Carbon- Molybdenum Alloy Steel Steel Crane No. 2 Nickel- Chrome Alloy Steel Recommendations for Valve Seating Materials Steam or 750 F. Max. (XR) Exelloy to No. 49 Nickel Alloy Water 1100 F. Max. (U) Stellite to Stellite Oil or Oil Vapor 1100 F. Max. (X) Exelloy to Exelloy  -ar 324 CRANE Cast Steel Globe and Angle Valves When ordering, specify catalog number and suffix. For Oil or Oil Vapor No. 142 X, 150-Pound No. ISO X, 300-Pound No. 160 X, 400-Pound No. 170 X, 600-Pound For Steam or Water No. 142 XR, 150-Pound No. ISO XR, 300-Pound No. 160 XR, 400-Pound No. 170 XR, 600-Pound List Prices, Each, Globe or Angle Size 150 300 400 *600 *900 *1500 Inches Pound Pound Pound Pound Pound Pound 2 [ 145.00 | 165.00 21/2 j 165.00 j 190.00 3 | 190.00 j 220.00 31/2 | 220.00 j 260.00 4 | 250.00 | 295.00 5 | 335.00 | 400.00 6 | 400.00 | 495.00 Screwed Use 600 Pound Valves *| 260.00 | 320.00 ! 380.00 440.00 525.00 575.00 (1000.00 * Flanged, F.D. & S.F., or Butt-Welding IV2 1 2 | 155.00 21/2 | 175.00 t3 | 200.00 3i/2 | 230.00 4 j 260.00 5 j 350.00 6 j 420.00 175.00 Use 200.00 600 Pound (230.00 Valves 270.00 200.00 230.00 280.00 (340.00 400.00 ** * 400.00 * 580.00 620.00 (1050.00 700.00 310.00 460.00 550.00 (1080.00 (1300.00 420.00 600.00 (1100.00 (1250.00 (1900.00 '520.00 11030.00 (1380.00 (1750.00 (2500.00 8 | 630.00 11030.00 (1500.00 *For valves smaller than those listed, refer to the note on the top of the opposite page. tWhen 3-inch 300 and 600-Pound Flanged Valves with ring joint facing are to be bolted to Cranelap joints, orders must so specify. A groove of special pitch diameter is required; see page 562 for dimensions. Angle, Screwed For Oil or Oil Vapor No. 144 X, 150-Pound No. 152 X, 300-Pound No. 162 X, 400-Pound No. 172 X, 600-Pound For Steam or Water No. 144 XR, 150-Pound No. 152 XR, 300-Pound No. 162 XR, 400-Pound No. 172 XR, 600-Pound ,a. For Oil or Oil Vapor. No. 143 X, 150-Pound No. 151 X,* 300-Pound No. 161 X, 400-Pound No. 171 X, 600-Pound No. 183 X, 900-Pound No. 189 X, 1500-Pound For Steam or Water No. 143 XR, 150-Pound Nos. 151 XR or U, 300-Pound Nos. 161 XR or U, 400-Pound Nos. 171 XR or U, 600-Pound Nos. 183 XR or U, 900-Pound Nos. 189 XR or U, 1500-Pound {Ball-bearing yoke; gearing: Crane Cast Steel Globe and Angle Valves are regularly fur nished with a ball-bearing yoke and spur or bevel gears on the following sizes and pressure classes: 300-Pound..............8" 600-Pound.... 5 and 6" 400-Pound..............6 and 8" 900-Pound. .. .4, 5, and 6" , ^ 1500-Pound.... 3, 4, 5, and 6" For description, see page 3 26. Orders must state whether spur or bevel gears are wanted. When specified, valves can be furnished without gears (plain bearing yoke); prices on application. Butt-welding valves: Unless otherwise ordered, 150 and 300-Pound. Butt-Welding Valves are bored to match the inside diameter of Standard pipe (the heaviest weight on'the 8-inch size). For all other pressure classes, orders must specify the diameter of the bore (I.D. of pipe). Angle, Flanged For Oil or Oil Vapor No. 145 X, 150-Pound No. 153 X, 300-Pound No. 163 X, 400-Pound No. 173 X, 600-Pound No. 185 X,, 900-Pound No. 190 X, 1500-Pound For Steam or Water No. 145 XR, 150-Pound Nos. 153 XR or U, 300-Pound Nos. 163 XR or U, 400-Pound Nos. 173 XR or U, 600-Pound Nos. 185 XR or U, 900-Pound Nos. 190 XR or U, 1500-Pound Prices of flanged valves include facing, drilling, and spot facing to the corresponding pressure class of the American Standard. No deduction will be made if valves are ordered faced only. Globe Butt-Welding For Oil or Oil Vapor No. 1431/2 X, 150-Pound No. 15iy2 X, 300-Pound No. 1611/2 X, 400-Pound No. 1711/z x, 600-Pound No. 1831/2 X, 900-Pound No. I891/2X, 1500-Pound For Steam or Water No. 1431/2 XR, 150-Pound Nos. 1511/2 XR or U, 300-Pound Nos. I6II/2 XR or U, 400-Pound Nos. 1711/2 XR or U, 600-Pound Nos. I831/2 XR or U, 900-Pound Nos. I891/2XR or U, 1500-Pound For specification of materials. see page 322. For Oil or Oil Vapor No. 1451/2 X, 150-Pound No. 1531/2 X, 300-Pound No. 1631/2 X, 400-Pound No. 173l/2 X, 600-Pound No. 1851/2 x, 900-Pound No. 1901/2 X, 1500-Pound For Steam or Water No. 1451/2 XR, 150-Pound Nos. 1531/2 XR or U, 300-Pound Nos. 1631/2 XR or U, 400-Pound Nos. 1731/2 XR or U, 600-Pound Nos. 1851/2 XR or U, 900-Pound Nos. 1901/2 XR or U, 1500-Pound CRANE 325 Cast Steel Globe and Angle Valves NOTE For smaller size 600, 900, and 1500-Pound Valves, refer to the following: 600-Pound Valves: For 6oo-Pound Valves in sizes smaller than those listed on the preceding page, use the forged steel valves shown on pages 314 and 315. 900-Pound Screwed Valves: QOO-Pound Screwed Valves are available in sizes to 2-inch in the forged steel line shown on page 317. 900-Pound Flanged Valves: For sizes % to l)4-inch, use the 1500-Pound Forged Steel Valves shown on page 318. For sizes 2 and 2^-inch, use the 1500- *** Pound Alloy Cast Steel Valves shown on the pre ceding page. 900-Pound Butt-Welding Valves: For sizes }/2 to 2inch, use the forged steel valves shown on page 317; for the 234-inch size, use the 1500-Pound Alloy Cast Steel Valve shown on the preceding page. 1500-Pound Flanged and Butt-Welding Valves: For sizes smaller than 2-inch, use the forged steel valves shown on page 318. *** By-passes: Crane Cast Steel Globe and Angle Valves can be equipped with a by-pass; prices on request. Motor operation: To facilitate operation, the valves can be equipped with an electric, air, or gas motor; prices are furnished on application. See pages 172 and 173 for complete details.. 24 Dimensions, in Inches t Globe Screwed F-- HH-- Globe Flanged >--HH- Globe Butt-Welding Center to face: 150 and 300-Pound Flanged Valves are regularly furnished with a J^g-inch raised face. 400, 600, qoo, 1500, and 2500-Pound Flanged Valves are regularly furnished with a 34-inch high large male face. The center to face and face to face dimensions shown in the table include this facing. Flanged and butt-welding valves conform to the American Standard for Face-to-Face Dimensions of Ferrous Flanged and Welding End Valves, B16.10-1939. The 334-inch size 600 and qooPound Valves are not included in this Standard. Description..............................................pages 321 to 324 Templates for drilling............................. pages SS3 to SSS Flange dimensions....................................pages SS3 to 5SS Special facings.............................................pages S60 to 563 Welding bevel details.................................................page 647 Gearing..............................................................................page 326 Taps and drains for valves..................................... page 646 Pres Size sure of HH Class Valve JJ H J KL Globe Angle 2 8 8 4 4 13% 12% 8 2% s% 8% 41/4 41/4 14% 13 8 3 9% 9% 4% 4% 16% 15 9 150 3% 101/2 10% 51/4 5% .171/4 15% 9 Pound 4 11% 11% 5% 534 193/4 173/4 10 5 14 14 7 7 23 20% 10 6 16 16 8 8 24% 21% 12 8 191/2 19% 93/4 934 26 23% 16 2 101/2 9% 51/4 434 17% 9 2% 11% 103/4 5% 5% 19 10 3 12% 11% 6% 5% 201/2 10 300 31/2 131/4 121/4 6% 6i/s Pound 4 14 13 7 6% 22% 2434 12 14 5 15% 15 7% 7% 26% 16 6 17% 16% 8% 81/4 29% 18 8 22 11 *35% *24 4 16 13 8 6% 251/4 14 400 5 Pound 6 18 15 9 7% 19% 16% 9% 81/4 28% *31% 18 *20 8 23% 11% *38% *27 IV2 9% 4% 17% 9 2 11% 5% 19 10 21/2 13 10% 6% 53/g 21% 12 600 3 Pound 3y2 14 11% 7 5% 15 121/4 7% 6% 23% 25 12 14 4 17 13 8% 6% 271/2 18 5 20 10 *3034 *20 6 22 11 *35 *24 3 15 7% 24 12 900 Pound 3%. 4 5 17 18 22 8% 9 11 29% *29% *34% 20 *20 *24 6 24 12 *3734 *27 2 14% 71/4 25% 14 21/? 16% 81/4 28% 18 1500 Pound 3 4 5 18% 21% 26% 91/4 1034 131/4 *331/2 *37% *4134 *24 *27 *30 6 273/4 1 13% *4534 *30 These dimensions apply only to valves without gearing; for dimensions of geared valves, see page 326. h, _ -1. ' 'TP 326 CRANE Gearing for Cast Steel Globe and Angle Valves To avoid the difficulty encountered in opening or closing large size or high pressure globe and angle valves when used under the maximum recom mended working pressures, these valves are regu larly equipped with a ball-bear ing yoke sleeve and either bevel or spur gearing. Bevel Gearing with Ball-Bearing Yoke Sleeve for Steel Globe and Angle Valves In addition to facilitating opera tion, the gearing provides closer control of flow under the severest service condi tions. Spur Gearing with Bevel gearing: Globe and angle valves Ball-Bearing Yoke Sleeve equipped with bevel gearing will have the for Steel Globe and Angle Valves (Gearing, Bonnet, and Yoke are shown turned 90 from position regularly pinion shaft extending at right angles to the run of the valve with the handwheel on the left side when facing' the port opening from above the valve seat. furnished). Spur gearing: Spur gearing will have the pinion shaft, extending upward, parallel to the main valve stem, with the handwheel above the gearing and on the left side when facing the port opening from above the valve seat. Ordering: Orders should specify whether bevel or spur gears are wanted. Gearing can be placed in positions other than those men tioned above, but orders for such valves must clearly indicate what is wanted. Spur Geared Bevel Geared Dimensions, in Inches Valve | Spur BeVel Class Size| P | Q IRIS 300-Pound 400-Pound 8 1 9% | 44 IS 1 38 20 6 1 8% |40i/4 131/41341/2 18 8 1103/4148i/2 171/4 1413/4 24 5 1 8% |40i/2 131/41343/4 18 600-Pound 6 1 9% 1431/4 15 I371/4 20 4 1 8% 1393/4 131/41 34 18 900-Pound 5 1 9% 1423/4 15 1363,4 20 1500-Pound 6 1103/4 1471/4 171/41401/2 24 3 1 93/8 1421/2 15 1361/2 20 4 1103/41471/2 171/41403/ 24 5 |10y81521/2 205/s 1451/2 27 6 U4i/a| 56 245/g |483/4 27 2500-Pound On application List prices.. . .page 324 Dimensions not shown are the same as for valves without gears; see page 32S. 2500-Pound Alloy Cast Steel Globe and Angle Valves Prices and dimensions on application. Crane 2500-Pound Alloy Cast Steel Globe and Angle Valves are avail able in the iJ4. 2, 2/4, .3, 4, 5, and 6-inch sizes, with either flanged or butt-welding ends. In addition, the Globe Valves are made in the 1, and 1 J^-inch sizes, with either butt or socket-welding ends. For steam, water, and general services, the globe and angle valves are supplied with Class "U" trimming; the disc is of the plug type, piston guided construction. For oil or oil vapor service. Glass "X" trimming is recommended; the valves will have a 350 taper seat and a ball shaped seating face on the disc. Globe and angle valves in sizes 3-inch and larger are regularly equipped with a ball-bearing yoke and gearing, to facilitate operation. Working pressures........................... ,................. page 321 General description.......................... pages 322 and 323 Specifications of materials............................... page 322 Description of materials............................. pages 1 to 9 2500-Pound Alloy Cast Steel Globe Valve k. CRANE Cast and Forged Steel Check Valves 327 The Crane line of Steel Check Valves can be classified into two general groups. The first group covers valves 2-inch and smaller, of forged or cast steel; these are frequently considered general utility valves and are used in a wide variety of services, often at pressures and tem peratures low'er than the recommended maximum. The second group covers cast steel valves ranging in size as large as 12-inch, all made similar in design and available in each of the American Standard pres sure classes; the sizes range below 2-inch in some of the pressure classes. Sizes 2-Inch and Smaller 600-Pound Forged Steel, Screwed, Flanged, or Socket-Welding, .pages 328 and 329 6oo-Pound Cast Steel, Vertical, Screwed...........................................................page 329 600-Pound Forged Steel, Flanged....................................................................... page 330 900-Pound Forged Steel, Screwed or ButtrWelding....................................... page 330 6ooo-Pound Hydraulic, Screwed.................................. '......................................page 331 Cast Steel Valves, 150, 300, 400, 600, 900, and 1500-Pound Pressure-Temperature Ratings.................................................................................... page332 Description and Specification of Materials...................................... pages 333 and 334 List Prices........................................................................................................................ page335 Dimensions....................................................................................................................... page333 Lever and Weight........................................................................................................... page336 2500-Pound....................................................................................................................... page336 25 The Cast and Forged Steel Check Valves listed above comprise only a part of the complete line of Crane steel products. Other steel products are shown and described in detail in other sections of this catalog. Refer to the following pages; Steel Gate Valves................................ .pages 297 to 307 Steel Globe and Angle Valves................... pages 309 to 326 Steel Stop-Check Valves.............................pages 370 to 374 Steel Blow-Off Valves............................................. page 377 Steel Safety Valves................................. pages 391 and 392 Steel Relief Valves.....................................pages 403 to 407 Steel Steam Traps.................................................. page 416 Steel Sediment Separators.....................................page 423 Steel Flanged Fittings................................pages 343 to 350 Steel Welding Fittings......... pages 351 to 360 Steel Flanges............................................... pages 361 to 367 Steel Screwed Fittings................................pages 337 to 342 Steel Bushings......................................................... page 227 Steel Plugs............................................................... page 228 Wrought Couplings................................................. page 229 Wrought Steel Nipples........................... pages 230 and 231 Forged Steel Unions............................... pages 247 and 248 Forged Steel Flange Unions.................. pages 252 and 253 Fabricated Piping.. . .pages 597 to 619 Valves and Fittings for Marine Service.. . .pages 459 to 478 ^ 328 CRANE 600-Pound Forged Steel Check Valves General Description HYDROSTATIC TEST PRESSURES Screwed and Socket-Welding Flanged - Shell -- 2100 pounds Shell -- 2000 pounds Seat -- 2100 pounds Seat -- 1550 pounds Valve seat tested 100 pounds air-under-water. WORKING PRESSURES Temp. Pounds, Non-Shock Screwed Flanged Valves Cross Section Horizontal Check Union Cap or With With Socket- ^4-inch Ring Deg. Welding Male Joint F. Valves Facing Facing This is a new line of Class "X", for Crane 6oo-Pound Steam, Water, Oil, or Oil Vapor Forged Steel Hori zontal Check Valves, made to withstand severe service on high pressure, high temperature steam and oil lines. Rugged and durable, the valves have been carefully designed to assure maximum strength and long life. Their 'Exellov seat and disc make them suitable for oil or oil vapor service on temperatures up to i ooo F. and for 100 2000 150 1900 200 1800 250 1700 1000 960 930 900 1200 1150 1100 1050 300 1600 350 1500 400 1400 450 13Q0 500 1200 870 1000 840 950 810 900 780 850 750 800 550 1120 600 1040 650 960 700 880 750 800 720 760 690 720 660 680 630 640 600 600 Class "X", for Oil or Oil Vapor 800 850 900 950 1000 740 670 ' 600 530 380 550 550 490 490 420 420 330 330 240 240 Air and gas ratings, page 332, steam, water, and general service on . temperatures up to 75o F. The valves are available with a union cap and screwed ends in sizes }4 to %-inch or socket-welding ends in sizes }4 and %-inch; and with a bolted cap and screwed, socket-welding, or flanged ends in sizes l/z to' 2-inch.. Cap joint: The cap joint in both the union cap valves and the bolted cap valves is furnished with a corrugated soft iron gasket; tightness and ease of maintenance are assured. Cross Section Horizontal Check Bolted Cap On union cap valves, a large, 'strong forged carbon steel union ring reinforces the joint. On bolted cap valves, maximum compactness has been secured through the use of studs instead of through-bolts; the studs are made of Triplex Steel, and the joint is the male and female type. Cap joints, even on the larger sizes, can be easily and quickly dismantled and reassembled. Disc and seat: Both the disc and the seat are made of wear-resisting Exelloy, an ideal material for seat ing surfaces in check valves. The disc, of the lifting type, has a ball shaped face which seats against a flat, angular shaped face on the body seat ring, forming what is virtually a line bearing seating contact. The top of the disc is a piston and fits snugly into the upper part of the valve body. This construction not only serves to guide the disc accurately throughout its entire travel but also effectively cushions the disc, preventing destructive hammering. To facilitate regrinding when necessary, the top of the disc is tapped with pipe threads so that a nipple can be inserted. Body and bap: The body and cap are forged carbon The seat ring has long thread engagement with the steel. Unusual compactness and heavy metal sec body. Shoulder-seated and screwed in under ma tions provide a high margin of safety. chine power, it will not loosen in service. Description of materials. . . .pages 1 to 9 Union Cap Horizontal Check Valves These Union Cap 6oo-Pound Forged Steel Horizontal Check Valves, as described above, are made of high quality materials, are carefully designed, and are exceptionally strong and rugged. Their compactness and durability fit them for a wide variety of services in oil refineries, oil and gas fields, central power No. 3670 X Screwed No. 3678 X stations, and in Socket-Welding general industrial Union Cap, Horizontal Check installations. The valves are furnished with an Exelloy seat and i disc and are recommended for oil or oil vapor service ,-j on temperatures up to ioooF. and for steam or water service on temperatures up to 750 F. For -; working pressures, refer to the table shown above. . j ,1 List Prices, Each, and Dimensions Size Inches V* % 1 % % No. 3670 X, Screwed 9.25 9.25|11.00 12.75 No. 3678 X, Socket-Welding 14.00 14.00] End to end Dimensions, in Inches Center to top Depth of socket 3 3 1 3i/2 4i/2 2 2 1 2% 3 Vis 9/lS 1 CRANE 329 600-Pound Forged Steel Check Valves Bolted Cap Horizontal Check Valves These Bolted Cap 600Pound Forged Steel Hori zontal Check Valves, de scribed on the preceding page, are recommended for oil or oil vapor on tem peratures up to 1000' F., and for steam or water up to 75o F. Working pressures are shown on the preceding page. Flange dimensions, facing, and drilling: End flanges conform to the 6oo-Pound American Standard (Bihe-iq^q). They have a male face %-inch high (large male), finished with concentric grooves, approximately 32 grooves per- inch, known as a "serrated" finish. When so ordered, flanged valves can be furnished with ring joint, female, tongue, or groove facing; see the Crane Discount Sheet for prices. No. 3674 X, Screwed No. 3682 X, Socket-Welding No. 3686 X, Flanged List Prices and Dimensions Size Inches | % % 1 1 iy411% 2 No. 3674 X, Screwed Each|12.00|14.00 17.00|24.25|36.50 49.00 No. 3682 X, Socket-Welding Each120.00)23.25 28.25)36.50149.00 64.50 No. 3686 X, Flanged, F.D. & S.F. Eachl28.00|32.S0 39.50|49.00|62.00 80.00 End to end, Scrd. or Socket-Welding | 3% 4% SVs 1 6Vi | 7 8% Depth of Socket 1 % n/is 3/4 DVisI % 1 *Face to face, Flanged 1 6% 7l/2 8% 1 9 | 9i/2 11% Center Screwed or Socket-Welding | 2Vz |3Vifi 3Vil 4% 1 5% 6 Dimensions, to top Flanged in Inches Diameter of flange 1 2Vic 3V4 4Vis 1 4s/is | 5% 69/,s 1 3% 4% 4% 1 51/4 ) 6% 6% '"Thickness of flange Diameter of male face ! Vis % 'Vis 113/is 1 % 1 1 1% lUVis 2 1 2V2 | 2% 3% Diameter of bolt circle No. and dia. of bolts l 2% 3Vi 3V2 i 3% | 4i/2 5 |4_y2|4_5/8 4--5/8|4-5/8|4--3/4 8--% *The face to face dimensions include the yj" male faces; the thickness of flange dimensions do not Prices include drilling to the 6oo-Pound Standard, Socket-welding valves: Socket-welding valves are and spot facing. No deduction is made if valves are designed especially for socket welding. For socket- ordered faced only. welding fittings, see pages 352 and 353. Templates for drilling.... page 554 Dimensions of ring joint and special facings.... pages 561 and 562 Cast Steel Vertical Ball Check Valves TEST PRESSURES _ Shell--2100 pounds hydrostatic Seat --2100 pounds hydrostatic Cross Section Vertical Ball Check Screwed These new Crane 6oo-Pound Vertical Ball Check Valves are especially designed for oil or oil vapor service on temperatures up to i ooo F. They have heavy metal sections, are unusually compact, and are sturdily con structed. WORKING PRESSURES Temp. Pounds Temp. Pounds Deg. Non- Deg. NonF. Shock F. Shock Class "XS" For Oil or Oil Vapor 100 2000 150 1900 200 1800 250 1700 300 1600 600 1040 650 960 700 880 750 800 800 740 350 1500 850 400 1400 900 450 1300 950 500 1200 1000 550 1120 670 600 530 380 Vertical Ball Check No. 3692 XS, Screwed These valves are for use in vertical lines with upward flow or in horizontal lines Materials and constructions The body is made These valves are made with the seat integral with in two parts, of cast carbon steel, held together by the body. When so ordered, renewable seat valves Triplex Steel studs; the joint is male and female, can be furnished; prices on application. and is fitted with a corrugated soft iron gasket. The ball disc is solid Exelloy, uniform in Size List Prices and Dimensions Inches | y2 3/4 1 1 VA 11/2 . 2 diameter and highly polished. No. 3692 XS Each| 13.00 14.50 | 18.00 23.50 30.00 42.00 Ribs in the outlet half of the End to end Inches | 3% 311/is 1 4% m 5% 6% body guide the ball. Width over all Inches |2J 5/lfi sq. 3i/g sq. 1 3% sq. 41/ie sq. 5% dia. 6% dia. k 330 CRANE 600-Pound Flanged and 900-Pound Screwed and Butt-Welding Alloy Forged Steel Check Valves Bolted Cap WORKING PRESSURES TEST PRESSURES Cross Section Horizontal, Screwed Service recom mendations : The valves shown on this page are recom mended, for oil,- oil vapor, steam, or water service up to iooo F. Both the disc and body seat ring are made of Deg. F. Screwed or Butt- W elding Valves Flanged Valves With Vi-inch Male Facing With Ring Joint Facing For Oil, Oil Vapor, Steam, or Water 100 3000 150 2850 200 2700 250 2550 1200 1180 1160 1120 1440 1400 1350 1300 300 350 400 . 450 500 2400 2250 2100 1950 1800 1080 1040 1000 960 920 1250 1200 1150 1100 1050 550 1680 600 1560 650 1440 700 1320 750 1200 880 1000 840 950 800 900 760 850 720 800 800 1100 680 750 850 1000 640 700 900 900 600 650 950 795 530 600 1000 570 380 400 Screwed or Butt-Welding Valves Shell -- 3100 pounds hydrostatic Seat --3100 pounds hydrostatic Seat -- air tested Flanged Valves Shell -- 2000 pounds hydrostatic Seat --1550 pounds hydrostatic Seat -- air tested Horizontal Screwed No. 178 X Horizontal Flanged No. 198 X Exelloy. Body and cap: The body and cap are unusually massive and rugged. They are forged from No. 4 Carbon-Molyb denum Alloy Steel. The male and female cap joint is equipped with through boltstuds made of Tri plex Steef. Disc and seat construction; The List Prices and Dimensions Size Inchesl % | % | 1 | 11/4 | m 2 No. 178 X, Screwed Each|28.00|37.00|48.00|54.00| 73.00 107.00 No. 198 X, Flanged, F.D. 8z S.F. Each|52.00|52.00|68.00|79.00|106.00 145.00 End to end, Screwed *Face to face, Flanged Center to top Screwed Flanged Dimensions, in Inches Diameter of flange ^Thickness of flange Diameter of male face Diameter of bolt circle No. and dia. of bolts 1 3% 1 41/2 | 51/4 | 6 | 7 1 73/g | 71/2 1 81/2 | 9 | 9Vi 1 3% | 33/4 | 43/s | 4% | 5% 1 4 | 4 | 43/4 | 53/s | 6 1 33/4 | 4% | 4% | 51/4 | 61/s 1 9/ig 1 % In/l6l13/l6l % [ 1% IUVisI 2 I 21/2 | 27/g 1 2% 1 31/4 1 3% 1 3% | 41/2 |4--Vz|4--%|4--%|4--%| 4-3/4 81/2 Hi/?. 6% 7% 61/2 1 3% 5 8-5/s *Face to face dimensions include the j^-inch male face; thickness of flange dimensions do not. disc has a ball shaped face which seats against a flat, angular with ring joint, female, tongue, or groove facing: shaped face on the body seat ring. This construction see the Crane Discount Sheet for prices. is ideal for check valves of the lift type, producing virtually a line bearing seating contact. The top of the disc is a piston, fitting snugly into the upper part of the body. It forms a dashpot and effectively cushions the disc when in service. Drilling: Flanged valves are furnished with the end flanges faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List prices include drill ing to the boo-Pound American Standard, and spot facing. No deduction is made if valves are ordered Flange dimensions and facing: The dimensions faced only. and drilling of the end flanges on flanged valves con form to the 6oo-Pound American Standard (Bibe1939). Flanges have a male face J^-inch high (large male), finished with concentric grooves, approxi mately 31 grooves per inch, known as a "serrated" finish. When so ordered, flanged valves can be furnished Butt-welding valves: Butt-welding valves (not illustrated) can be made to order; prices on applica tion. They have the same general dimensions as the flanged end valves, their end to end dimension being the same as the face to face dimension of the flanged valves. Orders for butt-welding valves must specify the diameter of the bore (inside diameter of pipe). Air or gas service.... page 332 Templates for drilling. . . .page 554 Description of materials.. . .pages 1 to 9 dimensions of ring joint and special facings.. .,pages 561 and 562 CRANE 6000-Pound Hydraulic Forged Steel Check Valves 331 WORKING PRESSURE 6000 pounds cold water or oil, non-shock TEST PRESSURE 6500 pounds hydrostatic Cross Section No. 227 H No. 227 H Horizontal Screwed Size No. 227 H, Horizontal End to end Center to top List Prices, Each, and Dimensions, in Inches Inches | % % % | 21.00 23.00 27.00 1 2% 1 2% 2% 2% 3% 3% 1 33.00 4% 4% m 45.00 5% 4% Service recommendations: These valves are rec ommended for severe and extremely high pressure service on hydraulic lines no't subject to shock. They have very heavy metal sections and are exceptionally rugged. Body and cap: The body is made of a solid steel forging. Sizes i-inch and smaller have a screwed cap as illustrated. The 13^-irich size has a bolted cap (not illustrated). Disc and seat: The disc is made of brass and is accurately guided, assuring square seating. The seat bushing, made of Exelloy, is easily renewed. The valves have a small spring between the disc and cap. Seat opening: The diameter of the port opening in these valves is slightly smaller than the inside diameter of Double Extra Strong Pipe. ^ ^ Jfc ^ 25 k 332 CRANE Cast Steel Swing Check Valves Working Pressures, Pounds per Square Inch, Non-Shock -- For Valves Shown on Pages 333 to 336 Fluid Temp. Carbon otcci Valves No. 4 Carbon-Molybdenum Alloy Steel Valves 150 300 400 600 900 1500 2500 Fahr. Lb. Lb. Lb. Lb. Lb. Lb. Lb. No. 2 Nickel-Chrome No. 5 Chrome-Molybdenum Alloy Alloy Steel Valv.es Steel Valves (Made to order) 600 900 11500 2500. ! 300 400 600 900 1500 2500 Lb. Lb. i Lb. Lb. | Lb. Lb. Lb. Lb. Lb. Lb. Flanged Valves with Standard Facings Other Than Ring Joint Steam, Water, Oil, Oil Vapor, *Gas, or *Air - (Class X) 100 230 150 220 200 210 250 200 300 190 350 180 400 170 450 160 500 150 550 140 600 130 650 120 700 110 750 100 800 850 900 950 1000 t92 t82 170 t55 f4Cf 600 800 1200 1800 3000 5000 1200 1800 3000 5000 600 800 1200 1800 3000 5000 590 775 1180 1770 2950 4905 1180 1770 2950 4905 590 775 1180 1770 2950 4905 580 750 1160 1740 2900 4810 1160 1740 2900 4810 580 750 1160 1740 2900 4810 560 725 1120 1680 2800 4645 1120 1680 2800 4645 560 725 1120 1680 2800 4645 540 700 1080 1620 2700 4480 1 1080 1620 2700 4480 540 700 1080 1620 2700 4480 520 675 1040 1560 2600 4315 1040 1560 2600 4315 520 675 1040 1560 2600 4315 500 650 1000 1500 2500 4150 1000 1500 2500 4150 500 650 1000 1500 2500 4150 480 625 960 1440 2400 3985 960 1440 2400 3985 480 625 960 1440 2400 3985 460 600 920 1380 2300 3820 920 1380 2300 3820 460 600 920 1380 2300 3820 440 575 420 550 400 525 380 500 360 475 880 1320 2200 3655 840 1260,2100 3490 800 1200 2000 3325 760 1140 1900 3160 720 1080 1800 2995 880 1320 2200 3655 440 575 840 1260 2100 3490 420 550 800 1200 2000 3325 400 525 760 1140 1900 3160 380 500 720 1080 1800 2995 360 475 880 1320 2200 3655 840 1260 2100 3490 800 1200 2000 3325 760 1140 1900 3160 720 1080 1800 2995 340 450 320 425 300 400 265 350 190 250 680 1020 1700 2830 640 960 1600 2665 600 900 1500 2500 530 795 1325 2205 380 570 950 1580 680 1020 1700 2830 340 450 640 960 1600 2665 320 425 600 900 1500 2500 310 410 530 795 1325 2205 300 400 380 570 950 1580 200 275 680 1020 1700 2830 640 960 1600 2665 620 930 1550 2580 600 900 1500 2500 400 600 1000 1675 ' Flanged Valves with Ring Joint Facing Butt-Welding and Screwed End Valves - Flanged Valves with Ring Joint Facing 100 150 275 255 720 960 1440 2160 3600 6000 1440 2160 3600 6000 720 960 1440 2160 3600 6000 700 925 1400 2100 3500 5825 1400 2100 3500 5825 700 925 1400 2100 3500 5825 200 240 675 900 1350 2025 3375 5625 1350 2025 3375 5625 680 900 1360 2040 3400 5660 250 225 650 875 1300 1950 3250 5425 1300 1950 3250 5425 660 875 1320 1980 3300 5495 Steam, 300 210 625 825 1250 1875 3125 5200 1250 1875 3125 5200 640 850 1280 1920 3200 5330 Oil, Oil Vapor, 350 400 450 195 180 165 600 800 1200 1800 3000 5000 1200 1800 3000 5000 620 825 1240 1860 3100 5165 575 775 1150 1725 2875 4800 1150 1725 2875 4800 600 800 1200 1800 3000 5000 550 725 1100 1650 2750 4575 1100 1650 2750 4575 575 775 1150 1725 2875 4800 *Air (Class X) 500 150 525 700 1050 1575 2625 4375 1050 1575 2625 4375 550 725 1100 1650 2750 4575 550 140 500 675 1000 1500 2500 4175 1000 1500 2500 4175 525 700 1050 1575 2625 4375 600 130 475 625 950 1425 2375 3950 950 1425 2375 3950 500 675 1000 1500 2500 4175 b5U 120 450 600 900 1350 2250 3750 900 1350 2250 3750 475 625 950 1425 2375 3950 700 110 425 575 850 1275 2125 3550 850 1275 2125 3550 450 600 900 1350 2250 3750 750 100 400 525 800 1200 2000 3325 800 1200 2000 3325 425 575 850 1275 2125 3550 800 f92 375 500 750 1125 1875 3125 750 1125 1875 3125 400 525 800 1200 2000 3325 Steam, Oil, or Oil Vapor (Class X) 850 900 950 1000 1050 1100 f82 t70 f55 f40 350 475 325 425 300 400 200 275 700 1050 1750 2925 650 975 1625 2700 600 900 1500 2500 400 600 1000 1675 700 1050 1750 2925 375 500 650 975 1625 2700 350 475 600 900 1500 2500 325 425 400 600 1000 1675 300 400 270 405 675 1125 225 275 180 270 450 750 150 200 750 1125 1875 3125 700 1050 1750 2925 650 975 1625 2700 600 900 1500 2500 425 650 1075 1775 275 425 700 1175 ^Recommendations for gas or air depend upon kind of gas, service conditions, etc. See paragraph below. tThese ratings are for oil refinery service; the American Standard also includes an 85-pound rating at 800 F. and a 70-pound rating at 850 F., fqr steam other than in refineries. These ratings apply to the Crane Cast Steel Swing Check Valves shown on pages 333 to 336. Seating materials: Cast Steel Swing Check Valves are furnished with Class "X" trimming. Class "X" trimmed valves have Exelloy to Exelloy seating surfaces suitable for steam, water, oil, or oil vapor up to 11 oo F. max. Flange facings: Unless otherwise ordered, flanged end 150 and 300-Pound Valves regularly are fur nished with JTg-inch raised faces, and 400-Pound and higher pressure valves, with 34-jnch male faces. Air or gas: Regular valves with Class "X" trim are suitable for ordinary air or natural gas service. For unusual gases, such as those with extreme vola tility or of corrosive, lethal, explosive, or inflam mable character, special consideration must be given to the design of piping systems; recommenda tions will be furnished on request. Cold service: For temperatures between o and ioo F., the ratings for 100 F. apply. For sub-zero service, materials with suitable impact resistance must be used; recommendations on request. Standards: Crane pressure-temperature ratings agree with those in the American Steel Flange Standard, No. Bi6e-ig3q; the A.P.I. Standard No. 600A-3Q and Supplement No. 1, Adopted 1940; and the A.P.I. Standard No. 5-G-3, IQ40. CRANE Cast Steel Swing Check Valves "TjurrYin!-ii 333 Pressure Class Test Pressures Hydrostatic Hydrostatic Shell Test Seat Test Working Pressures 150-Pound 300-Pound 400-Pound 600-Pound 900-Pound 1500-Pound 460 pounds | 350 pounds 1000 pounds | 775 pounds 1340 pounds | 1000 pounds 2000 pounds | 1550 pounds 2700 pounds j 2250 pounds 4500 pounds | 3700 pounds For working pressures, see page 332. All valves tested 100 pounds air-under-water Crane Cast Steel Swing Check Valves are unusually strong and rugged in construction. Advanced designing, careful selection of materials, accurate machining, and experienced workmanship t in assembly are processes of production which enable these valves to meet effectively the severe demands of modern installations. \ Low working stresses, secured through the careful distribution of metal and by the use of heavy metal sections, assure a maxi mum of safety over the recommended pressures and temperatures. The valves are well suited for services such as are found in modern industrial and power plants, long distance pipe lines, and in oil refineries. The line is complete and includes valves in a wide range of sizes, in seven pressure classes (i yo, 300, 400, 600, qoo, 1 yoo, and zyoo-Pound), and with flanged, screwed, or butt-welding ends, as required. Prices and dimensions for the 2500-Pound Valves are furnished on application. Swing Check Valves are used to prevent the reversal of flow in horizontal or -vertical pipe lines. In vertical lines, or for any angle from horizontal to vertical, they should be used for upward flow only. Specification of Materials ryo-Pound Valves are regularly made of Crane Car- For extremely severe operating conditions, valves bon Steel; 300 and 400-Pound Valves are regularly can be made of Crane No. y Chrome-Molybdenum made of Crane No. 4 Carbon-Molybdenum Steel, Steel. They are made to order only; see the Crane and 600, qoo, iyoo, and 2yoo-Pound Valves are Discount Sheet for prices, regularly made of Crane No. 4 Carbon-Molybdenum or of Crane No. 2 Nickel-Chrome Steel. The valves Orders for these valves should specify the cata- are furnished with "X" trim; for complete specifi- log number and suffix. Catalog numbers are shown cations, see the table below. on page 334. Trim Names of Parts 150 Pound Valves 300 Pound Valves 400 Pound Valves 600 Pound Valves 900 Pound Valves 1500 Pound Valves 2500 Pound Valves Class "X" Body and Cap Flanged Welding or Screwed 8" and smaller Carbon Steel No. 4 CarbonMolybdenum Steel Exelloy Oil, Oil Vapor, Disc Steam, or Water 10 and 12" 11000 F. Max. Body Seat Ring Hinge Exelloy-Faced Carbon Steel Exelloy-Faced Alloy Steel Cap Gasket Corrugated Soft Iron | Cap Bolt-Studs No. 2 Nickel-Chrome Steel No. 4 Carbon-Molybdenum Steel Exelloy Exelloy Alloy Steel fSoft Steel Ring Joint Gasket Triplex tValves with No. 2 Nickel-Chrome Steel bodies are suitable for temperatures up to 1100 F. 1600-Pound valves, sizes Vi, %, and l-inch, have a corrugated soft iron cap gasket (male and female). 150-Pound Valves in all sizes and 600-Pound Valves in sizes )4, M, and 1-inch use Triplex Steel cap studs. List prices and dimensions.. . .page 335 Description of materials.. . .p&e 1 to 9 UK 334 CRANE Cast Steel Swing Check Valves <nri <r See page 333 for specifications of materials. Cross Section The Crane line of Cast Steel Swing Check Valves embodies the many refinements in design and materials necessary to with stand severe service. Screwed For Oil, Oil Vapor, Steam, or Water No. 148 X, 150-Pound No. 158 X, 300-Pound No. 168 X, 400-Pound No. 174 X, 600-Pound Flanged For Oil, Oil Vapor, Steam, or Water No. 147 X, 150-Pound No. 159 X, 300-Pound No. 169 X, 400-Pound No. 175 X, 600-Pound No. 187 X, 900-Pound No. 199 X, 1500-Pound Butt-Welding For Oil, Oil Vapor, Steam, or Water No. 147l/2 X, 150-Pound No. 1591/2 X, 300-Pound No. I691/2X, 400-Pound No. 1751/2 X, 600-Pound No. 1871/2 X, 900-Pound No. 1991/2 X, 1500-Pound Design: On flanged and butt-welding valves the full port area is maintained without pockets, from the inlet port to the valve seat, to avoid turbulence. On the outlet side of the valve seat, the body is of generous proportions, allowing full swing of the disc and minimizing erosion and flow resistance. for prices. The smooth finish is recommended when a metallic gasket is used. Standards: In design and materials, Crane Cast Steel Swing Check Valves exceed the requirements of Standards issued by the American Standards Asso ciation and the American Petroleum Institute. Body seat ring: A shoulder-type screwed-in body seat ring provides maximum tightness and security. Cap joint: The 150 and 300-Pound Valves, and sizes 1-inch and smaller of the 6oo-Pound Valves, have a male and female type cap joint. The 400, 600 (sizes larger than i-inch), qoo, 1500, and 2500Pound Valves have the ring-type cap joint. Cap studs and bolt-studs: Valves of the 300Pound and higher pressure classes, except Yi, %, and 1-inch 6oo-Pound, have through bolt-studs of Crane Triplex Steel. 150-Pound Valves and the Yi, Y, and 1-inch 600-Pound Valves have Triplex Steel studs. Both types provide an unusually strong and tight cap joint. Drilling: Flanged valves of each pressure class are furnished with the end flanges faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List prices include drilling to the corresponding pres sure class of the American Standard. No deduction is made for valves ordered faced only. Flange facings: The 150 and 300-Pound Flanged Valves are regularly furnished with an American Standard Ys-inch raised face on the end flanges; the 400, 600, qoo, 1500, and 2500-Pound Flanged Valves regularly have a 34-inch male face (large male). When so ordered, valves can be furnished with other types of facings, such as ring joint, female, tongue, groove, etc.; see the Crane Discount Sheet for prices. Finish of flange faces: The Jjg-inch raised faces and the 34-inch male faces are finished with con centric grooves, approximately 32 grooves per inch, known as a "serrated" finish. A smooth finish can be furnished on raised or male faces, when specified; see the Crane Discount Sheet End flanges on flanged valves conform to the Ameri can Standard for Steel Pipe Flanges and Flanged Fit tings, Bi6e-iq3q, for their respective pressure class. This Standard does not include the 334-inch size on qoo or 1500-Pound Valves. 150, 300, 400, and 6oo-Pound Flanged and Butt- Welding Valves conform to the American Standard for Face-to-Face Dimensions of Ferrous Flanged and Welding End Valves, B16.io-iq3q, for their respec tive pressure class. This Standard does not include 8, 10,-and 12-inch 150-Pound Valves, and 134inch 300-Pound Valves, 5-inch 400-Pound Valves, 3)4 and 5-inch 6oo-Pound Valves, or butt-welding valves in the 10 and 12-inch sizes. 150, 300, 400, and 6oo-Pound Flanged Valves con form also to the American Petroleum Institute Standard for Pipe Line Valves, No. 5-G-1, Second Edition. September, 1938, for 230, 500, 670, and 1000 pounds working pressures, respectively, at atmospheric temperature. This Standard does not include 'i)4. i)4, 3/4. and 5-inch valves; also 150Pound Valves larger than 6-inch are not included. Material Regularly Furnished Unless Otherwise Ordered Body and Cap 150 300 and 400 600, 900, 1500, Pound Pound and 2500-Pound For Screwed Steam or Welding Water Flanged For Oil or Oil Vapor Screwed Welding Flanged Crane Crane No. 4 Crane Carbon Steel No. 4 Carbon- Molybdenum Alloy CarbonMolybdenum Alloy Steel Steel Crane No. 2 Nickel- Chrome Alloy Steel Valve Seating Materials Exelloy to Exelloy seating surfaces ("X" trim) are recommended for oil, oil vapor, steam, or water service up to 1 ioo F. t CRANE Cast Steel Swing Check Valves 335 List Prices, Each Size Inches 150 Pound Screwed End Valves 300 400 Pound Pound 600 Pound 150 Pound Flanged End Valves, F.D. iSl S.F. or Butt-Welding End Valves 300 400 600 900 Pound Pound Pound Pound 1500 Pound % 75.00 1 % 85.00 1 1 lJ/4 i% 2 2% *3 3y2 105.00 120.00 135.00 . 165.00 100.00 110.00 125.00 140.00 160.00 190.00 Use 600 Pound Valves 100.00 115.00 130.00 160.00 210.00 240.00 275.00 110.00 125.00 140.00 170.00 1 | 105.00 | 115.00 | 130.00 | 145.00 | *165.00 j 200.00 Use 600 Pound Valves 125.00 140.00 170.00 220.00 *250.00 290.00 Use 1500 Pound Valves 440.00 500.00 250.00 310.00 380.00 500.00 600.00 4 180.00 210.00. | 285.00 360.00 185.00 | 220.00 300.00 380.00 600.00 700.00 5 245.00 285.00 | 380.00 250.00 | 300.00 400.00 520.00 770.00 1000.00 6 290.00 350.00 1 465.00 300.00 | 370.00 490.00 700.00 980.00 1300.00 8 1 440.00 | 550.00 740.00 1000.00 1450.00 1900.00 10 1 630.00 | 770.00 1000.00 | 1350.00 2000.00 2800.00 12 1 850.00 | 1050.00 1350.00 | 1750.00 2700.00 3800.00 *When 3-inch 300 and 600-Pound Flanged Valves with ring joint facing are to be bolted to Cranelap joints, orders must so specify A groove of special pitch diameter is required; see page 562 for dimensions. Drilling: Flanged valves are furnished with the end flanges faced, drilled, and spot faced (F.D. & S.F.), unless otherwise ordered. List prices include drilling to the corresponding pressure class of the American Standard. No deduction is made if flanged valves are ordered faced only. Butt-welding valves: Unless otherwise ordered, ijo and 300-Pound Butt-Welding Valves are bored to match the inside diameter of Standard pipe (the heaviest weight on the 8, io, and 12-inch sizes). For all other pressure classes, orders must specify the diameter of the bore (I.D. of pipe). When ordering, specify the catalog number and suffix; see the preceding page. fl --N--Screwed -MButt-Welding 150 Pound 300 Pound Size M | N 2 818 2y2 sy2 1 8% 3 9% 91/2 3% ioy. 101/2 4 ny2 11% 5 13 13 6 14 14 8 19y2 19% 10 * 1 12 * 1 1% 8 7% iy2 9 8% 2 10y2 9% 2% iiy2 103/4 3 121/2! H3/4 31/2 131/4 121/4 4 14 13 5 1 153/4 15 6 1 17% 16% 8 ! 21 10 1 24% 12 | 28 Dimensions, in Inches P Class | Size M N P Class Size M 5 4 16 13 10 3 15 5% 5 18 15 12 3% 17 6 400 6 19% 16% 12% 4 6% Pound 8 23% | 7 10 * 26% | 14% 900 5 * Pound 6 8 12 30 | * 8 18 22 24 29 9 101/4 * * 6 61/4 63/4 8 8% 91/4 9% IO3/ IP/4 14 15 163/4 % J 45/s 3% 10 33 % 16 4 12 38 1 11/4 9 7 4% 7% 61/4 1% 12 2 14% 1% 9% 8% 6% 2% 16% 2 11% 9% 7 3 18% 600 2% 13 10% 8% 1500 3% 19% Pound 3 14 11% 9 Pound 4 21% 3% 15 121/4 9% 4 17 13 IOI/4 5 20 123/4 5 26% 6 273/4 8 323/4 6 22 8 26 13% 151/4 10 39 12 44% 10 31 183/4 2500 12 33 21% Pound *These dimensions will be furnished on application. P 9% 11 11 131/4 13% 16% * * 8% 9% 10% 111/4 12% 131/4 151/4 153/4 I8I/4 * Face to face: 150 and 300-Pound Flanged Valves have a }-inch high large male face. Face to face regularly have a J^-inch raised face: and 400, boo, dimensions (dimension "M") shown in the above 900, 1500, and 2500-Pound Flanged Valves regularly table include these facings. Templates for drilling and flange dimensions. . . .pages 553 to 555 Description .... pages 333 and 334 Welding bevel details... .page 647 Special facings. . . .pages 560 to 563 -i ;r 336 CRANE Cast Steel Swing Check sValves With Outside Lever and Weight Cast Steel Swing Check Valve With Outside Lever and Weight When- so ordered. Crane Cast Steel Swing Check Valves'can be furnished with an outside lever and an adjustable weight. Such valves are ideally suited for certain services for which regular valves are not entirely satisfactory. With the lever and weight mounted so that the weight assists the disc in closing, the valves close the instant the flow stops. Valves so fitted are es pecially recommended for liquid lines where a sudden reversal of flow maV accumulate considerable mo mentum before an ordinary valve disc would close, resulting in dangerous or damaging shock. By clos ing instantly and preventing reversal of flow, they eliminate shock. With the lever and weight mounted so that the weight balances the weight of the disc, the valve becomes more sensitive to low inlet velocities. The floating or feathering action of the disc causes the valve to open with a minimum of pressure, and re sistance to flow past the disc is minimized. Orders for valves with outside lever and weight must specify whether the weight is to balance the disc or to assist it in closing. Prices on application. 2500-Pound Alloy Cast Steel Swing Check Valves 2500-Pound Alloy Cast Steel Swing Check Valve Crane 2500-Pound Alloy Cast Steel Swing Check Valves with flanged or butt-welding ends are avail able in the 4, 5, 6, 8, and 10-inch sizes. The valves are recommended for the extreme pres sures and temperatures encountered in modern cen tral power stations and oil refineries. They are regularly furnished with Class "X" trimming" (Exelloy to Exelloy) and are suitable for oil, oil vapor, steam, water, or general service. These are extremly heavy valves. They are Working pressures........................ page 332 General-description pages 333 and 334 ruggedly constructed and are amply proportioned throughout. In these valves, the full port area is maintained with out pockets, from the inlet flange to the valve seat, to avoid turbulence. On the outlet side of the valve seat, the body is of generous proportions, allowing full swing of the disc and minimizing erosion and flow resistance. Prices and dimensions will be furnished on applica tion. Specification of materials.....................page 333 Description of materials...............pages J to 9 h. CRANE Forged and Cast Steel Screwed Fittings 337 Crane Forged and Cast Steel Screwed Fittings are available in a wide range of straight and reducing sizes for a variety of service requirements. Forged Steel Fittings are regularly made in the 2000, 3000, and 6ooo-Pound W.O.G. pressure classes. Cast Steel Fittings are regularly made in the 1000 and 2000-Pound W.O.G. pressure classes. Special fittings and fittings for higher pressures can be furnished to order; fittings shown in this section include: qo Elbows qo Street Elbows 45 Elbows Caps Tees Crosses Couplings Reducers Forged Steel Fittings 2000-Pound W.O.G......... . .'............................... page 338 3000-Pound W.O.G...................................................................... page330 6000-Pound W.O.G...................................................................... page340 qooo-Pound W.O.G...................................................................... page340 Cast Steel Fittings iooo-Pound W.O.G......................................................................page341 2000-Pound W.O.G......................................................................page341 The Cast and Forged Steel Screwed Fittings listed above comprise only a part of the complete line of Crane steel products. Other steel products are shown and described in detail in other sections of this catalog. Refer to the following pages: Steel Bushings.......................................................................... page227 Steel Plugs.................................................................................page228 Wrought Couplings.................................................................page229 Wrought Steel Nipples...............................pages 230 and 231 Forged Steel Unions................................... pages 247 and 248 Forged Steel Flange Unions.................... pages 252 and 253 Steel Flanged Fittings.....................................pages 343 to 350 Steel Welding Fittings.................................... pages 351 to 360 Steel Flanges.......................................................pages 361 to 367 Steel Gate Valves..............................................pages 297 to 307 Steel Globe and Angle Valves...................... pages 309 to 326 Steel Check Valves.......................................... pages 327 to 336 Steel Stop-Check Valves................................ pages 370 to 374 Steel Blow-Off Valves............................................................ page377 Steel Safety Valves...................................... pages 391 and 392 Steel Relief Valves.......................................... pages 403 to 407 Steel Steam Traps................................................................... page416 Steel Sediment Separators................................................... page423 Hou} to read reducing fittings. Fabricated Piping. .pages 597 to 6i9 Valves and Fittings for Marine Service....pages 459 to 478 338 CRANE 2000-Pound W.O.G. Forged Steel Fittings A new line of fittings Light in weight, but unusually strong and rugged! No. 2120 D 90 Elbow No. 2121 D 45 Elbow WORKING PRESSURES ' For Steam', Water, Oil, Oil Vapor, Gas, or Air Temp. Pounds Temp. Pounds Deg. Non- Deg. Non- F. Shock F. Shock 100 2000 150 1900 200 1800 250 1700- 300 1600 600 1040 650 960 700 880 750 800 800 740 350 1500 850 400 1400 900 450 1300 950 500 1200 1000 550 1120 .... 670 600 530 380 No. 2124 D Tee These new Crane zooo-Pound W.O.G. Forged Steel Fittings, although light in weight, are strong, tough, and durable. They are more compact than ordinary forged steel or high-pressure malleable iron fittings. Liberally rein forced at points subjected to greatest strain, they have an ample factor of safety over the recommended working pressures. The fittings are designed for services that are beyond the temperature range of malleable iron fittings but where the massiveness of the usual heavier type forged steel fitting is not required. In addition, they will be found ideal for use on many relatively low pressure installations where the extra strength and safety afforded by steel fittings are desired. The fittings are recommended for high pressure cold water, oil, or gas lines and for high pressure steam, oil, or oil vapor lines operated at elevated temperatures. Size No. 2120 D, 90 Elbows No. 2121 D, 45 Elbows No. 2124 D, Tees Inches | Black, Each| Black, Each| Black, Each) a .55 .68 .80 List Prices V* % % .55 .55 .65 .68 .68 .78 .80 .80 .95 % .75 .90 1.10 1 .90 1.08 1.35 W* 1.20 1.44 1.75 iy2 1.50 1.80 2.30 2 1.90 2.28 2.90 Design: Crane zooo-Pound W.O.G. Forged Steel Fittings are a departure from the usual screwed fit ting design. In place of the conventional narrow, high band ordinarily used for end reinforcement, these fittings have a low but exceptionally long band. It completely surrounds the thread chamber, extend ing beyond the last thread. This design not only 'provides the requisite strength but also makes the fittings more compact and neater in appearance, and permits a better wrench grip. Construction: The fittings are forged solid, and the openings are drilled. They have ample metal sections throughout and are unusually rugged and durable. Their long thread lengths and the fact that the metal in the fittings expands and contracts in unison with steel pipe, assure tight joints even on lines subjected to great temperature changes/ Material: High grade carbon steel billets, pur chased under rigid specifications and carefully in spected and tested for quality, are used for forging stock. The material has been especially selected for its strength, toughness, and resistance to tempera ture and shock. Threading: The threads are long and are accurately cut to gauge. The openings are chamfered to permit easy entrance of the pipe. All openings are in true alignment. Reducing fittings: Reducing qo Elbows, 450 Elbows, and Tees (any reduction) can be made to order from straight size blanks. List prices of reducing fittings are 15% higher than those which apply to straight sizes shown in the table above. Galvanized fittings: Galvanized zooo-Pound W.O.G. Forged Steel Fittings can be made to order. List prices are 100% higher than those which apply to black fittings shown in the table above. Other fittings; larger sizes: When larger sizes or other types of fittings (qo Street Elbows, Crosses, Couplings, and Reducers) are required, Crane 3000Pound W.O.G. Forged Steel Fittings are recom mended; see page 339. Crane Cast Steel Screwed Fittings are made in sizes as large as iz inches, and for 1000 and 2000 pounds cold water, oil, and gas working pressures. They are shown on page 341. Size Center to end, 90 Elbows and Tees Center to end, 45 Elbows ''Normal thread engagement Dimensions, in Inches 1 Vs 1 v* 1 % 1 Vz 1 13/lS 1 13/is ! 31/32 1 V/s ; "/is i; "/is 1 13/lS : % 1 J/4 1! % 1 % 1 y2 *For explanation, see page 591. 1 % 1[ 1 l v/t i iy2 1 2 1 l5/lS 1 1% 1 m 1 2 ! 2% : 1 !1 1% 1 l5/is I1 lVis 1 l"/l6 1 9/is : "/is ;; "/is : "/16 1 % CRANE _________________________________________ _____ 3000-Pound W.O.G. Forged Steel Fittings No. 300 D 90 Elbow No. 302 D 45 Elbow No. 303 D 90 Street Elbow No. 304 D Tee WORKING PRESSURES For Steam, Water, Oil, Oil Vapor, Gas, or Air Temp. Pounds II Temp. Pounds Deg. F. Non-Shock IjDeg. F. Non-Shock 100 3000 j 600 1560 150 2850 1 650 1440 200 2700 700 1320 250 2550 750 1200 300 2400 800 1100 350 2250 850 1000 400 2100 900 900 450 1950 950 795 500 1800 1000 570 550 1680 Cast Steel Screwed Fittings for 1000 and 2000 pounds cold service are shown on page 341. No. 307 D Cross No. 313 D Coupling No. 323 D Reducer List Prices, Black, Each Size Inches | Vs Va 1 Vs 1 % % 1 1 No. 300 D, 90 Elbows No. 302D, 45 Elbows- 1 .55 .55 | .55 | .65 .75 | .90 1 .68 .68 j .68 j .78 .90 | 1.08 No. 303 D, 90 Street Elbows 1 .75 | .85 | .85 | 1.05 | 1.40 No. 304 D, Tees 1 .80 .80 | .80 | .95 1.10 | 1.35 No. 305 D, Caps 1 *See Note | .45 .65 | .90 No. 307 D, Crosses 1 1.10 1.10 | 1.10 | 1.30 1.50 | 1.90 No. 313 D, Couplings 1 *See Note .45 | .55 No. 323 D, Reducers (Any reduction) | .55 | .55 | .70 | 1.00 | 1.20 W* 1.20 1.44 2.00 1.75 1.00 2.80 .70 1.35 1V4 1.50 1.80 2.50 2.30 1.30 3.50 .85 1.60 2 21/2 1 3 31/2 1 4 1.90 2.90 | 5.00 12.50|12.50 2.28 3.48 | 6.00 14.00]14.00 3.15 1 2.90 4.40 | 7.50 17.00117.00 2.00 3.65 | 4.35 1 5.00 7.30 110.00 23.00|23.00 1.15 | 1.60 | 2.75 3.85| 4.80 1.85 2.75 | 3.75 5.50] 6.75 Reducing fittings: Reducing Elbows, Tees, and Crosses can be made to order from straight sizes (any reduction), at an advance of i y% over the list prices of straight fittings shown in the table above. *Note: For smaller size Caps, use Plain Caps, page 185. For smaller size Couplings, use Extra Heavy Plain Couplings, page 229. Galvanized fittings: -Galvanized fittings can be made to order, at an advance of 100% over the list prices of tfie black fittings. Service recommendations: These fittings are un usually strong and rugged. They are ideal for high pressure hydraulic lines and for high pressure-tem perature service. Their long thread lengths and the fact that the metal in the fittings expands and con tracts in unison with steel pipe, assure tight joints even on lines subjected to great temperature change. Material and construction: The fittings are forged solid from a special grade of steel, selected for its strength, toughness, and resistance to temperature and shock. The openings are drilled. The ends, except on Caps, Couplings, and Reducers, are reinforced with heavy bands, assuring generous strength. Threading: The threads are long and are accu rately cut to gauge. The openings are chamfered to permit easy entrance of the pipe. All openings are in true alignment. 26 Dimensions, in Inches Dimensions of reducing sizes are the same as those of the straight size corresponding to the largest opening. 90 Elbow Tee Cross 45 Elbow 90 Street Elbow Coupling or Reducer Cap For explanation. seepage 591. Size 1 'A 1 1/4 Vs 1/2 % 1 1 11/4 1 11/2 2 2l/2 3 31/2 4 A--Center to end i 1S/l6 1 lS/l6 1H 6 11/4 l7/,fi 1 Ws 1% 1 21/g 21/2 31/4 3% 41/2 41/2 B--Center to end, 45 Elbows 1 13/iel 13/ie Vs 1 li/s 1 lS/l6 11/2 |iu/,6| 2 21/4 21/2 2`3/.6 2ls/l6 C--Center to end, 90 Street Elbows 1 1 3%* IVlS 11/4 D--Center to end, 90 Street Elbows 1 1 11/4 11/?. 1V4 E--End to end. Couplings and Reducers 1 Ws 1 1% 1% 1% l7/ifi 1 1% 1% 1 21/g 2Vz - 2 1 2s/,s 2% |2i3/i6 3s/6 1 1 1 2i/s 1 2% 2% | 27/8 3% 41/8 1 41/8 4% 4% F--Height, Caps || 11/4 11/4 1 li/7 IVs 1 lVs 2 2Vs 1 2l/2 | Z--Thread engagement 1 1/4 1 Vs Vs 1/2 9/l 1 11/16 n/iein/ie % lS/l6 1 li/is li/s / /J* " 340 CRANE 6000-Pound W.O.G. Forged Steel Fittings No. 310 D 90 Elbow No. 312 D 45 Elbow WORKING PRESSURES For Steam, Water, Oil, Oil Vapor, Gas, or Air Temp. Pounds I Temp. Pounds Deg. F. Non-Shock (Deg. F. Non-Shock 106 6000 j 600 3120 150 5700 1 650 2880 200 5400 i 700 2640 250 5100 ; 750 2400 300 4800 | 800 2200 350 4500 | 850 2000 400 4200 : 900 1800 450 3900 950 1590 500 3600 1000 1140 550 3360 j .... No. 333 D Coupling No. 341 D Reducer No. 314 D Tee SERVICE RECOMMENDATIONS These fittings are the same as the 3000-Pound Forged Steel Fittings shown on page 339 except they are much heavier. The fittings are recommended for the extreme pressures and temperatures encountered in some steam plants and oil refin eries and for high hydraulic pressures. They are exceptionally massive and rugged. No. 317 D Cross Size Inches j % No. 310 D, 90 Elbows 1 .55 No. 312D, 45 Elbows 1 .68 No. 314 D, Tees i .80 No. 317 D, Crosses 1 1.10 No. 333 D, Couplings ! .60 No. 341 D, Reducers (Any reduction) | List Prices, Black, Each % 1 % V2 .55 | .65 .75 .68 1 .78 .90 .80 | .95 | 1.10 1.10 1 1.30 1.50 .60 | .60 .60 .75 1 .75 .90 %1 .90 1.20 1.08 1.44 1.35 1.75 1.90 | 2.80 .65 .85 1.25 1.50 'P/4 1% 1.50 1.90 1.80 2.28 2.30 2.90 3.50 | 5.00 1.05 1.30 1.70 2.10 2 2% 1 3 1 3% | 4 2.90 5.00|12.50|12.50| 3.48 6.00|14.00|14.001 4.40 7.50117.00117.001 7.30 ! 10.00123.00123.00( 1.75 2.40| 4.75| 8.50|10.90 2.50 3.60| 5.75| 9.50|U.75 Reducing fittings: Reducing Elbows, Tees, and Crosses can be made to order from straight sizes (any reduction) at an advance of 15% over the list prices of straight fittings shown in the table above. Galvanized fittings: Galvanized 6ooo-Pound W.O.G. Forged Steel Fittings can be made to order, List prices are 100% higher than those which apply to black fittings shown in the table above. Dimensions, in Inches Dimensions of reducing sizes are the same as those of the straight size corresponding to the largest opening. 90 Elbow Tee Size A---Center to end B--Center to end, 45 Elbows E--End to end, Couplings and Reducers Z--Thread engagement Cross 1 Vs V* P5/l6|lVl6 113/l G % 1 IVs l3/8 1%1 % 45 Elbow Coupling or Reducer % 1 % 3/4 1 1 1 1% 1 1% 1 2 m U7i# 1% 1 m\ 2% 1 2% 1 31/4 1 1 1% l5/isl mi m/nd 2 1 2J/4 ls/s 1 1% 2% 1 2% 1 2% 1 2% | 3% % 1 % 9/l6 1 "/isl n/l6 1 n/l6 1 3/4 For explanation, see page 591. 2% 3 3% | 33/4 m 4% 1 21/2 213/l6 4Vs 4% 1 4% | 1S/l6 1 IVlG i 4 45/8 m 9000-Pound W.O.G. Forged Steel Fittings Forged Steel Screwed Fittings, sizes J4 to 3-inch, for working pressures as high as Z700 pounds steam or hot oil at qoo F., or qooo pounds cold water, oil, or gas, non shock, can be made to order. Prices, dimensions, and ratings at other tempera tures will be furnished on application. JP** CRANE 341 1000 and 2000-Pound W.O.G. Cast Steel Fittings 90 Elbow No. 760 D, 1000-Pound No. 260 D, 2000-Pound WORKING PRESSURES For Steam, Water, Oil, Oil Vapor, Gas, or Air 1000-Pound Fittings 2000-Pound Fittings Temp. Pounds Temp. Pounds Temp. Pounds Temp. Pounds Deg. Non- Deg. Non- Deg. Non- Deg. NonF. Shock F. Shock F. Shock F. Shock 100 1000 150 950 200 900 250 850 300 800 600 520 100 2000 650 480 150 1900 700 440 200 1800 750 400 250 1700 800 370 300 1600 600 1040 650 960 700 880 750 800 800 740 350 750 850 335 350 1500 850 670 400 700 900 300 400 1400 900 600 450 650 950 265 450 1300 950 530 500 600 1000 190 500 1200 1000 380 550 560 550 1120 Tee No. 764 D, 1000-Pound No. 264 D, 2000-Pound 26 45 Elbow No. 762 D, 1000-Pound No. 262 D, 2000-Pound TEST PRESSURES iooo-Pound Fittings -- 1000 pounds hydrostatic 2000-Pound Fittings -- 2000 pounds hydrostatic Cross No. 766 D, 1000-Pound No. 266 D, 2000-Pound Size ZUUU-Jt uuuu No. 760 D, 90 Elbows No. 762 D, 45 Elbows No. 764 D, Tees No. 766 D, Crosses No. 260 D, 90 Elbows No. 262 D, 45 Elbows No. .264 D, Tees No. 266 D, Crosses List Prices Inches | 2% | 3 1 3i/2 | 4 5|6|8 10 | 12 *53/,e Each| 4.75 | 6.00| 7.75| 8.50 13.50|16.50|34.,00 61.00| 92.00 14.75 Each| 4.75 | 6-00) 7.75| 8.50 13.50|I6.50|34.00 61.00| 92.00 Eachj 7.10 | 9.00|11.50|12.75 20.25|25.00|51.00 91.00|138.00 22.00 Each| 9.50 j 12.00|15-50|17.00 27.00|33.00|68.00 122.00|184.00 Each| 4.75 | 6.00| 7.75| 8.50 13.50|16.50|34.00 61.00| 92.00 14.75 Each| 4.75 | 6.00| 7.75| 8.50 13.50|16.50|34.00 61.00| 92.00 Each| 7.10 | 9.00|11.50|12.75 20.25|25.00|51.00 91.00|138.00 22.00 Each| 9.50 112.00115-50117-00 27.00|33.00|68.00 122.00|184.00 *6% 32.30 48.50 32.30 48.50 Reducing fittings: Reducing Elbows, Tees, and Crosses can be made to order. Reducing sizes use the same list prices as straight size fittings but are sold at an advance in price; see the Crane Discount Sheet for prices. Casing sizes: Orders for casing fittings must specify the outside diameter of the casing, the num ber of threads per inch, and the style of the casing. Service recommendations: Crane iooo and 2000Pound W.O.G. Cast Steel Fittings are recommended for services that are beyond the pressure-temperature range of malleable or cast iron fittings, or where stronger, more rugged fittings are desired. They are well suited for service on steam, hot oil, gas, and water lines. patterns and are not to be compared with cast steel fittings made from patterns designed for cast iron fittings. Metal sections are ample throughout, and heavy bands reinforce the ends of the fittings. The zooo-Pound Fittings are unusually massive. Threading: Threads are long and are accurately cut to gauge; all openings are in true alignment. Openings are chamfered to permit easy entrance of the pipe. Alloy steel: Fittings made of Crane No. 4 CarbonMolybdenum Alloy Cast Steel or of Crane No. 5 Chrome-Molybdenum Alloy Cast Steel to withstand elevated temperatures, corrosion, and erosion can be made to order. Prices on application. Material and construction: The fittings are made Smaller sizes: For smaller sizes, use the forged of Crane Carbon Steel. They are cast from special steel fittings shown on pages 338 to 340. Dimensions, in Inches--1000 and 2000-Pound Fittings 90 Elbow Tee Cross 45 Elbow For explanation, see page 591. Size i I'A 1 3 33/2 4 5 6 8 10 12 *53/16 1 *6% A--Center to end B--Center to end, 45 Elbows Z--Thread engagement 1 3J/4 | 33/4 1 U/4 1 2Vt. 1 1S/l6 1 1 4% 2S/g I'/lG 41/2 213/is D/a 53/z 33/ig D/4 6>/4 33/2 D/ie 73/4 4s/, s D/is 93/4 53/is 1% 11% 6 1% 51/2 1 t67/a f 1 *These are casing sizes. tWhen 6%-inch fittings are threaded for 6%-inch A. P. I. Casing, dimension "A".will be 6H inches. 342 Forged Steel Ground Joint Unions CRANE Forged Steel Ground Joint Hammer Lug Unions Female Union Brass to Steel Seat Male and Female Union Steel to Steel Seat Forged Steel Ground Joint Unions are furnished with either female or male and female ends. The unions have a brass to steel or a steel to steel seat. For very high pressures, the No. 246 X Union with steel to Exelloy seat is recommended. For prices and complete description, see page 247. Female Union With Single Hammer Lugs Forged Steel Ground Joint Hammer Lug Unions are available with either single or double hammer lugs. Single hammer lug unions have a brass to steel or a steel to steel seat. Double hammer lug unions have a brass to steel seat. For prices and complete description, see page 248. Forged Steel Tongue and Groove Flange Unions Forged Steel Ground Joint Flange Unions Flange Union With Cranite Gasket Forged Steel Tongue and Groove Flange Unions are rugged and serviceable. They are the gasket type. For prices and complete description, see page 2j2. Flange Union Steel to Steel Seat Forged Steel Ground Joint Flange Unions are furnished in the 2000, 6000, and qooo-Pound W.O.G. pressure classes. For prices and com plete description, see page 253. Forged Steel Combination Elbows Steel Bushings and Plugs Combination Elbow Forged Steel Combination Elbows are ideal for making strong, compact connections where space is limited. They can be used in place of screwed fittings or in place of a flanged elbow. For prices and complfete description, see page 252. Face Bushing Hexagon Bushing Square Head Plug The Crane line of steel bushings and plugs in cludes face bushings, regular type hexagon bushings, long pattern hexagon bushings, and square or hexagon head plugs. For prices and complete description, see pages 227 and 228. CRANE Cast Steel Flanged Fittings The Crane line of Cast Steel Flanged Fittings, embracing a wide range of sizes and types in 150, 300, 400, 600, 900, 1500, and 2500-Pound pressure classes, is described in detail on the pages that follow. Special fittings will be made to order; fittings listed in this section include: qo Elbows qo Long Radius Elbows go0 Base Elbows 450 Elbows Tees Crosses Laterals Taper Reducers Eccentric Reducers Return Bends Pressure-Temperature Ratings............................................ page 344 General Description............................................................... page 345 List Prices 150, 300, and 400-Pound...........................................page 346 600, qoo, and 1500-Pound........................................ page 347 Dimensions 150 and 300-Pound.................................................... page 348 400, boo, qoo, 1500, and 2500-Pound.................... page 349 343 Jjt Jjc # ^# The Cast Steel Flanged Fittings listed above comprise only a part of the complete line of Crane steel products. Other steel products are shown and described in detail in other sections of this catalog. Refer to the following pages: Steel Flanges.......................................................pages 361 to 367 Steel Welding Fittings.................................... pages 351 to 360 Forged Steel Flange Unions.................... pages 252 and 253 Forged Steel Unions................................... pages 247 and 248 Steel Screwed Fittings................................... pages 337 to 342 Steel Bushings.......................................................................... page227 Steel Plugs....................................................................'.. page 228 Wrought Couplings................................................................. page229 Wrought Steel Nipples...............................pages 230 and 231 Steel Gate Valves............................................. pages 297 to 307 Steel Globe and Angle Valves......................pages 309 to 326 Steel Check Valves.......................................... pages 327 to 336 Steel Stop-Check Valves................................ pages 370 to 374 Steel Blow-Off Valves............................................................ page377 Steel Safety Valves...................................... pages 391 and 392 Steel Relief Valves.......................................... pages 403 to 407 Steel Steam Traps................................................................... page416 Steel Sediment Separators................................................... page423 How to read reducing fittings.. . .page 644 Fabricated Piping.. . .pages 597 to 619 Valves and Fittings for Marine Service... .pages 459 to 478 ( 344________________________________ CRANE____________ ___ Cast Steel Flanged Fittings Working Pressures, Pounds per Square Inch, Non-Shock -- For Fittings Shown on Pages 345 to 349 Fluid Temp. Carbon Fittings No. 4 Carbon-Molybdenum Alloy Steel Fittings No. 2 Nickel-Chrome No. 5 Chrome-Molybdenum Alloy Alloy Steel Fittings Steel Fittings (Made to order) Deg. Fahr. 150 Lb. 300 400 600 900 1500 2500 600 900 1500 2500 300 400 600 900 1500 2500 Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Flanged Fittings with Standard Facings Other Than Ring Joint Steam, Water, Oil, Oil Vapor, Gas, or Air Steam, Oil, or Oil Vapor 100 ISO 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 230 220 210 200 190 180 170 160 150 140 130 120 110 100 t*92 t*82 *70 *55 *40 600 800 1200 1800 3000 5000 1200 1800 3000 5000 600 800 1200 1800 3000 5000 590 775 1180 1770 2950 4905 1180 1770 2950 4905 590 775 1180 1770 2950 4905 580 750 1160 1740 2900 4810 1160 1740 2900 4810 580 750 1160 1740 2900 4810 560 725 1120 1680 2800 4645 1120 1680 2800 4645 560 725 1120 1680 2800 4645 540 700 1080 1620 2700 4480 1080 1620 2700 4480 540 700 1080 1620 2700 4480 520 675 1040 1560 2600 4315 1040 1560 2600 4315 520 675 1040 1560 2600 4315 500 650 1000 1500 2500 4150 1000 1500 2500 4150 500 650 1000 1500 2500 4150 480 625 960 1440 2400 3985 960 1440 2400 3985 480 625 960 1440 2400 3985 460 600 920 1380 2300 3820 920 1380 2300 3820 460 600 920 1380 2300 3820 440 575 420 550 400 525 380 500 360 475 880 1320 2200 3655 840 1260 2100 3490 800 1200 2000 3325 760 1140 1900 3160 720 1080 1800 2995 880 1320 2200 3655 440 575 840 1260 2100 3490 420 550 800 1200 2000 3325 400 525 760 1140 1900 3160 380 500 720 1080 1800 2995 360 475 880 1320 2200 3655 840 1260 2100 3490 800 1 1200 2000 3325 760 1140 1900 3160 720 1080 1800 2995 340 450 320 425 300 400 265 350 190 250 680 1020 1700 2830 640 960 1600 2665 600 900 1500 2500 530 795 1325 2205 380 570 950 1580 680 1020 1700 2830 340 450 640 960 1600 2665 320 425 600 900 1500 2500 310 410 530 795 1325 2205 300 400 380 570 950 1580 200 275 680 1020 1700 2830 640 960 1600 2665 620 930 1550 2580 600 900 1500 2500 400 600 1000 1675 Flanged Fittings with Ring Joint Facing Steam, Water, Oil, Oil Vapor, Gas, or Air Steam, Oil, or Oil Vapor 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1050 1100 275 255 240 225 210 195 180 165 150 140 130 120 110 100 f*92 t*82 *70 *55 *40 720 960 1440 2160 3600 6000 1440 2160 3600 6000 700 925 1400 2100 3500 5825 1400 2100 3500 5825 720 700 960 1440 2160 3600 6000 925 1400 2100 3500 5825 675 900 1350 2025 3375 5625 1350 2025 3375 5625 650 875 1300 1950 3250 5425 1300 1950 3250 5425 680 660 900 1360 2040 3400 5660 875 1320 1980 3300 5495 625 825 1250 1875 3125 5200 1250 1875 3125 5200 640 850 1280 1920 3200 5330 600 800 1200 1800 3000 5000 1200 1800 3000 5000 575 775 1150 1725 2875 4800 1150 1725 2875 4800 620 600 825 800 1240 1860 3100 5165 1200 1800 3000 5000 550 725 1100 1650 2750 4575 1100 1650 2750 4575 575 775 1150 1725 2875 4800 525 700 1050 1575 2625 4375 1050 1575 2625 4375 550 725 1100 1650 2750 4575 500 675 1000 1500 2500 4175 1000 1500 2500 4175 525 700 1050 1575 2625 4375 475 625 950 1425 2375 3950 950 1425 2375 3950 500 675 1000 1500 2500 4175 450 600 900 1350 2250 3750 425 575 850 1275 2125 3550 900 1350 2250 3750 475 625 850 1275 2125 3550 450 600 950 1425 2375 3950 900 1350 2250 3750 400 525 800 1200 2000 3325 800 1200 2000 3325 425 575 850 1275 2125 3550 375 500 350 475 325 425 300 400 200 275 750 1125 1875 3125 700 1050 1750 2925 650 975 1625 2700 600 900 1500 2500 400 600 1000 1675 750 1125 1875 3125 400 525 700 1050 1750 2925 375 500 650 975 1625 2700 350 475 600 900 1500 2500 325 425 400 600 1000 1675 300 400 800 1200 2000 3325 750 1125 1875 3125 700 1050 1750 2925 650 975 1625 2700 600 900 1500 2500 270 405 675 1125 225 275 425 650 1075 1775 180 270 450 750 150 200 275 425 700 1175 `These ratings are for oil refinery service and apply to sizes 12-inch and smaller only. fThe American Standard also includes an 85-pound rating at 800 F. and a 70-pound rating at 850 F,, for steam other than in refineries and for sizes 24-inch and smaller. These ratings apply to the Crane Cast Steel Flanged Fittings shown on pages 343 to 349. Flanged facings: Unless otherwise ordered, 150 and 300-Pound Flanged Fittings regularly are fur nished with J'fg-inch raised faces, and 400-Pound and higher pressure flanged fittings, with 34-inch male faces. Cold service: For temperatures between o and ioo F., the ratings for 100 F. apply. For sub-zero service, materials with suitable impact resistance must'be used; recommendations on request. Standards: Crane pressure-temperature ratings agree with those in the American Steel Flange Stand ard, No. Bi6e-iQ3q; the A.P.I. Standard No. 600A-39 and Supplement No. 1, Adopted 1940; and the A.P.I. Standard No. j-G-3, 1940. _______________ CRANE________________ Cast Steel Flanged Fittings 345 90 Elbow Straight No. 525 D, 150-Pound No. 401D, 300-Pound No. 601D, 400-Pound No. 845 D, 600-Pound No.'1245 D, 900-Pound No. 1545 D, 1500-Pound Reducing No. 545 D, 150-Pound No. 421D, 300-Pound No. 621D, 400-Pound No. 841D, 600-Pound No. 1241 D, 900-Pound No. 1541 D, 1500-Pound 90 Long Radius Elbow No. 551 D, 150-Pound No. 427 D, 300-Pound 45 Elbow No. 527 D, 150-Pound No. 403 D, 300-Pound No. 603 D, 400-Pound No. 846 D, 600-Pound No. 1246 D,- 900-Pound No. 1546 D, 1500-Pound 90 Base Elbow With Round Base No. 550 D, 150-Pound No. 425% D, 300-Pound No. 625 D, 400-Pound No. 854 D, 600-Pound No. 1254 D, 900-Pound No. 1554 D, 1500-Pound Return Bend No. 553 D, 150-Pound No. 429 D, 300-Pound Pressure Class Hydrostatic Test Pressures | Working | Pressures 150-Pound 300-Pound 400-Pound 600-Pound 900-Pound 1500-Pound | *460 and 350 pounds | 1000 pounds 1340 pounds 2000 pounds | 2700 pounds | 4500 pounds For working pressures, see page 344. *460 pounds for 12" and smaller; 350 pounds for larger. Crane Cast Steel Flanged Fittings are available in a complete assortment of types and a wide range of straight and reducing sizes. They are made in a variety of materials and with various flange fac ings, providing fittings for every service require ment. The Crane line includes flanged fittings, in the 150, 300, 400, 6oo, qoo, 1500, and 2500-Pound pressure classes. Prices and dimensions are shown on pages 346 to 34Q (prices for the 2500-Pound on applica tion). Materials: The 150-Pound Flanged Fittings are regularly made of Crane Carbon Steel. All other fittings are made of Crane No. 4 Carbon-Molyb denum Steel, unless otherwise ordered. When so specified, 600, qoo, 1500, and 2500-Pound Fittings can be made of Crane No. 2 Nickel-Chrome Steel without additional charge. Fittings made of Crane No. 5 Chrome-Molybdenum Steel can also be supplied to order; see the Crane Discount Sheet for prices. Base elbows: Base elbows have a round base flange, plain faced. The base flange is not drilled unless so ordered. The base is suitable only for support in compression and is not to be installed for service as an anchor or support in tension or shear. Special fittings: Special Angle Elbows, Base Tees, Tees with Anchorage Base, and other un usual fittings can be made to order; prices on application. Inquiries should bp accompanied by drawings. American Standard: Crane Cast Steel Flanged Fittings conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6e1930, for their respective pressure class. This Standard does not include Return Bends, 3p2-inch fittings in the qoo and 1500-Pound classes, or J4 and %-inch 45 Laterals in the 1500-Pound class. Taper Reducer No. 547 D, 150-Pound No. 423 D, 300-Pound No. 623 D, 400-Pound No. 853 D, 600-Pound No. 1253 D, 900-Pound No. 1553 D, 1500-Pound tEccentric Reducer No. 548 D, 150-Pound No. 4231/2 D, 300-Pound No. 624 D, 400-Pound No. 855 D, 600-Pound No. 1255 D, 900-Pound No. 1555 D, 1500-Pound Ml Tees Straight No. 534 D, 150-Pound No. 412 D, 300-Pound No. 605 D, 400-Pound No. 847 D, 600-Pound No. 1247 D, 900-Pound No. 1547 D, 1500-Pound Reducing No. 531D, 150-Pound No. 407 D, 300-Pound No. 607 D, 400-Pound No. 848 D, 600-Pound No. 1248 D, 900-Pound No. 1548 D, 1500-Pound 17^ vfj -h A Crosses Straight No. 537 D, 150-Pound No. 413 D, 300-Pound No. 613 D, 400-Pound No. 849 D, 600-Pound No. 1249 D, 900-Pound No. 1549 D, 1500-Pound Reducing No. 539 D, 150-Pound No. 415 D, 300-Pound No. 615 D, 400-Pound No. 850 D, 600-Pound No. 1250 D, 900-Pound No. 1550 D, 1500-Pound 45 Laterals Straight No. 541D, 150-Pound No. 417 D, 300-Pound No. 617 D, 400-Pound No. 851D, 600-Pound No. 1251D, 900-Pound No. 1551 D, 1500-Pound Reducing No. 543 D, 150-Pound No. 419 D, 300-Pound No. 619 D, 400-Pound No. 852 D, 600-Pound No. 1252 D, 900-Pound No. 1552 D, 1500-Pound tEccentric reducers are made to order only; prices on application. List prices pages 346 and 347 Description of materials pages J to 9 Dimensions pages 348 and 349 27 / i 346 CRANE Cast Steel Flanged Fittings Drilling: Fittings are furnished with end flanges faced, drilled, and spot faced, unless otherwise ordered. List prices include drilling to the corresponding pressure class of the American Standard. No deduction is made if fittings are ordered faced only. Flange facing and finish: The 150 and 300-Pound Fittings are regularly furnished with an American Stand ard }4-inch raised face on the end flanges; the 400, 600, qoo, 1 yoo, and 2500 Pound Fittings regularly have a 34-inch male face (large male). When so ordered, other facings can be furnished, such as ring joint, female, etc.; see the Crane Discount Sheet for prices. Raised and male faces are furnished with concentric grooves, approxi mately 32 grooves per inch, known as a "serrated" finish. Sizes of Reducing Elbows and Taper Reducers Available Size Pressure Class A smooth finish (recommended when 2 x 1H" 2^x2 a metallic gasket is used) can be fur 3 xiy nished, when specified; see the Crane 3 x2 ' Discount Sheet for prices. 3Mx3 4 x3 List prices of reducing fittings: 4 xzy2 Prices of Reducing Tees, Crosses, and 450 Laterals shown in the tables 4 5 5 x2 x4 x3 150, 300, and apply to any reduction. 6 x5 600 The list prices of qo Reducing El bows and of Taper Reducers apply 6 6 8 x4 x3 x6 Pound only to the reductions shown in the 8 x 5 table at the right; other reductions 8 x 4 or other reducing sizes are made to 10 x 8 order, prices on application. 10 x 6 12 x 10 400 and 900 Pound tl 500 Pound Reducing fitting prices are governed 12 x 8 by the size of the largest opening. fDoes not include 3J4 x 3". For catalog numbers, description, etc., see page 345. For Galvanized Fittings, see page 572. List Prices--150, 300, and 400-Pound Fittings (F.D. & S.F.), Each Class Size ' Elbows 90 90 90 90 Base Elbows Tees Crosses or Taper 45 Laterals Reduc Price Extra Straight Reduc Straight Reduc ers or Reduc Long with to ing ing 45 ing Radius Base Drill & (See Faced Spot (Any (Any (See sizes Only Face reduc reduc sizes Inches above) Base tion) tion) above) *150 or |300 Pound *400 Pound For smaller sizes. use A0O Pound. 1 1V4 1V2 2 2V2 *3 3y2 4 5 6 8 10 12 14 16 18 20 24 4 5 6 8 10 12 14 16 18 20 24 10.00 11.00 12.00 13.00 16.00 15.00 18.00 17.00 20.00 20.00 24.00 22.00 26.00 27.00 32.00 33.00 39.00 48.00 56.00 67.00 79.00 84.00 100.00 108.00 140.00 180.00 225.00 355.00 31.00 37.00 40.00 47.00 48.00 57.00 72.00 85.00 100.00 120.00 133.00 160.00 175.001 230.00 290.00 370.00 565.00| 1 17.00 19.00 22.00 26.00 29.00 32.00 39.00 41.00 48.00 50.00 70.00 70.00 92.00 97.00 115.00 120.00 157.00 160.00 205.00 205.00 270.00 270.00 350.00 350.00 545.00 550.00 44.75 59.50 71.50 104.00 142.00 187.00 249.00 326.00 410.00 525.00 800.00 3.00 3.00 3.00 6.00 8.00 10.00 12.00 15.00 15.00 15.00 15.00 4.00 4.00 4.00 8.00 10.75 13.25 16.00 20.00 20.00 20.00 20.00 15.00 16.00 17.00 18.00 20.00 23.00 26.00 29.00 37.00 46.00 65.00 90.00 110.00 147.00 190.00 245.00 320.00 490.00 45.50 57.00 68.00 '101.00 141.00 187.00 247.00 324.00 409.00 521.00 795.00 20.00 18.00 21.00 19.00 23.00 20.25 25.00 22.50 29.00 26.00 33.00 29.50 38.00 33.00 42.00 42.00 51.00 52.00 63.00 74.00 91.00 102.00 127.00 125.00 160.00 168.00 205.00 217.00 265.00 280.00 340.00 365.00 430.00 560.00 675.00 51.50 63.00 65.00 79.00 77.00 | 94.00 115.00 141.00 160.00 196.00 213.00 260.00 281.00 344.00 369.00 452.00 466.00 570.00 594.00 728.00 908.00 1110.00 23.50 26.00 28.25 33.00 37.00 43.00 47.50 58.00 71.50 103.00 144.00 182.00 234.00 302.00 388.00 490.00 770.00 71.50 90.00 107.00 160.00 223.00 296.00 392.00 515.00 650.00 830.00 1268.00 13.00 15.00 17.00 20.00 22.00 27.00 33.00 48.00 67.00 84.00 31.00 40.00 48.00 72.00 100.00 133.00 When 3 300-Pound Flanged Fittings with ring joint facing are to be bolted to Cranelap Joints, orders must specify. A groove of special pitch diameter is required; see page 562 for dimensions. *150-Pound Fittings are Carbon Steel; 300 and 400-Pound are No. 4 Carbon-Molybdenum Steel. Return Bends Size by *150 Center Pound to * Center Inches 2 x 7 18.25 3 x 71/2 23.00 3 x 8 23.75 3 x 9 24.50 4 x 9 31.00 4x10 32.50 4x11 33.75 4x12 35.00 4x13 36.25 4x14 37.50 4x18 44.00 6 x 12 51.50 6x15 57.50 *300 Pound 2x 7i/2 18.75 3 x 8V2 24.00 3x12 26.50 4x10 32.50 4x11 33.75 4x111/2 34.50 4x12 35.00 4x161/2 41.75 4x17 42.50 4x171/2 43.25 4x18 44.00 6 x 14 56.00 6 x 15 57.50 6xl6i/2| 61.00 6 x 17 | 62.00 6 x 18 | 64.00 8xl7y>| 90.00 CRANE 347 Cast Steel Flanged Fittings List Prices, Continued--600, 900, and 1500-Pound Fittings (F.D. & S.F.), Each Class f600 ' Pound t900 Pound For smaller sizes, use 1500 ' Pound. fl500 Pound Size Inches % 3/4 1 w* m 2 21/2 *3 31/2 4 5 b 8 10 12 14 16 18 20 24 ' 3 31/2 4 5 6 8 10 12 14 16 18 20 24 y2 3/4 1 IV* 1% 2 21/2 3 31/2 4 5 6 8 10 12 14 Elbows 90 Base Elbows Tees Crosses or 45 Laterals Taper Reducers 90 90 Price Extra to Straight Reducing Straight Reducing or Reducing with Drill 45 Base & Spot (Seep. 346 Faced Face (Any (Any (Seep. 346 for Only Base reduc reduc for sizes) tion) tion) sizes) 12.00 13.00 14.50 15.50 17.00 19.00 22.00 25.00 29.00 34.00 47.75 61.00 89.00 140.00 182.00 231.00 325.00 406.00 1 518.00 | 791.00 | 35.75 | 44.25 | 54.00 | 77.50 j 100.00 | 177.00 | 263.00 | 360.00 j 450.00 | 585.00 | 730.00 | 932.00 1423.00 14.00 15.00 16.50 18.00 20.25 24.00 29.25 44.75 55.25 67.50 | 97.00 | 125.00 | 221.00 | 329-00 | 450.00 j 565.00 23.00 26.50 30.00 35.00 41.00 57.50 73.50 107.00 168.00 218.00 65.00 93.00 120.00 213.00 316.00 432.00 29.00 35.00 54.00 81.00 117.00 150.00 265.00 50.00 72.75 93.00 132.00 197.00 254.00 316.00 445.00 4.80 4.80 4.80 9.50. 13.00 16.00 19.00 24.00 Prices on Application 1 1 81.00 | 116.50 | 150.00 | 262.00 | 373.00 | 505.00 | | 620.00 | 800.00 | 6.00 6.00 6.00 12.00 16.00 20.00 24.00 30.00 Prices on Application 101.00 145.00 188.00 | 328.00 | | 467.00 | | 631.00 | |- 780.00 | 7.50 7.50 7.50 15.00 20.00 25.00 30.00 17.50 24.50 19.00 21.50 26.50 21.50 24.50 30.00 23.00 26.00 31.50 25.00 28.50 34.50 28.00 31.50 39.00 32.50 36.50 45.00 37.00 41.75 51.00 43.00 48.50 60.00 | 51.00 58.00 71.00 72.25 82.25 100.50 | 91.00 104.00 126.00 . 135.50 154.50 188.00 209.00 238.00 292.00 276.00 315.00 385.00 346.00 395.00 482.00 485.00 554.00 675.00 572.00 652.00 798.00 729.00 831.00 1019.00 1113.00 1271.00 1554.00 56.50 64.00 78.50 70.50 80.00 97.50 84.50 96.00 117.00 122.00 139.00 168.00 155.00 176.00 215.00 276.00 314.00 381.00 415.00 472.00 574.00 565.00 643.00 785.00 705.00 802.00 975.00 918.00 1043.00 1270.00 1029.00 1173.00 1436.00 1312.00 1495.00 1834.00 2000.00 2287.00 2797.00 20.50 27.50 22.50 25.50 29.50 25.25 29.00 33.50 27.75 31.50 | 38.50 31.00 35.00 43.00 37.00 42.00 51.00 46.00 52.00 63.50 71.00 i 81.00 98.00 | 88.00 | 100.00 122.00 | 105.50 | 120.00 146.00 | 154.00 | 175.00 210.00 | 194.00 | 220.00 269.00 | 345.00 | 395.00 476.00 | 519.00 | 590.00 717.00 | 707.00 | 805.00 981.00 | 890.00 | 1010.00 1230.00 30,00 34.00 35.50. 39.00 44.00 51.00 58.00 68.00 80.50 114.50 143.00 214.00 333.00 439.00 550.00 771.00 910.00 1162.00 1775.00 89.00 111.00 133.00 191.00 244.00 434.00 654.00 894.00 1110.00 1445.00 1638.00 2091.00 3195.00 33.50 38.00 44.00 49.00 58.00 72.00 110.00 140.00 165.00 240.00 305.00 540.00 820.00 1120.00 1400.00 19.00 22.00 25.00 29.00 34.00 47.75 61.00 89.00 140.00 182.00 54.00 77.50 100.00 177.00 263.00 360.00 24.00 29.25 44.75 67.50 97.00 125.00 221.00 Prices of 2500-Pound Flanged Fittings are furnished on application. *When 3-inch 600-Pound flanged fittings with ring joint facing are to be bolted to Cranelap Joints, orders must so specify. A groove of special pitch diameter is required; see page 562 for dimensions. tThese fittings are No. 4 Carbon-Molybdenum Steel; No. 2 Nickel-Chrome Steel furnished when ordered; see page 345. Dimensions.. . .pages 348 and 349 Taps and drains for Ranged fittings.. ..page 645 Description . . . .page 345 How to read reducing sizes .... page 644 27 348 90 Elbow _______________ CRANE_______________ Cast Steel Flanged Fittings Dimensions, in Inches .r-A__U___\ 1A i i A id 4 Tee Cross yim, 90 Long Radius Elbow 45 Elbow .90 Base Elbow Taper Reducer M! Return Bend Class 150 Pound 300 Pound Size A B C D 1 i% i% 2 2% 3 31/2 4 5 6 8 10 12 14 16 18 20 24 1 1V4 1% 2 21/2 3 3y2 4 5 6 8 10 12 14 16 18 20 24 3yz 5 iy4 33/4 5% 2 4 6 2% 4y2 6% 2% 573 51/2 7% 3 6 8% 3% 6% 9 4 7V2 ioy4 4% 8 11% 5 9 14 5% 11 16% 6% 12 19 7% 14 21% 7% 15 24 8 iey2 26% 8% 18 29 9% 22 34 11 4 5 2y4 4y4 5% 2% 41/2 6 23/4 5 6% 3 sy2 7 3% 6 7% 3% 6y2 8% 4 7 9 4% 8 ioy4 5 8% 11% 5% 10 14 6 ny2 16% 7 13 19 8 15 21% 8% 16% 24 9% 18 26% 10 29 10% 22% 1 34 I 12 53/4 6% 7 8 9% 10 11% 12 13% 14% 17% 20% 24% 27 30 32 35 40% 6% 7% 8% 9 10% 11 12% 13% 15 17% 20% 24 27% 31 34% 37% 40% 47% E FG l3/4 l3/4 2 2% 2% 3. 3 3 3% 3% 4% 5 5% 6 6% 7 8 9 2 2% 2% 2% 2% 3 3 3 3% 4 5 5% 6 6% 7% 8 8% 10 7% 1 81 91 10% 12 13 14% 15 17 18 22 25% 30 33 36% 39 43 49% 8% 9% 11 11% 13 14 15% 16% 18% 21% 25% 29% 33% 37% 42 45% 49 57% 5 5% 6 6% 7 8 9 11 12 14 16 18 19 20 24 4% 4% 4% 5 5% 6 6% 7 8 9 11 12 14 16 18 19 20 24 HJ 1 K 4% 4% 47s 51/4 5% &y4 7 83/g 93/4 11 % 12% 13% 15 16 18% 43/8 4% 5 5 6 7 7 9 9 11 11 11 13% 13% 13% % % 9/rs 9/ie % "/is "/is 15/lS I5/lS 1 1 1 1% 1% 1% 4% 574 3/4 43/4 574 3/4 51/4 6% 13/,6 53/s 6% 13/ig 6 6% 7s 63,4 7% 7% 7% 1 1 9 10 174 10% 10 1% 12 12% l7/is 13% 12% lVlS 143/4 12% 17is 16% I 15 178 177s 1 15 I 17s 203,4 1 17% 1 17s Size L M 150-Pound Return Bends 2 7. 6 3 7% 7 3 8 774 3 9 73/4 4 9 8% 4 10 9% 4 11 93/8 4 12 10% 4 13 103/8 4 14 11% 4 18 13% 6 12 11% 6 15 123/4 300-Pound 2 7% 3 872 3 12 4 10 4 11 4 H% 4 12 4 16% 4 17 4 17% 4 18 6 14 6 15 6 16% 6 17 6 18 8 1 17% 63/g 8 93/4 93/s 1078 103/g 103/s 127s 137a 133/8 133/s 13 1372 14% 1472 15 16 M'' CRANE Dimensions, in Inches (Cont.) 349 Class |Size| A C D E | F | G H | J K Class |Size| A J C D E F | G 4 8 51/2 1 16 4% 20% 8% 6 6% % 5 9 6 | 163/i 5 2134 9% 63/4 7% 1 Vs 1 53/16 1 3/4 1 53/g | 6 93/4 61/4 1 183/4 5% 24 10 7% 7% 1 1 |6%6| 4 8 11% 63/4 1221/4 53/4 28 12 9 10 1% 1%I 6% ] 4% l400 10 round 12 14 131/4 73/4 1253/4 6% 32 13% 10% 10 1% 1%I 7%6 | 43/4 15 83,4 | 293,4 6% 36% 15% 12 12% lVlG 2500 2 I 8% 1 534 15%. 5% 20% 9% 16% 91/4 1323/4 7 393/4 16% 13% 12% l7/ie Pound 2%| 10 | 6% 17% 534 23 10% 16 173/4 101/4 | 361/4 8 44% 18% 143/4 12% l7/ifi 3 I 11% I 7% 193/4 634 26% 113/4 18 191/4 103/4 I 391/4 8% 473/4 19% 16% 15 1% 4 I 13% | 8% 23 734 3034 13% f- 20 203/4 iiy41423/4 9 513/4 21 17% 15 1% 24 241/4 123/4 I 501/4 10% 1 603/4 24% 2034 17% 1% 5 1 15% | 10 27% 9% 36% 153/4 6 | 18 | 11% 31% 10% 413/4 18 % 31/4 2 1 5% 13/4 7% 5 8 1 20% | 1234 35% 113/4 47 20% % 33/4 21/2 1 6% 2 83/4 1 41/4 21/2 171/4 2% 91/2 5 5 10 I 25 | 16 43% 1434 58 25% 12 1 28 | 1734 49% 16% 65% 29 1V4 41/2 23/4 [ 8 2% 10% 5 1% 43/4 '2 534 2% 61/2 37 3V2 71/2 600 4 81/2 Pound 5 10 6 11 8 13 10 151/2 12' I6I/2 14 171/2 16 191/2 3 41/4 41/2 5 51/2 6 7 71/2 81/2 91/2 10 103/4 11% 9 23/4 10y4 3% uy2 3% 12% 4 14 4% 16% 4% 19% 6 21 6% 24% 7 29% - 8 31% 8% 341/4 9 38% 10 113/4 1334 15 1634 18% 21 25% 27% 31% 37% 40 43% 48% 5 6 434 634 5% 7% 534 734 6% 83/4 7 10% 8% 11% 9 13% 11 153/4 12% 1634 1 13% 173/4 143/4 193/4 16 6% 6% 6% 6% 7% 10 10 12% 12% 15 15 15 13/l6 rihs Vs Vs 1 1% 1% 1%6 l7/l6 1% 1% m Center to Face The 1 jo and 300-Pound Fittings are regularly furnished with an Ameri can Standard 3^-inch raised face on the end flanges; the 400, 600, qoo, 1500, and 2500-Pound Fittings regularly have a 34-inch high large male facing. Center to face and face to face dimensions include the facing. 18 211/2 121/4 42 10% 52% 213/4 20 231/2 13, 45% 11 56% 233/4 Special Angle Elbows 24 . 271/2 143/4 53 13 66 273/4 1 3 71/2 51/2 14% 4% 19 734 534 6% Vs 3% 81/2 6 16% 4% 21 83/4 4 ' 9 &i/2 17% 5% 23 9% 7 7% 1 5 11 71/2 21 6% 27% 11% 8% 10 1% 6 12 8 22% 6% 29 12% 9 10 1% 900 Pound 8 10 ' 141/2 | 161/2 12 - 19 9 10 11 27% 7% 35 143/4 11 12% 1%6 31% 8% 40 163/4 12% 12% 1%6 34% 9 43% 1734 13% 15 1% The center to face dimensions of 4j elbows are used for special angle elbows of i to 450; for angles greater than 450 and up to qo, use the center to face dimensions of qo elbows. Reducing Fittings 14 201/4 111/2 36%- 9% 46 19 143/4 15 1% 16 22iA 121/2 403/4 10% 51% 21 16 15 1% 18 - 24 131/4 45% 12 57% 24% Dimensions 20 26 141/2 501/4 13 63% 26% 24 301/2 18 60 15% 75% 30% on Application Center to face dimensions of reduc ing fittings correspond to those of straight fittings of the same size as the largest opening. % 41/4 3 % 41/2 31/4 1 5 31/2 iy* 51/2 , 4 iy2 6 41/4 2 71/4 43/4 2% .81/4 51/4 3 91/4 53/4 3i/2 93/4 61/4 1500 4 Pound 5 6 10% 71/4 131/4 83/4 13ys 93/s 8 16% 10% 10 191/2 12 9 10 11 131/4 151/4 171/4 18% 19% 23% 24% 29% 36 2% 3 3% 4 4% 5 5% 6 7% 8% 9% 10% 11% 13 14% 17% 193/4 22% 2334 25% 3034 33 39 46% 5 53/4 6% 7% 8% 9% 934 103/4 133/4 14% 17 20% 5% 6 6% 734 9 934 11% 133/4 1 1 1 1 1 6% | % 6% 1 % 7% | 1 1 10 1 1% 10 I 1% 12% | 1%6 12% | 1%6 15 | 1% American Standard Crane Cast Steel Flanged Fittings conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6e-iQ3Q, for their re spective working pressures. The American Standard does not include Return Bends, 3 J^-inch fittings in the qoo and 1500-Pound pressure classes, or V2 and M-inch 45 Laterals in the 1500-Pound pressure class. 12 221/4 131/4 403/4 12 5234 23 15% 15 1% 14 243/4 141/4 44 | 12% | 56% | 253/ 17% 17% l7/g 16 271/4 I6I/4 48% | 143/4 | 63 | 28% | 183/4 17% l7/s 18 301/4 173/4 53% | 16% | 693/4 | 31% | | 20 323,4 183/4 573/4 | 173/4 [ 75% | 34 | List prices.........-pages 346 and347 Description.................. -. * -page 345 Drilling templates.... pages 553 to 555 24 381/4 203/4 67% | 20% | 873/4 | 393/4 | Special facings............ pages 560 to 563 27 f 350 CRANE 4000-Pound Pressure Class For pressures and temperatures be yond the scope of the 1500 and 2500-Pound Pressure Classes, Crane Co. is equipped to supply valves, fittings, and flanges in the 400cPound Pressure Class. These products are generally made of Crane No. 5 Chrome-Molybde num Alloy Cast Steel, and finished with ring joint facing. When so de sired, they can be supplied in other alloys, such as Crane No. 4 CarbonMolybdenum Alloy Cast Steel, or furnished with other types of facings. Inquiries should be accompanied by complete specifications includ ing operating pressures and tem peratures, and plans of proposed installation. Prices, description, dimen sions, and complete informa tion furnished on application. Globe Valve The illustrations on this page are actual photographs of Crane Valves and Fittings with flanged ends and ring joint facing sup plied fora 4000-Pound installation. They are made of Crane No. 5 Chrome-Molybdenum Alloy Cast Steel, and are recommended for Tee operating service at 4000 pounds pressure at 900 F. temperature. Group of Fittings for 4000-Pound Pressure Class CRANE Steel Welding Fittings 351 Socket-Welding Fittings Description............................................................pages 352 and 333 List Prices................................................................................page 353 Dimensions.............................................................................. page 353 Pressure-Temperature Ratings............................................ page 333 Butt-Welding Fittings Description.............................................................. pages 354 to 356 List Prices................................................................pages 354 to 356 Dimensions.............................................................................. page 357 Pressure-Temperature Ratings.........................pages 358 and 359 The Crane line of Steel Welding Fittings -- comprising two types, socket-welding and butt-welding,-- includes all of the popular kinds of fittings in a wide range of sizes, and in both Standard and Extra Strong weights. The uniformly superior quality distinguishing all Crane products has been maintained. Wherever the user of welding fittings demands easy installation -- wherever maintenance costs are carefully considered -- wher ever quality, completeness, and adaptability are of prime im portance -- Crane Steel Welding Fittings are chosen. Socket-Welding Fittings: Crane Forged Steel Socket-Welding Fittings (see pages 332 and 373), introduced' only a little more than two years ago, have been enthusiastically received. Designed especially for welding, they are easy and economical to use. They are ideal when welding fittings are wanted for use in small pipe lines. These fittings are of high quality throughout; they are forged solid from high grade steel or are ma chined from hot rolled bar stock, depending upon the type of fitting; openings are drilled and the ends are bored to slip over pipe. An extensive series of tests have proved their strength and ruggedness. They are stronger than Grade A Seamless Steel Pipe and as strong as or stronger than Grade B. Where, codes permit the use of Grade B Pipe for pressures and temperatures higher than those shown in .the table on page 333, fittings of a corresponding size and weight may also be used with equal safety. Carbon steel fittings are for use with carbon steel pipe,' and carbon-molybdenum steel fittings, with carbon-molybdenum steel pipe. Butt-Welding Fittings: Butt-Welding Fittings (see pages 354 to 357), recommended for general allaround welding service, are designed to combine serviceability with ease of installation; the use of these fittings reduces the welder's task to its simplest form -- that of making circumferential butt-welds. The materials from which the fittings are made are especially selected to assure strength, resistance to piping strains and temperature, and easy weldability. Crane Steel Butt-Welding Fittings are fully as strong as or stronger than Grade A Seamless Steel Pipe of corresponding thickness. They can be used for any pressure or temperature for which the pipe is used, with equal safety; see pages 358 and 35c). The fittings have a uniform circular section of full diameter, uniform center to end dimensions, and accurately beveled, true, round ends. Other welding end products: Crane Co. manu factures a complete welding line -- not the fittings only! Real advantages accrue to the user by being able to secure welding valves and .other accessories for welded piping, as well as fittings and flanges, from one reliable source -- and all of the highest quality. A uniformly satisfactory installation is within reach when Crane welding materials are used. Forged Steel Flanges -- Welding Neck, Slip-On Welding, and Cranelap (for use with Cranelap Weld ing Nipples) -- are available in a full range of sizes in all pressure classes; see pages 361 to 367. Steel Gate, Globe, Angle, and Check Valves with welding ends also are available in a complete range of sizes and in all pressure classes; see pages 297 to 336. In addition, Crane Fabricating Shops are unusually well equipped, as explained on page 600, to supply pre-fabricated piping, assembled in units for final erection with a minimum of field effort. Wrought iron fittings: Butt-welding elbows, re ducers, and shaped nipples made of wrought iron can be supplied when desired; prices on application. American Standard: Crane Steel Butt-Welding Fittings conform to the American Standard for Steel Butt-Welding Fittings, B 16.9-1940. This Standard includes the following types and sizes of fittings: 90 Elbows, sizes 1 to 12-inch 45 Elbows, sizes 1 to 12-inch Tees, sizes 1 to 12-inch -- Center to end of run only for straight sizes and for reductions on outlet to one size less than half the run size. Caps, sizes 1 to 24-inch Reducers, sizes 12-inch and smaller -- For reductions to one size less than half the run size. Keturn Bends, in the following sizes: 1 x3" 2 x 6" 334x10)4" 1 ViXWi 2)4x7)4 4 x 12 134x434 3x9 5x15 6x 18" 8x 24 10x30 12x36 Lapped Joint Stub Ends (Cranelap Welding Nipples), sizes 1 to 24-inch. 352 CRANE Forged Steel Socket-Welding Fittings Deep Socket Saves Time! Accurate Measuring and Cutting of Pipe Unnecessary. Ample Come-and- Go! Strong, Sound Welds Made Easily and Quickly; No Welding Icicles. Socket Wall Especially Proportioned to Pipe Thickness. Uniform Heat Distribu tion and Proper Penetration Assured. Socket Aligns and Supports Pipe. Neat Appearing, Only Unusually Strong, Slightly Larger Than Pipe. Rugged, and Compact. On installations where the pipe need not butt against the shoulder, the deep socket compensates for inaccuracies in measuring and cutting the pipe. On installations where the pipe must butt against the shoulder, free, uninterrupted flow is assured. The fitting and the pipe have the same inside diameter Crane Forged Steel Socket-Welding Fittings, intro duced only a short time ago, have been popularly received and are now rapidly' becoming standard wherever small welded piping is desirable. Of a new and special design with many unusual features that make them easy and economical to use, the fittings are ideal for small size welded lines. They are forged solid from high grade steel or are machined from hot rolled bar stock, depending upon the type of fitting; openings are drilled and the ends are bored to slip over pipe. Advantages: The socket type weld has advantages over the butt weld that recommend it strongly for fittings for small si-ze pipe lines. The pipe used with "it does not require beveling. Since the pipe end slips into and is supported by, the socket, the joint is self-aligning; tack welding and special clamps to line up and hold the joint are unnecessary. Because the weld metal is deposited on the outer surface of the pipe, there is no danger of forming welding icicles which would clog the line and restrict flow. Deep socket; Crane Forged Steel Socket-Welding Fittings have an exceptionally deep socket. This is an outstanding feature of Size of Fitting Depth of Socket the Crane line; their design was carefully studied and VT Vie" developed to secure fittings %" 9/ie" that were especially suitable %" %" for welding. The depth of W l" l1// ll/\s" w 13/ie" the socket is the same on each size, regardless of the Wz" Vs" type of fitting; see tabula V 1" tion at left. The unusual depth provides liberal come-and-go. On installations where the pipe need not butt against the shoulder at the back of the socket, it is unneces sary for the welder to cut the pipe to accurate length or even to cut it off square. The socket is deep enough to compensate for variations in pipe lengths, eliminating the need for careful measuring and cutting. This feature alone saves an appreciable amount of the welder's time, speeds up installation, I and thereby reduces costs. : In addition, the Crane socket assures a high salvage ' value. When Crane fittings are cut out of a line at the .j weld, they need not be discarded. Ample socket j depth remains; the fittings are ready for further use. ' Accurately proportioned socket wall: Another outstanding feature is the thickness of the socket wall. Especially proportioned, it bears the correct relationship to the pipe for assembly by welding; the fittings do not have an unnecessarily heavy band at the end of each opening, as is the case where socket type fittings are made from ordinary screwed fitting blanks. Strong, sound welds can be made more easily and in less time than when a heavy band requiring an excessive amount of weld metal is used. In addition, uniform heat distribution and proper heat penetration, recognized factors in good welding technique, are assured. i < i ' ; j ; i , With the thinner socket wall, welders naturally tend to deposit the metal in the form of a 30-60 triangle, rather than the conventional 45, a practice which is gaining wide acceptance as being productive of a superior weld. - j : ; ; : Inside diameter same as pipe: 90 Elbows, 45 Elbows, and Tees have the same inside diameter as Standard or Extra Strong pipe, depending upon the weight of fitting ordered. On installations where the pipe is butted against the shoulder at the back of the socket, the fittings permit free, uninterrupted flow of the fluid in the line. . Durability: Crane Forged Steel Socket-Welding Fittings have been made compact and light in weight without sacrificing strength, ruggedness, or dura bility. The metal sections are ample throughout; the long, low band forming the socket wall extends beyond the shoulder at the back of the bore, leaving no weak corner. Exhaustive tests show conclusively that the fittings are as strong as or stronger than pipe. Being only slightly larger than pipe, the fittings, when welded in place, make an exceptionally neat appearing, workmanlike installation. CRANE Forged Steel Socket-Welding Fittings 353 Working pressures are shown in table at lower left. 90 Elbow No. 3120 D Standard No. 3140 D Extra Strong 45 Elbow No. 3121 D Standard No. 3141 D Extra Strong Tee No. 3124 D Standard No. 3144 D Extra Strong For additional description, see pages 351 and 352. Cap Coupling Reducer No. 3127 D Extra Strong No. 3128 D Extra Strong No. 3129 D Extra Strong Caps, Couplings, and Reducers may be used with either Standard or Extra Strong Pipe. Size 90 Elbows 45 Elbows Tees Caps Couplings ^Reducers List Prices, Each (Carbon Steel) Inches | 1/4 1 % 1 V2 1 % 1 1 1% 1 1% 2 No. 3120 D, for use with Standard Pipe No. 3140 D, for use with Extra Strong Pipe No. 3121 D, for use with Standard Pipe No. 3141 D, for use with Extra Strong Pipe No. 3124 D, for use with Standard Pipe No. 3144 D, for use with Extra Strong Pipe No. 3127 D, for use with Standard or Extra Strong Pipe No. 3128 D, for use with Standard or Extra Strong Pipe No. 3129 D, for use with Standard or Extra Strong Pipe |.55|.55|.651 -75| .90 1.20|1.50 1.90 |.55|.55|.65| .75| .90 1.20|1.50 1.90 1.68|.68|.781 .90|1.08 1.44|1.80 2.28 1.681.681.78 j .9011.08 1.4411.80 2.28 1.801:801.9511.10 j1.35 1.75|2.30 2.90 1.801.80|.9511.10(1.35 1.75|2.30 2.90 1.351.35|.45| .65| .90 1.00|1.30 2.00 )-40|.40|.40| .45| .55 .70] .85 1.15 | [,55|.70|1.00|1.20 1.35|1.60 1.85 *Reducers: The list prices of Reducers apply to one size reductions only. Reducers having a reduc tion of two or more sizes can be made to order; see the Crane'Discount Sheet for prices. Reducing Elbows and Tees: Socket Welding Reducing qo Elbows, Reducing 450 Elbows, and Reducing Tees can be supplied when ordered. See the Crane Discount sheet for prices. Construction: qo Elbows, 45 Elbow'S, and Tees are forged solid. Caps, Couplings, and Reducers are machined from hot rolled bar stock. All fittings have the ends bored to slip over steel pipe. Standard Fittings are drilled to match the inside diameter of Standard pipe; Extra Strong Fittings, to match the inside diameter of Extra Strong pipe. Material: The fittings are made .from a high grade carbon steel, having unusual strength and toughness. It is particularly suitable for fusion welding. Carbon-Molybdenum Steel: Fittings for higher pressures and temperatures are made to order of Crane No. 4 Carbon-Molybdenum Steel. This material has excellent strength retention at elevated tempera tures and hardens only to a negligible degree after welding. For prices, see the Crane Discount Sheet. WORKING PRESSURES (For Steam, Water, Oil, Oil Vapor, Gas, or Air) These fittings Pounds per Square Inch -- Non-Shock are stronger than Grade A Seamless Steel Pipe and at least as strong as Grade B. Where codes permit the use of Grade B Pipe for pressures and tempera tures higher than those Temp. . Deg. F. 100 150 200 250 300 350 400 450 500 Crane Carbon Steel Fittings No. 4 CarbonMolybdenum Steel Fittings (Made to order) Stand Extra Stand Extra ard Strong ard Strong 2000 1900 1800 1700 1600 1500 1400 1300 1200 3000 2850 2700 2550 2400 2250 2100 1950 1800 2000 1900 1800 1700 1600 1500 1400 1300 1200 3000 2850 2700 2550 2400 2250 2100 1950 1800 shown in the adjoining table, fittings of a cor responding size and weight may be used, with equal safety. Carbon steel 550 600 650 700 750 800 850 900 950 1000 1120 1040 960 880 800 740 670 600 530 380 1680 1560 1440 1320 1200 1150 1100 1050 1000 950 1100 1000 900 795 570 ' 900 850 800 640 540 1725 1650 1575 1500 1425 1350 1275 1200 960 810 fittings should be used with carbon steel pipe, and carbon-molybdenum steel fittings, w'ith carbon-molybdenum steel pipe. DIMENSIONS, IN INCHES (For Standard and Extra Strong Fittings) 90 Elbow 45 Elbow Tee' -E-- Jr, ~+ 1 it I Cap Coupling Reducer Size A B C D E F V* 1 % 1 % 1 % 1 1% 1% 2 13/l6l31/32l 1% |lS/l6 iy2 m 2 2% Wisl l3/isl % 1 1 lVs lS/l6 I7/l6 I1 Vie 3/4 1 % 1 1 1 Ws iy8 1V4 1% 1% 1 1% 1 1% 1 l7/s 2 2% 2V4 1 1% 1 1% 11% l3/4 2 2% 7/l6 1 9/l6 1 s/s I1 Vie % 13/lS % IV2 23/4 2V* 1 Depth same as "F", depending on pipe size: e.g. W has socket deep. 28 V 354 CRANE Steel Butt-W elding Fittings For use with Standard or Extra Strong Pipe For pressure-temperature ratings, see pages 358 and 359. 90 Elbow No. 352 E Standard No. 452 E Extra Strong 45 Elbow No. 354 E Standard No. 454 E Extra Strong Tee No. 353 E Standard No. 453 E Extra Strong Cap No. 357 E ' Standard No. 457 E Extra Strong Cross Made to order. Prices on application. 90 Elbow Long tangent on one end No. 458 E Extra Strong List Prices, Each Size Standard Extra Strong of pipe No. 352 E No. 354 E No. 353 E, Tees No. 357 E No. 452 E No. 454 E No. 453 E, Tees No. 457 E No. 458 E 90 45 Straight Reduc Caps 90 45 Straight Reduc Caps 90 Inches Elbows Elbows ing Elbo.ws Elbows ing Elbows % 1 -II/4 W2 1.00 1.20 1.40 1.70 i .08 1.26 1.53 2.15 2.90 3.65 2.70 3.60 4.55 i.70 1.70 1.70 i.50 1.75 2.15 i.35 1.60 1.95 2 15 2 90 3 65 2.70 3.60 4.55 2.10 2.10 2.10 Prices do not include flange 2 2yz 3 31/2 4 2.10 3.40 4.90 6.35 7.65 1.90 3.05 4.40 5.70 6.90 5.00 7.30 9.50 12.50 13.00 6.25 9.10 11.85 15.60 16.25 1.85 2.00 2.40 3.20 3.70 2.65 4.25 6.15 7.95 9.55 2.40 3.80 5.55 7.15 8.60 5 00 7 30 12 00 16 00 17 00 6.25 9.10 15.00 20.00 21.25 2.25 2.50 3.30 4.25 4.90 4.65 7.45 10.80 14.00 16.70 5 10.85 9.80 24.00 30.00 4.90 13.55 12.20 30 00 37.50 5.85 23.70 6 15.80 14.25 28.00 35.00 5.95 19.75 17.80 35 00 43.75 7.50 34.50 8 30.00 27.00 45.00 56.25 10.10 37.50 33.75 58 00 72.50 12.20 65.50 10 53.40 48.00 76.00 95.00 14.60 67.00 60.50 97 00 120.00 18.50 117.00 12 80.70 72.75. 110.00 137.50 20.85 101.00 91.00 - 135 00 168.00 25.00 177.00 14 OD' 16 OD 18 OD 20 OD. 24 OD 120.00 175.00 235.00 270.00 340.00 '108.00 158.00 212.00 245.00 315.00 Made to order; prices on application. 24.00 28.00 32.00 35.50 41.75 150.00 219.00 294.00 340.00 410.00 135.00 197.00 265.00 310.00 370.00t Made to order; prices on application. 30.00 34.50 38.50 45.00 49.00 Thickness:' Standard fittings' in sizes 12-inch and smaller are made for use with Standard pipe (heaviest weight on 8, 10, and 12-inch sizes); and in sizes 14-inch and-larger, for use with O.D. pipe jkg-inch thick. Extra Strong fittings in sizes 12-inch and smaller are made for use with Extra Strong pipe; and in sizes 14-inch and larger, for use with O.D. pipe j/2-inch thick. 90 Elbows with long tangent: No. 458 E qo Elbows have a long tangent on one end to permit welding on a Slip-On Welding Flange; this end is not beveled. The other end is beveled. Caps: No. 357 E and No. 457 E Caps do not con form to the A.S.M.E. Boiler Code. Caps which meet the requirements of this Code are made to order only; prices on application. *Tees: The list prices of Reducing Tees apply only to the list of sizes shown in the table at the right. Other reductions and sizes 14-inch O.D. and larger can be made to order; prices on application. Reducing Tees are made reducing on the outlet only. When a reduction on the run is necessary, the use of a Welding Reducer is recommended. For Welding Reducers, see page 355. American Standard: These fittings, in the sizes and types included in the Standard, conform to the American Standard for Steel Butt-Welding Fittings, B16.9-1940; see page 351. List of Sizes of Reducing Tees Standard and Extra Strong A B C | A B C |A B C ] A B C 11 X x 11 yX % x2 iy4 x iy4 x 1 iiy(44 x x 1iy%4 x x %y2 iiyy22 x x iiyy22 x x i1y4 iiyy22 x x 1(4 iy2 x x 3y42 2 2 X x 2 2 X x 1(4 iy4 2 x2 x1 2 x 2 x 34 22y(42 x x 22(%/2 x x 2iy2 2(4 x 2% x ll/4 21/2 x 2(4 x 1 3 x 3 x 2(4 3 x 3 x2 3 x 3 x 1(4 3 x 3 x 1(4 3i/2 x 3l/2 x 3 3% x 31/2 x 2(4 31/2 x 31/2 x 2 3!/2 x 31/2 x 1(4 4 x 4 x 3(4 4x4x3 4 x 4 x 2(4 4x4x2 4 x 4 x 1(4 5x5x4 5 x 5 x 3(4 5x5x3 5 x 5 x 2(4 5x5x2 6x6x5 6x6x4 6 x 6 x 3(4 6x6x3 6 x 6 x 2(4 8 x 8x6 8 x 8x5 8 x 8x4 8 x 8 x 3(4 10 x 10 x 8 10 x 10 x 6 10 x 10 x 5 10 x 10 x 4 12 x 12 x 10 12 x 12 x 8 12 x 12 x 6 12 x 12 x 5 General description .,, ,, .page 3S1 tFurnished only in short radius type. Dimensions.. . .page 357 CRANE 355 Steel Butt-Welding Fittings For use with Standard or Extra Strong Pipe For pressure-temperature ratings, see pages 358 and 359. Return Bends Size, Inches List Price, Each Size Center No. 355 E No. 455 E of to Standard Extra pipe center Strong 1 1-V4 IV* i V?. l`A 2 2 2% 3 3 3 Vi 4 4 5 6 8 10 12 3 2-Vi 3% 3 W2 4 6 71/2 6 9 ioy2 8 12 15 18 24 30 36 2.65 2.80 3.10 3.40 3.75 4.20 4.65 7.50 9.80 10.80 14.00 15.30 17.00 23.90 34.80 66.00 117.50 177.50 3.30 3.50 3.85 4.30 4.75 5.30 5.85 9.35 12.30 13.55 17.60 19.00 21.00 29.70 43.50 82.50 147.40 222.20 Return Bend No. 355 E, Standard No. 455 E, Extra Strong Cranelap Welding Nipples Size Length List Price, Each of of No. 574 No. 497 E pipe nipple Standard Extra Inches Inches Strong 1 4 3.55 3.80 IV* 4 4.00 4.25 1% 4 4.45 4.70 2 6 5.75 6.25 21/2 6 6.50 7.15 3 6 7.30 8.25 3 Vi 6 8.10 9.40 4 6 9.30 10.90 5 8 10.75 13.50 6 8 12.75 16.35 8 8 16.00 24.00 10 10 22.75 35.75 12 10 30.75 48.75 Cranelap Welding Nipple No. 574, Standard No. 497 E, Extra Strong 14 OD 16 OD 18 OD 20 OD 24 OD 12 12 12 12 12 53.00 72.00 92.00 113.00 138.00 72.00 93.00 114.00 136.00 162.00 Concentric Reducer No. 359 E Standard No. 459 E Extra Strong Eccentric Reducer No. 360 E . Standard No. 460 E Extra Strong Concentric and Eccentric Reducers Size of pipe Inches List Price, Ea. Concentric or Eccentric Stand- Extra ard Strong Size of pipe Inches List Price, Ea. Concentric or Eccentric Stand- Extra ard Strong Size of pipe Inches List Price, Ea. Concentric or Eccentric Stand- Extra ard Strong Size of pipe (O.D.) Inches 1 X3/4 1 X1/2 1 x3/8 1.50 1.50 1.50 D/4X1 1 Vi x y4 1 Vi x Vi 2.00 2.00 2.50 U/2XII/4 11/2 X 1 11/2 X 34 lVixVi 2.00 2.00 2.50 2.50 2 xiy2 2.25 2 xiy4 2.25 2 x 1 2.25 2 X% 2.75 2% x 2 2y2xiy2 2y2xiy4 2y2 x 1 2.50 2.75 2.75 2.75 2.75 2.75 2.75 3.50 3.50 4.50 3.50 3.50 4.50 4.50 3.75 3.75 3.75 4.75 4.50 5.00 5.00 5.00 3 x 2y2 3 x2 3 x iy2 3 x iy4 3y2 x 3 3y2 x2y2 3 Vi x 2 3%xiy2 3y2xiy4 4 x3Vi 4 x3 4 x 2Vi 4 x2 4 xiy2 5 x4 5 x3y2 5 x3 5 x2Vi 5 x2 3.00 3.00 3.25 3.25 3.50 3.50 3.50 3.75 3.75 4.00 4.00 4.00 4.00 4.50 6.00 6.50 6.50 6.50 6.50 5.25 5.25 5.70 5.70 6.00 6.00 6.00 6.50 6.50 7.00 7.00 7.00 7.00 8.00 10.50 11.50 11.50 11.50 11.50 6x5 6x4 6x3% 6x3 6 x 2% 8.00 8.00 9.00 9.00 9.00 14.00 14.00 15.75 15.75 15.75 8x6 8x5 8x4 8 x 3% 12.00 15.00 15.00 15.00 26.25 30.60 3U.bU 30.60 10x8 10 x 6 10x5 10x4 18.00 20.00 26.00 26.00 40.00 44.00 48.00 48.00 12x10 12x8 12x6 12x5 32.00 36.00 36.00 40.00 56.00 63.00 63.00 70.00 14x12 14x10 14x8 14x6 16x14 16x12 16x10 16x8 18x16 18x14 18x12 18 x 10 20x18 20 x 16 20x14 20x12 24x20 24x18 24x16 List Price, Ea. Concentric Only Stand- Extra ard Strong 40.00 40.00 45.00 50.00 70.00 70.00 78.75 87.50 70.00 105.00 70.00 105.00 80.00 122.50 85.00 140.00 85.00 148.00 85.00 148.00 95.00 166.00 105.00 184.00 90.00 157.50 90.00 157.50 100.00 175.00 100.00 175.00 140.00 245.00 155.00 270.00 170.00 295.00 Thickness: Standard fittings in sizes 12-inch and smaller are made for use with Standard pipe (heaviest weight on 8, 10, and 12-inch sizes); and in sizes 14-inch and larger, for use with O.D. pipe ^g-inch thick. Extra Strong fittings in sizes 12-inch and smaller are made for use with Extra Strong pipe; and in sizes 14-inch and larger, for use with O.D. pipe H-inch thick. Cranelap Welding Nipples: Cranelap Welding Nipples, made of Grade "A" Seamless Steel pipe lapped to the full thickness of the pipe wall, and Cranelap Flanges (see pages 364 and 365) afford an ideal method of installing flanged equipment in a welded line. The swivel flange eliminates the diffi culty of aligning the bolt holes and permits installing the equipment at any angle. Cranelap Welding Nipples can be made to order of heavier pipe; prices on application. American Standard: These fittings conform to the American Standard for Steel Butt-Welding Fittings, B16.q-1940. The Standard does not include Reducers sizes 14-inch and larger, or Return Bends in the 1M x 23T, 1} 2 x 3, 2 x 4, 3 x 6, and 4 x 8-inch sizes; see page 351. General description .. ..page 3S1 Dimensions.. . .page 357  -^7* 356 CRANE Steel Butt-Welding Fittings Shaped Welding Nipples For use with Standard or Extra Strong Pipe For pressure-temperature ratings, see pages 3 58 and 359. When ordering, be sure to specify nominal size of header on which Nipple will be used. Shaped Nipple 90 to Header No. 350 E, Standard No. 450 E, Extra Strong Shaped Nipple 45 to Header No. 351 E, Standard No. 451 E, Extra Strong Shaped Welding Nipples eliminate the use of templates when saddling one pipe upon another; they save time and assure an accurate fit. Both ends are beveled for welding. Standard Nipples are made for use with Stand ard pipe (heaviest weight on 8, 10, and 12-inch sizes); and Extra Strong Nipples, for use with Extra Strong pipe. Size of pipe Shaped to fit headers (Nominal Inches sizes) m 11/4 to 16" iy2 V/2 to 16 List Prices 90 to Header No. 350 E No. 450 E Stand Extra ard Strong Each Each .70 .90 .80 1.05 45 to Header No. 351 E No. 451 E Stand Extra ard Strong Each Each .80 .95 .85 1.15 2 . 2% 3 3% 4 2 to 16 2% to 16 3 to 20 3% to 20 4 to 24 .95 1.20 1.50 1.85 2.20 1.25 1.70 2.25 2.50 2.75 . 1.05 1.35 1.80 2.30 2.75 1.40 1.95 2.65 3.10 3.50 5 5 to 24 3.70 5.00 6 6 to 24 4.50 6.75 '8 8 to 24 7.50 . 11.50 10 10 to 24 12.00 18.50 12 12 to 24 15.75 23.50 4.70 6.00 10.25 17.00 23.00 6.40 9.00 15.50 26.00 35.00 Reinforcing Welding Saddles Welding Sleeves When ordering, be sure to specify nominal size of header on which Saddle will be used. Reinforcing Welding Saddle No. 358 E List Prices The No. 358 E Size Shaped No. 358 E Welding Saddles of to fit Reinforcing pipe headers Welding (Outlet) (Nominal Saddles Inches sizes) Each 2 2 to 24" 2% 2% to 24 3 3 to 24 4.90 5.35 5.85 are used to rein force--not to make tight -- outlet con nections that are saddled and welded at a qo angle to 3% 31/2 to 24 4 4 to 24 6.80 7.80 headers or pipes. They slip over the 5 5 to 24 10.75 outlet pipe and fit 6 6 to 24 13.65 snugly against the 8 8 to 24 21.50 body of the pipe 10 12 10 to 24 12 to 24 27.25 31.00 header. They are then weldedinplace 14 OD 16 OD 18 OD 20 OD 24 OD 14 to 24 16 to 24 18 to 24 20 & 24 24 36.00 43.00 50.00 58.00 70.00 with a heavy bead, relieving the weld between the neck and the body of the greater part of the tensile, bending, and shearing stresses to which it would otherwise be subjected. General description.... page 3S1 Welding Sleeve No. 361 E The No. 361 E Welding Sleeves are ideally suited for reinforcing butt-welds in pipe lines. They relieve the weld of any bending stress and of much of the tensile stress to which it would otherwise be subjected, leaving it free to maintain tightness. List Prices Size of pipe Inches No. 361 E Welding Sleeves Each 2 4.00 2V2 4.60 3 5.00 3% 5.50 4 6.20 The Sleeves are made in two 5 7.25 halves, the longitudinal seams being beveled so that they can be welded together easily. 6 8 10 12 8.30 11.40 15.75 20.40 To assure a snug fit around the pipe, each half is made slightly less than a semicircle. 14 OD 16 OD 18 OD 23.70 28.60 34.50 The large transverse recess at the center of each Welding 20 OD 24 OD 41.50 57.00' Sleeve provides more than ample space for the conventional type of butt-weld, such as is ordinarily made between two lengths of pipe. Dimensions.. . .page 3S7 CRANE Steel Butt-Welding Fittings Dimensions, in Inches Standard and Extra Strong Fittings have the same outside dimensions. 357 90 Elbow 45 Elbow C--I-- CStraight Tee i--C--I-- C--i Reducing Tee long tangent Cranelap Nipple re I T"'\ p; shaped Nipple Shaped Nipple 90 to Header 45 to Header Reinforcing Saddle Sleeve Return Bend Size 3A l 1V4 1V2 2Vi 3 .31/2 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD Elbows, Straight Tees, Caps, Nipples, Saddles, and Sleeves A B c D E F GH J K LMN I'/r IV?. % iv. Vh m 1 1% l'/2 21/4 iy8 2 Vi 11/2 4 2 i/s 4 21/2 3/l6 4 2/8 Vi 6 6 3 1% 21/2 11/2 41/4 6 3% S/,S 6 13/4 li/4 1/2 3 3% m 3 1/2 5 6 4'/s Vl6 6 13/4 IV2 1/2 3 41/? 2 3% 2 53/4 6 5 3/8 6 2 13/4 1/2 3 5'A 214 3% 21/2 6% 6 51/2 3/8 6 2 13/4 1/2 31/2 6 2*A 41/8 21/2 71/2 6 63/16 7/l6 6 2 2 1/2 4 71/2 3.Vs 4% 3 9 8 7s/, 8 Vie 8 2 2 1/2 5 9 3% 5% 31/2 103/4 12 5 7 4 133/4 V8 8 2 1/2 8 ioyg 1/2 8 21/2 21/4 1/2 83 3% 6 8 15 614 8 Vi 18 7% 10 5 17 10 123/4 Vz 6 201/2 10 15 1/2 10 10 34Vi 31/2 4 % s/s 10 12 16 7% 18 81/2 20 91/2 25 30 ~6'VT 7 8 9 101/2 12 161/4 1/2 12 18/z 1/2 12 21 1/2 12 23 1/2 12 271/4 1/2 4 4 % 14 4 4 % 16 4 4 s/s 18 5 5 5/S 20 5 5 S/8 24 P 1/4 1/4 3/s 3/s 3/8 % 3/8 Vz Vz 1/2 Vz 1/2 1/2 1/2 1/2 Concentric Reducer U--1 Eccentric Reducer Return Bends Size of pipe R s 1 11/4 11/4 11/2 H/2 2 2 21/2 3 3 31/2 4 4 5 6 8 10 12 3 21/2 33/4 3 41/2 23/l6 25>16 23/4 211/ig 31/4 4 6 71/2 6 9 IO1/2 8 12 15 18 24 30 36 37/i6 43/j6 53/, G 5 61/4 71/4 61/2 8 Vi ios/16 12s/, R 163/J6 203/s 24% Reducing Tees Size | C | Q 1| Size | C | Q 1 X 1 X 3/4 11/2 11/2 1 X 1 X 1/2 H/2 11/2 1% x 1V4 x 1 1% l7/8 H/4 x 11/4 x 1% 1% 11/4x11/4x1/2 1% 1% 11/2x11/2x11/4 21/4 21/4 11/2 X 11/2 X 1 21/4 21/4 11/2x11/2x3/4 2`/4 21/4 11/2 X 11/2 X 1/2 21/4 21/4 2 x 2 x 11/2 21/2 23/r 2 x 2 x iy4 21/2 21/4 2 X 2 X 1 2% 2 2 x 2 x V4 21/2 1% 21/2 x 21/2 x 2 3 23/4 21/2x21/2x11/2 3 2% 2l/2x2l/2xli/4 3 21/2 21/2 x 2% x 1 3 21/4 3 X 3 X 21/2 33/ 31/4 3 x 3 x 2 33/s 3 3 x 3 x 11/2 33/r 27/8 3 x 3 x 1V4 33/8 23/4 31/2x31/2x3 33/4 3% 31/2 x 31/2 x 21/2 33/4 31/? 31/2 x 3% x 2 33/4 31/4 31/2 x 31/2 x IV/2 33/4 3% 4 x 4 x 3% 41/8 4 4 x 4x3 41/8 37/s 4 x 4x21/2 4Vr 33/4 4 x 4x2 4Vr 3V? 4 x 4x11/2 41/8 3% 5 x 5x4 47/8 4S/8 5 x 5 x 3% 4% 41/2 5 x 5x3 4% 4% 5 x 5 x 2% 47/s 41/4 5 x 5x2 4% 4% 6 x 6x5 5% 53/s 6 x 6x4 55/r 5Vr 6 x 6 x 3% 5% 5 6 x 6x3 5% 4% 6 x 6 x 2% 5% 43/4 8 x 8x6 7 6% 8 x 8x5 7 63/r 8 x 8x4 7 6i/s 8 x 8 x 3% 7 6 10 x 10 x 8 10 x 10 x 6 10 x 10 x 5 10 x 10 x 4 8V 8 8V? 7% 81/?, 71/2 8V2 71/4 12 x 12 x 10 12 x 12 x 8 12 x 12 x 6 12 x 12 x 5 10 91/2 10 9 10 8% 10 81/2 Reducers Size T | U || Size T U || Size T | U H Size 1 T 1 x3/4 1 xi/2 2 2 1 x3/8 11/4X1 lVix3/4 2 2 11/4x1/2 11/2x11/4 ll/2xl 11/2 x 34 21/2 21/2 11/2x1/2 2 xll/2 2 2 X11/4 x1 3 3 2 x% 21/2 x 2 21/2x11/2 21/2x11/4 31/2 31/2 21/2X1 3 x 21/2 3 x2 3 x 11/2 31/2 31/2 3 x lVi 31/2 x 3 31/2x214 31/2x2 31/2x11/2 31/2x1% 4 4 4 x3i/2 4 x3 4 x2i/2 4 4 x2 4 xli/2 4 5 x4 5 x3Vi 5 x3 5 5 x2i/2 5 x2 5 6x5 6x4 6x3Vi 51/2 51/2 6x3 6 x 21/2 8x6 8x5 8x4 8 x 31/2 6 6 10x8 10x6 10 x 5 10x4 77 12x10 12x8 12 x 6 88 12 X 5 14x12 14x10 14x8 14x6 16x14 16x12 16x10 16x8 Dimen 18x16 sions 18x14 18x12 18x10 appli cation. 20x18 20x16 20x14 20x12 24x20 24x18 24x16 American Standard: These fittings, in the sizes and types included in the Standard, conform to the American Standard for Steel Butt-Welding Fittings, B16.Q-1940; see page 351. List prices..........................................................................pages 354, 355, and 356 Dimensions of welding bevel................... ,............................................page 647 General description................................................................... ................. page 351 358 CRANE Steel Butt-Welding Fittings Pressure-Temperature Ratings Based on the Code for Pressure Piping When computing the thickness of pipe for a given service condition, it is the generally accepted prac tice among designers to use the formulas provided by the Code for Pressure Piping, the A.S.M.E. Boiler Construction Code, or such other codes as may apply. For the convenience of users, Crane engineers have calculated the working pressures shown on this and the opposite page. They apply to Grade A Seamless Steel Pipe used in accordance with Section i and Section 3 of the Code for Pressure Piping. See the. explanation below. Code for Pressure Piping: The Code for Pressure Piping, American Tentative Standard 831.1-1935, includes four sections' devoted to piping systems: Section 1, Power; Section 2, Gas and Air; Section 3, Oil; and Section 4, District Heating. The tables shown here apply to Power Piping (Section 1) and to Oil Piping (Section 3), the latter being further limited to "Within Refinery Limits". The formula used for .calculating is as follows: _ 2S (t-C) D Where: P=maximum working pressure, psi (gauge) S = allowable stress in material, psi t = minimum pipe wall thickness, inches C = allowance for threading, mechanical strength, and for corrosion, inches D = outside diameter of pipe, inches "S" Value: The stresses permitted by the Code for Grade A Seamless Steel Pipe, A.S.T.M. Specification A 106, are shown in the table at the right. Wall thickness: The wall thicknesses correspond to those used in Crane Steel Butt-Welding Fittings. To establish the minimum thickness, "t", required Crane Steel Butt-Welding Fittings, made for use with Standard or Extra Strong Pipe, are as strong as or stronger than Grade A Seamless Steel Pipe. They can, therefore, be used for any pressure or temperature for which Grade A Pipe of corresponding thickness is suitable, withequalsafety. Note: The pressure ratings given in the following tables do not necessarily comply with the rules given in the A.S.M.E Boiler Construction Code. Where ratings are to comply with these rules, the formulas given in the A.S.M.E.Code shouldbe used. k * * * * fc * . by the formula, the nominal thickness was reduced 1 'lYic/c to compensate for the tolerance required by the pipe mills. "C" Value: "C" value for plain end steel pipe is: Power Piping -- % and i-inch sizes....... 0.05" -- iJ^-Hch and larger........0.065" Oil Piping --All sizes......................... 0.05" Temp. Fahr. "S" Values, Pounds per Square Inch Power toil ! Temp. Power Piping Piping | Fahr. Piping 100 150 200 250 300 350 400 450 500 550 13,050 12,800 12,550 12,300 12,050 11,800 > 11,550 11,300 11,050 10,800 17,400 17,070 16,740 16,410 16,080 15,750 15,420 15,080 14,740 14,400 600 650 ` 700 I 750 1 800 850 900 i 950 1000 1 10,530 10,170 9,600 9,000 7,020 5,800 (Apply to Oil Piping Within Refinery Limits. (Oil Piping 14,040 13,560 13,020 12,000 9,840 7,920 6,000 4,440 3,000 Other ratings: A simplified method for calculating other ratings is explained on pages 635 to 637. \ \ | j i | j \ ft j? 1/ ; ; ; i* 1 Standard Grade A Seamless Steel Pipe For Power Piping, Section 1, Code for Pressure Piping Size of Pipe *Wall Temperature-------Degrees Fahrenheit Thick- 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 ness Working Pressures, Pounds per Square Inch w 1 1V4 1V2 2 3 3y2 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD .113" 1215 1190 1165 1145 1120 1095 1075 1050 1030 1005 980 945 890 835 655 540 .133 1305 1280 1255 1230 1205 1180 1155 1130 1105 1080 1055 1015 960 900 700 580 .140 900 885 865 850 830 815 795 780 760 745 725 700 660 620 485 400 .145 850 830 815 800 785 765 750 735 720. 700 685 660 625 585 455 375 .154 .203 .216 .226 .237 755 740 730 715 700 685 670 655 640 625 610 590 555 520 405 335 1020 995 980 960 940 920 900 880 860 840 820 795 750 700 550 450 915 895 880 860 845 825 810 790 775 755 735 710 670 630 490 405 860 845 830 810 795 780 760 745 730 715 695 670 635 595 465 385 820 805 790 775 760 745 730 710 695 680 665 640 605 565 440 365 .258 .280 .322 .365 .375 745 730 715 700 685 675 660 645 630 615 600 580 545 515 400 330 695 690 680 665 650 635 625 610 595 585 570 550 520 485 380 315 655 640 630 615 600 590 580 565 555 540 525 510 480 450 350 290 615 600 590 580 565 555 545 530 520 510 495 480 450 425 330 275 535 525 515 505 495 485 475 465 455 445 430 415 395 370 290 240 .375 .375 .375 .375 .375 485 475 465 455 445 435 425 420 410 400 390 375 355 335 260 215 420 410 400 395 385 380 370 360 355 345 335 325 305 290 225 185 380 370 365 355 350 340 335 330 320 315 305 295 280 260 205 170 340 335 325 320 315 305 300 295 285 280 275 265 250 235 185 150 275 270 265 260 255 250 245 235 230 225 220 215 200 190 145 120 *These are the nominal wall thicknesses; they correspond to the thickness of Crane Steel Butt-Welding Fittings. Steel Butt-Welding Fittings (Cont.) CRAN E Pressure-Temperature Ratings Based on Code lor Pressure Piping 359 7 Size of Pipe 1" l!4 IV2 2 2V2 3 J'/z 4- 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD *Wall Thick- ness .179" .191 .200 .218 .276 .300 .318 .337 .375 .432 .500 .500 .500 .500 .500 .500 .500 .500 100 2115 1605 1500 1370 1590 1460 1385 1330 1225 1225 1120 900 755 690 600 535 485 405 Extra Strong Grade A Seamless Steel Pipe For Power Piping, Section 1, Code for Pressure Piping VOOO Temperature------ Degrees Fahrenheit 150 250 300 350 400 450 500 550 600 650 Working Pressures, Pounds per Square Inch 2075 1575 1470 1345 1560 1435 1355 1305 1205 1205 1100 885 740 680 590 525 475 395 2035 1545 1445 1320 1530' 1405 1330 1280 1180 1180 1080 865 730 665 575 515 465 390 1990 1515 1415 1290 1500 1380 1305 1255 1155 1155 1060 850 715 650 565 505 455 380 1950 1480 1385 1265 1470 1350 1275 1230 1135 1135 1035 830 700 640 555 495 445 375 1910 1450 1355 1240 1440 1320 1250 1205 1110 1110 1015 815 685 625 545 485 435 365 1870 1420 1330 1215 1410 1295 1225 1180 1085 1085 995 795 670 610 530 475 425 360 1830 1390 1300 1185 1380 1265 1200 1155 1060 1060 970 780 655 600 520 465 420 350 1790 1360 1270 1160 1350 1240 1170 1125 1040 1040 950 760 640 585 510 455 410 345 1750 1330 1240 1135 1320 1210 1145 1100 1015 1015 930 745 625 570 495 445 400 335 1705 1295 1210 1105 1285 1180 1115 1075 990 990 905 725 610 560 485 430 390 325 1650 1250 1170 1070 1240 1140 1080 1035 955 955 875 700 590 540 470 415 375 315 700 1555 1180 1105 1010 1170 1075 1015 980 900 900 825 660 550 510 440 395 355 300 750 1460 1110 1035 945 1100 1010 955 920 845 845 775 620 520 475 415 370 335 280 800 1135 865 805 735 855 785 745 715 660 660 605 485 405 370 325 290 260 220 850 940 715 665 610 710 650 615 590 545 545 500 400 335 305 265 240 215 180 Size of Pipe w. 1 1V4 Wz 2 2Vz 3 V/z 4 s 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD Standard Grade A Seamless Steel Pipe For Oil Piping Within Refinery Limits, Section 3, Code for Pressure Piping *Wall Thick ness Temperature------ Degrees Fahrenheit 100 | 150 | 200 | 250 | 300 [ 350 | 400 | 450 | 500 | 550 | 600 | 650 | 700 1 750 | 800 I 850 i 900 | 950 j 1000 ____________________________ Working Pressures, Pounds per Square Inch .113" .133 .140 .145 1620 1590 1555 1525 1495 1465 1435 1400 1370 1340 1305 1260 1210 1115 915 735 560 415 280 1740 1705 1675 1640 1610 1575 1540 1510 1475 1440 1405 1355 1300 1200 985 790 600 445 300 1515 1485 1455 1430 1400 1370 1340 1310 1280 1255 1220 1180 1135 1045 855 690 520 385 260 1390 1365 1340 1315 1285 1260 1235 1205 1180 1150 1125 1085 1040 960 785 635 480 355 240 .154 1235 1210 1190 1165 1140 1120 1095 1070 105011020 995 965 925 850 700 560 425 315 215 .203 1530 1500 1475 1445 1415 1385 1355 1325 1300 1265 1235 1195 1145 1055 865 695 530 390 265 ,.216 1375 1350 1320 1295 1270 1245 1220 1190 1165 1140 1110 1070 1030 950 775 625 475 350 235 .226 ' 1270 1245 1220 1200 1175 1150 1125 1100 1075 1050 1025 990 950 875 720 580 440 325 220 .237 1200 1180 1155 1130 1110 1085 1065 1040 1015 995 970 935 900 830 680 545 415 305 205 .258 .280 .322 .365 .375- 1095 1075 1055 1035 1015 990 970 950 930 905 885 855 820 755 620 500 380 280 190 1010 990 970 950 935 915 895 875 855 835 815 785 755 695 570 460 350 260 175 920 905 885 870 850 835 815 800 780 765 745 720 690 635 520 420 320 235 160 870 855 835 820 805 790 $770 755 735 720 700 680 650 600 490 395 300 220 150 750 735 720 705 690 675 665 650 635 620 605 585 560 515 425 340 260 190 130 .375 .375 .375 .375 .375 680 665 655 640 625 615 600 590 575 560 550 530 510 470 385 310 235 175 120 590 580 570 560 545 535 525 515 500 490 475 460 445 410 335 270 205 150 100 520 510 500 490 480 475 465 450 440 430 420 405 390 360 295 240 180 135 90 470 460 450 445 435 425 415 405 400 390 380 365 350 325 265 215 160 120 80 400 395 385 375 370 360 355 345 340 330 325 310 300 275 225 180 140 100 70 Size of Pipe 1" W4 iy2 2 2Vz 3 31/2 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD Extra Strong Grade A Seamless Steel Pipe For Oil Piping Within Refinery Limits, Section 3, Code for Pressure Piping Wall Thick ness Temperature------ Degrees Fahrenheit 100 j 150 | 200 j 250 [ 300 | 350 | 400 | 450 [ 500 | 550 | 600 | 650 | 700 | 750 | 800 j 850 | 900 | 950 11000 Working Pressures, Pounds per Square Inch .179" .191 .200 .218 .276 .300 .318 .337 .375 .432 .500 .500 .500 .500 .500 .500 .500 .500 2820 2765 2710 2660 2605 2550 2500 2445 2390 2335 2275 2195 2110 1945 1565 1285 970 720 490 2455 2405 2360 2315 2265 2220 2175 2125 2080 2030 1980 1910 1835 1690 1385 1115 850 625 425 2280 2235 2195 2150 2105 2065 2020 1975 1930 1885 1840 1775 1705 1570 1290 1040 785 580 395 2055 2015 1975 1935 1895 1860 1820 1780 1740 1700 1655 1600 1535 1415 1160 935 710 525 355 2315 2270 2225 2185 2140 2095 2050 2005 1960 1915 1865 1805 1730 1595 1310 1055 800 590 400 2105 2065 2025 1985 1945 1905 1865 1825 1785 1740 1700 1640 1575 1475 1190 960 725 535 365 1985 1945 1910 1870 1835 1795 1760 1720 1680 1640 1600 1545 1485 1370 1120 905 685 505 340 1880 1845 1810 1770 1735 1700 1665 1630 1590 1555 1515 1465 1405 1295 1065 855 650 480 325 1725 1690 1655 1625 1590 1560 1525 1495 1460 1425 1390 1340 1290 1190 975 785 595 440 295 1725 1690 1655 1625 1590 1560 1525 1495 1460 1425 1390 1340 1290 1190 975 785 595 440 295 1550 1520 1490 1460 1430 1400 1370 1340 1310 1280 1250 1205 1160 1070 875 705 535 395 265 1255 1230 1205 1180 1160 1135 1110 1085 1060 1035 1010 975 935 865 710 570 430 320 215 1045 1025 1005 985 965 945 925 905 885 865 840 815 780 720 590 475 360 265 180 955 940 920 905 885 865 850 830 810 790 770 745 715 660 540 435 330 245 165 835 820 805 790 770 755 740 725 705 690 675 650 625 575 470 380 290 215 145 750 735 720 705 690 675 665 650 635 620 605 585 560 515 425 340 260 190 130 660 650 635 625 610 600 585 575 560 545 535 515 495 455 375 300 230 170 115 555 545 535 525 515 505 495 485 470 460 450 435 415 385 315 255 190 140 95 These are the nominal wall thicknesses; they correspond to the thickness of Crane Steel Butt-Welding Fittings. Other Products for Welding Butt-Welding Gate Valves See pages 301 to 307. In close association with the Crane line of Steel Butt-Welding and SocketWelding Fittings shown on the pre ceding pages, is the wide variety of Butt-Welding and Socket-Welding Steel Valves and Welding Type Steel Flanges, available in a complete range of sizes and pressures. In the line offered by Crane Co. are included materials to satisfy the re quirements of every welded installa tion. The butt-welding and socket-welding steel valves and the welding type steel flanges illustrated on this page are representative of the products that make up the complete Crane welding line. For prices and details, refer to the pages indicated below the illustra tions. Socket-Welding Gate Valves See pages 298 and 299. Welding Neck Flanges Butt-Welding Globe and Angle Valves See pages 321 to 326. Slip-On Welding Flanges Socket-Welding Globe and Angle Valves See pages 314 and 315. Butt-Welding Swing Check Valves See pages 332 to 336. Cranelap Flange with Welding Nipple Welding Neck, Slip-On Weld ing, and Cranelap Flanges are shown on pages 361 to 367. Welding Nipples for use in combination with Cranelap Flanges are shown on page 355. Socket-Welding Horizontal Check Valves See pages 328 and 329. CRANE Forged Steel Flanges The Crane line of Forged Steel Flanges includes a complete assortment of types in a wide range of straight and reducing sizes. The flanges are regularly manufactured for the 150, 300, 400, 600, qoo, 1500, and 2500-Pound pressure classes. Special flanges can be made to order; flanges listed and described in this section include : Screwed Flanges Reducing Screwed Flanges Blind Flanges Cranelap Flanges Welding Neck Flanges Slip-On Welding Flanges Reducing Slip-On Welding Flanges Pressure-Temperature Ratings............. General Description............................... List Prices 150 and 300-Pound..................... 400, 600, qoo, and 1500-Pound. Dimensions 150, 300, and 400-Pound.......... 600, qoo, 1500, and 2500-Pound page 362 page 363 page 364 page 365 page 366 page 367 \ sj; # % #* 361 The Forged Steel Flanges listed above comprise only a part of the complete line of Crane steel products. * Other steel products are shown and described in detail in other sections of this catalog. Refer to the following pages; Steel Welding Fittings......................................................................... pages 351 to 360 Steel Flanged Fittings......................................................................... pages 343 to 349 Steel Screwed Fittings......................................................................... pages 337 to 342 Steel Bushings................................................................................................................ page227 Steel Plugs....................................................................................................................... page228 Wrought Couplings...................................................................................................... page229 Wrought Steel Nipples.................................................................... pages 230 and 231 Forged Steel Unions..........................................................................pages 247 and 248 Forged Steel Flange Unions...........................................................pages 252 and 253 Steel Gate Valves..................................................................................pages 297 to 307 St<;el Globe and Angle Valves.......................................................... pages 309 to 326 Steel Check Valves...............................................................................pages 327 to 336 Steel Stop-Check Valves.....................................................................pages 370 to 374 Steel Blow-Off Valves.................................................................................................. page377 Steel Safety Valves............................................................................pages 391 and 392 Steel Relief Valves................................................................................ pages 403 to 407 Steel Steam Traps......................................................................................................... page416 Steel Sediment Separators......................................................................................... page423 Fabricated Piping... .pages 597 to 619 Valves and Fittings for Marine Service... .pages 459 to 478 \ I I: ii r *1 ' I , i tf 3-_~ r 362 CRANE Forged Steel Flanges Working Pressures, Pounds per Square Inch, Non-Shock--For Flanges Shown on Pages 363 to 367 Fluid Temp. Carbon Steel Flanges No. 4 Carbon-Molybdenum No. 5 Chrome-Molybdenum Alloy Alloy Steel Flanges Steel Flanges (Made to order) Deg. F. 150 300 400 600 900 1500 300 400 600 900 1500 2500 300 400 600 900 1500 2500 Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. ; | ( Steam, Water, Oil, Oil Vapor, Gas, or Air Steam Steam, Oil, or Oil Vapor i Flanges with Standard Facings Other Than Ring Joint 1 100 230 500 670 1000 1500 2500 600 800 1200 1800 3000 5000 600 800 1200 1800 3000 5000 150 220 480 640 960 1440 2400 590 775 1180 1770 2950 4905 590 775 1180 1770 2950 4905 200 210 465 620 930 1395 2325 580 750 1160 1740 2900 4810 580 750 1160 1740 2900 4810 250 200 450 600 900 1350 2250 560 725 1120 1680 2800 4645 560 725 1120 1680 2800 4645 ^ r >. i 300 190 435 580 870 1305 2175 540 700 1080 1620 2700 4480 540 700 1080 1620 2700 4480 350 180 420 560 840 1260 2100 520 675 1040 1560 2600 4315 520 675 1040 1560 2600 4315 l' 400 170 405 540 810 1215 2025 500 650 1000 1500 2500 4150 500 650 1000 1500 2500 4150 6 450 160 390 520 780 1170 1950 480 625 960 1440 2400 3985 480 625 960 1440 2400 3985 500 150 375 500 750 1125 1875 460 600 920 1380 2300 3820 460 600 920 1380 2300 3820 ; 550 140 360 480 720 1080 1800 440 575 880 1320 2200 3655 440 575 880 1320 2200 3655 f 600 130 345 460 690 1035 1725 420 550 840 1260 2100 3490 420 550 840 1260 2100 3490 650 120 330 440 660 990 1650 400 525 800 1200 2000 3325 400 525 800 1200 2000 3325 1 700 110 315 420 630 945 1575 380 500 760 1140 1900 3160 380 500 760 1140 1900 3160 750 100 300 400 600 900 1500 360 475 720 1080 1800 2995 360 475 720 1080. 1800 2995 800 85 250 335 500 750 1250 850 70 200 270 400 600 1000 (See ratings below) (See ratings below) i 800 850 900 950 1000 *92 *275 *370 *550 *830 *1380 340 *82 *245 *330 *490 *740 *1230 320 *70 *210 *280 *420 *630 *1050 300 *55 *165 *220 *330 *495 *825 265 *40 120 *160 *240 *360 *600 190 450 425 400 350 250 680 1020 1700 2830 340 450 680 1020 1700 2830 640 960 1600 2665 320 425 640 960 1600 2665 600 900 1500 2500 310 410 620 930 1550 2580 530 795 1325 2205 300 400 600 900 1500 2500 380 570 950 1580 200 275 400 600 1000 1675 11 h ;J 4 ' Flanges with Ring Joint Facing ' .\ Steam, Water, Oil, Oil Vapor, Gas, or Air - Steam Steam, Oil, or Oil Vapor 100 150 ZOO 250 300 350 400 450 500 550 600 650 =700 750 800 850 800 850 900 950 1000 1050 1100 275 600 800 1200 1800 3000 720 960 1440 2160 3600 6000 720 960 1440 2160 3600 6000 255 575 .765 1150 1725 2875 700 925 1400 2100 3500 5825 700 925 1400 2100 3500 5825 240 550 730 1100 1650 2750 675 900 1350 2025 3375 5625 680 900 1360 2040 3400 5660 225 525 700 1050 1575 2625 650 875 1300 1950 3250 5425 660 875 1320 1980 3300 5495 210 00 670 1000 1500 2500 625 825 1250 1875 3125 5200 640 850 1280 1920 3200 5330 195 475 635 950 1425 2375 600 800 1200 1800 3000 5000 620 825 1240 1860 3100 5165 180 450 600 900 1350 2250 575 775 1150 1725 2875 4800 600 800 1200 1800 3000 5000 165 425 565 850 1275 2125 550 725 1100 1650 2750 4575 575 775 1150 1725 2875 4800 150 400 530 8d0 1200 2000 525 700 1050 1575 2625 4375 550 725 1100 1650 2750 4575 140 380 505 760 1140 1900 500 675 1000 1500 2500 4175 525 700 1050 1575 2625 4375 130 360 480 720 1080 1800 475 625 950 1425 2375 3950 500 675 1000 1500 2500 4175 120 340 450 680 1020 1700 450 600 900 1350 2250 3750 475 625 950 1425 2375 3950 110 320 425 640 960 1600 425 575 850 1275 2125 3550 450 600 900 1350 2250 3750 100 300 400 600 900 1500 400 525 800 1200 2000 3325 425 575 850 1275 2125 3550 85 250 335 500 750 1250 70 200 270 400 600 1000 (See ratings below) (See ratings below) t92 |275 t370 f550 f830 fl380 375 ' f82 t245 f330 1490 t740 fl230 350 t70 |210 f280 1420 t630 tl050 325 t55 tl65 f220 1330 t495 f825 300 t40 |120 tl60 1240 t360 t600 200 500 475 425 400 275 750 1125 1875 3125 400 525 800 1200 2000 3325 700 1050 1750 2925 375 500 750 1125 1875 3125 650 975 1625 2700 350 475 700 1050 1750 2925 600 900 1500 2500 325 425 650 975 1625 2700 400 600 1000 1675 300 400 600 900 1500 2500 225 275 425 650 1075 1775 150 200 275 425 700 1175 ^Ratings identified by the asterisk (*), in so far as steam service is concerned, are limited for use in oil refineries only and apply to sizes 12" and smaller only. fRatings identified by the dagger (t), in so far as steam service is concerned, are limited for use in oil refineries only. j ( i ! ! * V *> :} f ! i ; s ; ! ; j These ratings apply to the Crane Forged Steel Flanges shown on pages 363 to 367. Flange facings: Unless otherwise ordered, 150 and 300-Pound Flanges regularly are furnished with a ^6-inch raised face, and 400-Pound and higher pres sure flanges, with a J^-inch male face or a %-inch female face, as ordered. Cold service: For temperatures between o and ioo F,, the ratings for ioo F. apply. For sub-zero service, materials with suitable impact resistance must be used; recommendations on request. Cranelap Flanges and Joints: These ratings also apply to Cranelap Flanges, the rating being depend ent upon the type of facing applied to the lapped pipe end. Ratings for Cranelap Joints are contingent upon the use of pipe having an equal or higher rating. Standards: Crane pressure-temperature ratings agree with those in the American Steel Flange Stand ard, No. Bi6e-iq3q; the A.P. I. Standard No. 600A-39 and Supplement No. 1, Adopted iQ4o;and theA.P.I. Standard No. 5-G-3, 1940. s* - CRANE Forged Steel Flanges 363 For working pressures, see page 362. | I' f' I | A A complete line: The Crane line of Forged Steel Flanges in cludes a complete assortment of types in a wide range of straight and reducing sizes for seven different pressure classes (i 50, 300, 400, 600, qoo, 1500, and 2500-Pound). The flanges are made in a variety of materials and with various flange facings, provid ing flanges for every service requirement. ! - Materials: Flanges made of Crane Forged Carbon Steel will be -furnished unless otherwise ordered. List prices are shown on the two pages following (list prices of 2500-Pound Flanges are furnished on application). Flanges made of Crane No. 4 Carbon-Molybdenum or Crane No. 5 Chrome-Molybdenum Forged Steel can be furnished when orders so specify. See the Crane Discount Sheet for prices. 1 ' When so ordered, 150 and 300-Pound Forged Carbon Steel Flanges can be furnished heat treated (normalized or annealed) to conform to A.S.T.M. Specification A 105-36; prices on request. | 1 ,, Drilling: Flanges of each pressure class are furI nished faced, drilled, and spot faced (F.D. & S.F.) f- unless otherwise ordered. List prices include drilling I to the corresponding pressure class of the American | Standard. No deduction is made if flanges are ordered faced only. Flange facings: The 150 and 300-Pound Forged j Steel Screwed, Slip-On Welding, Welding Neck, and { Blind Flanges are regularly furnished with an Amer- 1 ican Standard Y>-inch raised face. In the 400, boo, J qoo, 1500, and 2500-Pound pressure classes, these j flanges are regularly furnished with an American j Standard Y^-inch male face (large male) or an Amer- j ican Standard i^-inch female face (large female); orders must specify which facing is wanted. )' When so ordered, the'flanges can be furnished with "j other types of facing, such as ring joint, tongue, j groove, etc. See the Crane Discount Sheet for prices. ing flanges, the reduced size should be designated first, and then the outside diameter of the flange. For example, a 6oo-Pound Flange to connect a 6-inch pipe to a io-inch valve or fitting (O.D. of flange, 20 inches) should be ordered, 6" x 20" Reducing Flange. Reducing Welding Neck Flanges: Reducing Welding Neck Flanges can be made to order. For prices, see the Crane Discount Sheet. Eccentric Reducing Flanges: Forged Steel Ec centric Reducing Screwed and Slip-On Welding Flanges can be made to order. For prices, see the Crane Discount Sheet. American Standard: The dimensions and drilling of all flanges conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6eiq3q, for their respective pressure class. s Finish of flange faces: The-Wie-inch raised faces The American Standard does not include qoo or j and the )4-inch large male faces are finished with 1500-Pound Flanges in the 334-inch size. Neither concentric grooves, approximately 32 grooves per does it include 400, 600, qoo, or 1500-Pound Slip-On 1 inch, known as a "serrated" finish. Large female faces have a smooth finish. Welding Flanges. Crane flanges of this type have the same dimensions as American Standard Steel Screwed Flanges, being bored instead of threaded. I A smooth finish can be furnished on the raised or The American Standard has increased slightly the l male faces, when so specified. See the Crane Dis- thickness of 150-Pound loose flanges in sizes 1 to count Sheet for prices. The smooth finish is recom 3 )4-inch; see pages 366 and 367 for dimensions. mended when a metallic gasket is used. 3-inch 300 and 600-Pound Cranelap Joints: List prices of reducing flanges: The list prices When 3-inch 300 or 6oo-Pound Flanges with ring of Reducing Screwed and Reducing Slip-On Welding joint facing are to be bolted to Cranelap joints, orders Flanges apply to any reduction. The price is gov- must so specify; they require a groove of special , j erned by the outside diameter of the flange. pitch diameter. See page 562 for dimensions. > '> Ordering reducing flanges: When ordering reduc- List prices . . . .pages 364 and 365 Dimensions .pages 366 and 367 Description of materials,. . .pages 1 to 9 Templates for drilling.. . -pages 553 to 555 364 CRANE Forged Steel Flanges For description, see the preceding page. Screwed Flange No. 556, 150-Pound No. 291E, 300-Pound No. 651E, 400-Pound No. 856 E, 600-Pound No. 1266 E, 900-Pound No. 1556 E, 1500-Pound Cranelap Flange No. 572, 150-Pound No. 496 E, 300-Pound No. 664 E, 400-Pound No. 862 E, 600-Pound No. 1262 , 900-Pound No. 1562 E, 1500-Pound .* Slip-On Welding Flange No. 554, 150-Pound No. 294 E, 300-Pound No. 694 E, 400-Pound No. 854 E, 600-Pound No. 1294 E, 900-Pound No. 1594 E, 1500-Pound ~ Reducing Slip-On Welding Flange No. 554%, 150-Pound No. 290 E, 300-Pound No. 693 E, 400-Pound No. 853 E, 600-Pound No. 1295 E, 900-Pound No. 1595 E, 1500-Pound Welding Neck Flange No. 568, 150-Pound No. 296 E, 300-Pound No. -656 E, 400-Pound No. 855 E, 600-Pound No. 1265 E, 900-Pound No. 1565 E, 1500-Pound Reducing Screwed Flange No. 558%, 150-Pound No. 292 E, 300-Pound No. 658 E, 400-Pound No. 857 E, 600-Pound No. 1263 E, 900-Pound No. 1558 E, 1500-Pound Blind Flange No. 556%, 150-Pound No. 297 E, 300-Pound No. 657 E, 400-Pound No. 858 E, 600-Pound No. 1267 E, 900-Pound No. 1557 E, 1500-Pound List Prices, Each--Faced, Drilled, and Spot Faced Class Size of Pipe Inches Straight Size Flanges Screwed, Cranelap, or Slip-On Welding Welding Neck Blind Reducing Flanges Outside Diameter of Flange Inches Screwed or Slip-On Welding 150 Pound 300 Pound % 8.00 % 8.00 i 8.00 i% 9.00 i% 10.00 2 11.00 2% 13.00 3 15.00 3% 19.00 4 20.00 5 24.00 6 27.00 8 35.00 10 48.00 12 60.00 14 OD 80.00 16 OD 100.00 18 OD 125.00 20 OD 150.00 24 OD 240.00 y2 8.00 % 8.00 i 8.00 i% 9.00 1% I 10.00 2 11.00 2% 13.00 *3 15.00 3% 19.00 . 4 20.00' 5 24.00 6 27.00 8 35.00 10 48.00 12 60.00 14 OD 80.00 16 OD 100.00 18 OD 125.00 20 OD 150.00 24 OD 240.00 11.00 11.00 11.00 11.00 11.00 11.00 13.00 15.00 19.00 20.00 24.00 27.00 44.00 62.00 96.00 130.00 165.00 220.00 290.00 380.00 11.00 11.00 11.00 11.00 11.00 11.00 13.00 15.00 19.00 20.00 24.00 27.00 44.00 62.00 96.00 130.00 165.00 220.00 ,, 290.00 380.00 - 11.50 11.50 11.50 11.50 11.50 12.60 14.70 17.05 21.65 23.70 28.20 31.60 . 42.00 58.00 76.00 126.00 147.00 210.00 252.00 320.00 11.50 11.50 11.50 11.50 11.50 12.60 14.70 17.05 21.65 23.70 28.20 31.60 42.00 58.00 76.00 126.00 147.00 210.00 252.00 320.00 || 4y4 4% 5 6 7 7% 8% 9 10 11 13% 16 19 21 23% 25 27% 32 16.00 18.00 20.00 21.00 24.50 28.00 35.00 37.00 44.00 49.00 63.00 86.00 108.00 144.00 180.00 225.00 270.00 380.00 ' 47/s 5% 6% 6% 7% 8% 9 10 11 12% 15 17% 20% 23 25% 28 30% 36 16.00 18.00 20.00 | 21.00 24.50 28.00 35.00 37.00, 44.00 ' 49.00 63.00 86.00 108.00 144.00 180.00 225.00 270.00 380.00 *3" 300-Pound flanges with ring joint facing to bolt against a Cranelap joint must be specialty ordered; they require a groove of special pitch diameter. See page 562 for dimensions. (Continued on the following page) Galvanized Flanges... .page 572 CRANE Forged Steel Flanges 365 List Prices, Each--Faced, Drilled, and Spot Faced (Cont.) Class Size of Pipe Inches Straight Size Flanges Screwed, Cranelap, or Slip-On Welding Welding Neck Blind Reducing Flanges Outside Diameter of Flange Inches Screwed or Slip-On Welding 400 For smaller sizes, 600 Pound. 600 Pound 900 Pound For smaller ^sizes. use .] <rnn Pound. lsnn Pound (Prices 14" OD Flanges on request) 4 S 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD Vz % l lVi Wz 2 2i/2 *3 3% 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD 3 3V4 4 5 6 8 10 12 HOD 16 OD 18 OD 20 OD | 24 OD | V2 or % | 1| Wi | lVz | 2| 2% | 3| Wz | 4| 5| 6| 8 10 12 | 20.00 24.00 27.00 35.00 48.00 60.00 80.00 100.00 125.00 150.00 240.00 9.50 9.50 10.00 10.75 11.75 13.00 15.00 18.50 22.50 33.00 46.00 55.00 80.00 125.00 150.00 180.00 240.00 300.00 360.00 540.00 29.00 35.00 51.00 71.00 86.00 155.00 225.00 300.00 380.00 460.00 650.00 795.00 1500.00 14.00 14.00 14.00 16.00 22.00 29.00 38.00 45.00 60.00 105.00 132.00 220.00 365.00 550.00 20.00 24.00 27.00 44.00 62.00 96.00 130.00 165.00 220.00 290.00 380.00 16.30 16.30 16.30 16.30 16.30 16.30 19.00 23.00 29.00 39.00 53.50 63.50 90.00 138.00 188.00 200.00 270.00 ,,330.00 400.00 590.00 35.00 42.00 62.00 85.00 104.00 190.00 270.00 360.00 560.00 . 690.00 925.00 1160.00 2100.00 27.00 27.00 27.00 27.00 27.00 35.00 46.00 54.00 72.00 125.00 160.00 165.00 440.00 660.00 23.70 28.20 31.60 42.00 58.00 76.00 126.00 147.00 210.00 252.00 320.00 11.50 11.50 || 11.50 11.50 11.50 12.60 14.70 17.05 21.65 40.00 56.00 * 66.00 96.00 150.00 180.00 216.00 288.00 360.00 432.00 648.00 35.00 42.00 62.00 85.00 104.00 190.00 270.00 360.00 455.00 555.00 780.00 955.00 1800.00 17.00 || 17.00 17.00 19.00 27.00 35.00 46.00 54.00 72.00 125.00 160.00 265.00 440.00 660.00 10 11 nvz 15 171/2 201/2 23 25i/2 28 301/2 36 .... 47/g 51/4 6% 61/2 71/2 81/4 9 103/4 13 14 I6I/2 20 22 233/4 27 291/4 32 37 91/2 103/4 111/2 133/4 15 I8I/2 2H/2 24 251/4 273/4 31 333/4 41 57/g 61/4 7 81/2 93/8 101/2 11 121/4 143/4 151/2 19 23 261/2 37.00 44.00 49.00 63.00 86.00 108.00 144.00 180.00 225.00 270.00 380.00 16.00 18.00 20.00 21.00 24.50 28.00 35.00 57.00 79.00 94.00 136.00 212.50 255.00 306.00 408.00 510.00 612.00 918.00 48.00 56.00 81.00 113.00 137.00 245.00 360.00 480.00 610.00 740.00 1040.00 1275.00 2400.00 22.00 22.00 26.00 35.00 48.00 60.00 72.00 | 96.00 | 170.00 | 210.00 350.00 565.00 800.00 Facings Screwed, Slip-On Welding, Welding Neck, and Blind Flanges in the 400, 600, qoo, and 1500-Pound pres sure classes are furnished with either a }4-i.nch large male or %-inch large fe male face; orders should / specify which facing is wanted. In the 150 and 300-Pound pressure classes, the flanges are regularly furnished with a jJe-inch raised face. Other flange facings such as ring joint, tongue, groove, etc., can be fur nished on order; see the Crane Discount Sheet for prices. Welding Neck Flanges Unless otherwise ordered, 150 and 300-Pound Weld ing Neck Flanges in sizes 12-inch and smaller are bored to match the inside diameter of Standard pipe (the heaviest weight on sizes 8, 10, and 12-inch). For sizes larger than 12inch on the 150 and 300Pound Welding Neck Flanges and for all sizes in the 400, 600, qoo, and 1500Pound classes, orders must specify the inside diameter of the bore (I.D. of pipe). Cranelap Flanges For information on com plete Cranelap Joints, see page 605. Cr.anelap Flanges also are recommended for use in combination with Cranelap Welding Nipples; see page 355. *3-inch Cranelap Joints (300 or 600-Pound) When 3-inch 300 or 600Pound Flanges with ring joint facing are to be bolted to Cranelap joints, orders must so specify; they require a groove of special pitch diameter. See page 562 for dimensions. For description, see page 363. For dimensions, see pages 366 and 367. 29 366 CRANE Forged Steel Flanges ------------------- A--------- t3 lB ? c >1w-j l Screwed Flange 150 and 300-Pound Dimensions, in Inches < -----------------A i<--------------------- D Screwed Flanges 400, 600, 900, 1500, and 2500-Pound -DBored to slip_ W, over pipe Jl + Cranelap Flange 150 and 300-Pound A D over pipe TT Bi Cranelap Flange 400, 600, 900, 1500, and 2500-Pound Welding Neck Flange 150 and 300-Pound Slip-On Welding Flange 150 and 300-Pound Slip-On Welding Flanges 400, 600, 900, and j 500-Pound | SE A BjC D Bolts No.lDia. E F( j G j H J! % 3% Vis ! 1% 1 23/8 | 4 | 1/2 | % I 1% | 0.62| 0.841 % | % 3% 1/2 lin/ifil 23/4 | 4 ! 1/2.I % 1 21/ib | 0.821 1.051 % i 4% s/i6 1 2 | 3% | 4 1 1/2 1 3/4 |23/16| 1,, 05 1.321 ii/ie i% 4% % 1 21/2 I 31/2 ! 4 | 1/2 |13/1B| 21/4 | 1.38 1.66| 13/1B i% 5 n/iel 2% | 31/s 1-4 I 1/2 ! % |2%sl 1.611 1.90| % 2 6 3/4 1 3% | 43/4 | 4 | % 1 1 1 21/2 | 2.07| 2.38| 1 2% 7 Vs ! 4i/s | 51/2 I 4 | % ! 1% | 23/4 | 2.471 2.88| 1% 3 7% 15/ibI 5 | 6 | 4 | % |13/1B| 23/4 3.07| 3.50| 13/1S' 3% 8% 15/i6| 51/2 I 7 |8I % | 11/4 |2i3/lfi 3.55| 4.00| 1% 150 4 Pound 5 6 '3 9 lS/l8 1 63/, ,, | 71/2 10 lS/l6 1 75/16 1 8I/2 11 1 1 8.1/2 | 9% 131/2 ll/s | 105/s I 113/4 8 1 % 115/,6 | 3 | 4.03| 4.50 15/16 8 | 3/4 117/16 1 3y2 1 5.0SI 5.56 l7/,8 8 ! 3/4 ! l9/ie 1 3% 6.07 6.63 l9/,8 8 [ 3/4 ! 13/4 | 4 7.98 8.63 13/4 ro 16- l3/l 6 1123/47 Ml/, 12T 78^11^1 4 10.02 10.75 l15/,8 12 19 iy4 | 15 | 17 12 I 7s 1 23/,b 1 41/2 12.00 12.75 23/, 8 14 OD 21 13/s | I6I/4 | 183/4 12 | 1 | 21/4 | 5 14.00 3% 16 OD 231/2 l7/l6 1 181/2 2H/4 18 OD 25 19/ig 1 21 223/4 20 OD 271/2 lii/isl 23 25 16 | 1 | 2%' | 5 16 | 1% |2H/le| 5% Bore as or 16.00 18.00 37,8 313/,fi 20 11% | 27s 1511/is dered 20.00 4Vl6 24 OD 32 l7/s 1271/4 29% 20 | U/4 | 31/4 | 6 124.00 43/s % 1 3*/4 1 9/,s 1 l3/s 2% 4 1 % 7s I2i/1B 0.62 0.84 7s S/4 4% 1 5/s m/ie 31/4 4 1 5/8 1 1 21/4 0.82 1.05 1 1 41/8 1 n/ie 2 3% 4 1 5/s 1%s 12%8 1.05 1.32 I1/,6 1V4 51/4 1 % 21/2 37s 4 1 5/s IV16 1 25/,B 1.38 1.66 lVlB 1% 6i/s |i% 27/s 4% 4J 3/4 l%fi 1211/,8 1.61 1.90 13/IB r&% 'l /7/s, (3%) /5 '8 \(5/s'. 75/ie] 23/4 2.07 2.38 15/16 7% i| "Ir' 4i/s 57/s 8 1 3/4 1%"I 3 2.47 2.88 1%" 3-` 81/4 1 li/s 5 65/g 8 1 3/4 ln/isl 3% 3.07 3.50 1*7,8 3% 9 |13/,b 51/2 71/4 8 1 3/4 13/4 |33/1B 3.55 4.00 13/4 300 \ 4 Pound 5 l r^6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD 10 I 11/4 11 1 l3/s 12i/2 | i7/l6 15 I 1% 171/2 1 1% 201/21 2 23 | 21/s 251/2 1 21/4 28 | 23/8" 301/2 | 21/2 .36 | 23/4 63/is 75/ie 8% 105/8 123/4 15 16% 18% 21 23 271/4 77/s 8 1 3/4 91/4. 8 1 3/4 10%* 12 | 3/4. 13 I 12 I Vs 151/4 I 16 | 1 1734 | 16 11% 201/4 | 20 11% 22% | 20 111/4 243/4 | 24 111/4 27 | 24 [ 11/4 32 | 24 11% 17s J 33/g 2 1 37s 21/18 1 37s 2V,8 1 43/s 25/s | 45/s 27s 1 5% 3 1 55/s 31/4 1 53/4 3% 1 6% 33/4 | 63/s 43/16 1 65/g 4.03 4.50 17s 5.05 5.56 2 6.07 6.63 21/18 7.98 8.63 27,8 10.02 10.75 33/4 12.00 12.75 4 14.00 Bore 16.00 as or 18.00 dered 20.00 43/s 43/4 5% 5% 24.00 6 4 10 | 1% 63/ie 7% 1 8 [ % | 2 | 33/4 31/2 4.50 2 400 Pound 5 11 1 ll/2 75/16 6 121/2 1 1% 8% 8 15 | 1% 10% 10 171/2 1 2i/s 123/4 12 201/2 | 21/4 15 MOD 23 | 23/s | I6I/4 91/4 1 8 | % | 2% | 41/4 4 5.56 2% 105/8 | 12 | % | 21/4 | 45/,G 4V,8 6.63 274 13 [ 12 | 1 |2H/1B| 4% 45/g 8.63 2*7,6 151/4 | 16 11% | 2Vs 1 5% 47s 10.75 4 173/4 | 16 111/4 1 3% | 5% | 53/s 12.75 474 201/4 | 20 111/4 1 3S/1b 1 6% | 57s 14.00 45/g 16 OD 251/2 | 21/2 118% 22% 1 20 |1%|3H/16| 6% | 6 16.00 5 18 OD 28 | 2% | 21 243/4 | 24 11% | 3% | 63/4 | 6% 18.00 53/s 20 OD 301/2 | 23/4 | 23 27 | 24 11% | 4 | 67s 1 6s/8 20.00 53/4 24 OD 36 | 3 | 271/4 | 32 | 24 | 13/4| 41/2 | 7% | 67* 24.00 674 CRANE Dimensions, in Inches (Cont.) 367 Class Pipe Size A B C Bolts D No. |Dia. E F G H * J 600 Pound % 33/4 % 4% l 4% W* 51/4 l% 6% 2 61/2 2% 71/2 3 81/4 31/2 9 4 103/4 5 13 6. 14 8 I6I/2 10 | 20 12 | 22 14 OD| 2334 16 OD| 27 18 OD| 291/4 20 OD[ 32 24 OD| 37 3 1 9i/2 31/2 103/4 4 111/2 9/l6 % "/is 13/l6 7g 1 1% m l3/s 11/2 1% l7/s 23/i6 21/2 2% 23/4 3 31/4 31/2 4 11/2 l5/s 1% 13/s l"/l6 2 21/2 27s 3% 4i/s 5 51/2 63/ls 73/is 8Vi 10% 123/4 15 I6I/4 18% 21 23 271/4 5 5% 63/16 2% 4 1 % 7s 2Ms 1 21/is 1 0.84 7/8 31/4 4 I % 1 2% 1 21/4 1 1.05 1 3% 4 I % 17is 211/i6|27i6| 1.32 n'/,, 37s 4 I % 1% 27s 1 2% | 1.66 1% 41/2 4 1 34 174 3 234 1.90 5 8 | % 17lS 3% 27s 2.38 l7/i6 57s 8 I 34 1% 33/g 3% 2.88 15/ 6% 8 1 34 l13/l6 372 31/4 3.50 li346 71/4 8 1 7s 113/16 3% 33/s 4.00 li5/16 8% 8 1 7s 2% 41/4 4 4.50 23/s 10% 8 1 1 23/s 43/4 4% 5.56| 2% 11% 12 | 1 2% 47s 4% 6.63[ 2% 133/4 12 | 1% 3 5% 574 8.63 3 17 16 174 33/g 61/4 6 10.75 4% 191/4 20 W* 3% 63/s 6% 12.75 203/4 20 13/g 3i Ms 634 6% 14.00 * 233/4 20 1% 43/is 71/4 7 16.00 572 253/4 | 20 1% 4% 71/2 71/4 18.00 . 6 28% 24 1% 5 73/4 772 20.00 b /2 33 24 17s 5% 81/4 8 24.00 7% 7% 8 7s 2% 41/4 4 3.50 278 8% 91/4 8 8 1 23/16 472 1% 23/4. 434 41/4 4% 4.00 4.50 2253/i46 5 133/4 2 7s/l6 11 8 174 3% 51/4 5 5.56 900 Pound 6 8 10 12 15 2%e (8% 121% 12 17s 33/s I8I/2 272 10% 15% 12 13/s 4 211/2 2% 123/4 18% 16 13/s 1 41/4 24 37s 15 21 20 13/s 1 4% 534 572 6.63 6%772 6% 774 8.63 10.75 aj/ g 8% 77s 12.75 14 OD 251/4 3% 161/4 22 20 1% 5% 8% 83/g 14.00 16 OD 273/4 31/2 18% 241/4 20 1% 51/4 83/4 872 16.00 18 OD 31 4 21 27 20 17s 6 91/4 9 18.00 714 20 OD 333/4 41/4 23 29% 20 2 61/4 10 934 20.00 8% 24 OD 41 51/2 271/4 351/2 | 20 2% 8- 113/4 1172 24.00 1014 1500 Pound Vi % 1 0/4 lVi 2 21/2 3 31/2 4 43/4 7s 1% 31/4 4 3/4 174 23/s 2% 0.84 114 51/s 1 l'Vw 3% 4 " 3/4 1% 3 2*4 1.05 134 57s 17s 2 4 61/4 li/s 21/2 43/s 4 4 7s 1% 37s 27s 1.32 154 7s 1% 3% 27s 1.66 \s/s 7 11/4 27s 47s 4 1 134 3% 31/4 1.90 134 81/2 lVi 3% 6% 8 7s 21/4 41/4 4 2.38 214 9% l5/s 4i/s 7% 8 1 272 43/s 4% 2.88 214 I01/2 17s 5 8 8 17s 27s 47s 4% 3.50 2% 11 2 51/2 8% 8 17s 31/isl 5 434 4.00 3Vi6 121/4 21/s 63/lS 9% 1 8 174 33/16 I 5% 47s 4.50 39/i6 5 143/4 27s 73/16 11% 1 8 1% 4% 63/s 67s 5.56 47s 6 151/2 31/4 8% 12i% | 12 1% 411/16 7 634 6.63 4ll/i6 8 19 33/s 10% 15% | 12 1% 5% 8% 83/g 8.63 6% 10 23 41/4 123/4 19 | 12 17s 61/4 1074 10 10.75 7 12 261/2 47s 15 221/z | 16 2 77s 11% 117s 12.75 8% 14 OD 291/2 51/4 16% 25 | 16 21/4 12 1134 14.00 93/2 V2 51/4 l3/l6 1% 31/2 1 4 3/4 l9/l6 3i/s 27s 0.84 l9/i6 % 51/2 m- l"/i6 33/4 1 4 34 l1 Ms 33/g 3% 1.05 lll/i6 1 61/4 1% 2 41/4 1 4 7s 17s 334 3% 1.32 178 IV* 7/4 lVi 2% 5% 1 4 l 21/16 4 334 1.66 2Vie IV2 8 13/4 1 27s 53/4 | 4 l% 23/s 4% 43/s 1.90 23/g 2 91/4 2 3% 6% 1 8 1 23/4 51/4 5 2.38 234 2500 21/2 IOI/2 21/4 4% 73/4 | 8 17s 3% 57s 5% 2.88 33/s Pound 3 12 2% 5 9 |- 8 174 3% 67s 6% 3.50 3% 4 14 3 63/16 1034l 8 l% 4'4 1 734 7% 4.50| 4% 5 I6I/2 3% 75/is 123/4| 8 l34 5% 1 91/4 9 5.561 53/8 6 19 41/4 8% 141/2 8 2 6 | 11 103/4 6.631 6 8 213/4 5 10% [ 171/4 12 2 7 11234 12% 8.631 7 10 1261/2 61/2 1 123/4 I 211/4 12 272 9 | 163/4 16% mAU.7/OCI1 q? 12 | 30 71/4 | 15 | 24% 12 23/4 10 | 18% 1874 12.751 10 Facings: Screwed, Slip-On Welding, and Weldi ng Neck Manges are regularly furnishecl with a Tfe-irich high raised lace in the 150 and 300Pound pressure clas ses, and with either large male or largo female facing as ordered, in the 400. f>00, qoo, 1500 and 2500-Pou nd pres- sure classes. Cranelap joints: C"omplete dimensions of Cranel ap joints (except 2500-Pou nd) are shown on page 608. Complete dimensions of 2500Pound Cranelap Jo ints will be furnished on apfplication. Requests should he accompanied by detailed specifications, including the :hickness of the pipe, the Icin d of lap, and the type of ft icing renuired on the lap. 11 i l.XXl&J. ACCtlJl OLdllVlCtid:' The ullllvl lolUl lo cxi lvJ Ul illing of lldligeS COiUOUll LO LI e AmeriCeil 1 ^Ldl ILlcil LI IOI :eel Pipe Fittings, respec- LI V O pi Lo^Ui L L-ido^. The American Stanc ard does not include poo or 15c>o-Pound Flanges in the 3 3^-i nch size, Neither does the Sta ndard inelude 400, 600, <900, or 1500Pound Slip-On 1'V elding Manges. Crane nanges of this type have the sam 3 dimensions as American Standard Steel Screwed Flang es, being bored instead of thre:aded. The Standard has increased slishtlv the thickness of 1 `To- Pound loose flanges sarison of and Old -lange Th leknesses (15 )-Pound)' Size New Old in sizes 1 to 175-inch. The table at the 1% 'M Vs 1/2 % Vb V2 % risht shows the new and old thickness- 2. V H y2 Vs Hs H 314 m. es. the latter being taken from th e former issue of the America n Stand- ard. Bi6e-1Q32. List prices___ pages 3t 14 and 365 Description.................. Templates for , atuung........... 553 to 555 fir*niaT facings..pages 560 to 563 Welding bevel details. .page 647 368 CRANE Flanged fittings, flanges, and valves made by Crane in lines between compressors and dis tillation unit in a natural gasoline plant. H Crane welding ell and chain wheel operated valve on exhaust steam in a rubber plant. Crane welding fittings, flanges and double disc gate valves in natural gas pipe line. A municipal fire boat with Crane steel gate valves in water pumping lines, and other Crane marine equipment. CRANE Stop-Check, Blow-Off, Pulp Stock, Back Pressure, and Float Valves Stop-Check Valves Service and Features....:....................................... page370 Installation.................................................................. page370 General Description.................................................. page371 Selecting Proper Size................. page 371 250-Pound Ferrosteel................................................ page372 300-Pound Cast Steel......................................... page 373 400-Pound Cast Steel......................................... page 3 74 6oo-Pound Cast Steel......................................... page 374 900 and 1500-Pound Cast Steel...............................page374 Blow-Off Valves 250-Pound Ferrosteel............. '.........................page 376 300-Pound Cast Steel......................................... page 3 77 6oo-Pound Cast Steel......................................... page 377 Cast Iron Blow-Off Crosses...................................... page 376 ** Iron Body Pulp Stock Valves...................................page 375 Iron Body Back Pressure Valves............ pages 378 and 379 Iron Body Exhaust Relief Valves.......... pages 378 and 379 Klipfel Tank Float and Lever Valves.....................page 380 Clayton Float Valves.................................................page 381 Nearly every piping installation requires the use of at least a few of what are generally called "specialties", or more specifically "special duty valves"--valves which are designed for only one particular service or which automatically perform a special function. The Crane line of such valves includes a wide assort ment of types and sizes to fill all normal requirements, and all of these are characteristically Crane in quality. .For greater convenience in catalog use, the Crane line of special duty valves and of specialties has been divided into several groups. In addition to those indexed above, the line includes the following: Safety and Relief Valves............................................................pages 383 to 407 Pressure Regulators and Pressure Reducing Valves............. pages 410 to 414 Steam Traps..................................................................................pages 415 to 419 Steam and Oil Separators; Sediment Separators.................. pages 420 to 423 Expansion Joints...................................................................... pages 424 to 428 .'Flexible Joints; Dayton Couplings.......................................... pages 430 to 433 Water Gauges, Accessories, and Water Columns..................pages 434 to 436 Whistles; Fusible Plugs; Gauges...............................................pages 437 to 439 Lubricators; Oilers; Injectors; Ejectors; Sump Pumps..pages 440 to 442 Brass Lever-Operated Quick-Opening Valves.......................... pages 66 to 69 Brass Chronometer Valves......................................................................page 476 Brass Butterfly and Throttle Valves....................................................page 69 Iron Butterfly and Throttle Valves...................................................... page 148 369 30 370 CRANE Ferrosteel and Cast Steel Stop-Check Valves / Boiler Service and Fundamental Duties Stop-Check Valves are as essential to the safe opera tion of a boiler plant as are the safety valves or other safety devices attached to the boiler. They should be installed in the pipe line between each boiler and the main steam header, when more than one boiler is connected to the same header. These valves should always be placed so that the pressure in the boiler is under the disc. The Stop-Check Valve is intended to perform four important functions'in boiler steam piping: First: To act as an automatic non-return valve, pre venting a back flow of steam from the main steam header to the boiler to which it is connected, in the event of a failure in that boiler. Second: To assist, when ceasing to fire, in cuttin] out a boiler. In this case the disc will close auto matically and prevent header pressure from enterinj the boiler. i '^ Third: To assist in bringing a boiler into service afte it has been shut down. This operation requires con siderable care when performed manually, but th< Stop-Check Valve performs this function automati cally, without pressure fluctuations or disturbance o, the water level. | Fourth: To act as a "safety first" valve in prevent', ing back flow of steam from the header into a boilei which has been shut down for inspection or repair should an attendant accidentally open the valve. 30 Features of the Crane Stop-Check Valve Liner: The liner guides the disc throughout the full travel. It is quickly removable and, being entirely independent of the body, is not subject to distortion by expansion strains. Piston ring: Contributes to the dashpot effectiveness to avoid rapid disc movements. For con ditions of extremely severe pulsa tions two rings may be installed. Throttling lip: The long throt tling lip on the disc retards the flow when the seating position is approached. Disc chattering is prevented and wiredrawing of the seating surfaces is reduced. Seat: Flat seats facilitate true seating; they are readily removed and can be easily reconditioned. Regrinding: Tapped bosses on top of the disc enable nipples or eyebolts to be inserted to facilitate re moval of the disc and regrinding. Section showing disc in partly opened position Dashpot; Self-contained in liner. An effective cushion for the disc to prevent pipe line vibrations, or hammering on the seat, at low velocities or on pulsating loads. ' Dashpot vent: The vent acts as a governor to control the disc speed and assure smooth action. Disc: The one moving part. Made in one piece and cylindrical in shape it has ample guiding sur face. It is light in weight and especially designed to produce a maximum lift at minimum veloc ities. Free of wing guides which cause "spinning" and rapid wear. Ports: Large'port areas produce only a minimum of pressure drop through the valve. They assure unrestricted movementof the disc. Recommendations for Installation Crane 250-Pound Ferrosteel and 300-Pound Cast Steel Stop-Check Valves are available in two styles, each of which can be used in two positions in a boiler installation. Straight-Way Y-Pattern Valves may be used in horizontal lines (Figure No. 1) or in vertical lines for upward flow (Figure No. 2). Angle Y-Pattern Valves may be used for upwardto-horizontal flow (Figure No. 3) or for horizontalto-downward flow (Figure No. 4). The proper method for draining is shown in the illustrations for each of the four positions. DRAIN 1 5-1 Figure No. 3 LOW POINT--CJ Figure No. 4 CRANE 371 Ferrosteel and Cast Steel Stop-Check Valves / General Description Construction: In design and construction, these valves are unusually simple, strong, and rugged. Made with but one moving part, the disc, and em bodying only carefully selected materials, they are exceptionally durable and give long and reliable service. Because of the simplicity of design, all internal parts are easily accessible, and when the occasion should arise, replacements can be made without removing the valves from the line. These valves are equipped with a handwheel which permits them to be closed while under pressure, or if they are already closed automatically, to lock the disc in the closed position. No mechanical con nection is made between the disc and the stem and, when the stem is raised by the handwheel, only the boiler pressure can lift the disc. This equipment for manual operation is of the outside screw and yoke type, wherein the stem threads are not directly exposed to the high temperature of the steam. 250 and 300-Pound Valves have a male and female bonnet joint, sealed with a Granite ring gasket, and bolted with studs driven into the body. 400 and 600-Pound Steel Valves have ring joint facing, a soft steel ring joint gasket-, and Crane Templex Steel through type bolt-studs.- Tightness and liberal strength are assured. , All Cast Steel Valves have a lantern type stuffing box, equipped with a bronze ball type gland and steel gland flange. Packing is installed above and below the lantern, assuring tight sealing. The lantern provides space for a cooling chamber, which is tapped and fitted with a steel plug. 250-Pound Ferrosteel Valves have an exceptionally deep stuffing box, filled with high grade packing, and fitted with a brass gland and a malleable iron gland flange. All Stop-Check Valves, when the stem is in the wide open position, can be repacked while under pressure. The body seat ring is of the shoulder seated type. It is held in place by the removable liner in Ferro steel Valves and isHlcrewed into the body in Cast Steel Valves. The piston type disc, operating in the removable liner, is the only pressure actuated part in the valve; see the preceding page for features and full descrip tion of the internal parts of the valve. Code requirements: Crane Ferrosteel and Steel Stop-Check Valves conform to the A.S.M.E. Boiler Construction Code for Non-Return Stop Valves. Closing tight against boiler test pressures: Because of the exceptional severity of this require ment, only sizes 6-inch and smaller of the 250, 300, and 400-Pound Valves and sizes 5-inch and smaller of the 6oo-Pound Valves'can be closed manually against the boiler test pressures. When the larger size valves are required to comply with this test, they must be so ordered to be especially equipped. Valves with gears, ball-bearing yokes, or toggle operating mechanisms can be furnished on order when so specified; prices on application. 1 \ 30 Selecting Size of Stop-Check Valve The many variables affecting the selection of the proper size of a Stop-Check Valve preclude the pos sibility of establishing a simple rule or formula -applicable to all installations. This is particularly true where 'the pressure drop through the valve is of primary importance. Velocity: The Stop-Check Valve size determines the velocity which can be used without producing excessive pressure drop. Steam velocities normally used for Stop-Check Valves, in feet per minute, are as follows: Valve Size Peak Load, Max. Normal Load Low Load, Min. 2}^ to 5-inch 10,000 5,000 to 7,500 3,000 to 4,500 6 to 12-inch 12,000 7,500 to Q,000 4,000 to 5,000 Formula: The following formula can be used as a guide for determining the approximate size of a StopCheck Valve for the ordinary installation. Determine the generating capacity of the boiler in pcfinds of steam per hour under normal operating conditions. Using a velocity ranging from 3000 to 12000 feet per minute, figure the area of the pipe from the following formula: C,, =A----x---Byx---2--.-4 m. w,hi.c.h C = Area of pipe in square inches A = Pounds of steam per hour B = Volume, in cubic feet, per pound of steam at given pressure and temperature V = Velocity in feet per minute The valve size should be the same as the nominal pipe size having the nearest equivalent area in square inches (C). Caution: This formula determines the approximate valve size, without establishing the pressure drop. Where pressure drop is of vital importance, or for unusual or high pressure installations. Crane engi neers will be glad to make specific recommendations and to furnish pressure drop data. Requests should be accompanied by a complete description of the proposed operating conditions and a piping layout. List prices and dimensions .. . .pages 372 to 374 \ 372- CRANE . 250-Pound Ferrosteel' Stop-Check Valves WORKING PRESSURE 250 pounds steam, 500 F. maximum temperature TEST PRESSURES Shell test -- 500 pounds hydrostatic Seat test -- Sizes iYi to 6-inch, 375 pounds hydrostatic -- Sizes 8 and io-inch,*250 pounds hydrostatic *8 and 10-inch Valves can be equipped with gears; they would then be given the 375 pound seat test. ' Important The size of a Stop-Check Valve should be based upon the boiler capacity, rather than on the size of the boiler outlet or existing piping. See ttSeleding Size of Stop-Check Valve*' outlined on page 371. For general description and features of Crane Stop-Check Valves, see page 370. No. 28 E, Straight-Way Y-Pattern Cross Section No. 30 E, Angle Y-Pattem 4* Size Inches | No. 28 E, Flanged, Faced and Drilled Each| No. 30 E, Flanged, Faced and Drilled Each | List Prices 2% 3 1 45.00 50.00 | 45.00 50.00 | 4 60.00 60.00 5 80.00 80.00 6 95.00 95.00 8 . 145.00 145.00 10 240.00 240.00 Service recommendations: Crane Stop-Check Valves are recommended for use in the pipe line between each boiler and the main steam header, when more than one boiler supplies the same header. For complete explanation of this service, see page 3 70. In addition, these valves render excellent service in discharge lines from boiler feed pumps or from other high pressure pumps where a high quality check valve is desired. Flange facing: The valves are regularly furnished with an American Standard 54-inch raised face on the end flanges. When so ordered, they can be furr nished with male, female, tongue, or groove facing; see page y6o for dimensions and the Crane Discount Sheet for prices. Flanges have the 54-inch raised face finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Straight-Way Valves may be used in horizontal lines or in vertical lines for upward flow. Angle Valves are suited `for horizontal-to-downward flow or for upward-to-horizontal flow. For recommendations on installation, see page 370. Materials and construction: .These valves have Ferrosteel bodies, bonnets, and yokes; the renew able liner is cast iron; the disc and seat rings are brass; and the stem is of cold rolled steel, nickelplated; For general description of the construction of these valves, see page 371. Gearing: 8 and 10-inch Valves can be especially equipped with gears to permit manual operation at boiler test pressures. Prices on application. Flange dimensions and drilling: The end flanges on these valves conform to the 250-Pound American Cast Iron Flange Standard (Bi6b-1928). They are furnished faced and drilled unless otherwise ordered. List prices include facing and drilling to this stand ard, and no deduction is made if valves are ordered faced only. Dimensions, in Inches Size +A JB 1 C D1E1F1 2% 13 53/4 1 6% 14% 1 17% 1 13 1 3 143/4 6% 1 7% 16% 1 19% 1 14% 1 4 17 718 18% 1 21% 1 16 1 5 19 7% 1 10% 22 1 25% 1 19% 1 6 21% 83/4 1 12 26 1 29% 1 22 1 8 26 10% 1 16% 33 1 37 1 28 1 10 30 121/4 1 19 39 1 43% 1 34 1 f Include the Ife-inch ra sed face on the end flanges. G 9 10 10 14 16 20 24 General description and features Dimensions of end flanges.... page 552 pages 370 and 371 Templates for drilling.. . .page 552 i CRANE 373 300-Pound Cast Steel Stop-Check Valves WORKING PRESSURES Same as Steel Globe and Angle Valves; see page 321. Max. Temp. 750 F. TEST PRESSURES Shell test -- 1000 pounds hydrostatic Seat test -- Sizes 2F2 to 6-inch, 450 pounds hydrostatic -- Sizes 8 and 10-inch, t300 pounds hydrostatic -- All sizes, 100 pounds air-under-water f8 and 10-inch Valves can be equipped with gears; they would then be given the 450 pound seat test. Important The size of a Stop-Check Valve should he based upon the boiler capacity, rather than on the size of the boiler outlet or existing piping. See ``Select ing Size of Stop-Check Valve" out lined on page 371. For general description and features of Crane Stop-Check Valves, see page 370. Cross Section No. 28 XU, Straight-Way Y-Pattern Valves suitable for 1000 F. maximum temperature can be made to order; prices on application. Size No. 28 XU, Flanged, F.D. & S.F. No. 30 XU, Flanged, F.D. & S.F. List Prices Inches | 2l/2 | *3 I 4 1 5 1 6 1 8 | 10 Each| 290.00 | 355.00 1 475.00 i 580.00 | 725.00 1 1090.00 [ 1640.00 Each| 290.00 | 355.00 || 475.00 |1 580.00 || 725.00 1 1090.00 1 1640.00 Service recommendations: Crane 300-Pound Cast Steel Stop-Check Valves perform all the duties 'of a non-return boiler stop valve efficiently and com pletely. For explanation, see page 370. Wherever check valves of. outstanding quality are desired, such as in discharge lines from boiler feed pumps or from other high pressure pumps, these valves render excellent service. Straight-Way Valves may be used in horizontal lines or in vertical lines for upward flow. Angle Valves may be used for upward-horizontal flow or for hori zontal-downward flow. See page 370 for installation. Finish of flange faces: The fifo-inch raised faces are finished with concentric grooves, approxi mately 32 grooves per inch, known as a "serrated" finish. A smooth finish can be furnished on the raised faces when so ordered; see the Crane Discount Sheet for prices. The smooth finish is recommended when a metallic gasket is used. *3-inch Cranelap Joints: When 3-inch 300-Pound Valves with ring joint facing are to be bolted to Cranelap Joints, orders must so specify; they re quire a groove of special diameter. See page 562 for dimensions. Materials and construction: These valves have I high quality materials throughout. The body, bonnet, and removable liner are Crane No. 4 CarbonMolybdenum Alloy Steel; the stem and the seat ring are Exelloy; the disc is Stellite faced Alloy Steel; and the yoke bushing is cast manganese bronze. ; Triplex Steel studs equip the bonnet joint. For | general description and construction, see page 371. Flange dimensions and drilling: The end flanges on these valves conform to the American Standard for 300-Pound Steel Pipe Flanges and Flanged Fit tings, Bi6e-iQ3q. They are furnished faced, drilled, and spot faced (F.D. & S.F.) unless otherwise or dered. List prices include drilling to the 300-Pound American Standard, and spot facing. No deduction is made if valves are ordered faced only. Flange facing: The valves are regularly furnished with an American Standard Mrmch raised face on the end flanges. When so ordered they can be furnished with ring joint, male, female, tongue, groove, or other types of facings; see the Crane i Discount Sheet for prices. Templates for drilling.. . .page 553 Dimensions, in Inches Size iA 1 SB 1 c 1 D B F 2y2 13 1 53/4 1 8% 1 16% 20 151/2 3 143/4 1 61/4 1 83/4 1 17% 21 16% 4 17 1 7 1 12 1 221/2 26 203/g 5 19 7% 1 13 1 25 0n0 221/4 6 21% 1 83/4 1 141/2 1 28I/4 321/4 251/4 8 26 1 101/2 1 19 1 361/4 40 311/z 10 30 1 121/4 1 231/2 1 431/2 48 38 f Include the Hb-inch raised face on the end flanges. G 10 10 14 16 18 20 24 Dimensions of end flanges.. . .page 553 374 CRANE 400 and 600-Pound Cast Steel Stop-Check Valves WORKING PRESSURES Same as Steel Globe and Angle Valves, see page 321 Maximum Temperature, 1000 F. TEST PRESSURES ,' 400-Pound Valves Shell test -- 1340 pounds hydrostatic Seat test -- Sizes 4 to 6-inch, 600 pounds hydrostatic -- Sizes 8 to 12-inch, *400 pounds hydrostatic -- All sizes, 100 pounds air-under-water 6oo-Pound Valves Shell test -- 2000 pounds hydrostatic Seat test -- Sizes 2J4 to 5-inch, 900 pounds hydrostatic -- Sizes 6 and 8-inch, *600 pounds hydrostatic -- Sizes 10 and 12-inch, *400 pounds hydrostatic -- All sizes, 100 pounds air-under-water *These test pressures apply for wheel operated valves. When equipped with gears, the 600 or 900 pound tests are given. For proper operation, the valves must be installed with the stem in a vertical position. Angle Pattern No. 166 U, 400-Pound No. 180 U, 600-Pound Cross Section, Globe Pattern No. 164 U, 400-Pound No. 179 U, 600-Pound Important: It is important that the size of Stop-Check Valves be based upon the boiler capacity. See "Selecting Size of Stop-Check Valves," page 371. List Prices and Dimensions Size Inches | 2% 1 t3 1 4 | 5 6 8 1 10 12 No. 164 U or No. 166 U, 400-Pound, F.D. & S.F. Each| 1490.001645.00)750.0011100.00 j1775.0012925.00 No. 179 U or No. 180 U, 600-Pound, F.D. & S.F. Each 1325.0C |370.00|600.00|790.00|920.00|1360.00|2465.00|3650.00 |Face to face, Globe Inches | 13 1 14 1 18 | 20l/2 23 | 28 | 321/2 42 {Center to face, Angle Inches | 5l/z 1 7 1 9 | ioy4 lU/z 14 | I6I/4 21 fV* 00 cs Center to top, open, Globe Center to top, open, Angle Inches | 24 1 26Vi 33 Inchesj 23% | 26 1 28 | 32 371/2 36 471/2 | 561/2 443/4 | 531/2 663/4 631/2 Diameter of wheel Inches | 10 1 12 1 14 I 16 18 24 | 27 30 {Face to face and center to face dimensions include the %-inch male face on the end flanges. Materials and construction: The materials from which the parts of these valves are made are of exceptional high quality. Crane No. 4 CarbonMolybdenum Alloy Steel body, bonnet, and liner; Stellite faced alloy seat and disc; and Exelloy stem. The bonnet joint utilizes a soft steel ring joint gasket and Crane Templex Steel bolt-studs. The general construction of these valves follows those described on pages 372 and 373, except for the stem position, the bonnet joint, and the mate rials. Flange dimensions and drilling: The end flanges conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, B166-1939; on 400- 900, 1500, and 2500-Pound Alloy Cast Steel Stop-Check Valves For these higher pressures. Crane Co. has de veloped a new "Strut Design Stop-Check Valve" which permits greater efficiencies in valve operation and pressure drop. This design can be supplied also for the 300, 400, and 6oo-Pound Valves, when a minimum pressure drop is highly desirable. These valves are made to order only. Prices and dimensions on application. Pound Valves, they conform to the 4oo-PoundStandard, and on 6oo-Pound VaIves to the 600Pound. They are furnished faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List prices include drilling to the 400-Pound or .600Pound American Standard, respectively, and spot facing. No deduction is made if valves are ordered faced only. Flange facing: The valies are regularly furnished with an American Standard 34-inch male face (large male) on the end flanges. When so ordered, they can be furnished with ring joint, female, tongue, groove, or other types of facing; see the Crane Discount Sheet for prices. Finish of flange faces: Large male faces are fin ished with concentric grooves, approximately 32 grooves per inch, known as a "serrated" finish. A smooth finish can be furnished on the male faces, when so ordered; see the Crane Discount Sheet for prices. The smooth finish is recommended when a metallic gasket is used. f3-inch Cranelap Joints: When 3-inch 6oo-Pound Valves with ring joint facing are to be bolted to Cranelap Joints, orders must so specify; they require a groove of special diameter. See page 562 for dimensions. General description and features....pages 370 and 371 Templates for drilling. . .page 554 Dimensions of end flanges.. . .page 554 <v CRANE 375 Iron Body Pulp Stock Valves Brass Trimmed or All-Iron Patented 60 pounds water working pressure FEATURES Self-Cleaning -- Non-Clogging Easy Operating Tapped Openings for Flushing Cleanout Full Port Area Cross Section Outside Screw, Rising Stem No. 1425 or No. 1427 SERVICE RECOMMENDATIONS Iron Body Pulp Stock Valves are recommended for lines car rying pulp stock in pulp and paper mills. They are espe cially designed to meet the requirements of this service. All-iron valves are for use where the liquids would cor rode brass but not iron. Flanged Outside Screw, Rising Stem No. 1425, Brass Trimmed No. 1427, All-Iron Flanged, Quick Opening No. 1429, Brass Trimmed No. 1431, All-Iron List Prices, Each Size Faced and Drilled No. 1425 No. 1427 or or No. 1429 No. 1431 Brass All- Inches Trimmed Iron Dimensions, in Inches Face to No. 1425 or No. 1429 Size or of six Tange 1 )imen sions face No. 1427 No. 1431 tapped Dia. Thick Dia. No, I Dia. Center Dia. open of ness of of of to top, of ings in flange of bolt boltsj bolts Open wheel A B body flange circle 4 107.00 115.00 1 9 221/4 10 331/4I 12 6 127.50 143.50 ii ioy2 271/2 10 431/4I 23 8 149.00 168.00 || ny2 34% 12 57 29 10 191.50 218.50 i 13 41 14 683/4| 411 12 262.00 295.00 1 14 473/4 16 1803/41 41 14 330.00 372.00 1 15 i 525/8 16 90%|41 16 393.50 444.50 1 16 ! 58% 18 ! 95 41 Body: The body is made of cast iron; it is divided on the vertical centerline, and bolted together. A special gasket in the joint prevents leakage. Circular ports at both ends and rectangular shape at the center assure full area through the valve. Disc: In brass trimmed valves, the disc is brass; in all-iron values, "it is Exelloy. Made in a rectangular shape with a sharp cutting edge at the bottom, the disc is fully guided by machined slots in the body. Stem: The stem in all these valves is made of Crane Cast Manganese Bronze. It does not come in con tact with the fluid in the line. % 9 15/lS 7% 1 8 % 11 1 9% 8 % 13% 1% 11% 8 % 16 l3/1fi 141/4 12 3/4 1 19 Wi I 17 12 % 21 1% 183/4 12 3/4 ! 23% I IV,6 1211/4 16 % % % % % 1 1 Tapped openings: Each valve is made with six tapped and plugged openings, to facilitate flushing the inside of the valve and pipe line when changing the pulp stock from one color to another. Stuffing box: A rectangular shaped stuffing box, with a brass or malleable iron gland, completely sur rounds the valve disc. It is unusually deep and is filled with a special packing which minimizes friction. Flange dimensions and facing: The dimensions and drilling of end flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-ip3q). Flanges are plain faced, with a smooth finish. Seat: A lead filler in the bottom of the valve acts as a seat and protects the cutting edge of the disc at the point of closing. Self-cleaning; non-clogging: The lower portion of the outlet half of the body has a series of notches, each of which entraps small units of the pulp stock. Large single accumulations of stock are avoided in closing the valve, and the cutting edge of the disc easily shears the successive small units and also any stock lodged at the seat. Drilling: The list prices include facing and drilling to the American Cast Iron Flange Standard, Class 125. No deduction is made when valves are ordered faced only. Face to face: Crane Pulp Stock Valves conform to the American Standard for the Face to Face Dimen sions of Ferrous Flanged Valves (B16.10-1939). Standard wedge gate valves in use on pulp stock lines can be replaced by these valves without making piping changes. Cleanout: The disc-stop holder, which carries the lead seat, is fastened to the valve with cap screws. This holder can be removed to clean out the valve. Chain Wheels for outside screw valves.. . .page 1T6 Floor Stands and Extension Stems... .pages 168 and 169 Gears, to facilitate operation of large size outside screw valves> can be made to order; prices on application 376 CRANE ------------------------ --.------ ------------------------------------------------------------------,------------------------------------ 250-Pound Ferrosteel Blow-Off Valves WORKING PRESSURE HYDROSTATIC TEST PRESSURES 250 pounds boiler blow-off service 550 pounds seat -- 800 pounds shell Size Angle Y-Pattern List Prices, Each Inches | 1% No. 390, Screwed | 12.00 No. 391, Flanged, F. Si D. | 12.00 No. 393, Screwed | 12.00 No. 393%, Flanged, F. Sz D. | 12.00 2 15.00 15.00 15.00 15.00 2I/2 20.00 20.00 20.00 20.00 Angle No. 390, Screwed No. 391, Flanged BOILER CODE REQUIREMENTS Nos. 3Q3 and 393^ Y-Pattern Valves do not comply with the requirements of the 1937 edition of the A.S.M.E. Boiler Code. Nos. 390 and 391 Valves comply with the Code for bottom blow-off, except that the maximum allowable work ing pressure under the Code is 200 pounds instead of 250. Y-Pattern No. 393, Screwed No. 393%, Flanged Service recommendations: These valves have been particularly designed, for boiler blow-off service, but are also well suited for blow-off service on tanks or receivers where dirty, gritty water is to be handled. Features of construction: The valves are made with renewable seats and slip-on discs, in order to permit quick repair. Contrary to ordinary globe valve construction, the seating surface in these valves is on the outside of the seat ring where it is protected from the cutting effect of the water passing the seat. Bonnets are held to the bodies with two bolts, which facilitates dismantling the valves for inspection and repair. The outside screw and yoke construction keeps the stem threads outside the flow of water; it improves the life of the stem threads and prevents the valves from becoming inoperative due to scale and foreign matter jamming the threads. All part of these valves are sturdily constructed. Stuffing boxes are unusually deep and hold ample packing to eliminate frequent repacking. Materials: Bodies and bonnets are made of Ferro steel, an exceptionally high grade cast iron; discs and seat rings are of cast iron, which has proven very satisfactory for blow-off service; and stems,are of brass. Packing glands are made of brass, while the gland flanges are of malleable iron. Flange dimensions: End flanges of these valves conform to the American 250-Pound Cast Iron Flange Standard, No. Bi6b-iq28. They have a !4-inch raised face. Drilling: These valves are furnished faced and drilled (F. & D.) unless ordered faced only. List prices include facing and drilling to the American 250-Pound Cast Iron Flange Standard. When or dered faced only they will be furnished at the same price as for faced and drilled. Size Angle Valves Center to end, No. 390 Center to face, No. 391 Center to top, open S Diameter of wheel Dimensions, in Inches 1% 2 2% 4 4% 5 4% 5 5% 12% (13% 15% 8 9 10 Size Y-Pattern Valves End to end, No. 393 Face to face, No. 393% Center to rim of wheel, open Diameter of wheel 1 1% 1 2 1 2% 1 71/4 1 8 19% 1 9% | 11 U21/4 1123/4 | 14 11534 1 8 1 9 ! 10 Standard and 250-Pound Cast Iron Blow-Off Crosses WORKING PRESSURES Standard 250-Pound 125 pounds steam 250 pounds steam Size Blow-Off Cross .List Prices, Each Inches 12% x 1%| 2%x2 |2%x2%l Standard 250-Pound | 9.00 | 9.00 | 9.00 | Ij | 12.00 | 3x2 10.00 13.50 4x2 12.00 16.00 I 4x2% | 12.00 16.00 Service recommendations: These special fittings are used in boiler blow-off piping to provide a con nection when an auxiliary means of feeding the boiler is wanted, and also to provide a readily accessible clean-out. The blind flange is removable for clean ing. The large opening is connected to the boiler and the reduced openings, which are of one size, are used for blowing down or feeding the boiler. Flanges: The list prices of the blow-off crosses in clude the blind flange bolted on. The fitting and the flange are both made of cast iron. CRANE 300 and 600-Po"und Alloy Cast Steel Angle Blow-Off Valves fnppMin 377 WORKING PRESSURES Same as Steel Globe and Angle Valves; see page 321. TEST PRESSURES 300-Pound Valves Shell test--1000 pounds hydrostatic Seat test -- 775 pounds hydrostatic -- 100 pounds air-under-water 6oo-Pound Valves Shell test--2000 pounds hydrostatic Seat test --1550 pounds hydrostatic -- 100 pounds air-under-water No. 391 U, 300-Pound No. 191 U, 600-Pound Cross Section These valves comply with the A.S.M.E. Boiler Con struction Code for Bottom Blow-Off for pressures over 250 pounds. List Prices and Dimensions Size Inches | U/2 1 No. 391 U, 300-Pound, F.D. & S.F. No. 191 U, 600-Pound, F.D. & S.F. Center to face, 300-Pound Center to face,- 600-Pound Center to top, open Diameter of wheel Each| . Each | Inches | Inches | Inches 1 Inches j 215.00 225.00 4y2 43/4 18Vg 9 1 1 1 1 1 1 2 240.00 255.00 51/2 53/4 18ys 10 2Vz 290.00 310.00 6V4 6V2 21% 10 Service recommendations: Crane 300-Pound and 6oo-Pound Cast Steel Angle Blow-Off Valves are recommended for severe service on high pressure boilers. They comply with the A.S.M.E. Boiler Construction Code for Bottom Blow-Off for pressures over 250 pounds. Construction: These valves are outside screw and yoke type and have a bolted bonnet with a male and ' female joint, fitted with through bolt-studs threaded their entire length. They have a shoulder-type screwed-in body seat ring and a piston-guided disc. The stuffing box is of the lantern type and is extra deep. Packing is used both above and below the lantern, assuring tightness. The lantern provides space for a dooling chamber, and the cooling chamber is tapped and fitted with a steel plug. These valves, when wide open, can be repacked while under pressure. Seat and disc: The body seat ring and piston. guided disc are of the plug type. This construction . offers unusual resistance to wear and to the cutting . action of foreign matter. The piston portion of the disc is machined to provide a suitable fit in the valve , body and accurately guides the disc to and from its , seat. In addition, the piston serves effectively to throttle the flpw from the inlet port when opening i or closing the valve, thus affording additional pro1 tection to the seating surfaces against the. danger of | wiredrawing. laterials: The body and bonnet are made of Crane Jo. 4 Carbon-Molybdenum Steel; the stem is ixelloy. The body seat ring and disc are Stellite faced, alloy steel. The bonnet bolt-studs are made of Crane Triplex Steel, and the bonnet gasket, of Cranite. Flange dimensions: The end flanges conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6e-iQ3q; on 300-Pound Valves, they conform to the 300-Pound Standard, and on 6oo-Pound Valves, to the 6oo-Pound. Drilling: The end flanges on the No. 391 U and No. iqi U Valves are furnished faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List prices include drilling to .the 300-Pound or 6oo-Pound American Standard, respectively, and spot facing. No deduction is made if valves are ordered faced only. Flange facings: The 300-Pound Valves are regu larly furnished with'an American Standard flfr'nch raised face, and the 6oo-Pound Valves, with a 34-inch male face (large male) on the end flanges. When so ordered they can be furnished with ring joint, male (on 300-Pound Valves), female, tongue, groove, or other types of facings; see pages 560 to 363 for dimensions and the Crane Discount Sheet, for prices. Finish of flange faces: The j-^-inch raised faces and large male faces are finished with concentric grooves, approximately 32 grooves per inch, known as a "serrated" finish. A smooth finish can be furnished on the raised or male faces when so ordered; see the Crane Discount Sheet for prices. The smooth finish is recommended when a metallic gasket is used. Description of materials.. . .pages 1 to 9 Templates for drilling.. . .pages SS3 and 554 378 . CRANE _ / __ Iron Body Back Pressure Valves No. 385, in Horizontal Position Only sizes 4-inch and larger can be used in a horizontal position. Weighted for back pressures up to 5 pounds Service recommendations: These back pressure valves are ideal for use on non condensing engine installations, where the exhaust steam is largely used for heating, and where the valve, therefore, is not called upon to operate frequently. Valves 4-inch and larger can be used in either horizontal or vertical lines; 3^-inch and smaller are for vertical lines only. A vertical position is pre ferred, as wear on moving parts is lessened. No. 385, in Vertical Position All sizes can be used in a vertical position. List Prices,. Each, and Dimensions, in Inches Size Inches [ 2 1 2% 3 1 3% 1 4 | 5 6 1 8 10 12 No. 384, Screwed 11.00 |13.00|15.00 119.00122.50133.50143.001 No. 385, Flanged, F. & D. 1 |26.00|37.00|47.00|90.00|130.001200.00 Dimensions in Inches A | 61/2 1 7 B| c I 12% 1 141/4 D | 4 1 4% E I 6% 1 63/4 8 1 9 1 10 1111/4 1 11% 1- 13 I6I/4 | I6I/4 1 18% 1 20% S1/4 1 51/4 1 7 | 7% 7% ! 8 I 9% | 10% 13 ! 14 I 19% 24% 24 1 261/4 | 33% 7% | 91/4 13% 11% 1 14 16% 27% 33% 13% 19 Top View, [Horizontal Position "-!--D~ Same dimensions apply for vertical position. Construction: The valves have iron bodies, caps, and weights; brass seats and discs; and malleable iron levers. The lever and the adjustable weight are mounted on the side of the valve for size 4-inch and larger and on the cap (not illustrated) for sizes 3)4-inch and smaller. No dashpot is used. Flange dimensions and facing: The dimensions of end flanges conform to the American Cast Iron Flange Standard, Class 125 (B163-1939). Flanges are plain faced, with a smooth finish. Drilling: List prices of flanged valves include facing and drilling to the 25-Pound American Tentative Cast Iron Flange Standard. No deduc tion is made when valves are ordered faced only. Iron Body Combination Back Pressure and Exhaust Relief Valves Service recommendations: These valves are ideally suited for either back pressure or exhaust relief service. On condensing engine installations, they protect the condensers by opening automatically and exhausting to the atmosphere when the vacuum is lost. On non-condensing engine installations, they maintain back pressures up to 5 pounds and relieve when the set pressure is exceeded. No. 415 H Horizontal Sizes 4, 5, and 6-inch have the lever and weight on cap. No. 415 V Vertical List Prices, Each, and Dimensions Features of design: External dashpots on these valves cushion the disc action and prevent pounding; foreign matter cannot collect in the dashpot and interfere with operation. A sealing lip around the SizeInches | 4 | 5 | 6 | 8 | 10 | 12 No. 415 H, Flanged F. & D.) 64.00188 - 001120.001195.001310-001385.00 No. 415 V, Flanged F. & D. |64.00188-00il20.00|195.00|310.00|385.00 Face to faceInches | 11% j 13 | 14 | 19% | 24% | 27% valve seat and 34-inch tapped openings in the body valves in condensing engine installations, the weight permit water sealing the valves. is placed on the short rising arm of the outside lever. Back pressure valves: When the valve is used in a non-condensing engine installation, the weight is mounted as shown in the above illustrations. The adjustment of the weight should not hold more than As long as the vacuum is maintained in the con denser, the valves remain closed. If the vacuum is broken, they open and exhaust the engine to the atmosphere until closed by hand. 5 pounds back pressure. These valves have a more Flange dimensions and facing: The dimensions positive action than ordinary valves, and therefore, of the end flanges conform to the American Cast Iron they may be used on installations where live steam Flange Standard, Class 125 (Bi6a-i93q). Flanges is admitted into exhaust lines as "make up" when are plain faced, with a smooth finish. the customary volume is insufficient. For this serv Drilling: List prices of flanged valves include facing ice, ordinary back pressure valves with their large and drilling to the 25-Pound American Tentative blow-down of pressure are extremely wasteful. Cast Iron P'lange Standard. No-deduction is made Exhaust relief valves: For use as exhaust relief when valves are ordered faced only. CRANE Spring Loaded Iron Body Relief and Back Pressure Valves 379 Outside Spring Valves Service recommendations: These valves are suited for use as back pressure valves between auxiliary engines and condensers, and for use as exhaust relief valves on condensers to protect the equipment if the vacuum is lost. Although they are primarily intended for marine service, they are also suitable for stationary plants wherever valves are required to exhaust into a vacuum, or where back pressures are desired. Pressure setting: When discharging into a vacuum, these valves may be set for any pressure from i to 20 pounds. For relieving to atmosphere, they may be set for any pressure from 10 to 35 pounds. Ordering: Orders should specify the pressures on both the inlet and the outlet side of the valves. The desired pressure setting Cross Section No, 4387, Horizontal must also be stated. Capacities are furnished on application. List Prices and Dimensions No. 4389 Angle Size Inches | 2y2 3 4 5 6 8 10 12 No. 4387 or No. 4389, F. & D. Center to face. Globe or Angle Center to top, open Diameter of wheel Each) 79.00 Inches | 4% Inches | 14 Inches | 6 88.00 |113.00 56 16 21 79 155.00 7 2sy, 10 183.00 8 28 10 275.00 1 345.00 93/4 I2V4 34 ! 40 12 14 475.00 133/4 46 16 Features of design: These valves have adjustable Stem packing makes these valves suitable for services popping chambers which insure high lift discs, large requiring discharging into a vacuum. discharging capacities, and definite opening and Flange dimensions and facing: The dimensions closing pressures. The blow-down of pressure can be and drilling of end flanges conform to the American regulated without dismantling the valves. Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q). When desired, the valves can be manually opened Flanges are plain faced, with a smooth finish. and left in that position; turning the handwheel to Drilling: List prices of flanged valves include facing the left gradually releases the spring tension, and and drilling to the American Cast Iron Flange when it is no longer under compression, lifts the disc Standard, Class 123. No deduction is made when from its seat. valves are ordered faced only. Drilling templates.. . ;page 551 Klipfel Back Pressure Valves For Non-Condensing Engines Cross SectionNo. 417, Flanged Sizes 2 to 6-inches, inclusive No. 416, Screwed Sizes 2 to 6-inches, inclusive Cross Section -- No. 417V2, Flanged Sizes 8 to 20-inches, inclusive Service recommendations: These back pressure valves are designed for use on the exhaust lines from engines, turbines, pumps, etc., where it is desired to maintain a back pressure of not less than 1 pound. They should only be used on non-condensing service. Installation: Although these valves will operate in either horizontal or vertical positions, the horizontal position is recommended wherever possible. When installed horizontally, the inner valve operates more easily, wider pressure adjustment is possible, and the valve has greater sensitiveness and longer life. Back pressure: These valves are weighted for back pressures as follows: Size. 2 and 21A-inch 3 to 6-inch 8 to 12-inch 14 to 20-inch Vertical 4 to 20 pounds 3 to 10 pounds 2 to 8 pounds 2 to 6 pounds Horizontal 1 to 20 pounds 1 to 10 pounds 2 to 8 pounds 2 to 6 pounds Prices, dimensions, and additional information furnished on request. i 380 CRANE Klipfel Tank Float Valves and Lever Valves Size No. 27, Globe or Angle, Screwed No. 7, Globe or Angle, Screwed No. 77, Globe or Angle, Screwed List Prices, Screwed Ends, Each Inches| % 1 V2 1 % 1 1 1 iy4 1 iy2 | 2 | 21/2 | 3 | 31/2 | 4 | 5 | 6 |30.00[30.00|30.00|35.00|38.00]45.00|50.0,0|65.00| 80.00| 95.00 |110.00!160.00|190.00 | 1 |36.00]40.00|45.00|50.00I60.00| 1 1 1 1 1 | | | | | | | ]90.00|110.00| - |155.00|215.00|235.00 List Prices, Flanged Ends, Each Size Inches] 2 | 2Vz 1 3 | 3% | 4 | 5 | 6 | 8 | 10 | 12 No. 27, Globe or Angle, Flanged F. & D. No. 77, Globe or Angle, Flanged F. & D. | 55.00 i] 70.00 | 85.001100.00J115.00(165.001195.001305.001390.001540.00 | || 95.00 |115.00| ]160.00j220.00j240.001500.001 | Service recommendations: Balanced float valves are recommended to control the flow of hot or cold water to open tanks where a perfectly tight seating valve is not required. These valves are suitable for jyo pounds water pressure in the small sizes, decreasing to 25 pounds for the largest sizes. Single seated float valves are designed to maintain the water level in open tanks where a tight closing valve is needed to prevent waste and overflow. They are suitable for hot or cold water service at pressures up to 150 pounds. Construction: The internal construction of the No. 27 Valves embodies two discs of identical diam eters mounted on a single stem to balance each other when under water pressure. The discs have a close sliding fit in the seat bores, but because they do not seat, they allow a slight leakage when in the closed position. Double seating inner valves can be supplied on special order. Singly seated valves. No. 7 and No. 77, have an internal piston, disc holder, and pilot valve. The lower end of the piston forms a holder in which the composition disc is retained by a disc nut. A pilot valve, actuated by the valve stem, controls the water pressure above the piston. As the stem is loosely attached to the piston, the movements of the float also act directly to operate the main valve. Tank float valves must be installed with flow pass ing through in the direction as indicated on the valve. No. 77 has a leather cup piston seal. Materials: All of these valves, both balanced and single seated types, have bronze bodies for sizes 1 J4-inch and smaller and semi-steel bodies for sizes 2-inch and larger. Excepting rubber composition discs, internal parts for all valves are bronze. Othermaterials can be supplied on special order. Flange dimensions and drilling: The dimensions and drilling of the end flanges conform to the Amer ican Cast Iron Flange Standard, Class 125 (Bi6a1939). Flanges are plain faced, with a smooth finish. The list prices of flanged valves include facing and drilling to this standard. No deduction is made when valves are ordered faced only. Lever valves: Valves of construction as those illustrated above, but without the float, float rod, and rosette, can be furnished for operation by other suitable mechanism or by hand. Catalog numbers are : No. 62, lever valve; for No. 27, less float parts. No. 73, lever valve; for No. 7, less float parts. No. 773 lever valve; for No. 77, less float parts. Other types of float valves: For unusual services or irregular installations, other float valves or mechanisms are available; prices and detailed in formation on application. No. 777, fitted with a rubber diaphragm, suitable for gritty or sticky fluids. Sizes % to 4 inches. No. 177, supplied with a separate pilot valve for remote operation. Sizes 2 to 8 inches. No. 20 float mechanism alone: consisting of float, shaft, packing box, and lever. Suitable for operating a valve or switch by means of a float installed inside a closed tank. Dimensions on application CRANE 381 Clayton Float Valves Clayton Float Valves are revolutionary in principle, yet thoroughly proven by use. They are hydrauli cally operated. The lightest contact of the float ball operates the pilot valve, which diverts and utilizes the line pressure as the closing and open ing force. These valves operate positively, never lingering in a partially open position; they are either wide open or drip tight shut. Both opening and closing speed are hydraulically governed to eliminate line shock. Principle of operation: With the pilot valve in the closed position, full line pressure is admitted to the diaphragm chamber (A), shown in the cut below. Pressure thus exerted on this la'rger area provides positive closing force in balance with, but always greater than, valve inlet pressure.- With the pilot valve in the open posi tion, the dia phragm cham ber (A) isdrained and the line pressure opens the valve wide. FEATURES Feathertouch control--Positive action Leak-proof--Variable level control Selective closing speeds--Wide application No water hammer or line shock No. 124 Horizontal Position No. 124 Vertical Position Service recommendations: Standard Valves handle water of moderate temperatures at pressures from io to 150 pounds. Flow capacities are the same as for wide-open globe valves. Pilot: The small self-lubricated disc-type pilot moves only slightly from wide open to closed posi tion, requiring but a few ounces of pressure to rotate it. It can be mounted on the valve or at a distance; one pilot can control several valves. Flanges: Flanged valves are regularly furnished faced and drilled to the American Cast Iron Flange Standard, Class 12J (Bi6a-iQ3Q). See page 551 for drilling templates. Materials: Sizes to 1 J^-inch are cast brass with integral seat. Larger sizes are cast iron with re newable brass seat. Diaphragm is long-lived, re inforced rubber. All valves have renewable disc. Variable levels: High and low levels may be set one inch or many feet apart by merely adjusting the float stops. Special valves: Valves for pressures under 10 pounds or over 150 pounds; sizes larger than 12inch; valves for gasoline, chemicals, and other fluids; and J4 to 1 VHnch sizes with renewable seats are made to order; prices and dimensions will be furnished on application. Size Price Length Screwed End Valves 1 Flanged End Valves, Faced & Drilled % % 1 1 1 U/4 1 U/2 1 2 I 2% | 3 1 4 1 2 2% 1 3 I 4 I 6 | 8 | 10 | 12 30.00130.00135.00140.00145.00155.00190.001100.001120.00160.00195.001105.001125.001210.001340.001450.001600.00 3y8 3% I 5i/g | 71/4 | 71/4 | 73/4 | 131/4 1 131/4 1 16 1 93/g 131/4 | 131/4 | 16 | 20 | 24 | 28 | 32 No. 126 Optional Equipment Clayton Remote Control Units eliminate the need of linkage or other mechanical connections between float unit and valve, irrespective of the distance. The list prices shown for these units apply regardless of the size of the valve. Clayton Float Chamber No. 126 (left) is designed for external installa tion, as on Led water heaters, closed surge tanks, etc. Price, Extra................. $37.50 Clayton Remote Control No. 128 (right) consists of a standard Clayton pilot and float control mounted on a bracket. Price, Extra................$10.00 No. 130--(right) Hand operated pilot. Direct mount ing or remote control. Price, Extra...................$5.00 No. 132--Solenoid operated pilot, direct mounting or re mote control, 110A.C. Price, Extra.................$35.00 Speed Regulation: Any Clayton Float Valve may be furnished with an adjustable opening or closing speed regulator to meet unusual or special service conditions. Price, Extra..................$5.00 No. 128 382 CRANE 4 i CRANE Safety and Relief Valves >*' 383 ' Pop Safety Valves Brass, for Steam...................................................................... pages 384 and 385 Brass, for Air and Gas............................................................pages 386 and 387 Brass, Low Pressure, forHeating Boilers............................................. page 388 Brass, Low Pressure, forKettles,Cookers, Etc......................................page 388 Iron, Low Pressure, for Heating Boilers..............................................page 389 Iron, for Air and Gas.............................................................................. page 390 Steel, for Steam.......................... page 391 Lever and Weight...................................................................................... page 393 Crosby Safety Valves, Iron and Steel..................................................page 392 Relief Valves Brass, Small Sizes, for Steam, Water, and Air................................... page 394 Brass, for Water Heaters........................................................................page 395 Brass, for Vacuum Service......................................................................page 393 Brass, for Steam, Water, and Oil.........................................pages 396 and 397 Brass, for Air and Gas........................................................... pages 398 and 399 Brass, High Pressure, for Hydraulic Services..................................... page 400 Iron, All-Iron, for Ammonia, Etc..........................................................page 401 Iron, with Inside Spring, for Water and Oil.......................................page 402 Iron, with Outside Spring, for Steam, Water, and Oil..................... page 404 Steel, with Inside Spring, for Water and Oil......................................page 403 Steel, with Outside Spring, for Steam, Water, Oil, and Gas.......... page 405 Crosby Relief Valves, Iron and Steel..................................pages 406 and 407 Corrosion-Resistant Alloy Relief Valves....................................................... page 450 Cast Iron Drip Pan Elbows............................................................................ page 391 31 Crane Safety and Relief Valves are shown on the pages referred to above For other Crane special duty valves and for specialties, see pages 369 to 381 and pages 4oq to 44Z. 384 CRANE Brass Pop Safety Valves For Steam Inside Spring Valves for Saturated Steam Can be set at any pressure within the following ranges: 250-Pound Valves -- 3 to 250 pounds saturated steam 350-Pound Valves -- 251 to 350 pounds saturated steam Outside Spring Valves for Superheated Steam Can be .set at any pressure within the following range: 250-Pound Valves -- 3 to 250 pounds steam, 550 F. max. temp. Cross Section Top Outlet Valve Cross Section Side Outlet Valve Features of design: These valves are of the single disc typetand, except for the %-inch size 2jo-Pound Valve and the J^-inch size 350-Pound Valve, are equipped with adjustable blow-back regulating rings. This feature permits readjustment of the blow-back when tne set pressure is changed or regulated. Adjustment of the blow-back ring can be made from the outside, of the valve without interfering with the pressure setting. Lifting levers-are reversible; they can be arranged as illustrated for pull-up operation, or they can be reversed for push-or-pull-down operation. When installing the valves, ample clearance should be allowed. For convenience, the lifting levers and caps of valves without padlocks can be rotated to any point in a complete circle without disturbing the setting of the valves. The screwed regulating sleeve adjustment for the main spring permits the set pressure to be increased or decreased 10 per cent. While this feature affords the user a generous latitude in the selection of the set pressure, the maximum variation in the set pressure must be strictly observed as one spring cannot cover the complete range of pressures at which the valve may be set. To prevent tampering with the adjustments after they have been set for pressure and blow-back at the factory, these valves are equipped with wire seals. As an added precaution against tampering, the valves can be supplied with padlocks on the caps. Installation: Pop safety valves should be installed in an upright position directly on the apparatus to be protected. If they are installed horizontally or at an angle, the disc may not seat properly, the seating surfaces might be seriously damaged by cutting, and the valve would' leak and be wasteful. Piping should be carefully planned. Outlet piping should be as short as possible, with a minimum number of turns, and never smaller in size than the outlet of the valve. Inlet piping, if any is necessary, should be full size and not longer than an extra heavy fitting of equal nominal pipe size. Outside spring valves: These valves are particu larly designed for service on superheated steam, where the high temperatures to which they are sub jected would have a deteriorating effect on an en closed spring. The spring, being on the outside, has the benefit of the cooling effect from the surrounding air. Capacities: Capacities are furnished on applica tion. Inquiries should advise size, catalog number, steam pressure and temperature, and set pressure. Maintenance: 11 is recommended that these valves be manually operated at regular intervals to assure proper action. This operation should be performed only when there is sufficient pressure available within the boiler, pressure vessel, or line to blow any accumulated foreign matter clear of the seating sur faces, particularly when starting up a new boiler. CRANE 385 Brass Pop Safety Valves - For Steam Inside Spring Valves for Saturated Steam Outside Spring Valves for Superheated Steam Top Outlet With Lock No. 2502, 250-Pound No. 2512, 350-Pound Side Outlet Side Outlet With Wire Seal With Lock No. 2501, 250-Pound No. 2503, 250-Pound No. 2511; 350-Pound No. 2513, 350-Pound Male Inlet Side Outlet No. 2521 250-Pound Female Inlet Side Outlet No. 2524 250-Pound Size * Inside Spring Outside Spring List Prices Inches [ % \ V2 % 1 1 1 m 1 1% 1 2 1 21/2 No. 2500 Each|13.50113.50 14.50|17.50120.00I25.00|35.00j50.00 250 \ No. 2501 Each|13.75j 13.75 15.00|18.25|21.00|26.50 37.00|55.00 Pound No. 2502 Eachj 14.75114.75 16.00|19.25|22.00|27.50 38.00j55100 No. 2503 Each 115.00115.00 16.50|20.00|23.00I29.00 40.00j60.00 No. 2510 Each| 113.50 14.50|17.50|20.00|25.00 35.00| 350 No. 2511 Each| Pound No. 2512 Each| 113.75 15.00|18.25|21.00|26.50 37.00| 114.75 16.00|19.25|22.00j27.50 38.00| '.No. 2513 Each| 115.00 16.50|20.00|23.00|29.00 40.001 250 No. 2521 Each [ 13.75113.75 15.00|18.25|21.00(26.50 37.00] Pound No. 2524 Each j 13-75 j 13.75 15.00118.25171.00 j 26.50 37.00! Pressure Setting 250-Pound' Valves can be set at any pressure specified between 3 and 25o\pounds. 350-Pound Valves can be set at any pressure specified between 251 and 350 pounds. Orders must specify the set pressure as well as the catalog number. Service recommendations: Crane Brass Pop fore are less subject to the damaging effects of high Safety Valves are recommended for use on fire tube temperatures. boilers, miniature boilers, and on unfired pressure In Marine services, valves 2-inch and smaller are vessels, such as receivers, pipe lines, etc. suitable for the reduced pressures of general services, For superheated steam service, at temperatures not such as for evaporators or feed water heaters, etc. exceeding 550 F.. outside spring valves are advis Boiler Code requirements: Except for the %-inch able, since the springs in these valves are exposed to size 250-Pound Valves and the V^-inch size 350- the cooling effect of the surrounding air, and there Pound Valves, all Crane Brass Pop Safety Valves comply with the A.S. --_________9*________________________________ M.E. construction codes Size (Size of Inlet) Inches % ! y2 % 1 11/4 1 1% 1 2 | 21/2 for Fire Tube Boilers, 250 Pound Inside Spring Valves 350 Pound Inside Spring Valves 250 Pound Size of outlet. Side Outlet Valves Height over all Center to top Center to end of male inlet Center to end of side outlet Size of outlet. Side Outlet Valves Height over all Center to top Center to end of male inlet Center to end of side outlet Size of outlet. Side Outlet Valves Center to top % ! % % 1 HA 1 W2 ! 2 1 21/2 6 1 6 6% 77/a 77/8 | 91/g 110% 1 123/4 3% ! 334 3% 4% 43/8 | 51/4 | 6l/g | 73/4 21/4 i 21/4 23/4 31/4 31/2 1 37/g | 41/2 | 5 IVs W& 1% 1% 1 13/4 1 21/g 12Vl6 1 27/s %l % 1 1 11/2 1 2 1 21/2 1 6Vs 1 6% 77/g 1 91/8 110% 1121/4 1 33i i 33/ | 4% 1 51/4 | 6Vs 1 7i/2 | 2% 1 23/4 I 31/4 1 37/8 | 41/2 1 43/4 1 1% 1 1% 1 1% 1 21/s .127Ae 1 27/8 | % % i % i 1 1 W* 1 1% 1 2 1 5% i 5% 1 57/8 j 7 I 81/4 9V,6 1 11% 1 for Miniature Boilers, and for Unfired Pressure Vessels. They also com ply with the require ments of the A.P.I. Field Boiler Code. Screwed valves cannot be attached directly to superheaters on A.S. M.E. Code installation. Valves with lock: Outside Center to end of male inlet Spring Valves Center to end of female inlet Center to 'end of side outlet 25/i6 1 27/i6 i 2% | 33/!c |31 Vie 4 |4H/i6| HVigIWisI 2 |?3/l6 2% 27/s 13Vie 1 H/is ! H/is 1 ls/ie 1 1% 21/16 1 23/g | 234 | Prices of valves equipped with lock include one padlock and two keys. Description.. . .page 384 Capacities on application 31 386 CRANE Brass Safety Valves * For Air and Gas Enlarged section showing seat and disc construction of all 600-Pound valves. Enlarged section showing seat and disc construction of all 1000-Pound valves. Cross Section 250 and 350-Pound Side Outlet Valves A complete line: Crane Brass Safety Valves for Air and Gas are made in a wide range of sizes and for set pressures from 3 to 2300 pounds. 250-Pound 350-Pound 6oo-Pound iooo-Pound 2500-Pound 34 to 234-inch 34 to 2-inch 34 to 1 ptirinch 34 to 134-inch J4 to 1-inch 3 to 250 pounds 251 to 3 50 pounds 3 51 to 600 pounds 601 to 1000 pounds 1001 to 2500 pounds Features of design: These valves are of the single disc type. In the 250 and 350-Pound Pressure Classes, all sizes except the %-inch 250-Pound and 34-inch 350-Pound Valves are equipped with blowback regulating rings which permits readjustment of the blow-back when the set pressure is changed. The regulating ring is not used in Crane Safety Valves for air or gas in the 600, 1000, and 2500-Pound Classes. Valves in the 250 and 350-Pound Pressure Classes have closely defined opening and closing pressures and should only be used in connection with receivers and tanks. They should be mounted directly on the pressure, vessel without any intervening pipe or fittings-between the tank and the safety valve. All of these valves are equipped with reversible type lifting levers; they can be arranged as illustrated for pull-up operation, or they can be reversed for pullor-push-down operation. When the valves are installed, ample clearance for the levers should be allowed to permit them to be opened occasionally. For convenience the lifting levers and caps of all valves, excepting those equipped with padlocks, can be rotated without disturbing the set pressure. The regulating adjustment for the main spring per mits the set pressure to be increased or decreased by 10 per cent. These limitations must be strictly observed as one spring cannot cover the complete range of pressures at which the valve may be set. To prevent tampering with the adjustment of the set pressure of all these valves after they have been adjusted at the factory, a wire seal is inserted in the pin of the lifting lever. The main spring adjustment cannot be changed without removing the wire seal, lifting lever, and cap. As an added precaution against tampering with the blow-back on the 250 and 350-Pound Valves, a wire seal is installed through the locking plug. Seat tightness: It is more difficult to keep valves tight on air or gas services than it is on steam or water. The seating surfaces of these safety valves are carefully prepared by grinding to insure audible tightness at all pressures up to 80 per cent of the set pressure. Safety valves for air or gas should be set at a pressure 25 per cent higher than the normal working pressure. No leakage will be experienced with Crane Safety Valves if they are properly installed and given ordinary care. Code requirements: These valves comply with the requirements of the A.S.M.E. Code for Unfired Pressure Vessels for pressures above 30 pounds. Installation: All safety valves should be installed with the stem in a vertical position. If they are installed horizontally or at an angle, the discs may not seat properly, permitting ths-valve to leak, and eventually cut the seating surfaces. Safety valves for air or gas should preferably be installed in an inverted position, in order to allow the moisture to collect and seal the seating surfaces. Best results are obtained by mounting the valves directly on the apparatus to be protected. Capacities: Capacities are furnished on applica tion. Inquiries should advise size, catalog number, air or gas pressure, and set pressure desired. Maintenance: 11 is recommended that these valves be manually operated at regular intervals to assure proper action. This operation should be performed only when there is sufficient pressure available within the vessel or line to blow any accumulation of foreign matter clear of the seating' surfaces, particularly when starting up a new installation. CRANE Brass Safety Valves For Air and Gas 387 Can be set at any pressure within the following ranges: 250-Pound -- 3 to 250 pounds 350-Pound -- 251 to 350 pounds 600-Pound -- 351 to 600 pounds 1000-Pound -- 601 to 1000 pounds 2500-Pound -- 1001 to 2500 pounds Maximum temperature -- 450 F. Top Outlet Top Outlet With Wire Seal With Lock No. 2550 - 250-Pound - No. 2552 No. 2560 - 350-Pound - No. 2562 When ordering, be sure to specify the set pressure. No. 2570 - 600-Pound No. 2580 - 1000-Pound No. 2590 - 2500-Pound List Prices Side Outlet Side Outlet With Wire Seal With Lock No. 2551 - 250-Pound - No. 2553 * ' No. 2561 - 350-Pound - No. 2563 . . No. 2571 - 600-Pound No. 2581 - 1000-Pound No. 2591 - 2500-Pound Size 250-Pound 350-Pound Inches No. 2550 No. 2551 No. 2552 No. 2553 No. 2560 No. 2561 No. 2562 Each Each Each Each Each Each Each J/4 % % 3A 1 IV* 1 1% 2 2Vz |13.50 13.50 14.50 17.50 20.00|25.00 35.00 50.00 113.75 13.75 15.00 18.25 21.00|26.50 37.00 55.00 14.75 14.75 16.00 19.25 22.00|27.50 38.00 55.00 15.00 15.00 16.50 20.00 23.00|29.00 40.00 60.00 1 13.50 14.50 17.50 20.00|25.00 35.00 1 13.75 15.00 18.25 21.00126.50 37.00 1 14.75 16.00 19.25 22.00|27.50 38.00 Pressure setting: Safety valves for air and gas serv ice always should be set 25% higher than the normal operating pressure. These valves will be set at any prqssure within the ranges specified above. No. 2563 No. 2570 No. 2571 No. 2580 Each 1 15.00 16.50 20.00 23.00|29.00 40.00 Each 1 13.50 14.50 17.50 20.00|25.00 Each 1 13.75 15.00 18.25 21.00126.50 Each 13.50|13.50 13-50 14.50 17.50 20.00125.00 Orders must state the pres sure at which the valve is to be set. No. 2581 2500-Pound No. 2590 No. 2591 Each 13.75)13.75 13-75 15.00 18.25 21.00|26.50 Each 13.50113.50 13.50 14.50 17.50 1 Each 13.75 13.75 13.75115.00 18.25 1 Valves with lock: Prices of valves with lock include one padlock and two keys. Service recommendations: These valves are recommended for receivers, tanks, pipe lines, and similar vessels, on temperatures not exceeding 450 F. For air, either top or side outlet valves are suitable, but for gases, the side outlet type generally is used, the discharge being piped away. Noxious gases: For noxious or inflammable gases, side outlet valves having a pressure tight outlet side are recommended. These are made to order and are priced on application. Brass Relief Valves with side outlet are made regularly for such services; see pages 398 and 399. Dimensions, in Inches Size (Size of Inlet) 1 Vi 1 % % 3A 1 1 250 Pound 350 Pound 600 Pound 1000 Pound 2500 Pound Size of outlet, Side Outlet Valves Height to top of cap, Top or Side Outlet Valves Center to inlet. Side Outlet Valves Center to outlet, Side Outlet Valves Size of outlet. Side Outlet Valves Height to top of cap, Top or Side Outlet Valves Center to inlet. Side Outlet Valves Center to outlet. Side Outlet Valves Size of outlet, Side Outlet Valves Height to top of cap. Top or Side Outlet Valves Center to inlet, Side Outlet Valves Center to outlet. Side Outlet Valves Size of outlet, Side Outlet Valves Height to top of cap. Top or Side Outlet Valves Center to inlet, Side Outlet Valves Center to outlet. Side Outlet ValveS Size of outlet. Side Outlet Valves Height to top of cap. Top or Side Outlet Valves Center to inlet. Side Outlet Valves Center to outlet, Side Outlet Valves Vi % % 6 6 6% 2% 2V4 2% lVs Ws 1% . 3A 3A 6% 6% 1 2% 2% 1 1% 1% 1 %1 1 6 7% 1 2% 3 Vi 1 Wh 1% 1 Vi 1 Vi % 1 | 6 | 6 &Vi 7% | 2Vi I 2% 23A 3Vi ) 1 Vs 1 17a l% 1% | Vi 1 % 1 iy2 | 6 | 6Vi 7% 9% | 2% j 2% 31/4 3% 1 1% I 1% 1% 1 2Vi 1 77s 374 1% 1 77s 374 l5/s l7z 97s 37s 27s m 97 37s 27s 2 10% 47z 2% 174 lVi 1 2 | 2Vi 174 17z 1 2 77s 97s 1 10% 372 37s 1 4Vi m` 27a 1 27I6 172 2 27z 97s 10% 1274 272 12% 5 27s 37s 27s 2 10% 47z 2Vie 2 472 2716 27z 12% 5 27s 27s 474 27a 1 10s/s 1274 4Vi 5 27ie 27s Description.. . .page 386 Capacities on application 388 CRANE Low Pressure Brass Pop Safety Valves For Steam Heating Boilers Set Pressure -- Non-Adjustable These valves are regularly set at 15 pounds pressure. List Prices and Dimensions Size (Size of Inlet) Inches | % 1 ly* No. 2565, with buffed cap Each| 2.20 2.50 3.00 Overall height, open Inches | 3% 3% 4 1% 4.00 4% 2 5.50 51/4 Cross Section No. 2565 Service recommendations: Crane No. 2565 Brass Pop Safety Valves are especially recommended for service on low pressure steam heating boilers. They can also be used on tanks, receivers, pipe lines, etc. where safety' valves set at 1 j pounds are required. No. 2565 Open Discharge Features and construction: This valve, although relatively inexpensive, is particularly compact and sturdy. Made in all brass construction except for a steel spring, they will render excellent service if properly installed and reasonably maintained. Maintenance: It is recommended that these valves be manually opened at regular intervals to assure proper action. This operation should be performed only when there is sufficient pressure available within the boiler to blow any accumulated foreign matter clear of the seating surfaces, .particularly when starting up a new boiler. Pressure setting: These valves are non-adjustable. After they have been adjusted for pressure in the factory, the valvesv.are permanently locked by in denting the cap into a recess in the body threads. The indentation is made with a steel stamp bearing the word "SEAL"; they cannot be taken apart or readjusted. Crane No. 2565 Valves are set and sealed for a mini mum and maximum pressure, setting of 15 pounds. Code requirements: These valves comply with the requirements of the A.S.M.E. Code for Low Pressure Heating Boilers. They bear the Code cloverleaf svmbol. Low Pressure Brass Pop Safety Valves Pressure Setting Can be set at any specified pressure between 3 and 20 pounds. If orders do not specify the set pressure, these valves will be set for 10 pounds. ListJPrices and Dimensions Size (Size of Inlet) \ Inches | V2 1 % No. 1160, Rough body No. 1164, Finished and nickel-plated Each| 5.25 | 5.25 Each| 6.75 j 6.75 Height over all, No. 1160 and No. 1164 Inches^- 4% 1 4% When ordering, be sure to specify the set pressure and the catalog number. No. 1160 Rough Body Service recommendations: These safety valves are ideal for use on jacketed kettles, cookers, and similar low pressure steam-heated apparatus, where the working pressures do not exceed 20 pounds and extremely high capacities are not required. No. 1164 Finished and Nickel-Plated Features and construction: These valves are of the single disc type with a bottom guide. Made of brass, except for a steel spring and a malleable iron lifting lever, they are simple and sturdy and will render excellent service if given a little care. Valves arranged for an Inspector's Seal will be fur nished when so ordered, at an extra charge. Maintenance: It is recommended that these valves be manually opened at regular intervals to assure proper action. This operation should be performed only when there is sufficient pressure available w'ithin the apparatus to blow any accumulated foreign matter clear of the seating surfaces, particu larly when starting up a new installation. Pressure setting: Nos. 1160 and 1164 Valves can be set for any specified pressure between 3 and 20 pounds, and orders should include the set pressure wanted. I f orders do not specify the set pressure, the valves will be regularly furnished set for 10 pounds pressure. CRANE 389 Low Pressure Iron Body Pop Safety Valves For Steam Heating Boilers Set Pressures -- Non-Adjustable These valves are regularly set at 5, 10, or 15 pounds pressure. On special order, they can be set at any other pressure specified, between 5 and 25 pounds, at an increased price. ' Cross Section No. 1166 Whgri ordering, he sure to specify the set pressure and the catalog number. List Prices and Dimensions Size (Size of Inlet) Inches! 34 | 1 | 1141 1V2I 2 | V-fa [ 3 | 3]/2 | 4 No. 1165, Up Discharge No. 1166, Down Discharge No. 1168, Side Outlet Height over all, No. 1165 Height over all. No. 1166 Height over all. No. 1168 Center to end of inlet. No. 1168 Size of side outlet, No. 1168 Center to end of outlet, No. 1168 Each! |6.00|6.75|8.25|11.25| 1 1 Each|5.00|5.75|6.75|8.25|10.00| 1 1 Each|5.25|6.00|7.00|8.50|11.00|19.00|25.00 45.00|65.00 Inches! | 51.41 51/2I 63/4| 71/4 1 1 1 Inches! 434| 5141 5l/2| 6341 714 1 1 1 Inches! 4341 5i/s| 5V4| 5Val 6% 1 10341 113/g 13i/g| 1334 Inches! 3 | 3%} 3%\ 3%| 4% | 6 1 6% 734 1 81/2 Inches! 1 | U4I U4I U/2I 2 | 2% 1 3 31/2 1 4 Inches! 1%| 1341 2 | 2y4| 234 | 3% 1 334 414 | 434 Service recommendations: These pop safety valves are particularly designed and constructed for service on low pressure steam heating boilers. They can also be used on tanks, pipe lines, receivers, etc., where safety valves are required, and where the pressure does not exceed 25 pounds. Features of design: This line of valves is of the single disc "type and has a long guide integral with the bottom of the disc to assure accurate seating. The seat ring is screwed into the body and is equipped with a blow-back regulating ring which provides a means of adjusting the amount of steam the valve will relieve* The bodies and bases of all valves 2-inch and smaller are malleable iron and the two parts are joined in a screwed connection as shown in the above illustration of-the cross sectioned No. 1166 valve. In sizes 2V6- irich and larger the bodies and bases are of cast iron with a flanged and bolted connection joining the two parts. Seats and discs in all of these valves are made of brass. ^ Pressure setting: Th<>se valves are non-adjustable. After they have been set for pressure in the factory, the adjusting screw is,locked in place with a pin, and the popping pressure cannot be altered. As a- further protection against tampering by opening up the valve, a wire seal is drawn through the body and base joint. The valves are regularly furnished for set pressures of 5, 10, or 1 y pounds. When so ordered, they can be furnished set at any other specified pressure between 5 and 25 pounds, at an increased price. Orders must specify the set pressure and the catalog number. Code requirements: When these valves are set at pressures not exceeding 15 pounds, they comply with the requirements of the A.S.M.E. Code for Low Pressure Heating Boilers. Installation: Pop safety valves should always be installed in an upright position. When side outlet valves are used in order that the discharge may be piped away, it is essential that the outlet piping be made the full size of the valve outlet tapping. Maintenance: 11 is recommended that these valves be manually opened at regular intervals to assure proper action. This operation should be performed only when there is sufficient pressure available within the boiler or pressure vessel to blow any accumulated foreign matter clear of the seating surfaces, particularly, when starting up a new boiler. 31 390 CRANE t Iron Body Pop Safety-Valves ^ ' For Air and Gas Can be set at any pressure within the following range: 5 to 150 pounds air or gas. Screwed Side Outlet Flanged and Screwed Combination Inlet Renewable Composition Disc High Capacity Auxiliary Spring and Disc 31 Cross Section No. 1102, Pop Safety Valve with Side Outlet List Prices and Dimensions Size (Size of Inlet) No. 1102 (Inlet flange F. & D.) Inches 2% 1 3 3% 1 4 Each 65.00 | 75.00 100.00 1110.00 Size of outlet Center to top of cap Center to face of inlet Center to end of outlet Diameter of flange Thickness of flange Inches Inches Inches Inches Inches Inches 2% 1 3 11 1 12 5V* 1 53/4 3% 1 41/4 7Vz 1 syt 1 1 1% 3y2 1 4 14 1 14% 63/l6 1 6n/i6 4% 1 5 9 1 10 l3/is 1 VA Service recommendations: The Crane No. 1102 Iron Bo,dy Pop Safety Valves are especially designed for use on air and gas receivers, pipe lines, etc. where pressure do not exceed 150 pounds. Features' of design: These valves are equipped with a renewable type Crane No. 2 medium-hard composition disc which assures tight seating. A patented Crane auxiliary disc, installed directly above and acting against the main disc holder enables the valve to accommodate large capacities withasmall blow-back; .the main valve disc and seat is not affected by wiredrawing or cutting and these parts remain tight longer. Two springs control the action of this valve -- a large spring for the main valve and a smaller spring for the auxiliary valve. When the valve is adjusted for set pressure at the factory a wire seal is installed through the stem key to prevent removal of the cap and unauthorized tampering with the adjustment. Pressure setting: Crane Iron Body Pop Safety Valves can be set at any pressure specified between 5 and 150 pounds. The set pressure should be 25 per cent above the normal working pressure in the system. Orders must specify the set pressure wanted. Templates for drilling... .page 552 Code requirements: These valves comply with the requirements of the A.S.M.E. Codes for Unfired Pressure Vessels for pressures above 30 pounds. Capacities: Capacities are furnished on application. Inquiries should advise size, catalog number, type of service, and set pressure. Maintenance: It is recommended that these valves be manually operated at regular intervals to assure proper action. This operation should be performed only when there is sufficient pressure available within the receiver or pipe line to blow any accumu lated foreign matter clear of the seating surfaces, particularly when starting up a new installation. Flange dimensions and facing: The dimensions and drilling of the inlet flange conform to the 250Pound American Cast Iron Flange Standard (Bi6b1928). Flanges have a jj6-*nch raised face finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Drilling: List prices include facing and drilling the inlet flange to the 250-Pound American Cast Iron Flange Standard. No deduction is made when the order specifies "inlet flange faced only". , Capacities on application \\ \ \ CRANE Outside Spring and Yoke Cast Steel Pop Safety Valves 391 Capacities on application MAXIMUM SET PRESSURE 350 pounds steam, 750 F. maximum temperature It is recommended that these valves be manually operated at regular intervals to assure proper action. This opera tion should be performed only when there is sufficient pressure available within the system to blow any accumu lated foreign matter clear of the seating surfaces, partic ularly when starting up a new system. Cross Section No. 2534 When order ing, be sure to specify the set pressure. Size (Size of inlet) No. 2531 No. 2534 Size of outlet Center to top Center to end, male inlet Center to end, female inlet Center to end, outlet List Prices and Dimensions Inches | 3/s 1 Vz 3/4 1 Each| 42.00 1 45.00 1 50.00 Eachl 42.00 1 45.00 50.00 Inches | Vi 1 % T Inches | 5% 1 bVs 7 Inches | 2Vs 1 24 35/s Inches | iy2 1 13/4 21/4 Inches | iy2 1 13/4 21/4 58.00 58.00 11/4 81/4 37/s 25/g 25/8 11/4 1 11/2 2 69.00 1 85.00 107.00 69.00 1 85.00 | 107.00 li/z 1 2 i 2i/2 93/g 1 11% ! 141/4 43/4 1 43/4 1 5% 3 1 31/2 1 41/4 3 31/2 1 41/4 Construction: This line of valves has been partic ularly designed to meet the need for small, high capacity pop safety valves for high pressures and high temperatures. The valves are of the single disc type and all sizes, except the %-inch, have adjustable blow-back regulating rings. This provides a means for adjusting the blow-down of pressure when changing or regulating the set pressure. The adjust ment of this ring may be made from the outside without interfering with the setting of the valve. Regulating adjustments of the spring permit the set pressures to be increased or decreased by io per cent. Greater changes will require new springs. Materials: These valves have Crane Cast Steel bodies and bonnets. The discs in sizes % to i %-inch inclusive and the seat bushings on all sizes are Crane 18-8 Mo Chrome-Nickel Alloy Steel; discs in sizes iJ4 and 2-inch are Exelloy. The springs are made of chromium-vanadium steel. Cast Iron Drip Pan Elbows No. 1100 List Prices and Dimensions Size Inches | 2 1 21/2 3 31/2 1 4 41/2 5 No. 1100 Each| 6.00 | 6.75 7.50 8.50 110.00 11.75 12.50 Center to inlet end Center to top of pan Diameter of pan Inches! 21/4 |2H/16| 3% 3Vie 33/4 4Vi6 47/l6 Inches! 4% 1 51/4 5% 63/16 63/4 7Vi6 7Vis Inches | 5 1 7 71/2 81/2 9 10 11 Size of drain tapping Inches | 3/ 1 3/4 3/4 3/4 3/4 % % Service recommendations: These Cast Iron Drip Pan Elbows have been especially designed for use in the vent piping from th&" outlets of boiler safety valves to the atmosphere. They permit the use of a slip joint in the vertical run of outlet piping, thus enabling the weight of the vertical piping to be supported independently. Unnecessary strains on the body of the valve are avoided and possible seat distortion is eliminated. They provide means for collecting and removing condensate and rain water from the outlet piping. When more than one safety valve discharges into the same outlet piping, the leakage of vapor from the drip pan will indicate if any one of the valves requires attention. ./ 392 CRANE Crosby Nozzle Safety Valves Style HR Style HO Industrial Service `Marine Service Styles HN, HS Styles HSA, HSAC , Styles HNA, HNAC Style JPE Style JPCE 'HIGH CAPACITY VALVES FOR STEAM SERVICE These high capacity Safety Valves are recommended;, for steam only. They are ideally suited for the protection of boilers, superheaters, tur bines, and pipe lines, and for general service in marine and industrial power plants and central stations. Crosby Noz zle Safety Valves have been tested and approved by the National Board of Boiler and Pressure Vessel, Inspectors. The valves feature the Ven turi nozzle design, assuring smooth operations The full throat nozzle on - the steel valves provides maximum strength and freedom from distortion. There are no screw threads to become loose. The disc on these valves is guided from above the seating surfaces, penpitting free flow of the flyi37 The seats are flat and are as wide as the disc, a feature that provides absolute tightness and easy maintenance. Further information will be furnished on request. *Valves indicated with an asterisk can be furnished suitable for Marine Boiler Service in sizes 1J4 to 414inch inclusive. Ratings and orifices for such valves are the same as shown above, except 2-inch HN-2 and HN-3- Valves will have an H orifice. fThe rating for HRC-1 Valves applies to a maximum temperature of 450 Fahrenheit. Prices on application List of Valve Sizes, Orifices, and Ratings Valves Recommended Max. Size of Inlet, in Inches Maximum Temperatures Press. 3/4 1 1 |iy4|iy2[ 2 |2%| 3 |3%| 4 |4%l & Iron Valves For Saturated Steam HR-a and HR-b HO-a and HO-b HO-bfn HO-be Psi. List of Sizes and Orifice Letters 250 IG1GIH1H1J|J 250 FjGlHIH|JIKIKJLILIQ 250 I H | H | J | K | K | L | L 250 i i i i i r ini i Steel Valv 650 F. 750 F. 900 F. 1000F. Psi. | List of Sizes and Orifice Letters *fHRC-l *HRD-2 *HRD-3 *HRSA-3 350 | | | 450 | | | 500 | | | G|G|H H J J G G|G|H H J J GG *HS-1 *HSA-1 HSAC-1 300 | | F | G H H J K K L L 250 | | | Q *HS-2 *HSA-2 HSAC-2 450 | | F |G H H J K K L L 400 | | | Q HS-3 HSA-3 HSAC-3 700 | | F |G HS-4 | HSA-4 HSAC-4 900 | D | E | F HSB-1 | HSBA-1 HSBAC-1 300 | | | N HSB-2 HSBA-2 HSBAC-2 450 | | | N HSB-3 HSBA-3|HSBAC-3 600 | | | N 600 | | | *HN-2 *HNA-2 HNAC-2 450 | | | HJKL P 250 | | | I 900 | | | H J K L Q *HN-3 *HNA-3 HNAC-3 800 | | | P 400 | | | HN-5 HNA-5 HNAC-5 900 | | | GH JK IQ HNA-6 HNA-6 HNAC-6 1500 | | | F G H J HNA-7 HNA-7 | HNAC-7 2000 | | | FGH J Iron and Steel Valves for Economizer Service Iron | v Steel 425 F. | 475 F.| 525 F.| 750 F. Psi. List of Sizes and Orifice Letters JPE-a | | | 300 1 1 H | H | J K |K | L IJPE-c | | 500 1 1H|H| J K|K| L | | JPE-cc | 800 | | 1H|H| J K|K|L || 1800 | j [G|H| JrCbrb 1050 j | '1 1 1 1 J 11 11 Steel and Bronze Valves for Marine Service, for Evaporators, and for Feed Water Heaters Steel (650 F.) Bronze (406 F.) Psi. | List of bizes and Orifice Letters HS-MS-1 300 | | | |hIH|J|K|K|L|L| HS-MS-2 450 | | | |H|'H|j|K|K|L|L| . HH-MS-2 250 | W/ size only, t ,p nlHH1 200 ij n2 oqZ, oi/// sizes, t ^r^occom guiaeaj \ V CRANE 393 Lever and Weight Safety Valves Brass Body PRESSURE RANGE15 to 100 pounds steam _ Service recommendations: These valves are suitable for ordinary low pressure relief valve service where a simple, inex pensive valve is wanted; they should not be confused with spring-loaded pop safety and relief valves. They do not have positive opening and closing points and must be set at least 20 per cent above the normal working pressure to avoid continual leakage. Valves of this type have large blow-down of pressure, and there fore are wasteful in operation; they should never be used on compressed air or gas service. Cross valves have two inlet openings and one outlet, and there fore can be installed either on vertical or horizontal lines. In either case, the stem must be vertical and the lever horizontal. List Prices, Each and Dimensions, in Inches Size Inches | % 1 % 1 % 1 % 1 1 1 IV* With lever and weight for 41 to 100 pounds No. 40 Cross With lever and weight for 15 to 40 pounds Valve only -- without lever or weight With lever and weight for 41 to 100 pounds No. 42 Angle With lever and weight for 15 to 40 pounds Valve only -- without lever or weight Prices of Levers and Weights are Center to end determined by deducting the price Center to top for "va1ve4wkhilever'andLweight"t Center to end of lever | 4.40 I 5.00 1 6.50 1 7.80 1 9.40 | 14.30 | 5.50 1 6.00 1 6.40 1 7.70 1 9.00 1 13.15 j 3.25 1 3.70 1 5.00 I 6.00 1 7.00 | 10.15 1 1 5.00 1 6.50 1 7.80 1 9.40 | 14.30 1 1 6.00 1 6.40 1 7.70 1 9.00 | 13.15 1 I 3.70 1 5.00 1 6.00 1 7.00 | 10.15 1 7/s 1 1 1 m 1 1% 1 l5/s 1 1% 1 2% 1 3% 1 31/4 1 3% 1 41/s 1 4% 1 71/2 1 71/2 1 101/2 1 121/2 1 I6I/4 1 16% 1% 1 2 18.00 | 25.00 16.40 I 22.75 13.15 j 17.75 18.00 | 25.00 16.40 | 22.75 13.15 | 17.75 2l/g 1 2% 5 1 5% 18% 1 17% Pressure range: These valves are regularly furnished with graduated levers for pressures from 15 to 40 pounds, or for pressures from 41 to 100 pounds, Orders must specify which pressure range is wanted, Materials: The bodies, bonnets, discs, and stems of these valves are made of brass. Yokes and weights are made of cast iron, and levers are of steel. All iron parts are japanned maroon. Iron Body PRESSURE RANGE -- 15 to 100 pounds steam Service recommendations: Lever and weight safety valves are suitable for ordinary low pressure relief valve service, where protection against excessive pressures is desired, and where a simple, inexpensive valve is wanted. Unlike spring loaded pop safety and relief valves, they have low capacities, have no positive opening or closing points, and the blow-down of pressure is large. Valves of this type should always be set at least 20 per cent above the normal working pressure in order to avoid con tinual leakage past the disc. They should never be used on compressed air or gas service. No. 376, Cross Valve These valves have two inlet openings and one outlet; they can be installed in horizontal or vertical lines, but the stem must be vertical and the lever horizontal. List Prices, Each and Dimensions, in Inches Size ]''.cries I IV* 1%- 2% No. 376 Cross With lever and weight for 31 to 100 pounds With le_v_e_r__a_n_d__w__e_i_g_h__t _f_or 15 to__3_0__p_ounds ______ Valve only -- without lever or weight | 5.00 | 5.80 1 7.80 4.25 5.05 6.60 3.00 3.50 4.35 13.25 10.25 7.25 17.25 13.00 9.25 28.75 23.25 14.75 Prices vfV Levers and Weights are Center to end 2% 31/4 3% 5 determined by deducting the price Center to top r .. valye only" from the price for valve with lever and weight ". Center to end of lever 14% | 17% 17 17% 18 221/4 1 211/4 1 273/4 221/2 351/2 23% 42% Pressure range: These valves are regularly fur brass discs and seats, steel levers, and cast iron nished with levers graduated for pressures from 15 weights. Valves in sizes 2-inch and smaller have to 30 pounds or for pressures from 3 1 to 100 pounds. brass screwed bonnets and brass stems. Sizes 2}/%- Orders must specify Which pressure range is wanted. inch and larger have bolted type bonnets of cast Materials: These waives have cast iron bodies. iron, and steel stems. / k. 394 CRANE) Brass Relief Valves Pressure Settings -- Non-Adjustable No. 1131 Valves are regularly set for 50, 75, 100, or 125 pounds hot water pressure. No. A 1I31 Valves are regularly set for 25, 75, or 125 pounds air pressure. No. 113334 Valves are regularly set for 50, 75, 100, or 125 pounds cold water pressure. Ranges of Pressure Settings -- Adjustable No. 1133 Valves are regularly set for 25, 75, or 125 pounds steam or cold water pressure. _ The No. 1133 Valves are adjustable through the pressure ranges of 10 to 25 pounds, 30 to 75 pounds, and 80 to 125 pounds. No. 1131 For Hot Water No. A 1131 For Air No. 1133 For Steam and Cold Water No. 1133V2 For Cold Water When ordering, be sure to specify the set pressure and the catalog number, List Prices and Dimensions List Prices, Each Dimensions, in Inches Height over all, closed | Center to Inlet Center to Outlet Size Inches % 1 % % 1 % % 1 % X 1 3/s 1 % 1 3/4 1 3/g % 3/4 1 1 No. 1131 Each,' ; 3.SO | 3.50 4.25 5.00 4 4% 1 4% 51/s 1 1% 1 23/g | 2H/i6 211/ie 7/s 1 11/4 1 1V4 1 IV* No. A 1131 Each 3.50 | 3.50 4.25 4 4% 1 4% 1 1% 1 23/g | 23/g % 1 W* IVi 1 No. 1133 Each 1-3.50 4.25 3% 1 Si/8 1 1 1% 1 21/4 1 1 l3/l6 1 No. 11331/2 Each 3.50 j 3.50 4.25 4 4% 1 4% 1 1% 1 23/g | 23/g % 1 m 1% 1 Service recommendations: No. 1131 Relief Valves have been particularly designed for use on domestic hot water heaters, but will give excellent service on any hot water' lines. They should not be used on steam, air, Or cold water. No. A 1131 valves are intended for use on air com pressors in garages, service stations, etc., where a simple, inexpensive relief valve is wanted. They should not be used on steam or water service. No. 1133 valves can be recorrimended for use on steam or cold water, when metal disc valves without lifting levers are wanted. They should not be used on mr or hot water. No. 1133^4 valves have been particularly designed for use on domestic water pumping systems, and will give excellent service on cold water lines. They should not be used on hot water, steam, of air. Features: These relief valves are made of highgrade materials throughout, are simple in design, inexpensive in first cost, and will give excellent service under all ordinary conditions. Nos. 1131, A 1131, and 113334 valves have composition discs specially selected for the service each type is designed to be used on. Discs in these valves are cemented in the disc holders with a special cement and are not readily renewable. In case it is desired to replace the discs, disc holders complete with discs can be furnished. These valves all have lifting levers, so that the discs may be raised from the seats manually. No. 1133 valves are made with brass discs and with- ; out lifting levers. They can be used either on steam : or general cold water service. For domestic water pumping systems, the No. 113334 valves are usually j recommended. " Pressure setting: No. 1131, No. A 1131, and No. 113334 valves are non-adjustable and when set at ; the factory for any of the following pressures they cannot be re-set in the field: i No. 1131-- 50, 75, 100, or 125 pounds set pressure * No. A 1131 -- 25, 75, or 125 pounds set pressure 1 No. 1133H -- jo, 75, 100, or 125 pounds set pressure ;j No. 1133 valves are adjustable and although they are regularly set at the factory for any of the follow ing pressures, they can be re-set in the field through a definite range: No. 1133--25, 75, or 125 pounds set pressures. -- 10 to 25 pounds, 30 to 75 pounds, and 80 to 125 pounds pressure ranges. j Orders must specify the set pressure wanted. ! Capacities: Capacities are furnished on applica- ! tion. Inquiries should advise size, catalog number, type of- service, and .set pressure. i Maintenance: It is recommended that these valves be manually operated at regular intervals to assure proper action. This operation should be performed only when there is sufficient pressure available to blow any accumulated foreigjn matter clear of the seating surfaces, particularly when starting up a new installation. \ \ ; . \ \ _________________________ CRANE_______ ,________________________395 Brass Relief Valves for Water Heaters ..C Can be set at any specified pressure within the following range: 5 to 250 pounds pressure. Maximum temperature 400 F. When ordering, be sure to specify the set pressure and the catalog number. Cross Section No. 2606 SERVICE RECOMMENDATIONS These high grade and sturdy brass relief valves are especially recommended for use on water heaters, where valves of outstand ing quality are desired. FEATURES All valves except the Tg-inch size have pop chambers and blow-back regulating rings, "which enables them to operate with the same positive action of a pop safety valve, should steam develop in the water heater. A stuffing box around the stem prevents leakage of hot water from the valve top. Construction: These brass relief valves have a single disc with a bottom guide and are similar in de sign to the relief valves shown on pages 396 and 397, except that they have levers, caps, and wire seals. The levers, japanned maroon, are suitable for up-pull operation, or when reversed, for down-pull. List Prices and Dimensions Size (Size of Inlet) Inches | % | % 3/4 1 l iy* iy2 2 No. 2606, Male Inlet Each 13.75113.75 15.00118.25 |2.1.00(26.50 [37.00 No. 2607, Female Inlet Each 13.75|13.75 15.00118.25 |21.00|26.50|37.00 Size of outlet Center to top Center to male inlet Center to female inlet Center to outlet Inches % 1 % 3/4 1 1 1V4 m 2 Inches 3% 1 33/4 33/4 | 4% 1 51/4 m 73/4 Inches W* 1 2j/4 23/4 3V4 1 33/4 43/8 41/2 Inches 1% 1 2 23/s 23/4 1 33/8 3% 43/s Inches U/s 1 1% 13/s 1% 1 2 23/8 23/4 Maintenance: The stuffing box gland should be pulled up only to "finger tightness." Excessive tightness on the packing is apt to interfere with the operation of the valve. It is recommended that these valves be manually opened at regular intervals to assure proper action. This operation should be performed only when there is sufficient pressure available within the tank to flush an^ accumulated scale or foreign matter clear of the seating surfaces, particularly when starting up a new heater installation. Pressure setting: Relief valves on liquid service should always be set 25 per cent above the normal working pressure of the system to avoid waste due to minor fluctuations of pressure. These valves can be set for any pressure within the range of 5 to 250 pounds. Orders must specify the set pressure and the catalog number. The original setting of the valve may be readjusted for pressures 20 per cent higher or lower, but not exceeding the maximum range stated above. For greater changes in set pressures, new springs may be required, since one spring cannot cover the entire range of pressures at which the valves can be set Brass Vacuum Relief Valves List Prices_____________________ Size Inches 1 V2 1 4 1 1 1 Wt 1 lVa I 2 I 3 No. 1155 V Each 114,00114.00115.Q0119.00125.00[30.00145.00 Service recommendations: These valves are designed for use as vacuum breakers on light low Pressure tanks, stearq jacketed kettles, and similar apparatus, where there is a possibility of a vacuum forming which might cause injury to the apparatus because of the effect of atmospheric pressure upon it. In service, the disc of the valve is normally held to its seat, both by spring tension and by the pressure m the apparatus to which the valve is attached. When the pressure in the vessel falls below atmos phere, the spring tension is overcome, and the disc is forced from its seat. Air is then admitted through the valve, thus preventing the vacuum from reaching a dangerous point. Pressure setting: These valves are regularly fur nished with springs for 10 inches of vacuum. They are set to open at y inches of vacuum but are adjust able for higher or lower vacuums. Valves are regu larly tested for tightness at the seat with 50 pounds steam pressure. 31 396 _________ crane!_________ Brass Relief Valves For Steam, Water, or Oil The above illustrations show the three basic styles of Crane Brass Relief Valves for steam, water, or oil service. For a complete range of styles, sizes, and pressures available, see the following page. A complete line: Crane Brass Relief Valves for steam, water, or oil service are made in an excep tionally broad variety of styles and sizes. Suitable for pressure settings up to 250 pounds on services at 400 F. maximum temperature and up to 300 pounds on cold services, they easily fulfill exacting require ments for many installations. . A' complete listing of sizes and illustrations of all styles^ are shown on the following page. Features of design: These valves are all made with high grade brass bodies,- bases, and discs. The springs, spring washers, and stems are of steel with a special coating to resist corrosion. On handwheel equipped valves, the wheel is made of tough malle able iron; it is permanently and securely fastened on the brass adjusting screw. To assure true seating of the valve, the single disc is made .with a long bottom guide which operates in the finished bore of the base. The seat is integral with the base of the valve. All of these relief valves except the ^g-inch size are equipped with adjustable blow-back regulating rings around the seat, which provide a means of adjusting the blow-down of pressure when changing or regulat ing the set pressure. The adjustment of this ring may be made from the outside of the valve without interfering with the pressure setting. A locking plug screwed into and projecting through the wall of the body prevents the regulating ring from loosening up once it has been set for blow-down. The regulating adjustment for the main spring per mits the set pressure to be increased or decreased 10 per cent. While this feature allows the user a generous latitude in resetting the valve in the field to meet necessary pressure changes, particular con sideration should be given to these limitations of readjustment, because a new spring may be required if greater changes are to be made. One spring will not cover the entire range of pressures at which a valye may be set. All side outlet valves are made for pressure tight discharge. A stuffing box filled with asbestos packing and surrounding the main spring adjusting screw under the locknut forms an effective seal for the body. Installation: Relief valves should always be installed with the stems in a vertical position, in order to insure proper seating of the disc. Outlet piping should be as short as possible, never smaller than the outlet of the valve, and should be so arranged as to provide proper drainage. A. Capacities: Capacities c-f these valves will be furnished on application. Inquiries should advise full information regarding thV proposed installation --kind of fluid, working pro-sure of system, and desired set pressure. \ CRANE 397 Brass Relief Valves For Steam, Water, or Oil Can be set at any specified pressure within the following ranges: Y% to 2J^-inch sizes--10 to 250 pounds steam, water, or oil, 400 F., or 10 to 300 pounds water or oil, 100 F 3 and 4-inch sizes --10 to 200 pounds steam, water, or oil, 400 F., or 10 to 250 pounds water or oil, 100 F, When ordering, be sure to specify the set pressure. No. 2600 Male Inlet Top Outlet With Cap No. 2601 Male Inlet Side Outlet With Cap No. 2602 Male Inlet Side Outlet With Wheel No. 2603 Male Inlet Side Outlet With Lock-up Cap No. 2604 Female Inlet Side Outlet With Cap No. 2605 Female Inlet Side Outlet With Wheel Size No. 2600 No. 2601 No. 2602 No. 2603 No. 2604 No. 2605 Inches | % Each Each Each Each Each Each 13.50 13.75 13.50 15.00 13.75 13.50 % 13.50 13.75 13.50 15.00 13.75 13.50 List Prices 34 1 1 R4 1 1% 1 2 1 -IV.2 14.50 15.00 14.50 16.50 15.00 14.50 17.50 | '20.00 1 25.00 | 35.00 i 18.25 | 21.00 1 26.50 | 37.00 j 17.50 j 20.00 1 25.00 | 35.00 j 20.00 | 23.00 1 29.00 | 40.00 | 18.25 | 21.00 1 26.50 | 37.00 | 55.00 17.50 | 20.00 1 25.00 j 35.00-j 50.00 34 110.00 200.00 105.00 190.00 Service recommendations: These valves are rec ommended for pipe lines, presses, pumps, cylinders, etc. where a blow-back or pressure drop of io% is permissible. Relief valves are intended to relieve excessive pressures; they should not be used in an attltnpt to relieve shock pressures in hydraulic lines. When a pressure drop smaller than io% is required on steam service, pop safety valves should be used. ful study should be made of all such specifications applying to the locality in which the valves will be used, to make sure that suitable valves are secured. Pressure setting: These valves can be set at any pressure within the ranges specified above. On steam service, relief valves should be set at least io% higher than the normal working pressure in the system; on water or oil service, 25% higher. The side outlet valves are pressure tight on the outlet and can discharge against low head pressures. Materials: The base, body, and disc of all of these valves are made of a high grade brass. The spring and stem are steel, the stem point being casehardened. Fire protection service: Relief valves used in con nection with fire protection installations ordinarily must comply with various Underwriters' specifica tions. Before ordering valves for this service, a care Orders must specify the set pressure. Pressure adjustment: The set pressure of these valves can be adjusted after installation to any pres sure within a range of 10% above or below the origi nal factory setting, but not exceeding the maximum pressure for which the valve is recommended. Valves with lock: Prices of valves with lock include one padlock and two keys. Marine service: Sizes to 2-inch are suitable for marine service. Dimensions, in Inches Size (Size of Inlet) % % 1 34 Size of outlet, Side Outlet Valves Male Inlet Valves Over-all height Female Inlet Valves With Cap With Wheel With Cap With Wheel With Male Inlet center to iruet, oiae uutiet valves With Female Inlet Center to outlet, Side Outlet Valves Diameter of wheel % 5% 5% 5 5i/4 2% 1% 1% 29Ae % i 34 5% 1 6 5% 1 6% 5% 1 5% 5% 1 5% 2*4 1 234 2 1 23/g 1% 1 1% 2Vi6 1 2Vi 6 Additional description.... page 396 1 1 6 Vs 7% 63/ 6% 314 234 1% 3Vl6 1% 1% 8 8% 7% 734 334 3% 2Vie 3% 1% 1 2 1% 1 2 934 1 11% 9% 1 11% 9*4 1 11 9 1 11% 43/g | 4y2 3% 1 43/g 2%6 1 234 4Vis 1 434 2% 3 2% 3 4 4 12% 13H/16 17% 121/2 1311/16 17% 4% 53/l6 6% 3 31/2 43/g 4.34 6 7 Capacities on application 1 ^ ' .' ' __ >' 398 CRANE' Brass Relief Valves For Air and Gas Cross Section No. 2651 Cross Section No. 2650 Cross Section No. 2664 A complete line: Crane Brass Relief Valves for air and gas are made in a complete variety of styles, a wide range of sizes, and for an exceptional scope of pressure settings. A brief summary of this line of valves and the maximum pressures follows: 250-Pound, sizes %" to 2" 300-Pound, sizes z/z to 2" 500-Pound, sizes Yi' to 1" 8oo-Pound, sizes Y" to 2" Features of design: These valves are all of the single disc type with bottom guide to assure proper seating. Except for the ^-g-inch size 250 and 300-Pound Valves and all sizes of the No. 2664, No. 2674, and No. 2684 Valves, these valves are equipped with blow-back regu lating rings. In the lower pressures, these rings enable the user to adjust the blow-down when changing or regulating the set pressure. For the higher pressures, relief valves without regulating rings are more serviceable; valves equipped with rings would have excessive capacities. The area through the seating surfaces of these high pressure valves is con siderably reduced. Cross Section No. 2674 No. 2684 All side outlet valves have a pressure tight outlet. A stuffing box around the main spring adjusting screw is filled with an asbestos packing to form an effective seal for the body. Cross Section No. 2668 Seat tightness: It is always more difficult to keep relief valves tight on air or gas service than it is on steam, water, or oil. The seating surfaces of these valves are carefully ground to insure audible tight ness at all pressures up to 80 per cent of the set pressure. Relief valves should always be set at a pressure 25 per cent higher than the normal working pressure in the system; no leakage will be experienced with Crane Relief Valves if they are properly installed and given reasonable care. Installation: Relief valves should always be in stalled with the stems in a vertical position. If they are installed horizontally or at an angle, the discs may not seat properly, resulting in a leaky valve and eventual cutting of the seating surfaces. For air and gas service, these valves should preferably be in stalled inverted to allow moisture to collect and seal the seating surfaces. Special services: For service on noxious gases or inflammable liquids it is particularly desirable to use relief valves which are tight on the outlet side. Crane side outlet relief valves are especially designed for this service and should alwavs be specified. X CRANE Brass Relief Valves For Air or Gas Can be set at any specified pressure within the following ranges: 250-Pound Valves -- 10 to 250 pounds 500-Pound Valves -- 301 to 500 pounds 300-Pound Valves -- 10 to 300 pounds 8oo-Pound Valves -- 501 to 800 pounds Maximum temperature -- 400 F. When ordering, be sure to specify the set pressure. 399 Male Inlet . Male Inlet Top Outlet - Side Outlet No. 2650 No. 2651 250-Pound 250-Pound Male Inlet Side Outlet (Lock-up Cap) No. 2653 Female Inlet Side Outlet No 2654, 250-Pound No. 2664, 300-Pound Female Inlet Side Outlet No. 2674, 500-Pound No. 2684, 800-Pound Male Inlet Side Outlet No. 2668 300-Pound Female Inlet Side Outlet No. 2669 300-Pound 250-Pound For Gasoline List Prices or Noxious Gases Size Inches | % 1 Vi 3/4 1 1 1V4 1V2 1 2 250-Pound Valves 300-Pound Valves 500-Pound Valves 800-Pound Valves No. 2650 No. 2651 or No. 2654 No. 2653 No. 2664, No. 2668, or No. 2669 No. 2674 No. 2684 Each| 13.50 | 13.50 Each| 13.75 | 13.75 Each| 15.00 | 15.00 Each| 13.75 | 13.75 Eachj 1 13.75 Each) 1 14.50 1 17.50 15.00 1 18.25 16.50 1 20.00 15.00 1 18.25 15.00 1 18.25 15.00 1 18.25 20.00 21.00 23.00 21.00 21.00 21.00 25.00 | 35.00 26.50 I 37.00 29.00 | 40.00 26.50 | 37.00 26.50 | 37.00 26.50 | 37.00 Service8recommendations: These valves are rec ommended for air or gas compressors, cylinders, pipe lines, etc. where a blow-back or pressure drop of 10% is permissible. When a pressure drop smaller than 10% is required, pop safety valves should be used. The side outlet valves are pressure tight on the out let and may discharge against low back pressures. The Nos. 2668 and 2669 Valves are especially suit able for gasoline and noxious gases; they can be dis mantled without disturbing the piping connections. Materials: The-base, body, and disc of 250 and 300-Pound Valves are brass. On 500 and 8oo-Pound .Valves, the body is brass, and the base and disc. Crane Hard Metal. All valves have a steel spring and stem, the stem point being casehardened. Valves with lock: Prices of valves with lock in clude one padlock and two keys. Pressure setting: Relief valves used on air or gas should be set at least 25% higher than the normal working pressure in the system. Orders must specify the set pressure. Pressure adjustment: The set pressure of these valves can be adjusted after installation to any pres sure within a range of 10% above or below the origi nal factory setting, but not exceeding the maximum pressure for which the valve is recommended. Size (Size of Inlet) 250 and 300-Pound Valves Nos. 2650,-2651, 2653, 2654, and 2664 500 and 800-Pound Valves Nos. 2674 and 2684 300-Pound Valves for Gasoline or Noxious Gases Nos. 2668 and 2669 Size of outlet Center to top Center to male inlet Center to female inlet Center to outlet Size of outlet Center to top Center to female inlet Center to outlet Size of outlet Center to top Center to male inlet Center to female inlet Center to outlet Additional description.. page 398 Dimensions, in Inches % Vi Vi Vi 3% 3Vi Wa 2V* 1% 2 iy* 1% 1% i 31/4 1 2VS 1 1% % 3s/l6 Vi 3s/ig 2S/l6 27/ig Wig 1"/16 1VI6 lVie 3A 3A 3V4 23/4 2% 1% 3A 3 Vi 2 Vs 1% % 3% 2% 2 lS/l6 1 Wa H/2 2 1 3% 3y4 23/4 1% 1 39/i6 2V2 1% 1 4 33/l6 23/l6 1% Wa *Ya 33/4 3% 21/ig Wa 43/i6 2,5/ie 13A 11/4 4% 311/16 2% 2i/i6 IV2 5% 4% 3% 2Vie 11/2 5% 3l/s 2 11/2 61/4 4 2% 2% 2 6% 41/2 4% 2% 2 6s/is 3% 2% 2 7% 411/16 3Vie 2% Capacities on application 31 > 400 CRANE Brass Hydraulic Relief Valves Cross Section No. 1128 Can be set at any specified pressure . within the following ranges: No. 1128 No. 1128y2 No. 1128 All sizes, 300 to 600 pounds No. 1128^ All sizes, 300 to 800 pounds No. 1130 j/o-inch valves, 800 to 8000 pounds 34-inch valves, 800 to 6000 pounds 1-inch valves, 800 to 4500 pounds i ht-inch valves, 800 to 4000 pounds i 34-inch valves, 800 to 2600 pounds 2-inch valves, 800 to 2600 pounds 2j^-inch valves, 800 to 2600 pounds No. 1130 Orders must specify the set pressure and the catalog number. Size Inches | V4 No. 1128 Each| 13.50 No. 11283/2 Each | No. 1130 Each| 50.00 List Prices % 14.50 14.50 50.00 1 ' 1% 17.50 20.00 17.50 | 20.00 55.00 85.00 IV2 1 2 1 21/2 25.00 I 35.001 50.00 25.00 | 35.001 50.00 90.00 j 130.00j225.00 Service recommendations: These valves are particularly designed to safeguard hydraulic ap paratus operating at high pressures and atmospheric temperatures, such as hydraulic presses and elevators or high pressure pumping systems. They are also recommended for use on high pressure oil lines, pro viding the outlet drains to atmospheric pressure. Hydraulic Relief Valves should never be used as unloading valves or in an attempt to relieve shock in hydraulic systems. y/Features: This line of valves is characterized by its rugged construction, simple design, and high grade materials. Bases for the Nos. 1128 and 112834 are cast in Crane Hard Metal, an exceptionally strong and durable copper-tin bronze. Discs in Nos. 1128 and n 28342 Valves are also made of Crane Hard Metal, while in the No. 1130 Valves, the discs are made of Alloy Steel. These latter valves have renewable screwed-in body seat rings made of Crane No. 49 Nickel Alloy. Springs are exception ally long and made of the best quality steel. Nos. 1128 and 112834 Valves are provided with handwheels for easy adjustment of the set pressure, while No. 1130 Valves have a hexagon end on the adjusting screw for wrench engagement. In both types, a lock nut is provided so that the adjusting screw may be locked at the desired set pressure. All of these valves are pressure tight on discharge. A stuffing box around the adjusting screw, and under the lock nut, is filled with high grade packing to seal the top end of the valve. Pressure setting: All hydraulic relief valves can be readjusted for pressures 10 per cent above or below the original set pressure, but should never be set at pressures in excess of the maximum rating for which the valve is designed. If a greater change in the set pressure is to be made, a new spring may be required, since one spring will not cover the entire range of pressures at which the valve can be set. Relief valves should be set at least 25 per cent higher than the normal working pressure in the system in order to avoid wasting water or oil in discharges due to minor fluctuations of pressures. The function of these valves is to safeguard the apparatus and the piping against excessive pressures, and they should not be used in an attempt to main tain pressure at a maximum point. Operating pres sures maintained continuously close to the set pressure of the valve will tend to cause leakage and maintenance difficulties. Orders for relief valves must specify the set pressure desired and the catalog number. Size (Size of Inlet) No. 1128 No. 11281/2 No. 1130 Size of Outlet Center to Top Center to Inlet Center to Outlet Size of Outlet Center to Top Center to Inlet Center to Outlet Dimensions, in Inches 1 V4 % 1 1% % 1 I 31/2 31/2 41/4 1 2i/g 2i/g 21/2 1 1% 1% 1% [l 1 1 1 7i/4 13 1 211/16 71/4 3 211/ie 71/4 3 211/ig Capacities furnished on application 1V4 iy* 41/2 21S/16 m 11/2 91/2 3% 33/ie 11/2 11/2 51/4 3l/s 2 IV2 91/2 3% 33/,6 2 2 61/2 35/g 2V2 2 113/4 4% 313/is 21/2 21/2 7% 4% 3 21/2 141/4 43A 49/l6 \ CRANE I All-Iron Relief Valves Can be set at any specified pressure within the following range: 10 to 300 pounds Maximum temperature 400 F. / A* 401 When ordering, be sure to specify the set pressure and the catalog number. Cross Section No. 111S List Prices No. 1118 Screwed Inlet and Outlet No. 1118V2 Flanged Inlet and Outlet Size Inches | l/2 | % 1 1 1 PA 1 1% 1 2 | 21/2 1 3 No. 1118, Screwed No. III8I/2, Flanged, Faced and Drilled Each |16.50|17.50|21.00|25.00|37.00|45.00[ 1 Each|22.00|23.50|28.00|34.0p|48.00|60.00|115.00|170.00 Extra for Companion Flanges Bolted on, per Valve ! 2.25| 2.80| 3.35| 3.90/ 4.50| 6-00/ 10.001 14.50 Service recommendations: These relief valves have been particularly designed for ammonia service, but may also be used wherever all-iron construction is preferred, ^ecause of conditions corrosive to brass. For air or gas service, the seats should be oil sealed. Service temperatures should not exceed 400 F. Valves in sizes J4 to 1 %-inch have a screwed bonnet; sizes 1 y^-inch and larger have bolted bonnets. All bonnet and cap joints are sealed with a lead gasket. Features.: These valves are of sturdy construction and simple design. Bodies and bonnets are of Crane Ferrosteel; body seat rings are of steel; discs in sizes 34-inch to ij^-ioch are of cast iron, while in sizes 134-inch and larger, they are of forged steel. The seating surfaces can be easily reground when necessary; the top of the discs are tapped with pipe threads to permit insertion of a pipe nipple for rotat ing the discs when regrinding. Pressure setting: Relief valves should always be set at least 15 per cent above the normal working pressure in the system in order to prevent wastage of fluid when minor fluctuations of pressure occur in the system. Pressure setting of these valves can be readjusted 10 per cent above or below the original set pressure, but not in excess of the maximum given above. If a greater change in the set pressure is to be made, new springs may be required, since one spring cannot cover the entire range of pressures at which the valves can be set. Orders must always state the set pressure wanted. Flanges: Flanged valves have ammonia tongue and groove facings. Inlet flanges are grooved and outlet flanges are tongued. 34-inch and %-inch valves have oval flange on inlet and outlet; r, r34, i34 and 2-inch valves have square flange on inlet and outlet; 234inch valves have square flange on the inlet and round flange on the outlet; 3-inch valves have round flange on both inlet and outlet. Drilling: All flanged end valves are furnished faced and drilled (F. & D.) unless ordered faced only. List prices include drilling. No deduction is made if valves are ordered faced only. 31 Dimensions, in Inches Size (Size of Inlet) I V2 4 1 1 1 IV4 Size of Outlet Center to top No. 1118 Center to end of inlet 1 3A 1 11/4 1 W2 | 3% 4i/s 5% 1 6% | 2lA 2% 31/8 3% Center to end of outlet | 1% 1% 2 21/2 Center to top 3% 41/8 5% 6% Center to face of inlet 2% 3 31/4 39/ie Center to face of outlet 1 3% 3% 3% _ 4 Oval flange dimensions | No. 1118l/2 Inlet Flange Square flange dimensions Round flange diameter 4 4% 39/l6 315/16 Oval flange dimensions Outlet Flange Square flange dimensions Round flange diameter 4% 4% 315/is 4i Vie IV2 1 2 21/2 1 3 2 1 21/2 3 3% 6% 1 71/2 3S/i6 45/8 3 315/16 61/s 3i Vis 43/4 71/2 1 10% 49/l6 43/4 55/4 6i/2 121/2 51/i 7 411/16 51/16 515/16 81/4 5i/i6 515/16 8% 9 Capacities on application. Drilling templates.. . .page 488 Tongue and groove dimensions... .page 488 402 C R A N/E Inside Spring , Iron Body Relief Valves Can be set at any specified pressure within the following ranges: No. 1123 Valves -- 10 to 300 pounds No. 1124 Valves -- 301 to 600 pounds For water or oil services -- maximum temperature 100 F. ' Outlet pressures are not to exceed 20 pounds gauge. No. 1123 No. 1124 Cross Section No. 1123 When ordering, be sure to specify the'set pressurt Cross Section No. 1124 * List Prices Size Inches | 2% 3 No. 1123, Faced and Drilled Each] 42.00 50.00 No. 1124, Faced and Drilled Each| 105.00 125.00 3l/2 68.00 165.00 4s 75.00 120.00 210.00 | Service recommendations: Nos. 1123 and 1124 Relief Valves are designed for service on water or oil, where the temperature does not exceed ioo F. They are commonly used on pump discharge lines, on standpipes, pipe lines, cylinders, oil lines, etc. These valves should not be used as unloading valves or in an attempt to relieve shock from hydraulic lines. Outlet pressures should not exceed 20 pounds gauge. Construction: These valves are of the inside spring, single disc type. The flanged bonnet is securely bolted to the body and makes a pressure tight joint. and discs can be supplied on special order, when so desired, at an advance in price. Pressure setting: Relief valves on liquid service should be set 25 per cent above the normal working pressure of the system to insure tightness at the seat. They may be readjusted for pressures 10 per cent above or below the original set pressure, but not exceeding the maximums given above. For a greater readjustment, new springs may be required, since one spring will not cover the entire range of pressures at which these valves may be set. Orders must specify the set pressure wanted. A machined recess filled with packing is provided Flange dimensions and facing: The dimensions around the adjusting screw to seal this point and and drilling of the inlet flanges conform to the 250- render the valve pressure tight on discharge. Pound American Cast Iron Flange Standard (Bi6b- The inlet connections on the No. 1123 Valves are suitable for a flanged or screwed joint. Outlet con nections on all of these valves are screwed. 1928). They have a hw-inch raised face finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. f Materials: Crane Iron Body Relief Valves have Drilling: List prices include facing and drilling of iron bodies and bonnets and steel springs and stems. the inlet flanges to the 250-Pound American Cast The seats and discs are regularly made of brass. Iron Flange Standard. No deduction is made when Valves equipped with Monel seats or Monel seats valves are ordered faced only. Dimensions, in Inches Size (Size of Inlet) No. 1123 2% 3 1 3% ! 4 1 5 1 21/2 Size of outlet 21/2 Center to top 12% Center to face of inlet sy4 Center to end of outlet | 3% 3 1 3% | 13% 1 141/4 1 5% 1 61/4 [ 41/4 1 4% [ (0s 1--1 4 6% 5 5 1 21/2 153/4 | 133/4 73/8 1 51/4 6% 1 3% No. 1124 3 31/2 3 3% 141/4 1 151/4 53/4 61/4 41/4 4% 4 4 151/2 63/4 5 Capacities are furnished on application- Templates for drilling.. .. ' .. .. page S52 h. CRANE Inside Spring Alloy Cast Steel Relief Valves 403 WORKING PRESSURES MAXIMUM SET PRESSURES No. 1124XR-- 600 pounds No. 1241 XR --1200 pounds No. 3041 XR -- 3000 pounds No. 1124XR-- 750 pounds No. 1241 XR --1500 pounds No. 3041 XR -- 3600 pounds Fdr cold water and oil; maximum temperature 100 F. Outlet pressure not to exceed 100 pounds gauge Pressure setting: To insure tightness at the seat, these valves should be set 20% above the normal operating pressure of the installation. They may be readjusted for pressures 10% above or below the original set pressure, but not exceeding the maximums given above. For a greater adjustment, new springs may be required, since one spring will not cover the entire range of pressures at which these valves may be set. When ordering, be sure to specify the set pressure. List Prices, Faced, Drilled, and Spot Faced Size Inches] m 1 2 1 2V2 1 3 i 31/2 1 4 i 5 No. 1124 XR Each| 1 | Prices on application No. 1124 XR No. 1241 XR Each] Prices on application 1 1 1 No. 1241 XR No. 3041 XR Each| Prices on application 1 1 1 No. 3041 XR l Servicerecommendations: Nos. 1124XR, 1241 XR, Flanged Fittings, Bi6e-iQ3Q. On the No. 1124 XR and 3041 XR Alio;/ Steel Relief Valves are designed Valves the flange conforms to the 300-Pound Stand for service on water or oil where the temperature of ard; on the No. 1241 XR, to the 6oo-Pound; and on the fluid does not exceed 100 degrees F. They are the No. 3041 XR, to the 1500-Pound. commonly used on pump discharge lines, on stand pipes, pipe lines, cylinders, hydraulic presses, oil lines, etc. They are suitable for outlet pressures up to 100 pounds gauge. Drilling: The flange on these -valves is furnished faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List prices include drilling to the particular standard applying, as listed above, and These valves should not be used as unloading valves spot facing. No deduction is made if valves are or in an attempt to relieve shock- in hydraulic lines. ordered faced only. Construction: These valves are of the inside spring, single disc type. They have a flanged bonnet secured to the body with through bolt-studs threaded their entire length, making a pressure tight joint. A machined recess for packing is provided around the adjusting screw. The seat bushings are renewable. Materials: The bodies are made of Crane No. 4 Carbon-Molybdenum Steel; the bonnets, of Carbon Cast Steel; and the springs, of a high grade Open Hearth Steak /The discs are Exelloy; and the seat bushings, No, 4q Nickel Alloy. Inlet arid outlet connections: The No. 1124 XR Valves have a combination flanged and screwed inlet; Nos. 1241 XR and 3041 XR Valves have a flanged inlet. The outlets on all of these valves are screwed. Flange dimensions: The inlet flanges conform to the American Standard for Steel Pipe Flanges and Flange facing: The inlet flange on the No. 1124 XR Valves is regularly furnished with an American Standard l^-inch raised face. On the No. 1241 XR and No. 3041 XR Valves it is furnished with an American Standard )4-inch male face (large male). When so ordered, the inlet flange can be furnished with ring joint, male (on the No. 1124 XR), female, tongue, groove, or other types of facings; see the Crane Discount Sheet for prices. Finish of flange faces: The hfrinch raised face and the large male face on the inlet flange are finished with concentric grooves, approximately 32 grooves per inch, known as a "serrated" finish. A smooth finish can be furnished on the raised or male faces when so ordered; see the Crane Discount Sheet for prices. The smooth finish is recommended when a metallic gasket is used. Dimensions, in Inches Size No. 1124 XR 2V2 3 1 31/, 4 | No. 1241 XR 1 5 IV2 1 2 21/2 3 1 d/2 Size of inlet and outlet 21/2 3 1 3l/2 1 4 5 1 UA 1 2 21/2 3 | d/2 Diameter of seat opening 2V2 3 1 31/2 1 4 5 1 DA 1 2 21/2 3 1 D/4 Center to top 133/4 141/, 1 151/4 ! 15i/2 17 1 13 1 16 19 22 1 13 Center to face of inlet* Center to end of outlet 5V4 1 3% 534 1 63/I6 1 on/i G 73/g H 51/4 1 6% 6% 73/4 II 61/4 41/4 1 4% 1 5 63/g || 33/4 1 43/s 5 53/4 || 4% * Includes Hc-mch raised face on No. 1124 XR and kt-inch male face on No. 1241 XR and No. 3041 XR. No. 3041 XR 2 21/2 2 D/2 I61/2 61/4 5 21/2 2 18% 7% 6 3 3 21/2 23 yi/2 7 description of materials. .pages 1 to 9 Capacities on application Templates for drilling..pages 553 to 555 CID s aloD8f (3 c* 3D i3 Outside Spring Iron Body Relief Valves WORKING PRESSURES --250 pounds MAXIMUM SET PRESSURE --300 pounds For steam, hot water, or oil; maximum temperature 500 F. Outlet pressures not to exceed 20 pounds gauge. % | 1 Cross Section No. 1113 . No. 1114 No. 1113 Flanged Inlet Flanged Outlet No. 1114 ^ Flanged Inlet Screwed Outlet When ordering, be sure to specify the set pressure. Size \ Nos. 1113 or 1114, Brass Seats, F. & D. Nos. 1113 or 1114, Monel Seats, F. & D. List Prices Inches | 2 1 2% 1 3 1 3% 11 4 Each| 63.00 || 84.00 - | 100.00 |[ 136.00 | 155.00 Each| 68.00 90.00 | 107.00 !| 143.00 | 167.00 Service recommendations: NoS. 1113 and 1114 Valves are recommended for steam, hot water, or oil services at working pressures up to 250 pounds and temperatures up to 500 F. They may be set for a max imum pressure of 300 pounds and they are suitable for outlet pressures not exceeding 20 pounds gauge. Construction: **These valves are of the outside spring and'ybKe construction, in which the spring is not directly exposed to the temperature of the fluid within the body. They have a bolted bonnet equipped with a stuffing box, and are of the single disc type. The seat bushing is renewable. The valves are pressure tight on the outlet side and are suitable for use when discharging into a line operating under low head'pressures, or for handling noxious or in flammable fluids. In addition, these valves have pop chambers and adjustable blow-back regulating rings, which gives them an action more positive than ordinary relief valves, as well as a means of regulating the blow down of pressure. The inlet of these valves is regularly made with a combination flanged and screwed connection. Seats and discs: The discs are regularly made of brass. The seat rings are either of brass or monel, but brass will always be furnished unless monel is specifically ordered. Discs made of monel can be furnished on special order, at an advance in price. Pressure setting: To insure tight seating of relief valves, they should be set at slightly higher pressures than the normal working pressure of the installation. Relief valves for steam should be set at least 10 per cent higher and valves for water or oil, 25 per cent above the normal working pressure. These valves may be readjusted for pressures 10 per cent above or below the original set pressure, but not exceeding the maximum given above. For a greater adjustment, new springs may be required, since one spring will not cover the entire range of pressures at which these valves may be set. Orders must specify the set pressure wanted. Flange dimensions and facing: The dimensions of the inlet flanges conform to the 2jo-Pound Amer ican Cast Iron Flange Standard (Bi6b-1928). They have a J/fg-inch raised face, finished with concentric grooves, approximately 16 grooves per inch, known as a "serrated" finish. Outlet flanges of No. 1113 Valves conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q). These flanges are plain faced and have a smooth finish. Drilling: List prices of these valves include facing and drilling to the particular standard applying, as indicated in the preceding paragraphs. No deduc tion is made when valves are ordered faced only. Size (Size of Inlet) Size of outlet Center to top Center to face of inlet Center to end of outlet Center to face of outlet Dimensions, in Inches 2 2% 3 1 3% 2%. 15 6% 4 43/i 3 18% 7 41/2 5% 3% 21% 7% 5 6 1 1 1 1 1 4 23 8% 5% 6% 4 4% 26 9% 6 7 Capacities are furnished on application Templates for drilling.... ...... pages SSI and 5S2 3 CRANE Outside Spring Alloy Cast Steel Relief Valves 405 WORKING PRESSURES MAXIMUM SET PRESSURES No. 1113 LX -- 300 pounds No. 1113 LX -- 360 pounds No. 1113J4 LX -- 600 pounds No. 1113LX -- 900 pounds For steam, hot water, oil, or gas; maximum temperature 900 F. / Outlet pressure not to exceed 20 pounds gauge Pressure setting: To insure tightness at the seat, these valves should be set 20 to 50 per cent above the normal operating pressure of the installation. They may be readjusted for pressures 10 per cent above or below the original set pressure, but not exceeding the maximums given above. For a greater adjustment, new springs may be required, since one spring will not cover the entire range of pressures at which these valves may be set. No. 1113 LX No. U13y2 LX Cross Section No. 1113 LX List Prices, Faced, Drilled, and Spot Faced Size Inches | IV2 2 1 2Vz 1' 3 | 3i/2 1 4 No. 1113 LX No. 1113y2 LX Each 1110.00 135.00|165.001200.00|265.00|315.00 Eachj 125.00 150.00)182.001220.001290.001345.00 When order- ingt be sure to specify the set pressure. Service recommendations: Crane No. 1113 LX and No. in3^ LX Alloy Steel Relief Valves are recommended for high temperature service on steam, hot water, oil. and gases where the temperature does not exceed qoo F. They are' suitable for outlet pressures up to 20 pound's gauge. Construction: These valves are of the outside spring and yoke construction, in which the spring is not directly exposed to the temperature of the fluid within the bodyL,. They have a bolted bonnet equipped with a stuffing box, and are of the single disc type. The seat bushing is renewable. The valves are pressure tight on the outlet side and are suitable for use when discharging into a line operat ing under low head pressures, or for handling nox ious or inflammable^gases and fluids. In addition, the No. 1113 LX Valves have adjustable blow-back regulating rings. This provides a means for adjusting the blow-down of pressure when chang ing or regulating the set pressure. Materials: The Hoodies are made of Crane No. 4 Carbon-Molybdenum Steel; the bonnets, of Carbon Cast Steel; and the discs, stems, and adjusting screws, of- 'E^elloy. The seat bushings are Crane 18-8 Mo AlloyTand the springs, a high grade alloy steel. The bonnet bolt-studs are Triplex Steel. Flange dimensions: The end flanges conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6e-iQ3Q. The inlet flange on the No. 1113 LX Valves conforms to the 300-Pound Standard and on the No. 1113J4 LX, to the 600Pound; the outlet flanges all conform to the 150Pound Standard. Drilling: Flanges on these valves are furnished faced, drilled, and spot faced (F.D. & S.F.) unless otherwise ordered. List prices include drilling to the particular standard applying, as listed above, and spot facing. No deduction is made if valves are ordered faced only. Flange facing: The flanges on the No! 1113 LX Valves and the outlet flange on the No. 111334 LX Valve are regularly furnished with an American Standard kfrinch raised face. The inlet flange on the No. 111334 LX Valve is furnished with an American Standard J^-incH male face (large male). When so ordered, all end flanges can be furnished with ring joint facing; and, except for 150-Pound flanges, with male, female, tongue, groove, or other facings; see the Crane Discount Sheet for prices. Finish of flange faces: The 3f6-inch raised faces and the large male face on the end flanges are finished with concentric grooves, approximately 32 grooves per inch, known as a "serrated" finish. A smooth finish can be furnished on the raised or male faces when so ordered; see the Crane Discount Sheet for prices. The smooth finish is recommended when a metallic gasket is used. Size (Size of inlet) Size of outlet Diameter of seat opening Center to top Center to face of inlet `Center to face of outlet `Includes J^-inch raised face Dimensions, in Inches ; 1% 2 12 No. 1113 LX 1 va No. 11131/2 LX 1 11/4 No. 1113 LX 1 101/2 No. 11131/2 LX 1 12 `No. 1113 LX : 51/2 JNo. UI31/2 LX . 53/4 1 43/8 tIncludes ^j-inch male face. 21/2 2- U/2 13 13 61/2 61S/l6 43/4 21/2 3 2% 2 151/2 I6i/z 7 77/ig 51/2 3| ! 31/2 I ,3 | ! 21/2 I 1 181/z 1 1 201/2 I 1 71/2 715/16 | [6 31/2 4 3'A 3 20 24 8VS> 9 61/2 .4 41/2 4 31/2 23 27 9Vz IOV16 7 Description of materials.... pages 1 to 9 Capacities on application Templates for drilling.... pages 553 and 554 31 408 CRANE A portion of the mash processing lines in a distillery complete piping requirements were supplied by Crane. Piping system in a manufactured gas plant, with Crane pressure regulator. / CRANE Pressure Regulators, Steam Traps, Separators, and Expansion Joints 409 Pressure Regulators............................. Klipfel Pressure Reducing Valves. . Mueller Water Pressure Regulators Klipfel Tank Thermostats................. pages 410 and 411 pages 417. and 413 page 414 page 414 Steam Traps Inverted Open Float................ Cranetilt Non-Return............. Cranetilt Three-Valve Lifting Automatic Air Vent Valves pages 41 j to 417 page 418 page 41 <5 pages 416 and 417 Steam and Oil Separators............. Drip Pockets.................................... Sediment Separators or Strainers Swartwout Exhaust Heads......... pages 42.0 and 421 .................. page 421 pages 422 and 423 .................. page 424 Expansion Joints Copper.......................... Rubber........................ Brass........................... Iron Body.................. Adsco, Iron and Steel pages 424 and 425 page 425 page 426 page 427 page 428 Expansion in Pipe Lines page 426 To make this catalog more convenient to use, the complete Crane line of special duty valves and of specialties has been divided into several groups. Crane special duty valves are shown on pages 369 to 407, and Crane specialties not referred to above are shown on pages 42.Q to 442. Standard Types of Pipe Bends,. . .pages 602 to 604 Venting Valves, Thermostatic Traps, and Heating Pumps.. . .pages 83 to 8S 410 CRANE Brass Pressure Regulators Crane Pressure Regulators have two essential but separate mechanisms -- the auxiliary valve assembly and the main valve assembly -- which are inter connected for the transmission of pressure, but independent of each other mechanically. These two units are contained in the same body, but the regula tor would function just as well if they were separated except for the necessary pipe connections. The auxiliary valve assembly includes a device for manually setting the desired service pressure, an auxiliary valve to control the operation of the main valve, and a mechanism to operate the auxiliary valve itself. The main valve assembly consists of the main valve disc and seat and a piston actuated by pressure from the auxiliary valve, which controls the movement of the main valve disc. The illustra tions and description below explain the operation of the Crane regulator. 'In the lower left hand corner of this page is shown the preferred arrangement for installing a Crane Pressure Regulator. Crane No. q6o Pressure Regulators embody new ' refinements in design and construction to as sure reliable and efficient operation, and long life. At the left is a sectional view of the auxiliary valve assembly. At the right is a sectional view of the main valve and piston assembly. Operation: With the regulator properly installed in the line and ready to go into service, the successive steps which take place in its operation are as follows: Steam (or air) from the high pressure line flows into the inlet side of the regulator as far as the main disc A, which is held lightly to its seat by the main disc spring B. This high pressure then passes into the main disc spring chamber through the ports in the liner C and acts to hold the main disc tightly to its seat. A portion of the high pressure steam (or air) in the regulator inlet passes through the screen D into the high pressure port E and fills the chamber around the auxiliary valve F, which is held lightly to its seat by the auxiliary valve spring. When the handwheel G is turned in a clockwise direc tion, the regulating spring H is compressed and deflects the diaphragm J. This deflection of the diaphragm moves the auxiliary valve F off its seat and allows pressure to flow through the intermediate pressure port K into the chamber above the piston L. The piston then moves downward, overcoming the resistance of the main disc A and forces it off its seat. Steam (or air) then flows past this disc and fills the outlet or service piping system. Pressure from the outlet of the regulator is transmitted back through the low pressure port M to the diaphragm chamber N. As the pressure builds up in this chamber, it finally overcomes the tension on the diaphragm caused by the regulating spring, and forces the diaphragm back to its original position. Just as soon as the diaphragm returns to its original position, the auxiliary valve closes, thus cutting off the pressure to the top of the piston L. The high pressure in the main disc spring chamber then forces the main disc back to its seat, cutting off the steam (or air) supply to the outlet side of the regulator. As the outlet or service pressure falls, the pressure in the diaphragm chamber also falls, with the result that the regulating spring tension again deflects the dia phragm and moves the auxiliary valve off its seat. The entire cycle of operations is then repeated. It will be seen from this description of the operation of the Crane regulator, that with the handwheel set to obtain any .desired service pressure, this pressure will automatically be maintained regardless of the quantity of steam (or air) being used. While each step in the automatic operation of the regulator has been described as taking place at a definite point in the cycle, the entire cycle is per formed practically instantaneously and there is no lag in any of the operations. When steam (or air) is being used in the service system, the regulator actually operates in a "floating" position, that is, both the auxiliary valve and the main disc move back and forth within the limits of their travel without coming to rest at any one position, and thus continually proportion the flow of steam (or air) to satisfy the service requirements. CRANE Brass Pressure Regulators 411 WORKING PRESSURES 250 pounds steam, 450 F. 250 pounds air --D-- For description, operation, and recommended installation, see page 410, M1| k faT I c ~ZFi 1 11 ^ * B No. 960 Pressure Regulator When ordering, specify the reduced pressure wanted; see Service pressure ranges, below. J~T4-C Service recommendations: Crane Pressure Regu lators have been specifically designed to provide accurate, automatic pressure regulation on steam and air. They are particularly suitable for use in modern process work, on vulcanizers, cookers, dryers, paper machines, heating systems, air tools, air blasts, and a variety of other services. They may be used to reduce the pressure to engines and pumps if ample receiver capacity to eliminate pulsations is provided between the engine or pump and the regulator. Fundamental characteristics: These regulators should not be confused with ordinary reducing valves. The Crane valve will reduce the initial pressure accurately and positively, will maintain the reduced pressure at 'the desired point, regardless of the quan tity of steam or air being used, and will not allow the reduced pressure to build up to the initial pressure when no steam (or air) is being used in the service piping. Reasonable fluctuations of initial pressures do not affect the service or reduced pressures. Features: These regulators are featured by re' liability, a wide range of available reduced pressures, simplicity of operation, accessibility for inspection, and convenience in making repairs. Union connections: All regulators are regularly furnished with malleable iron union rings and tail pieces on inlet and outlet ends. Location of regulating wheel: Regulators regu larly have the pilot valve on the left hand side when facing the inlet. On special order, they can be furnished with the pilot valve on the right hand side. Pressure 30 40 50 60 70 __ o 90 100 125 150 175 200 250 Steam Capacity in Pounds per Hour Size, Inches Vz 1 % 1 U/4 m 56 95 190 350 460 69 115 231 410 552 78 137 272 490 645 88 162 300 550 735 100 180 340 625 828 115 200 395 700 920 125 225 435 763 1010 134 237 475 825 1100 159 288 187 338 570 1000 1320 680 1160 1540 212 388 750 1325 1770 240 437 900 1500 2000 280 575 1010 1800 2300 2 935 1165 1400 1600 1800 1985 2195 2400 2920 3400 3880 4360 5150 Size Inches Vz % 1 iy* 1V2 2 List Prices and Dimensions Price Each Overall Dimensions A B 1C1 43.00 48.00 54.00 67.00 83.00 104.00 7 8% 9 9% 103/4 12 4% 1 3 1 53/4 1 3% 1 63/s 1 4 1 7 1 4Vz 1 8151 9 Vs 1 55/8 1 D 6 61/4 7V* 71/2 7y2 7% Locking: Regulators are regularly furnished with a locking device, so that the pressure setting may be protected against tampering. Locks are not fur nished with regulators, except on special order, and then at an advance in price. Service pressure ranges: Regulators are fitted with regulating springs and diaphragms to suit any one of the following ranges of service pressures: 1 to 10 pounds 5 to 30 pounds 20 to 100 pounds 90 to 200 pounds Orders must always specify the reduced pressure wanted in order that proper springs and diaphragms may be furnished. Valves for air service: When regulators are wanted for use on compressed air, orders must so specify. Maximum service pressure: These regulators should not be used when the reduced pressure wanted is more than 80 per cent of the initial pressure. High pressures: On special order, Crane Co. can furnish pressure regulators of this same design, in sizes from )^-inch to 2-inch, for steam pressures up to 3 50 pounds. Air Capacity in Cubic Feet of Free Air per Minute Initial Pressure Vz Size, Inches 3/4 1 1 VA lVz 2 . 40 50 60 70 80 90 100 125 150 175 200 250 7.0 19.5 1 38.0 66.0 116 250 7.5 21.0 1 40.0 72.0 124 270 8.0 22.5 1 44.0 78.0 132 290 8.5 24.0 1 48.0 86.0 140 310 9.0 26.0 1 52.0 94.0 148 330 9.5 28.0 1 56.0 100 156 350 10.0 30.0 i 60.0 108 166 370 11.0 34.0 1 68.0 128 184 420 12.5 38.0 1 77.0 146 204 470 14.0 42.0 1 86.0 164 224 520 15.0 48.0 1 96.0 182 244 590 17.0 56.0 1 114 220 284 670 412 CRANE Klipfel Ball-Type Pressure Reducing Valves For Steam, Water, Air, or Gas ' MAXIMUM INLET PRESSURES - Screwed Ends -- 250 pounds steam Standard Flanged Ends -- 125 pounds steam Extra Heavy Flanged Ends -- 250 pounds steam WEI No. 400 Spring Loaded For 10 to 50 pounds reduced pressure No. 410, Single Lever For vacuum to 20 pounds reduced pressure No. 411, Twin Levers For 20 to 50 pounds reduced pressure No. 431 Air Loaded Dome Type For vacuum to 150 pounds reduced pressure No. 432 Pilot Controlled Air Loaded For 0 to 150 pounds reduced pressure Size Inches % V2 3A 1 VA lVz Type of Ends Screwed Screwed Screwed Screwed Screwed Screwed List Prices No. 400 No. 410 No. 411 Spring Weight Twin Wts. Loaded & Lever & Levers Each Each Each 69.00 69.00 75.00 81.00 87.00 54.00 54.00 60.00 66.00 75.00 60.00 60.00 66.00 72.00 83.00 93.00 81.00 89.00 No. 431 Air Dome Each 64.00 64.00 70.00 76.00 85.00 91.00 No. 432 Air Pilot Each 72.00 72.00 78.00 84.00 93.00 99.00 No. 400: In this valve, seven interchangeable springs are avail able -- each adapted to handle a limited portion of the 10 to 50pound reduced pressure range. The spring and diaphragm assembly can be easily removed without interrupting the flow through the valve. No. 410: This Weight and Lever 2 Screwed 115.00 103.00 114.00 114.00 121.00 Type Reducing Valve is designed 2 Standard Flanged 120.00 108.00 119.00 119.00 126.00 for accurate regulation and large 2 Extra Heavy Flanged 125.00 113.00 124.00 124.00 131.00 capacity. It is recommended for List prices are for complete valves with accessories as shown; including weights, pressure gauge, 8 feet of copper tubing, fittings, Schrader air valve, and pilot valve wHere such parts are required. ---------------------- steam heating service, process work, and other applications where reduced pressures from o to 20 pounds are required. When so ordered, Ball-type reducing valves; These valves include the lever can be arranged for vacuum service. The several improvements which contribute to closer reduced pressure is adjusted by changing the weights regulation of reduced pressure, greater capacity, on the lever. tight closing, and durability. The ball is very hard stainless steel and is free to seat perfectly. Grindingin is never required. The streamlined form of the opening between the ball and seat and the large body passages permit a great volume of flow. The No. 411: This valve is the same as No. 410 except that it is equipped with two independent levers for symmetrical distribution of loading on reduced pressures from 20 to 50 pounds. Monel metal seat is beveled at a sharp angle to fit No. 431: This is a perfected design of Dome Type, the ball tightly along a narrow line of contact. The Air Loaded, Reducing Valve. It can accommodate guides are integral with the seat. reduced pressures from vacuum to 150 pounds by The internal Pitot tube control in Nos. 410,411,431, . and 432 avoids the use of an external feeler pipe. The Pitot tube is more satisfactory for most appli cations merely changing the air pressure pumped into the dome to equal the desired reduced ` pressure. The accuracy and sensitivity of regulation is uniform over the entire range of adjustment. Materials. These valves have a bronze body in sizes 134-inch and smaller; the 2-inch size has a semi steel body All sizes have a Monel metal seat and a stainless steel ball and stem. No. 400 has a semi steel bracket and diaphragm chamber. The other valves have a wrought steel water leg, diaphragm chamber, and air dome. No. 432: This valve is recommended for use where the reduced pressure must be changed frequently. When connected to a source of compressed air at sufficiently high pressure, the pilot valve is adjusted to maintain a loading pressure on the diaphragm equal to the desired reduced pressure. These valves are convenient for remote control. CRANE Klipfel Pressure Reducing Valves MAXIMUM INLET PRESSURES Standard -- Screwed Ends -- 150 pounds steam Standard -- Flanged Ends -- 125 pounds steam Extra Heavy -- Screwed or Flanged Ends -- 250 pounds steam t 413 No. 1, For Steam Only Piston Type 10 to 150 pounds reduced pressure No. 3, For Steam, Water, Air, or Gas Vacuum and low reduced pressures No. 38, For Steam, \\ ater, Air, or Gas Vacuum to medium reduced pressures No. 68, For Steam, Water, Air, or Gas 10 to 75 pounds reduced pressure Size Inches List Prices, Each No. 1 No. 3 and No. 38 No. 68 Screwed Flanged F. & D. Screwed Flanged F. & D. Screwed Flanged F. &D. Stand Extra ard Heavy Stand Extra ard Heavy Stand Extra ard Heavy %-y2-3/4 45.00 1 -50.00 ll/4 ' 55.00 | IV2 60.00 2 | 70.00 | 75.00 1 80.00 2Vz | 85.00 1 90.00 j 95.00 3 | 100.00 1105.00 1110.00 4 ! 140.00 1145.00 |150.00 5 170.00 1175.00 1185.00 6 220.00 225.00 235.00 45.00 50.00 55.00 60.00 70.00 85.00 100.00 140.00 170.00 195.00 11 1 | | 81.00 | 1 i 87.00 > 1 | 93.00 | 75.00 | 80.00 110.00 1115.00 120.00 90.00 | 95.00 125.00 |130.00 135.00 105.00|110.00 140.00 [145.00 150.00 145.001150.00 180.00 |185.00 190.00 175.00 185.00 210.00 1215.00 225.00 200.00 210.00 235.00 240.00 250.00 Materials: These valves have bronze bodies in sizes 134" and smaller; sizes 2" and larger have semi steel bodies. All sizes are bronze trimmed. Expanded outlet valves: These valves are made in the following sizes: 1x2, iM x 134 x 3. 2 x 3, 2x4, 234 x 5, 3 x 5, 3 x 6, 4 x 6, 4 x 8, 5 x 8, 5 x 10, 6 x 8, 6 x 10, and 6 x 12"; prices are furnished on application. No. 1: No. l, for steam only, has a long water sealed piston which is balanced between the reduced pres sure in the valve outlet and the weighted lever. When the reduced pressure exceeds the value for which the weights are adjusted, the inner valve is pulled upward by the piston to close the valve. The 'oil filled dashpot insures steady operation. The , desired reduced pressure should be specified so that the right piston size and correct number of weights can be furnished. The inner valve has a close sliding ' fit in the seats, but is not perfectly tight closing. No. 2: This is the expanded outlet form of No. i. No. 3: These valves are suitable for handling any ,iordinary fluid which is not injurious to a rubber idiaphragm. They are widely used for low pressure ,steam or vacuum heating. The double seated inner Valve is held in the open position by the weighted i lever until the reduced pressure, transmitted through the feeler pipe, is sufficient to force the diaphragm 'down and close the valve; it is practically tight when closed. The large area of the diaphragm and the absence of packing box friction promotes sensitive and accurate regulation regardless of changes in inlet pressure and required capacity. When used for cold fluids, these valves may be inverted. No. 4: This is the expanded outlet form of No. 3. No. 38: These valves are suitable for ordinary fluids not injurious to a rubber diaphragm, foi reduced pressures up to 45 pounds. The diaphragm chamber is separated from the valve body for cooler operation of the diaphragm on steam lines. A feeler pipe from the reduced pressure pipe to the diaphragm chamber transmits pressure to operate the valve. These valves may be used as steam pump governors by connecting the feeler pipe from the pump dis charge to the diaphragm chamber. The double seated inner valve is almost tight closing. These valves will also operate in the inverted position. No. 39: This is the expanded outlet form of No. 38. No. 68: These valves are used for handling ordinaryfluids at reduced pressures up to 75 pounds. The diaphragm chamber is mounted on steel rods which makes a strong construction and provides room for a long spring of large diameter for better regulation. The reduced pressure is increased by screwing down the two spring adjusting nuts on the rods. Loading the diaphragm by means of a spring, instead of a weight and lever, permits the use of these valves for higher reduced pressures. The inner valve is double seated and practically tight closing. These valves mayr be used in the inverted position, and as steam pump governors. No. 69: This is the expanded outlet form of No. 68. 414 CRANE Mueller Water Pressure Regulators When ordering, specify catalog number, size, in let and outlet pressures, and service conditions. Cross Section Service recommendations: These regu lators, suitable for use on hot and cold water, air, and liquid soap lines, are par ticularly adapted for residence, apartment building, and industrial service. Pressure range: Valves are regularly made for initial pressures from 40 to 250 pounds and for delivery pressures from 25 to 75 pounds. Valves can be furnished to order for any initial pressure up to 250 pounds or for delivery pressures from 5 to 125 No. H 9000 Screwed pounds (special springs are necessary). All valves are set for 45 pounds delivery pressure unless otherwise ordered. Construction: Regulators are furnished with strain ers, completely assembled. The regulating valve, made entirely of brass and bronze (23^-inch size has an iron List Prices, Each, and Dimensions, in Inches Size 1 Vi % % Vi 1 V/4 1 U/2 1 2 1 21/2 No. H 9000, Screwed | 17.28 End to end, assembly! 5Vis Center to top 1 l7/l6 Center to bottom 1 41%, 18.00 6% 2% 5% 18.00 7Vie 2% 7 19.36 31.14 54.00 | 72.70 1105.30| 136.00 8ls/iel 9i3/16|l2U/16| 141/2 1 173/s 1 20 31/2 3Vs 31/2 1 4 1 413/1S| 53/g 8 8 10y4 |10i3/16| 14%, 1 16% body), has full seat opening and can supply a full a special composition, is not affected by hot water. volume of water at the reduced pressure. All parts are readily accessible. The removable The special- composition reinforced diaphragm will seat ring, disc, and diaphragm make repair possible withstand a pressure of 800 pounds. The disc, also without removing the valve from the line. Klipfel Tank Thermostats Single Seated Union Ends WORKING PRESSURES Vs and 1/2" 1125 pounds steam Nos. 448 and 449 Vi 1100 pounds steam 1" | 75 pounds steam 1 Vi" 1 30 pounds steam Nos. 648 1/2 to 1 y2" 1150 pounds steam and 649 2 to 5" 1125 pounds steam cf ATC.7 Union or Flanged Ends No. 448, Lever Type Service recommendations: Nos. 448 and 449 Single Seated Thermostats prevent leakage of steam and overrun of water temperature. Nos. 648 and 649 Double Seated Thermostats are suitable for general applications. The lever type thermostat provides close regulation and quick temperature adjustment. The spring loaded type is compact.and can be installed in any position; the ball bearing spring nut is adjustable by hand. Temperature range: These thermostats are adjustable through a 40 F. range. Any range from 50 F.-- qo F. to 2100 F.-- 250 F. can be furnished. The standard range for hot water service is 140 F. to 180 F. Materials: Bodies 1 J4-inch and smaller are bronze with union ends; larger sizes are semi-steel, flanged, with end flanges conforming to the American Cast Iron Flange Standard, Class 125 (Bi6a-iQ3Q). Trimmings are Monel or stainless steel on the Nos. 448 and 449, and bronze on the Nos. 648 and 649. Prices include bulb and 8 feet flexible ar~ 'mored tubing; extra tubing, 80 cents per foot. Dimensions on request No. 648, Lever Type List Prices, Each Size Inches | Vs 1 % 1 Vi 1 I'/. 1 U/2 ; 2 21/2 1 3 1 31/2 | 4 | 5 No. 448 or No. 449, Union Ends 1120.001120.001125.00 137.00 150.00| 1 | 1 1 1 1 No. 648 Union ends | or No. 649 Flanged, F. & D. | 1110.001115.00 125.00 135.001145.001 1 1 1 1 1 || 1 |160.00 170.00!180.001200.00|220.00|300.00 k CRANE 415 Inverted Open Float Steam Traps General Description Crane Inverted Open Float Steam Traps provide a simple, efficient, and economical method for remov ing condensate from steam piping, separators, and all types of steam heated equipment. These traps are small, compact, and free from complex mechanisms: female in all other cast iron and ferrosteel traps; and ring type joint in all cast steel traps. .The arrange ment of bolts permits assembly in only one position, at which the "Outlet" mark on the cap is immedi ately over that opening on the side of the trap. they have high discharging capacities Capacity: The capacity of any trap depends upon Materials and construction: The materials used the effective pressure and the orifice size. By effec in these traps have been carefully selected for tive pressure is meant the difference between the strength, durability, and resistance to inlet pressure and that in the dis corrosion. The bodies and caps of charge. Outlet pressure should in 150 and 200-Pound Traps are cast clude the pressure due to any head of iron; for 300-Pound Traps, they are of water which may be present. Ferrosteel; and for 6oo-Pound Traps, they are of cast steel. The only force available to open the valve against the effective pressure For the seats, discs, and hinge pins, Exelloy is used, as this chromium-iron alloy has excellent resistance to wear, erosion, and corrosion. The floats,, levers, and lever supports are made from brass or copper, depending on the particular trap. Typical Cross Section Inverted Float Steam Trap in the trap is the weight of the float multiplied by the lever arm attached to the valve, and this is a fixed quantity for any one trap. As the effective pressure is increased, the orifice area must be decreased. If the area is too large, the valve will fail to function. If the area is too small, the Throughout the entire design of these steam traps, trap will function properly, but its capacity will be simplicity is evident. They have' but one moving reduced. part, the float, which actuates the disc through a simple lever. The body has an internal inlet nozzle which retains the water .seal and precludes the possibility of live steam passing through the trap; the action of the float is stabilized. In all traps, the cap joint is of the bolted type; Each trap is furnished with one of several sizes of seat orifices. Since both the capacity of the trap and the maximum effective pressure at which it can be used depend upon the size of tl^e seat orifice, care should be exercised when ordering to see that both pressure and capacity are considered. Orders must specify either the size of the orifice desired or the J-jJj-inch raised face for 34-inch traps; male and Seat Number. See capacity table on page 417- Prices, range of sizes, pressures page 416 Capacities and Selection Table.. page 417 Outlet Vent Hole Trap Closed Incoming steam under the float buoys it up, keeping the outlet closed. Operation These traps are actuated solely by the rise and fall of the float resting on the accumulated condensate. The float is buoyant when filled with incoming steam, and the discharge valve is closed. When incoming condensate floods the float, it sinks, thereby opening the valve and permitting the condensate to be discharged by the effective pressure. Trap Open Incoming condensate fills the float, sinks it, and opens the outlet. Air or other non-condensable gas vents through a small hole in the top of the float and collects in- the upper part of the trap. At each operation, this air or gas is discharged first. The entire cycle of operation is practically instantaneous. If the con densate accumulates at a rate equal to the trap capacity, continuous discharge may occur; for these conditions a larger capacity trap is desirable. Method of Installing The arrangement of piping and valves for a typical trap installation is shown in the accompanying illustration. A Crane Sediment Sepa rator installed in the inlet line will prevent scale, sediment, and foreign matter from entering the trap and interfering with the proper operation. ' The blow-off valve permits periodic cleaning of the sepa rator and the condensate line. Iron Sediment Separators .. . .pages 422 and 423 Steel Sediment Separators... page 423 V, 416 CRANE Inverted Open Float Steam Traps (Patented) RANGE OF WORKING PRESSURES -- 1 to 600 pounds saturated steam 200 and 300-Pound Steam Traps Cross Section 600-Pound Steam Trap ' No. 983 D, Steam Trap 600-Pound , No. 981, Steam Trap,. 150-Pound *Important Each Trap is furnished with one of a wide variety of seat orifices, ` Orders must specify the orifice size or "Seat Number" to obtain the correct Trap for the desired pressure and capacity; see the Selection Table on the opposite page. Pressures and tests: Crane Steam Traps are stamped on the cover with a maximum Effective Pressure to indicate the suitability of the' seat orifice. Flence, a 54-inch No. q8i Trap with a No. 2.5 Seat is stamped 1 jo. They are all tested for seat and shell tightness, and for operation. For general description, installation, and operation of Crane Steam Traps, see page 415. Selection Table and Capacities are given on the following page. List Prices and Dimensions Working Size Catalog List Price Pressure Inches Number Each N*Seat Numbers Height Diameter Inches Inches 150-Pound Cast Iron % No. 981 6.50 10-11-12-13-14-15-16 4% y2 No. 98U/2 10.00 20-21-22-23-24-25-26 7% 200-Pound % No. 981 10.00 20-21-22-23-24-25-26 7% Cast Iron Vi No. 981 A 16.00 31-32-33-34-36-37-38 lU/s 1 No. 981 24.00 30-31-32-33-34-35-36 ny2 300-Pound Ferrosteel Vi 1 Wi No. 982 No. 982 No,. 982 18.00 31.00 31.00 10-11-12-13 22-23-24 22-23-24 9% 12V4 im 600-Pound Cast Steel Vi No. 983 D 37.00 1 No. 983 D 60.00 Wi No. 983 D 60.00 10-11-12-13-14 22-23-24-25 22-23-24-25 9% 121/4 121/4 No. 983 D Traps can be bushed from %" size on order; prices on application. 5% 71/2 7V2 8V4 9% 8% 9% 9% 8% 9% 91/s Cast Iron Automatic Air Vent Valves Ball Float Type RANGE OF WORKING PRESSURES 1 to 150 pounds water - The Crane No. 984 Air Vent Valve is a simple and economical device for removing air from water or oil piping and pressure vessels, where working pressures do not exceed 150 pounds. When installed in an inverted position, they are ideal for removing water The maximum- effective pres or oil from compressed air systems. They are not sure is stamped on the cover. suitable for use in steam services. Vents are tested for and for operation.- tightness .Air Vent Valves must be located at the highest point in the system where air will collect. The accumula Exelloy Seat and Disc tion of air displaces the water in the body causing Cross Section No. 984 Non-Corrosive Ball Float Brass Lever and Fulcrum. the float to drop and open the valve. As the air is discharged and the water re-enters the body, the Size Inches List Prices and Dimensions List Prie.e 1. Seat* Height Diameter Each Number Inches Inches float rises and closes the valve to prevent the escape of the water. When inverted to drain air lines the operation is % i 8.00 12-14 Vi 16.50 , 24-26 6% 7% 5% automatically reversed; they must be located, at the 71/2 lowest point of the system for such service. ' *Orders must specify aSeat Number. For capacities and orifice sizes, see the Capacity Table on opposite page. . . Air capacities... .page 417 Drain capacities are furnished on application. CRANE 417 Capacities of Inverted Open Float Steam Traps Selection Table for Inverted Float Steam Traps Working Pressure ( Size | Trap No. |Effective Pressures, Orifice Sizes, and Seat Numbers 1 to ISO pounds Cast Iron Trap Range of Effective Seat Pressures Size of Orifice w No. 981 Seat Number Range of Effective Seat Pressures 1-5 y16 10 1-5 5-15 %2 11 5-15 10-30 Vs 12 - 10 - 30 25-50 3/32 13 25-50 40-75 S/64 14 40 -100 60 2 125 75 -150 Vic .059 15 16 75 -150 125 - 200 w No. 98iy2 Size of Orifice 1V32 S/l6 Vs 3/16 3/32 Vs 3/32 ' 1 to 200 pounds Cast Iron Traps w No. 981 Seat Number Size of Orifice W No. 981 A Seat Number 20 % 31 21 % 32 22 % 33 23 24 25 26 S/l6 V32 3/16 3/32 34 36 37 38 Size of Orifice 1" No. 981 Seat Number Range of Effective Seat Pressures 50 to 300 pounds Ferrosteel Traps w V lVs" No. 982 No. 982 Size of Orifice Seat Number Size of Orifice Seat Number Range,of Effective'Seat Pressures 50 to 600 pounds Cast Steel Traps W 1" Ws" No. 983 D No. 983 D Size of Orifice Seat Number Size of Orifice Seat Number "/.s 30 50 -100 3/is 10 Vi 22 50-100 3/lS. 10 Vs 22 % 31 75 -150 5/32 11 3/,fi 23 75-150 %2 11 3/,fi 23 ' Vi 32 3/8 3/l 6 Vs %2 33 34 35 36 125 - 250 225 - 3.06 Vs 3/32 12 13 lhe bfiecttve Pressure is the net difference be- 3/,6 %2 outlet pressures. 23 24 125 - 250 225 - 400 375. - 600 Each 'Orifice Vs 3/32 S/S4 fied by a "Seat 12 13 14 Number" for 3/ie 5/32 Vs the pressure 23 24 25 range. Capacity in Pounds of Water Per Hour Continuous Discharge Based on Effective Pressure and Size of Orifice Pressure .059 Vie 3/64 1 3/32 Vi 1 3/32 I 3/16 %2 Vs 1 S/l6 1 "/i*\ 3/s 1 Vi % 1 1 Vie 1 40 44 70 103 180 280 405 550 720 1120 1365 1620 2860 4500 5450 2 58 61 100 145 255 400 575 790 1040 1610 1935 2300 4100 6400 7750 5 93 98 158 230 410 635 915 1250 1630 2560 3050 3650 6500 10400 12300 10 128 140 221 318 580 880 1300 1730 2300 3500 15 158 165 272 391 690 1080 1600 2130 2810 4300 20 179 190 310 445 790 1210 18Z5 2400 3100 5000 5150 9200 14000 6360 11300 17500 7130 12500 25 193 210 335 475 845 1300 1960 2600 3350 5380 30 219 235 380 540 960 1480 2230 2950 3800 6100 40 250 265 400 610 1090 1720 2450 3380 4340 6940 50 275 295 490 680 1230 1920 2700 3750 4825 7750 7900 8600 9800 10900 13400 15300 60 75 90 295 310 330 350 360 385 530 600 650 725 815 890 1300 1470 1600 2050 2250 2450 2900 3270 3570 4040 5275 4550 5975 4950 ' 6500 8250 9060 9800 Steam Traps are selected on the basis of Capacity at the Effective 100 380 405 690 950 1700 2650 3750 5200 6850 10450 Pressure. The Trap chosen must 125 420 450 750 1030 1850 2850 4000 5750 7370 satisfy the capacity demand 150 460 175 200 225 250 783 1120 2050 3120 4500 6250 8000 835 1200 2140 3340 4770 6500 890 1300 2280 3540 5100 7000 935 1340 2360 3750 5300 980 1420 2500 3940 5650 within the pressure range of one of its recommended orifice sizes. For these ranges, see Selection Table above. 2-75 1000 1470 2620 4050 Example: At an Effective Pressure of 125 pounds 300 1060 1500 2725 4250 (130 pounds inle and y pounds outlet) a Trap is 325 1100 1550 2840 4320 required to handle a peak load of 3500 pounds of 350 375 400 1140 1170 1200 1600 1650 1700 2930 3000 3090 4500 4650 4800 water per hour. From this Capacity table, the nearest higher capacity at 125 pounds pressure is 4000 450 1250 3160 lbs./hr. with a %-inch orifice. In the Selection Table 500 1300 3350 above, this orifice size is found'under 73-1 50 pound 550 1350 3450 600 1400 3600 pressure * range. To order this Trap, specify a 74-inch No. o8i A with No. 37 Seat. For Effective Pressures not shown, use the next lower pressure. Always select a Trap for a higher capacity than needed. Capacities of Ball Float Air Vents Cubic Feet of Free Air per Minute -- Based on Vent Size, Orifice Size, and Effective Pressure 1Size of Vent Size | Number 1 2 1 5 | 10 Maximum Effective Pressures 15 -20 25 | 30 | 40 50 75 100 125 150 Vi' Vi . .1 ' 12 P 14 | .76 1.48 j 3.80 | 5.36 | 6.56 7.68 8.80[10.32| I .30 .43 | 1.47 | 2.10 2.56 3.00 3.44| 4.00| 4.90 5.60 7.79 9.80 31.90 34.30 %2 1 24 | 1.20 2.40 | 6.05 | 8.48 10.40 12.10 13.90|16.40| 1 %2 1 26 | .44 .88 | 2.16 | 3.04 3.72 4.36 5.00| 5.88| 7.12 8.16 11.32114.52 17.68 20.84 32 ! k 418 CRANE Cranetilt Non-Return Steam Traps 250 pounds steam working pressure Catalog Number 32 33 34 35 List Prices and Dimensions List Price Each 69.00 94.00 125.00 181.00 Size of Pipe Connections Extreme Extreme Extreme Inlet Inches Discharge Inches Length Inches Width Inches Height Inches 1 y2 25 15 25 1V4 3A 28 18i/2 28 iy2 1 33% 20% 31 2 m 36 23 34 Service recommendations: Cranetilt Non-Return Traps may be used for draining condensation from all pipe lines and apparatus operating under steam pressure, such as separators, cooking kettles, stills, drip pockets, pipe coils, heating systems, etc. They cannot be used to discharge condensation and make-up water into a boiler. Economy and efficiency: The Cranetilt' NonReturn Trap is the most economical, simple, and practical device that can be used for automatically disposing of large quantities of condensation col lected from steam under pressure. Its construction is strong and durable. Varying pressures have no effect upon its operation, which is always smooth and quiet. It will not air bind. In the larger sizes and for the higher effective pressures it has a large capacity, many times greater than bucket or float traps of equal pipe size. Small or large quantities of water are handled with equal efficiency. and wiredrawing is reduced to a minimum. Metals for both pilot and main valve are carefully selected for strength, hardness, and resistance to wear and to -the cutting effects of steam and water. Simplicity: Cranetilt Non-Return Traps are characterized by simplicity. Neither floats nor buckets- are employed. All operating parts are on the outside where they are readily accessible for inspection', cleaning, adjustment, and repair, when necessary. The action of the trap is visible; a glance shows whether it is operating. Its operation is automatic. Durability: The discharge valve is of the pilot type. Only the pilot valve is operated directly by the move ment of the trap tank; the main valve is actuated, upon operation of the pilot valve, by the pressure in the tank. Consequently, the action of the main valve is very snappy both in opening and closing. Testing: Before shipment, each trap is carefully tested under actual operating conditions for tightness of valves and stuffing boxes, location of weights, and general adjustment and operation. A comprehensive instruction book, covering installation, operation, and maintenance is furnished with each trap. Capacities The capacity of any non-return trap depends upon the effective pressure at the trap, which is the differ ence between the pressures in the inlet line and in the discharge line at the trap. Pressure in the dis charge line is due to back pressure in the return line into which the trap discharges and to the head of water which accumulates in the vertical discharge piping. In making allowance for such head water, figure that two feet of head is equivalent to one pound of pressure. Cranetilt Non-Return Traps are rated on the basis of their capacity' for continuous discharge to the atmosphere; they should be purchased on this basis. To determine the proper size, refer to the table below. Find the effective pressure in the first horizontal column and follow the vertical column down to the quantity of water to be handled per hour. At the left hand" end of the horizontal line corresponding to this quantity will be found the catalog number of the proper size of trap. Crane Inverted Open Float Steam Traps, shown on pages 415 to 417, have larger capacities than the following Cranetilt Non-Return Traps: No. 32, on effective pressures of 100 pounds or less No. 33, on effective pressures of 30 pounds or less No. 34, on effective pressures of 15 pounds or less '' In all other instances, the Cranetilt Traps have larger capacities than the Inverted Open Float. Capacity in Pounds of Water per Hour Catalog Number 5 Effective Pressure at Trap in Pounds per Square Inch 10 15 20 | 25 30 | 40 | 50 60 | 75 j 100 | 125 | 150 | 175 | 200 | 250 32 | 20501 27401 34501 3730' 4200| 4600 5450[ 6080 6450| 7250 8350, 9200110000 j10600,11350|12600 33 4590 6170 7750 8360 8900 10700 12250,13650 14400 16300 18700 20700 22400 23800 25400|28100 34 8200 11000 13700 14800 16850 19200 21900'24400 25800|29200 33500 37000 40000 42500 45500 50400 35 12750 17100 21450 23200 26200 29800 34000137800 40000 452001 51900 57400 62200 66000 70700 78000 _______________________ CRANE_______________________ Cranetilt Three-Valve Lifting Traps 419 250 pounds -steam working pressure List Prices and Dimensions Size of Pipe Connections Overall Dimensions Trap No. List Water Steam Price Inlet and Each Discharge Vent Length Width Height Inches Inches Inches Inches Inches Inches 100 113.00 101 138.00 102 181.00 103 250.00 104 375.00 105 530.00 % 1 iy4 1V2 2 2Vz y2 1 % 1 25% y2 i % 1 29 %4 ! 1 1 341/2 1 1 11/4 1 37y2 1 1 11/4 ! 421/2 11/4 1 iy2 1 51 18 211/4 241/z 27% 31% 361/2 26 29 35 37 43 52 \ No. 104 and No. 105 Cranetilt Three-Valve Lifting Traps are equipped with dashpots to cushion the movement of the tank. Service recommendations: Cranetilt Three-Valve Lifting Traps are designed for draining condensation from low pressure, vacuum, or varying pressure apparatus. They are particularly suited for dis charging against a pressure higher than that in the inlet line to the trap. For brewing kettles, vacuum pans, evaporators, paper machines, jacketed cooking kettles, heating systems, stills, dry kilns, etc., they render excellent service. Capacities: These traps depend upon the actuating steam pressure, the back pressure against the vent discharge, and the head pressure against the trap discharge. Capacities are furnished on application when inquiries include these three factors. Economy and efficiency: For draining low pres sure apparatus into higher pressure lines, these traps function more economically than any other device. They will not steam-bind or air-bind, and they are unaffected by the pressure or temperature of incom ing condensate. Fleat losses are limited to only those resulting from radiation, and in properly piped systems even the operating steam is reclaimed. Durability: The steam, vent, and discharge valves of these traps are all of the pilot operated type, in which the movement of the trap tank merely oper ates small pilot valves within the main valves. The main valves are actuated by pressure and conse quently have a very snappy action in opening and closing. As a result, rapid wear of the seating sur faces is entirely eliminated. Simplicity: The Cranetilt Three-Valve Lifting Trap has no interior valves, floats, buckets, levers, or other working parts to give trouble. Its valves are all on the outside, where they are easily accessible for inspection and adjustment. The action of the trap is visible; a glance shows whether it is operating. Its operation is entirely automatic. Testing: Each trap is carefully tested before ship ment to insure that it is in perfect working order and fully up to its rated capacity. A comprehensive in struction book covering installation, operation, and maintenance is furnished with each trap. A complete piping system for a milk evaporator illustrating the use of a Cranetilt Three-Valve Lifting Trap and a receiver to handle the condensation from the steam coils and jacket. 32 420 ______________ CRANE______________ Steam and Oil Separators WORKING PRESSURES Standard -- 125 pounds steam 250-Pound -- 250 pounds steam SERVICE RECOMMENDATIONS Horizontal Separators are recommended for use in live steam lines to remove condensation from the steam before it is used in steam-heated apiparatus, such as cooking kettles, evaporators, heating systems, etc. They can also -be used as oil separators. Vertical Separators are used to remove condensa tion from vertical lines with downward flow, such as steam lines to turbines, pumps, etc. Horizontal No. 07, Standard No. Oil, 250-Pound List prices of Horizontal and Vertical Separators include a drain valve with nipple and a water gauge. Vertical With Top Inlet No. 09, Standard No. 013, 250-Pound Size Horizontal Flanged, F. & D. Vertical Flanged, F. 8z D. List Prices, Each Inches 1% 1 2 ` 2% | 3 j 3% | 4 | 5 j 6 | 8 | 10 | 12 No. 07, Standard No. 011, 250-Pound No. 09, Standard No. 013, 250-Pound 24.00128.00134.00142.00(50.00!58.00176.00'. 98.00'134.001170.00|200.00 26.50131.00(37.50146.00(55.00(64.00(84.00j108.00|147.00]187.00|220.00 24.00j28.00)34.00:42.00*50.00158.00|76.001 98.00 134.Ooj j 26.50!31.00i37.50'46.00155.00 j 64.00 j 84.001108.00(147.001 | Construction and materials: These separators afford an efficient, economical means of removing free oil and condensate. Their large areas, the ample size and proper shape of their baffle surfaces, and the location of their openings, assure the highest degree of efficiency with the lowest possible pressure drop. Standard Separators are made of cast iron. 250Pound Separators are made of Ferrosteel, the No. 011 having a cast iron drip pocket. Flange dimensions: End flanges of the Standard Separators conform to the American Cast Iron Flange Standard, Class 125 (B 16a-1939). End flanges of the 250-Pound Separators conform to the 250-Pound American Cast Iron Flange Standard (Bi 6b-1928). Drilling: All separators are furnished faced and drilled* (F. & D.) unless ordered faced only. List prices include facing and drilling to the particular standard applying, as listed above. No deduction is made for separators ordered faced only. Importance of proper size: To secure maximum efficiency, separators should be selected on the basis of the amount of steam to be handled, not on existing pipe sizes. Too small a separator means too high a velocity, with a resultant poor separation. To secure a proper size separator, use the following formula: A x B x 2.4 G- v in which C=Area of inlet in square inches A = Pounds of steam per hour B = Volume in cubic feet per pound of steam at given pressure V = Velocity in feet per minute (7000 max.) Welded Steel Steam Receiver Separators Crane Co. can supply Steel Steam Receiver Sep arators of the welded type. Of high quality, and carefully and accurately fabricated, they conform to the A.S.M.E. B.oiler Construction Code for Unfired Pressure Vessels. Inquiries and orders for receiver separators must be accompanied by complete specifications, in cluding drawings showing the size and location of all openings. Prices on application. Size of Separator Face to face Center to top Center to bottom Greatest width Face to face Vertical Greatest diameter Size of drain. Horizontal or Vertical Dimensions, in Inches 1 1% 2 1 2% 3 1 31/2 4 1 5 618 1 10 14 : i7 : 6% 27 11 i% 10 1 11 12 1 14 14 1 16 17 | 20 4% 1 5% 91/2 1 11 IU/4 1 12% 15 | 18 17 1 181/z 20% 1 221/2 | 231/4 1 26% 283/4 | 34% cr* 00 7% 91/?. 1 11% 12 1 141/4 16% | 21 27 | 27 29 1 31 31 | 33 38 ! 41 io% 1 10%1 12% 1 14 14 1 15% | 17% | 20 %1% 1 1 1 1 I HA li/4 1 HA 10 23 22 40% 25 1% 12 26 26% 45 29 HA General description------ page 421 Templates for drilling........pages SSI and SS2 CRANE 421 Steam and Oil Separators For list prices, see the preceding page. PRINCIPLE OF DESIGN Side Section End Section Horizontal Separators The design of Crane Steam and Oil Sepa rators is based upon a scientific principle involving the tendency of a non-elastic body to move in a straight line. Water and oil entrained in flowing steam are non elastic; therefore, if the direction of the steam flow is abruptly changed, these fluids will tend to be precipitated out of the current. If the velocity,of the flowing steam is greatly decreased at the same time, the precipitation of the fluids will be increased and there will be no tendency to pick them up again as the dry steam passes the baffle plates. Vertical Separators A necessity in steam-consuming plants: In handling steam, it is essential the steam be delivered at its point of usage as moisture-fr.ee as possible. In live steam lines, condensation is always a source of loss, whether the steam is to be used to drive an engine, turbine, or pump, or whether the steam is to be used as a heating medium. In exhaust steam lines, oil from the engines or pumps renders the steam unfit for further use as a heating medium or for direct return to the boilers. Oil in pipes, radiators, etc., checks free radiation of heat. Oil in boilers combines with water impurities, and if present in any appreciable quantity forms a thick insulating coating over the heating surface. Crane Steam and Oil Separators remove such con densation and oil efficiently and economically. plate, interposed in the flow, frees the steam of most of its entrained moisture. The steam rises over the top of the baffle, and deflected by the curved walls of the head, strikes the corrugations of the reverse side of -the baffle before passing on. The corrugations of the baffle plate- run at an angle to the current of steam, affording ready drainage as well as effectively preventing the steam from picking up and carrying globules of water or oil over the top of the baffle. The normal flow of steam is away from the accumulation of condensate in the separator, which also aids in separation. Vertical separators: Vertical separators employ the same principles of design as the horizontal type, but due to the change in form, there are certain necessary changes in structural details, which do not alter their effectiveness. Horizontal separators: The bodies of horizontal separators provide a greatly enlarged cross section resulting in a lower velocity of the entering steam. Midway of this enlarged section, a corrugated baffle Automatic drainage: To secure maximum effi ciency, all separators must be properly drained. This drainage should be automatic and only the best of steam traps should be used; see pages 415 to 419. 32 Cast Iron Drip Pockets WORKING PRESSURES Standard -- 125 pounds steam 25'0-Pound -- 250 pounds steam Drip Pockets are tapped for Size: Full size drip pockets, corresponding to the water gauges. Drip Pockets for size of the line on which they are applied, should 250 pounds steam, 500 F., are always be used except on lines larger than 12-inch. made to order of Ferrosteel at The 12-inch size, used with a reducing fitting, is No. 420, Standard a 25% advance in price. large enough for steam lines from 12 to 24-inch. No. 422 E, 250-Pound Service recommendations: Flange dimensions: Flanges on Standard Drip Drip pockets are used primarily as condensation col lectors, but also aid in keeping the pipe line clean by receiving foreign matter. They should be located where condensation is most likely to collect. Pockets conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iq3q). Flanges on 250- Pound Drip Pockets conform to the American 250Pound Cast Iron Flange Standard (Bi6b-1928). Prices include facing List Prices, Each, and Dimensions, in Inches Size Inches | __ 3y2 8 | 10 12 Flanged, No. 420, Standard F. &D. No. 422 E, 250-Pound 20.00(22.00124.00|26.00|30.00137.00|55.00|80.00|120.00 20.00122.00124.00!26.00130.00'37.00|55.00180.00!120.00 Overall height Size of drain 13 1 14 1 16 1 16 1 18 i 20 1 24V4 i 28 1 32 3/4 1 1 1 1 1 1 ! 1V4 1 W* 1 IV4 1 U/2 I 1V2 Templates for drilling.. . .pages 551 and 552 and drilling (F.&D.) to the Standard ap plying. No deduction is made if drip pockets are ordered faced only. t K. 422 CRANE Iron Body Sediment Separators Standard 125 pounds steam; 200 pounds cold water, oil, or gas working pressure Cross Section No. 986 List Prices and Dimensions Size Inches Vz % 1/1 1 1V4 lVi 2 2% 3 No. 986, Black Each 3.20 4.00|5.2016.401 8.80. 13.60 19.00 25.00 No. 986, Galvanized Each 4.00 5.00|6.50|8.00111.00 17.00 23.00 31.00 End to end Center to top Inches 3% 3M 1 41/4 | 5 5% 6% 8 m Inches m 2Vi 1 2% | 31/4 3% 5 7 8 Center to bottom Inches 2% 2%|3%| 4 | 4Vi 5Vi 7 8V2 Size of drain Inches Vz Vi 1 3/4 1 3/4 1 1 ' 1V4 IV* No. 986 Screwed Service recommendation: Dirt and pipe scale in piping conveying steam-, water, air, oil, and other fluids areserious trouble makers, frequentlycuttingthe seats and discs of*valves and interfering with the operation of automatic devices and machines. Crane Sediment Separators will effectively remove all foreign matter passing through the lines in which, they are installed. They not only prevent the passage of such matter but furnish a pocket for its accumulation, from which the matter can be easily blown. Construction: No. 986 Separators have cast iron bodies and brass screwed caps, in sizes 1 M>-inch and smaller; 2-inch and larger have bolted iron caps. The strainer element is a brass screen rolled into the form of a frustrum of a cone, one end of which seats in the cap and the other on a machined surface in the bridge wall of the body. The area through the screen is much ; greater than the area of the pipe size; the screen pro- ! vides an unrestricted flow to the line fluid even when ' some of its holes are clogged with foreign matter.. Screens: Unless otherwise ordered, these separators are furnished with screens having perforations .057inch in diameter (135 holes per square inch) and are then suitable for steam, water, and medium or heavy oils. For air, gas, gasoline, volatile oils, and fuel oils, . screens having perforations .033-inch in diameter (331 holes per square inch) will be furnished. When flner perforations are desired, we can furnish .02-inch diameter perforated screens from stock (952 holes per square inch), although screens having any other . diameter perforations also can be furnished on special order. 250-Pound 250 pounds steam; 400 pounds cold water, oil, or gas working pressure Features: Crane 250-Pound Sediment Separators, like the Standard, embody the four essential principles of a good separator: arrestment of foreign matter, a pocket for its accumulation, large screen area, and a vertical screen, allowing a large percentage of the heavy particles to drop naturally to the pocket. The strainer element is a flat brass screen supported between the body and cap Cross Section No. 989 by a malleable iron grate. List Prices and Dimensions No. 988, Screwed No. 989, Flanged Size Inches | % % 1 W4 lVi 2 1 2Vz 1 3 1 31/2 4 5 6 8 No. 988, Screwed Each| 4.00 5.00 6.50 8.00 11.00 17.00121.00128.001 1 No. 989, Flanged, F. & D. Each| | 133.00143.00165.00|80.00 125.00|165.00 230.00 End to end, screwed Face to face, flanged Center to top Center to bottom Size of drain Inches | 3 31/2 3Vi 3% 4 41/2 1 53/8 1 6 11 Inches | 191/4 ! 10 11 121/4 143/4 171/4 22 Inches | 2Vs 2Vs 3 3Vi 3% 43/4 153/4 1 6% 71/2 8% 10 113/4 151/4 Inches | 3% 4 4 4% sy4 6i/2 | 8 1 91/4 101/2111% 141/4 17 21% Inches | Vz % 3/4 1 1 1 1 11/4 1 P/4 iy4 iy I1/2 1V4 2 Screens: Unless otherwise ordered, these separators are furnished with screens having perforations .057inch in diameter (135 holes per square inch) and are then suitable for steam, water, and medium or heavy oils. For air, gas, gasoline, volatile oils, and fuel oils, screens having perforations .033-inch in diameter (331 holes per square inch) will be furnished. When finer perforations are desired, we can furnish .02-inch diameter perforated screens from stock (952 holes per square inch), although screens having any other diameter perforations also can be furnished on special order. Materials: Sizes 5-inch and larger are made of Ferrosteel and can be used on 250 pounds super heated steam working pressures where the total tem perature does not exceed 500 Fahrenheit. Sizes 4-inch and smaller are made of cast iron and should be used only for saturated steam service. Flange dimensions: The end flange dimensions conform to the American 250-Pound Cast Iron Flange Standard, No. Bi6b-1928. Flanges have a Ife-inch raised face. See page 552 for templates. Drilling: Flanged sediment separators are fur nished faced and drilled (F. & D.) unless ordered faced only. List prices include facing and drilling to the American 250-Pound Cast Iron Flange Standard. When ordered faced only, they will be furnished at the same price as for faced and drilled. i CRANE Y-Pattern Sediment Separators 423 Cross Section Iron Body, Screwed *No. 9881/2, Standard *No. 9901/2, 250-Pound Iron Body, Flanged No. 9891/2, Standard No. 9911/2, 250-Pound WORKING PRESSURES Sediment Separator Steam Cold water, oil, or gas Iron f Standard | 125 pounds | 200 pounds Body' 250-Pound ) 250 pounds | 500 pounds Cast Steel Rated for 600 pounds steam, 950 F. Other ratings same as 600-Pound Screwed Gate Valves, page 301. *Nos. 988 H and 990 H Sediment Separators 1 H>-Lnch and smaller have screwed caps, as illustrated; larger sizes have flanged caps. 600-Pound Cast Steel No. 994 D Screwed List Prices and Dimensions Size Iron Body and Cast Steel Screwed Size Iron Body Flanged, F. & D. List Prices Each Dimensions in Inches List Prices Each Dimensions in Inches Iron Body No. No. 988V2 9901/2' Stand 250Inches ard Pound Cast Steel No. 994 D End to end Center Size to extreme of bottom blow- Nos. No. off 9881/2 994 D 9901/z No. No. Face 9891/2 9911/a to Stand 250- face ard Pound No. No. 989V2 9911/2 Inches Center to extreme ` bottom No. No. 9891/2 9911/2 Size of blow- off >/4 | 2.35 % 1 2.35 1/2 1 2-70 Vi 1 3.15 1 1 3.75 1V4 | 4.70 U/2 I 6.00 2 1 11.50 21/2 1 14.00 3 | 18.50 2.60 2.60 3.00 3.50 4.15 5.25 6.60 12.50 15.50 20.50 t 15.50 20.00 26.50 31/4 31/4 3% 41/4 5 6 7 81/2 10 111/2 2% 21/4 2% 3 33/i 41/2 1 51/4 1 81 91/4 1 IOI/2 1 4 41/2 51/2 % 2 16.50 | 19.00 10% 11% 8 8 1 % 21/2 20.00 | 23.00 n% 121/z 9% 91/4 1% % 3 25.75 | 30.00 131/4 14 101/2 IOI/2 l Vi V2 31/2 44.50 | 51.00 14% 151/2 12 12 11/4 Vi 4 52.00 j 60.00 I6I/4 17 13 13 1 FA Vi 5 72.00 | 90.00 18 19 15 151/2 I U/2 1 6 105.00 1131.00 201/2 211/2 I6I/2 17 | U/2 18 1% 10 1% 12 Prices on application' 25 31 34 26 20 201/2 I 2 33 241/2 25 | 2 36 28 28 | 2 Service recommendations: Crane Y-Pattern Sediment Separators are used to protect equipment against damage from dirt, grit, scale, and all foreign matter in steam, water, air, oil, and gas lines. The No. 9Q4 D Separators are used where severe services require the durability and strength of steel, construction. They are ideal for use with the No. <583 D Cast Steel Steam Traps shown on page 416. Features: These separators are simple in design and rugged in construction. Their large screening area makes them exceptionally efficient. Internal parts are readily accessible. The separators not only prevent passage of foreign matter, but also furnish a pocket for its accumulation, from which the matter can be-easily removed through the blow-off connec tion. The connection is fitted with a square head plug. Materials: The iron body separators have a screwed brass cap on sizes 1 y%-inch and smaller and a bolted J. iron cap on larger sizes. . The cast steel separators have a body and bolted cap made of Crane No. 4 Carbon-Molybdenum Alloy Cast Steel. The joint between the body and cap is of the male and female type, being equipped with a metallic gasket held in place by Triplex Steel studs. the diagonal wall of the body, and the other is re tained by the cap. The screen is secure; it will not loosen in service. The mesh type of screen is furnished for greater efficiency and increased screening area. The screen ing area in Crane Separators is much greater than the area of the pipe (more than 500 per cent on the 20 mesh screen) assuring free fluid flow with mini mum pressure loss. 20 mesh Monel metal screens (400 holes per square inch), suitable for service on steam, water, and medium or heavy oils, are regularly furnished with the separators. When specified, 40 mesh Monel metal screens (1600 holes per square inch) can be furnished at no additional charge, for service on air, gas, gasoline and light oils. Finer mesh screens, perforated screens, or screens made of steel or 18-8 Chrome-Nickel Alloy can be furnished when so ordered; prices on application. Flange dimensions and drilling: Inlet and outlet flanges on the No. q8qJ4 Sediment Separators con form to the American Cast Iron Flange Standard, Class 125 (Bi6a-i939); on the No. 99iH, the flanges conform to the American 250-Pound Cast Iron Flange Standard (Bi 6b-1928). Screens: The strainer element is a Monel metal mesh screen rolled into the shape of a cylinder. The ends are reinforced. One end fits into a recess in Prices of flanged sediment separators include facing and drilling (F. & D.) to the Standard applying. No deduction is made if they are ordered faced only. Templates for drilling.. . .pages SSI and SS2 k !; __ _ . " 424____________________________________________ CRANE_________________________________ Swartwont Cast Iron Exhaust Heads Swartwout Exhaust Heads effectively re move water and oil from exhaust steam discharg ing to atmosphere. If exhausted direct from the pipe, water and oil would tend to deterio rate roofs and side walls of buildings. These exhaust heads nei ther interrupt nor slow down the flow of steam; Swartwout Exhaust Head nor is there any appreci able back pressure. Oil and water are removed simultaneously and nothing but dry steam passes out into the atmosphere. Construction: Centrifugal force, utilized in the design of the Swartwout Exhaust Head, is responsible for the removal of oil and water without any change, in the direct flow of the steam. Although made of cast iron, the exhaust heads are light. They are durable, ornamental, and rustproof. Once in position, there is no further expense for replacement, except where plant expansion necessi tates the use of a larger head. Flange dimensions and drilling: End flanges conform to the American Cast Iron Flange Standard,, Class 12.5 (Bi6a-iQ3p). i List prices include facing and drilling to the afore mentioned Standard. No deduction is made if Exhaust Heads are ordered faced only. Size Price Inches Each 1 25.00 m 25.00 1% 25.00 2 30.00 272 30.00 3 35.00 372 35.00 4 45.00 472 45.00 S 50.00 List Prices and Dimensions Screwed ____________ l|Flanged, F. & D. Dimensions, in Inches H Size Price Dimensions, in Inches B C D E II Inches Each B c | D 1 E 7% 8% % 27s II 6 60.00 16 147s 1 1 1 6% --1 t< r CO 73/4 sy8 % 27s II 8 90.00 177s 1 li/4 1 7i/2 73/4 8Vs .% 27s II 10; 115.00 23 213/4 | 2 1 93/8 9 10 % 3s/l6 II T2 155.00 281/2 25 | 21/2 1 11% 9 10 3/4 3S/ig II 14 190.00 301/2 27 | 21/2 1 127s 93/4 103/4 % 41/16 11 16 230.00 341/4 301/2 | 3 1 14 9% 103/4 % 41/16II 18 300.00 38 337s 1 3 11511/16 IU/2 HWiel 1 4is/16|| 20 360.00 411/4 38% | 31/2 1 16% IU/2 lUVisI 1 413/1611 24 730.00 561/2 46 | 4 1 191/2 137s 13V4 1 51/2II 30 1400.00 62 57 | 41/2 1 241/2 These exhaust heads are made with a screwed connection in sizes 5-inch and smaller, and with a flanged connection in larger sizes. Low Pressure Copper Expansion Joints WORKING PRESSURE -- 0 to 15 pounds steam, air, and gas Service recommendations: These low pressure expansion joints are designed for use in the exhaust steam lines from engines, turbines, pumps, etc. They should not be used when the expansion in the line is greater than inch. The joints should be used when the pressure is above atmos No. 411 pheric but not exceeding 15 pounds. They should never be used on vacuum service because of the danger of collapsing the copper shell. Installation: These expansion joints may be used in either the horizontal or vertical position. Pipe lines containing them must be carefully anchored in order to force the joints to compensate for the ex pansion and contraction in the piping. Piping should be properly supported to relieve the expansion joints of the necessity of carrying any great weight. Expansion joints of this type should be cold sprung Y$ inch upon installation in order to relieve them of excessive strains when the line is put into service. Flanges: End flanges are made of steel and are the swivel type. They conform to the dimensions of the 25-Pound American Tentative Cast Iron Flange Standard (Bi6b2-iQ3i). Drilling: The end flanges are always furnished faced and drilled (F. & D.). List prices include fac ing and drilling to the 25-Pound American Tentative Cast Iron Flange Standard. List Prices and Dimensions Size Price F. &D. Inches Each Face to Face Dimensions, in Inches Diameter Thickness of Flanges of and Rings Flanges Size of Drain 4 110.00 8 9 % 1/2 5 125.00 9 10 % 1/2 6 140.00 9 11 % 1/2 8 170.00 10 131/2 % 1/2 10 200.00 11 16 7* % 12 225.00 11 19 1% Sizes 14-inch and larger made to order; prices on request. Templates for drilling. . ..page SSI k CRANE 425 Badger Corrugated Type Expansion Joints Non-Equalizing and Self-Equalizing These corrugated type expansion joints are used to relieve strains, to absorb vibrations, and to compensate for change in lengths of pipe lines due to temperature fluctuations. They use no pack ing and, as a result, eliminate maintenance. This is an advan tage particularly valuable where pipe lines are installed under ground. Non-Equalizing Flanged of Welding Ends The expansion joints are com pact. Carefully constructed, they undergo scientifically con trolled heat-treatments through out their entire 'fabrication. The joints can be regularly furnished made of copper or stainless steel. Special metals will be furnished to order. Non-equalizing joints: Non-equalizing joints are limited to use on pipe lines with traverses ranging up to and including j^-inch, and where pressures range from high vacuum to 25 pounds. A lateral displace ment up to 3d$-inch per corrugation is permissible. These joints can be furnished round (any diameter), oval, rectangular, or in any special shape required. Self-equalizing joints: Self-equalizing joints fea ture "directed flexing". Directed flexing is the Self-Equalizing -- Welding Ends action provided by the all-curve cor rugation and the corresponding equal izing rings. This type of design dis tributes the flexing stresses, resulting in longer joint life.. Self-equalizing joints are furnished in sizes up to 30-inch diam eter. Single joints Self-Equalizing Flanged Ends are available in traverses up to 6 inches; double joints, in traverses up to 12 inches. Flexible Pipe Line Seals: Flexible Pipe Line Seals (not shown) to seal openings in walls, foundations, decks, and bulkheads can be furnished. They permit free expansion of pipe, yet prevent seepage of water. Prices and dimensions on application 32 Rubber Spool-Type Expansion Joints For Vacuum Service Style 4039 For Pressure Service Style 4140 Rubber Spool Type Expansion Joints find wide application in many industries. They are especially effective on piping installations for avoiding exces sive stress, absorbing vibrations, and eliminating undesirable sounds. The joints are reinforced with solid metal rings embedded in the carcass and thor oughly reinforced with heavy duck; they have full faced fabric reinforced rubber flanges. Dimensions and Ratings Size Dimensions, in Inches Inches A j B c D ^Ratings for Style 4140 Compression Working Pressure Inches 180 F. Max. 6 | 6 1S/l6 % .43 125 pounds 8 | 8 IVis 4 .43 115 pounds 10 12 14 | 10 | 12 j 14 1% 1% VA % 4 4 From 6 to 16" .43 .68 .68 115 pounds 115 pounds 75 pounds 16 | 16 1V4 4 18 | 18 lS/l6 4 20 | 20 1% Vs 24 | 24 1% Vs to suit the serv ice. .68 .68 .68 .81 60 pounds 60 pounds 60 pounds 50 pounds 30 j 30 1% 1 .93 50 pounds 36 | 36 1% 1 .93 40 pounds *Style 4039 is recommended for 30 inches of mercury. Style 4030 are recommended for 30 inches of mercury. Style 4140 are recommen ded for the pressures shown in the table, at 180 F. maximum temperature. The flange diameter, bolt circle, and number and diam eter of bolt holes conform to the American Cast I ron Flange Standard, Class 125 (Biba1930); see page 551. Smaller sizes, larger sizes, and other types of Rubber Ex pansion Joints can be fur nished when required. Prices on application 426 CRANE Standard Brass Expansion Joints WORKING PRESSURES 125 pounds steam / 200 pounds cold water, oil, or gas * Semi-Guided No. 404, Standard Traverse No. 406, Special Traverse SERVICE RECOMMENDATIONS , Crane brass semi-guided expansion joints are chiefly used in interior piping work, on steam and hot water heating lines, domestic hot water lines, and for air, oil, and gas service. Size No. 404 Standard Traverse No. 406 Special Traverse Price Traverse End to end, open 4-inch traverse 6-inch traverse 8-inch traverse 12-inch traverse List Prices and Dimensions Inches | % 1 % 1 W* Each| 1.50 1 2.20 Inches | 2 1 2V4 Inches | 6% 1 Each| 3.30 1 4.00' Eachj 1 5.00 3.00 W* 7% 4.90 6.00 4.00 2V* 7% ' 6.15 7.50 Each| Each) 1 6.00 1 8.00 7.25 | 9.00 9.50 12.00 l>/2 5.00 2V* 7% 7.40 9.00 10.75 14.50 2 8.00 21/2 8% 11.00 13.00 15.25 19.SO 2i/2 14.00 21/2 91/8 17.50 20.50 23.00 28.00 3 21.00} 2% 1 10%' 25.00 29.00 32.00 37.50 To find the over-all length of special traverse joints, take the over-all length of the standard traverse joint of the same size and 'add twice the difference between the special traverse and the standard traverse. Construction: These are sturdily constructed, well-proportioned expansion joints. A large packing nut with ample space for packing is provided. Packing: Expansion joints are regularly furnished without packing in the stuffing boxes, unless specifi cally ordered packed, in which case an extra charge i made. Orders for packed joints must specify th kind of packing wanted, or give complete informa tion on the fluid to be handled. Installation: To secure the maximum efficienc from expansion joints and to assure satisfactor operation, the pipe line must be properly anchorec and guided to force the joints to compensate fo expansion and contraction. Expansion in Pipe Lines The expansion for any length of pipe may be found minimum and maximum temperatures, divide thi' by the following method: from the table below, result by ioo to obtain the increase in length pe obtain the difference in increased length at the foot, and multiply by the length of the line in feet Linear Expansion Temp. Degrees F.. Inches per 100 Feet Temp. Steel Wrought Brass | Copper Degrees F. Iron Inches per 100 Feet Temp. Inches per 100 Fee Steel Wrought | Brass | Copper t Degrees F. Steel Wrough Iron 0 01 0 0 0 340 2.76 2.87 , 4.30 : 3.95 1 680 5.965 6.20 20 .15 40 .30 60 .455 80 .61 100 .77 120 .915 140 1.075 160 1.235 180 1.40 200 1.57 220 1.73 240 I 1.89 260 | 2.065 280 | 2.23 300 | 2.41 320 | 2.59 .155 .31 .475 .63 .80 .96 1.13 1.29 1.46 1.64 1.81 1.98 2.16 2.335 2.52 2.70 .25 .45 .67 .92 1.17 1.41 1.69 1.91 2.15 2.43 2.71 2.97 3.22 3.47 3.76 4.07 .25 ! .45 l| 65 ii .87 i 1.10 1.35 1.57 1.77 2.00 2.25 1 i I 1 1 2.52 2.74 2.95 ll 3.17 3.42 3.70 li 360 380 400 420 440 460 480 500 520 540 560 580 600 620 640 660 2.935 1 3.11 3.29 t 3.465 1 3.65 | 3.835 | 4.02 i 4.21 | 4.39 | 4.59 | 4.78 ! 4.975 1 5.17 ; 5.365 5.565 5.765 3.05 | 4.58 1 4.15 1 700 3.235 | 4.85 1 4.40 i 720 3.43 | 5.14 1 4.64 ! 740 3.62 | 5.45 ; 4.89 1 760 3.805 | 5.73 | 5.15 i 780 4.00 | 5.96 | 5.37 1 800 4.19 | 6.25 , 5.64 820 4.39 | 6.55 I 5.88 1 840 4.58 | j 1 860 4.78 j 1 880 4.975 j 1 900 5.175 i , 920 5.38 | I! 940 5.58 t 960 5.785 980 5.99 : 1000 6.17 6.375 6.58 6.79 6.99 7.21 | 7.415 | 7.63 | 7.84 I 8.055 | 8.28 I 8.495 | 8.72 | 8.945 | 9.17 ! 9.40 ' 6.42 6.625 6.835 7.05 7.275 7.49 7.73 7.93 8.145 8.37 8.60 . 8.82 9.05 9.28 9.52 9.75 Crane Pipe Bends.. . .pages 602 to 604 t CRANE Standard Iron Body Expansion Joints 427 WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas Screwed No. 398, Standard Traverse No. 400, Special Traverse Flanged end joints 6-inch and smaller and all screwed end joints have brass sleeves. Flanged end joints 8-inch and larger have steel sleeves, chromium-plated; brass sleeves can be furnished when desired; prices on application. Flanged No. 401, Standard Traverse No. 403, Special Traverse Size Screwed . Inches ny2 2 3 3V2 4 5 6 8 Size Flanged, F.&D. Inches lVz 2 2y2 3 3y2 4 5 6 8 10 12 14 16 List Prices and Dimensions No. 398, Standard Traverse ] No. 400, Special Traverse Price Each Traverse Inches End to End 4-inch 6-inch 8-inch 12-inch Opened Traverse Traverse Traverse Traverse Inches \ Price, each Price, each Price, each Price, each 6.25 7.00 8.00 10.00 14.00 18.00 38.00 ' 42.50 90.00 2y2 2y2 2y2 23/4 3 31/4 4 4 4 *33/4 \ 7.25 13 % , 8.50 14% X 10.00 i5y4 171/4 13.50 20.00 181/s 24.00 193/4 2iy2 22l/2 9.50 11.00 13.00 17.50 25.00 30.00 45.00 51.50 11.75 13.50 16.00 21.50 30.00 36.00 52.00 60.50 110.00 16.25 18.50 22.00 29.50 40.00 48.00 66.00 78.50 130.00 No. 401, Standard Traverse No. 403, Special Traverse Price Each Traverse Inches Face to Face 4-inch 6-inch 8-inch 12-inch Opened Traverse Traverse Traverse Traverse Inches Price, each Price, each Price, each Price, each 13.75 15.00 16.00 18.50 25.00 30.00 48.00 55.00 90.00 135.00 190.00 263.00 334.00 2y> 2i/2 2% 23/4 3 31/4 4 4 4 4 4 4 4 133/g 121/g 121/4 13 15 153/4 171/2 191/s 193/4 213/4 23% 24 26i/z 14.00 15.50 17.00 21.00 30.00 34.00 16.25 18.00 20.00 25.00 . 35.00 40.00 55.00 63.00 18.50 20.50 23.00 29.00 40.00 46.00 62.00 71.00 110.00 157.00 214.00 291.00 368.00 23.00 25.50 29.00 37.00 50.00 58.00 76.00 87.00 130.00 179.00 238.00 319.00 402.00 To find the over-all length of special traverse joints take the over-all length of the standard traverse joint of the same size and add twice the difference between the special traverse and the standard traverse. Construction: These semi-guided expansion joints are well proportioned throughout and are made of high quality materials. The stuffing boxes are of ample size; bolted packing glands insure a uniform application of pressure on the packing, and they are carefully machined to guide the sleeves. All joints are furnished with drain bosses. They will be tapped, when so ordered, at an extra price. When required these joints can be furnished with anchor bases which will be drilled with four bolt holes, also service outlets which will be screwed in sizes 14-inch and smaller and flanged in the 16-inch size. Prices on application. All-Iron: All-Iron Expansion Joints will be fur nished with steei sleeves, chromium-plated, unless otherwise specified. Prices on application. Packing: Expansion Joints are regularly furnished without packing in the stuffing boxes, unless specifi cally ordered packed, in which case an extra charge is made. Orders for packed joints must specify the kind of packing wanted, or give complete information on the fluid to be handled. Flange dimensions: End flanges conform to the American Cast Iron Flange Standard, Class 125 (Bi6a-iq3q). Drilling: Expansion Joints are regularly furnished faced and drilled (F. & D.) unless ordered faced only. List prices include facing and drilling to the Ameri can Cast Iron Flange Standard, Class 125. When ordered faced only they will be furnished at the same price as for faced and drilled. Guided Expansion Joints: For description of Guided Expansion Joints refer to page 428. Installation: To secure the maximum efficiency from expansion joints and to assure satisfactory operation, the pipe line must be properly anchored and guided to force the joints to compensate for expansion and contraction. Crane Pipe Bends. . .pages 602 to 604 32 k 428 CRANE Adsco Iron and Steel Body Expansion Joints Prices and dimensions on application. Internally Guided 125-Lb. Std. (1J to 20") No. S-l-IS, Single, No Base No. S -2-IS, Single, With Base No. D-2-1S, Double, With Base 250-Lb. Std. (134 to 20") No. S-5-IS, Single, No Base No. S-6-IS, Single, With Base No. D-6-IS, Double. With Base Packless U-Ring Type 150 or 300-Lb. Stds. (3 to 12") Traverses 1-2-3-4", With or Without Base WORKING PRESSURES 125-Lb. Semi-steel--125 pounds steam, 450 F. 250-Lb. Semi-steel--250 pounds steam. 450 F. 150-Lb. Steel --150 pounds steam, 750 F. 300-Lb. Steel --300 poundssteam. 750 F. Piston-Ring Type 125-Lb. Std. (2 to 20") No. S-l-PG, Single, No Base No. S-2-PG, Single, With Base No. D-2-PG, Double, With Base 250-Lb. Std. (2 to 20") No. S-5-PG, Single, No Base | No. S-6-PG, Single, With Base ; No. D-6-PG, Double, With Base Internally-Externally Guided 125-Lb. Std. (1M to 20") No. S -1-GIS, Single, No Base No. S -2-GIS, Single, With Base No. D-2-GIS, Double, With Base 250-Lb. Std. (iy2 to 20") No. S -5-G1S, Single, No Base No. S -6-GIS, Single, With Base No. D-6-GIS, Double, With Base Adsco Expansion Joints are furnished in the various styles and sizes described on this page. The joints are available with semi-steel or steel bodies depending upon the service re quirements. InternallyGuided Joints: Internally Guided Joints have a guide ring on the inner end of the sleeve which moves within the machined bore of the body. The polished sleeve is not in contact with the body. Tie-Rod Type 125-Lb. Std. (2 to 20") No. S-l-T, Single, No Base No. S-2-T, Single, With, Base No. D-2-T, Double, With Base 250-Lb. Std. (2 to 20") No. S-5-T, Single, No Base No. S-6-T, Single, With Base No. D-6-T, Double, With Base Internally--Externally Guided'Joints; Internally -- Externally Guided Joints are similar to the In ternally Guided type. They feature a two-piece, removable hood, external guide, and they comply with Army and Navy specifications. Packless U-Ring Joints: Packless Expansion Joints, U-Ring type, have an expansion element con sisting of a series of corrosion-resistant steel U-Rings which are welded to a wrought steel body and to a guide on the movable sleeve. No scale or dirt can enter the element to impede operation; it is guided at three points throughout the entire traverse. Being under compression when in operation, the element is under very little flexing strain. These joints are available with flanged or beveled ends. Piston-Ring Joints: Piston-Ring Joints have piston rings in the internal guide. Located on the inner end of the sleeve, the rings hold the linepressure and permit unpacking and repacking of the joint without interrupting the service. Tie-Rod Joints: Tie-Rod Joints have tie rods to prevent the sleeve from pulling out of the body. They are used where conditions do not permit the installation of a fully guided joint. Bodies, single or double, are steel or semi-steel. They are furnished with or without base or service outlet. The bodies are tapped for drip piping when specified; lubrication fittings are included. Sleeves are bronze with Van Stone flanges in sizes 6-inch and smaller and chromium-plated steel flanges in sizes 8-inch and larger. Stuffing boxes, deep and properly proportioned, hold ample packing, assuring consistently tight joints with minimum repacking. Packing is not regularly furnished with the expansion joints unless specified. When joints are ordered packed, the pressure, temperature, fluid handled, and general operating conditions should be specified. Packing glands are accurately machined. They have a long lip to permit compression of the packing to one-half the original depth. Glands studs and bolts are of a non-corrosive metal to prevent freezing. The studs are firmly embedded in the body and are of sufficient size, to furnish rigidity to the packing gland. Service outlets are in the form of a service fitting in the Piston-Ring and U-Ring types. On the other styles, the outlets are integral with the body. Bases are integral with the body. Their heavy webs withstand severe strain. They are drilled with four bolt holes. The standard traverse of slip joint sleeves is 4 inches. Additional traverse is available in multiples of 4 inches from 4 to 12-inch. The U-Ring Joint is furnished in multiples of 1 inch to a total of 4'inches. Drains are available. Slip joints are provided with a boss which can be tapped for drip when specified. Lubrication fittings are available. Slip joints are tapped and plugged for the fittings which will be furnished when specified. . CRANE 429 Flexible Joints, Gauges, Fusible Plugs and Miscellaneous Specialties l Hi Iron Body Swing Joints, for Gasoline service......................... page430 Brass Swing Joints........ '................... ..................................page 430 Barco Flexible Ball, Swivel, and Revolving Joints........ page 431 Chiksan Ball Bearing Swing Joints........................................... page432 Dayton Couplings........................................................................ page433 Brass Water Gauges..................................................................... page434 Gauge Glasses................................................................................page435 Glass Tube Cutters......................................... page 43 y Extra Guards for Water Gauges............................................... page435 Water Columns, Cast Iron..........................................................page436 Brass Try Cocks............................................................................page435 Brass Whistles............................................................................... page437 Fusible Plugs..................................................................................page437 Crosby Gauges and Recorders.......................... pages 438 and 439 Marshalltown Gauges.................................................................. page439 Syphon for Steam Gauges....................................................page 43 5 Lubricators.....................................................................................page440 Sight Feed, Snap Lever Oilers................................................... page440 Grease Cups................................................................................... page440 Injectors......................................................................................... page441 Ejectors or Steam Jet Pumps........................... pages 441 and 442 Sump Pumps..................................................................................page442 For Brass Whistle Valves, see page 67. For Corrosion-Resistant Alloy Liquid Level Gauges, see page 450. The items referred to above are only a por tion of the complete Crane line of specialties and of special duty valves. For other prod ucts of this nature, see pages 369 to 428. 33 Piping in a manufac tured gas plant, com pletely Crane equipped. Valves, fittings, flanges, fabricated piping, spe cialties-- all piping re quirements can be had from one source when "Crane" is specified^ \ 430 CRANE Iron Body Swing Joints For Gasoline Service No. 295, Single No. 299, Straight Service recommendations: These swing joints have been primarily de signed for gasoline service and are use.d to make adjustable connections to tanks, tank cars', barges, docks, loading and unloading racks, etc. When equipped with suitable packing they may be used for cold water, oil, or gas. Features: The joints differ from ordinary swing joints in two important respects. First, they are made with a shoulder on the inner end of the sleeve which engages with the end piece of the body and prevents the sleeve from pulling out when in service. Second, the load on the sleeve is carried back to the body itself and does not rest on the packing. These features combined with the unusually deep stuffing box and the three-bolt gland result in leakfree service. Materials: The bodies of these swing joints are made of cast iron, and the sleeves are made of brass tubing. Ends of the sleeves are equipped with iron pipe size male threads. Packing: Unless otherwise ordered, the swing joints are furnished with packing suitable for gasoline service up to ioo F. When the swing joints are to be used for other liquids or for higher temperatures, they will be furnished with appropriate packing at List Prices and Dimensions Size Inches | 2 2% ! 3 No. 295, Single ach| 13.00 17.00 1 24.00 No. 297, Double Each| 21.00 26.50 | 37.00 No. 299, Straight A B Dimensions, C in Inches D E F Each; 13.00 1 8% i 8V2 i 8V4 i 2% ii 3% 2S/16 17.00 1 24.00 99/is l' 10% 9% 1 10% 9% ! 105/l6 3Vs : 39/ie 315/is 1 4% 211/16 ! 3% 4 40.01 65.01 40.0| mJ 12% 11V2 45/l8 5% 3% an extra charge. Orders shoulcl specify the servic and temperature conditions Brass Swing Joints j WORKING PRESSURE 125 pounds water, oil, or gas, 200 F. Service recommendations: These swing joints are de signed for use in making up adjustable connections in pip ing to tanks and other appara tus where permanently fixed No. 300 connections cannot be made. Construction: Basically, these joints consist only of a body and a hollow ell-shaped plug which is held into the body by a nut and washer. Both'body and plug are tapped with iron pipe size connections. The joint operates in a manner similar to an ordinary plug cock, both body and plug being carefully ground together to insure maximum ease of operation. Ports in the plug and the passageway in the body are so designed ths free flow of the fluid being handled is insured, an there is no restriction of port areas regardless of th angle at which the plug is turned. No packing : used in these joints. Materials: All parts of these swing joints are madof brass to eliminate any possibility of having coi rosion bind the plug. Size List Prices and Dimensions Inches 1 % | 3/g l l/2 j s/4 | 1 No. 300 Each;i.90!2.20|2.50!3.50|5.0 No. 300, Finished Eachi2.4oj2.70;3.00|4.00|5.7 Center to end Inches j13/ie| 7/g |ll/lsi U/4 | iy Center to center of pipe Inches i 1%2| l5/i61 l9/i61 1% 1 21/ V, -- ' - '*0* CRANE 431 Barco Flexible Ball, Swivel, and Revolving Joints Flexible Ball Joint Style 7-8 Flexible Ball Joint Style 7-F, Flanged 125-Pound Standard Swivel Joint Style 7S-8CS Swivel Joint with Socket End For Use on Pressing Machines Style 7KS-8CS (Illustrated) Style 7KS - 8BS (Not shown) With Female 90 Angle Ball When ordering, specify diameter for casing socket. Shaft sizes % to I}4-inch are available. Flexible Ball Joints: Flexible Ball Joints provide for a substantial angular move ment. They can be swiveled through an angle of 360. Tight seating, they may be used on steam, water, oil, air, gasoline, tar, and similar fluids. Sizes 3-inch and smaller are recommended for 300 pounds steam and sizes 4 to 6-inch for 125 pounds steam. Flexible Ball Joint Style 7-8B Swivel joint Style 7S-8BS Sizes 3-inch and smaller are malleable iron; larger sizes are semi-steel. Extra heavy joints or brass joints (}4 to 2-inch) can be furnished, at an advance in price. Information on additional styles furnished on request. Swivel joints: Swivel Joints are spring seated, assuring tight ness on both pressure and suc tion lines. Recommended for 300 pounds steam, the joints are ideal for use where the pressure fluctuates or where the tempera ture varies, as when steam and cold water are used alternately. Flexible Ball Joint Style 7A-8B `Style 7 A-8 C `Male Straight Ball `Style 7A-8 `Female Straight Ball Swivel joint Style 7A-8BS `Style 7AS-8CS `Male Straight Ball (`Not illustrated) Swivel Joints have a malleable iron casing, a bronze ball end, a stainless steel spring, and a hard non-metallic gasket. Extra heavy joints for higher pressures or brass joints can be furnished, at an advance in price. Revolving joints: Revolving joints are recommended for the heating or cooling of all types List Prices, Each, Flexible Ball Joints Size Style Style Styles Style 7-8 7-F 7-8B 7A-8B Flanged or Inches F. &D. 7A-8 Style Total 7A-8C Safe Angular Movement V* 4.00 4.30 4.60 4.30 % 1 4.00 Sizes 4.30 4.60 4.30 y2 1 4.00 larger 34 | 4.90 than 12-inch 1 1 5.50 can be iy4 | 6.80 made to 4.30 5.20 5.80 7.10 4.60 5.60 6.30 7.60 4.30 5.20 5.80 7.10 R/2 1 7.80 order; 2 1 9.70 prices on 2% 17.00 request 8.101 8.60 10.801 11.20 18.601 19.40 8.10 10.80 18.60 3 30.70 35.70| 40.70 1 35.70 371/2 371/2 0 37i/2 34 351/2 281/z 0 30 281/2 271/2 33 4 137.30 53.50 43.501 49.60 | 5 155.40 62.20 59.201 | 6 |63.40 71.10 68.301 81.60 | 81 146.50 | | | 10 1 n| 197.00 1 260.60 | | 1 1 j 281/2 30 31 0 60 40 40 Size Inches 1/4 % V?. 3/4 1 11/4 Style 7S-8BS 4.30 4.30 4.30 5.20 5.80 7.10 Style 7S-8CS 4.00 4.00 4.90 5.50 6.80 Style Style 7AS-8BS 7AS-8CS 4.60 | 4.60 4.30 4.60 4.30 5.60 5.20 6.30 5.80 7.60 7.10 Style 7KS-8BS 4.80 4.80 4.80 Style 7KS-8CS 4.60 4.60 of rolls, drums, and dryers. X Type Flexible Ball Joints They are suitable for steam, air, gas, and hydraulic services. New design features of center spring When so desired, the joints can be furnished with adapter 18R streamlined X Type Flexible Ball to hold spray or siphon pipe; orders should specify. J oints (see insert) assure no fluid List Prices. Each Revolving Joints or gas leakage. Providing 360 Size | Style 7R-8CR swivel movement [Without With Inches Adapter Adapter plus 40 total an gular movement, % 1 19.75 3/4 | 24.00 1 | 30.00 27.40 33.80 they are suit able for steam pressures up to Revolving Joint Style 7R-8CR (Shown with Adapter 18R) 11/4 | 37.00 11/2 | 44.90 2 | 61.00 41.20 49.60 67.00 300 pounds. Prices and data on request. >r" 432 CRANE Chiksan Ball Bearing Swing Joints High Pressure and Low Pressure ^ WORKING PRESSURES Low Pressure (Malleable Iron or Steel) 300 pounds cold water, oil, or gas High Temperature High Pressure (Steel) 3000 pounds cold water, oil, or gas Style No. 20 Style No. 30 1-Way Swivel 1-Way Swivel High Temperature (Steel) 500 pounds steam, 700 F., max. Style No. 20 1-Way Swivel Style No. 30 1-Way Swivel List Prices, Each, Screwed Class and Material Size 1-Way 2-Way___13-Way Style Style Style Style Style Style Inches No. 20 No. 30 No. 40 No. 50 No. 60 No. 10 3/g | 3.25| 3.80 4.50 7.001 6.00| 9.25 l/2 1 3.25| 3.80 4.50 7.00| 6.001 9.25 Style No. 40 1-Way Swivel Low Pressure Malleable Iron Swing Joints 3/4 1 6.00| 6.75 7.50 11.251 10.501 15.25 1 1 6.001 6.75 7.50 11.251 10.50| 15.25 VA I 7.251 8.00 8.75 12.251 11.25| 18.25 U/2 7.25| 8.00 8.75 12.251 11-25| 18.25 2 10.50| 11.75 13.00 21.001 19.50| 28.50 2V2 16.50| 18.50 21.50 32.001 28.50[ 41.25 Style No. 40 1-Way Swivel 3 16.501 18.50 21.50 32.00| 28.50| 41.25 4 22.75! 24.75 29.00 44.25 40.001 61.50 6 63.00) 70.00 78.50 125.00 120.001179.00 Style No. 50 2-Way Swivel Low % 9.50| 11.50 13.751 18.50 15.00 25.00 1 U/4 9.50| 11.50 10.001 12.00 13.75 14.75 18.50 19.50 15.00 17.00 25.00 28.00 Style No. 50 2-Way Swivel U/2 10.00 12.00 14.75 19.50 17.00 28.00 Pressure 2 14.50 17.25 21.00 31.25 25.50 42.00 33 Steel Swing ' Joints 21/2 24.50 29.00 33.00 49.50 45.00 65.25 3 24.50 29.00 33.00 49.50 45.00 65.25 4 35.25 38.50 42.00 66.75 62.00 97.75 6 82.50 97.50 113.00 165.50 149.00 228.00 8 140.00 156.50 175.00 259.50 233.50 349.00 Style No. 60 2-Way Swivel High Pressure Steel Swing Joints % I 6.00 6.30 6.60 9.60 9.25 % 6.00 6.30 6.60| 9.60 9.25 Style No. 60 2-Way Swivel % 9.50 11.50 13.75 18.50 15.00 25.00 1 9.50 11.50 13.75 18.50 15.00 25.00 U/4 11.00 12.00 16.00 22.50 19.00 30.00 U/2 11.00 12.00 16.00 22.50 19.00 30.00 2 21.50 24.00 27.50 40.50 37.00 55.50 21/2 27.00 32.00 38.00 60.00 52.50 77.50 3 47.00 54.00 62.00 84.50 70.00 115.00 4 75.00 83.00| 91.50 127.00 118.00 175,00 Style No. 10 3-Way Swivel High Temperature Steel Swing Joints V2 1 2 3 4 1 7.25 1 11.00 | 21.00 | 36.75 | 51.00 8.75| 10.75 13.50| 18.00 25.001 30.00 41.75| 48.00 55.00| 63.00 16.00 24.75 45.00 69.00 94.00 13.50 21.00 20.00 32.00 39.25 64.00 60.00 94.50 85.751128.00 Style No. 10 3-Way Swivel These swing joints have rotating members locked together by double rows of ball bearings. This construction performs two important functions -- first, it maintains a preregulated Sectional .drawing showing typical construc tion of swing joints for low and high pressures. load upon the packing element, assuring a pressure-tight joint; second, it carries all radial loads, holding the joint in perfect alignment under all conditions. The packing unit also is designed for simplicity and safety. There is nothing to adjust -- nothing to tighten. The swing joints are made in three basic types -- Low Pressure, High Pressure, and High Temperature. Each type is available in a variety of styles to provide the required turning movements for different applications. Low Pressure Swing Joints, in addition to the materials specified on this page, can be made of bronze or aluminum. All swing joints are available with flanged ends. Prices for styles not listed, and dimensions and informa tion on any style will be furnished on application. Section al drawing of typical High Temperature Joint showing chevron-type asbestos packing with special heattreated spring backing. CRANE Dayton Couplings Malleable Iron and Steel 433 For connecting plain end pipe on gas, water, air, or oil lines. No. 1 ' Sizes Vi to 2-inch A simple and sturdy coupling which provides a tight joint and at the same time affords flexibility to take care of vibration, expansion, and contraction. These couplings are regularly furnished plain, nottoated, or can be painted or completely plated. Rubber gaskets furnished regularly are suitable for water, air, or natural gas service. No. 1 Sizes 2 to 24-inch Special gaskets, with lead or duck tips and asbestos for service on condensates or oils, are available. Couplings other than those shown above include cast iron pipe sizes, special fittings, and extra long sleeves to provide or allow for unusual expansion, -''-j Prices on application Number of Bolts, Dimensions in Inches and Weight in Pounds Size Inches % % 1 iy4 1% 2 3 2% 23/4 3 3 O.D. of pipe Thickness and length ef centers Number of bolts Size of bolts Weight in pounds Size Inches| .840 Incbes| .134x5 2 Inches| %x6% 2 Inches 3% 1.050 .125x5 2 %x63/4 2% 4 1.315 .148x5 2 1/2x63/4 3% 4 1.660 .156x5 3 1/2x63/4 33/4 41/2 1.900 .168x5 3 %x63/4 41/4 4% 2.375 .180x5 2 %x7 63/1 43/4 2.375 .180x5 3 %x7 8% 43/4 2.875 .232x5 3 %x7 10 S 3.000 .232x5 3 %x7 10 5 3.500 .230x5 4 %x7 13 5% 3.500 .230x7 4 %x9 15 5% O.D. of pipe Thickness and lenglli of centers Number of bolts Size of bolts Weight in pounds Size Inches 4.000 Inches .230x5 4 Inches %x7 13% Inches 5% 4.500 y4x5 4 %x7 19 6 4.500 .237x7 4 %x9 20 6 5.000 !/4x5 4 %x7% 15 6 5.000 S/16X7 4 %xl0 23 6% 5.250 i/4x5 4 %x7% 18 6% 5.250 s/isx7 4 %xl0 24 6% 5.500 i/4x5 4 %x7% 20 7% 5.500 5/iex7 4 %xl0 25 7% 6.000 1/4x5 4 %x8 22 7% 6.000 i/4x7 - 4 %xl0 25 8 O.D. of pipe Thickness and length of centers Number of bolts Size of bolts Weight in pounds Size Inches! 6.000 Inches 5/l6X7 4 Inches! %xl0 27 Inches! 8 6.625 1/4x5 6 %x8 25 8 6.625 y4x7 6 %xl0 29 8 6.625 s/rex7 6 %xl0 31% 9% 7.000 y4x5 6 %x8 26 9% 7.000 V4x7 6 %xl0 31 9% 7.000 S/16X7 6 %xl0 33 10 8.000 %x5 6 %x8 28% 10 8.000 %x7 6 %xl0 34 10 8.000 5/isx7 6 %xl0 37 10 8.625 V4x5 6 %x8 30% 11% O.D. of pipe Thickness and length of centers Number of bolts Size of bolts Weight in pounds Size Inches! 8.62,5 Inches! s/i6x5 6 Inches] %x8 33 Inches! 11% 8.625 %x7 6 %xl0 35 11% 8.625 s/isx7 6 %xl0 37 12 10.000 10.000 10.000 10.750 10.750 10.750 10.750 12.000 %x5 %x7 5/isx7 1/4x5 5/i6x5 %x7 5/rsx7 %x5 88888888 %x8% %xl0% %xl0% %x8% %x8% %xl0%|%xl0% %x8% 43 47% 52% 45% 483/4 52 56% 50 12 12 12 12% 14 O.D. 14 O.D.|14 O.D. 16 O.D. O.D. of pipe Thickness and length of centers Number of bolts Size of bolts Weight in pounds Size Inches] 12.000 12.000 12.750 12.750 12.750 12.750 13.000 14.000 14.000 14.000 16.000 Inches! %x7 s/iex7 %x5 s/iex5 %x7 s/isx7 1 %x5 %x5 i/4x7 5/16x7 1/4X7 8 8 8 8 8 8 8 10 10 10 10 Inches! %xl0% %xl0l/2 %x8i/2 %x8% %xl0%|s/8xl0%| %x8% %x8% %xl0% %x101/21 %xl0% i 56 61 52% 56 60% 64% 52% 58 66 72 70 Inches|l6 O.D. 16 O.D. 18 O.D. 18 O.D. 20 O.D.|20 O.D.|22 O.D. 24 O.D. C>.D. of Pipe Thickness and length el centers Number of bolts Size of bolts Weight in pounds Inches! 16.000 16.000 18.000 18.000 20.000 20.000 22.000 | 24.000 Inches! s/i6x7 %x7 s/iex7 %x7 S/16X7 %x7 %x7 %x7 I io 10 10 10 12 12 14 14 Inches! %xl0% %xioy2 %xl0i/2 %xl0%|5/sxl0%|%x10%|%xl0%|%xl0%| | 79 851/2 971/2 105% 110 117 142 152 - Dayton No. 1 Couplings: Couplings 4 inches and larger are furnished with pipe stops rolled in centers, which can be removed at small additional cost. Specifications: All couplings are furnished with steel centers. Sizes Y% to y-inch have malleable iron flanges; sizes 5% to 24-inch have steel flanges. Dayton Light Type Couplings: A limited number of sizes are. available with shorter centers and of lighter construction for use on low pressure, thin walled pipe. Dayton Boltless Couplings: Dayton Boltless Couplings are constructed entirely of malleable Iron in sizes % to 2-inch, with 3 and y-inch centers, using regular types of gaskets. 434 Low Pressure CRANE Brass Water Gauges 250-Pound y+" No. 623 Rough Expansion Tank Water Gauge Rough Rough No. 610 Polished For 175 pounds working pressure No. 616 Polished For 250 pounds working pressure Center to Center of Valves Unless otherwise ordered, the No. 610, No. 613, No. 615, No. 616, No. 624, and No. 625 Gauges are furnished with the centers shown below: 3^-inch No. 610. ..with 14-inch centers ^-inch No. 610 .. .with 18-inch centers k-inch No. 613 .. .with 18-inch centers %-inch No. 615 .. .with 18-inch centers kl-inch No. 616.. .with 14-inch centers 3^-inch No. 624... with 14-inch centers i/2-inch No. 625 .. .with 8-inch centers When other centers are required, orders must so specify. The No. 623 Gauge regularly is furnished with i3kC-inch centers, as listed in the table at the right. Any other center is considered special; prices on application. Centers over 36 inches: When Water Gauges with centers greater than 36 inches are required, two Gauges of shorter lengths, staggered on the boiler, are recommended. No. 613 Gauge: The lower valve of the No. 613 Water Gauge is drilled and tapped for a jV^-inch drain. By closing both valves and removing the cap at the top of the upper valve, the glass in this Gauge can be renewed while the boiler is under pressure. List Prices and Dimensions Price, with 14" or shorter centers Each] 5.50 Vi-inch Extra for each inch over 14", up to 36" .03 No. 610 Size of glass for 14" centers Inches | % x 12V4 Length of guard rod for 14" centers Inches | 14 Price, with 18" or shorter centers Each| 8.00 %-inch Extra for each inch over 18", up to 36" 1 .03 No. 610 Size of glass for 18" centers Inches % x 16 Length of guard rods for 18" centers Inches 17 Price, with 18" or shorter centers Each 15.00 %-inch Extra for each inch over 18", up to 36" ! .06 No. 613 Size of glass for 18" centers Inches % x 16 Length of guard rods for 18" centers Inches 17 Price, with 18" or shorter centers Each 25.00 %-inch Extra for each inch over 18", up to 36" .06 No. 615 Size of glass for 18" centers Inches % x 16 Length of guard rods for 18" centers Inches 17 Price, with 14" or shorter centers Each 7.00 Vi-inch Extra for each inch over 14", up to 36" .03 No. 616 Size of glass for 14" centers Inches 2x12% Length of guard rods for 14" centers Inches 14 Vi-inch Price, with 13V4" centers Each 1.90 No. 623 Size of glass Inches % x 12 Price, with 14" or shorter centers Each 3.00 Vi-inch Extra for each inch over 14", up to 36" .03 No. 624 Size of glass for 14" centers Inches % x 12% Length of guard rods for 14" centers Inches 15 Price, with 8" or shorter centers Each 3.00 Vi-inch Extra for each inch over 8", up to 36" .03 No. 625 Size of glass Inches % x 6% Length of guard rods Inches 9 No. 615 Gauge: The'No. 615 Gauge is especially suited for service on boilers having the Water Gauge above the reach of the operator. It is chain operated and regularly is furnished with chains that drop 12^ feet below the lower valve. When the valves are open, the levers stand in a hori zontal position. When the valves are closed, the levers stand at an angle of 45 degrees, with the right hand side.down. The lower valve of the No. tu 5 Water Gauge is drilled and tapped for a 3 g-inch drain. By closing both valves and removing the cap at the top of the upper valve, the glass in this Gauge can be renewed while the boiler is under pressure. Corrosion-Resistant Liquid Level Gauges.. . .page 450 Ammonia Liquid Gauges. . . .page 483 CRANE Water Gauge Accessories -w 435 "PYREX" High Pressure Gauge Glasses List Prices and Dimensions Length External Diameter Inches w %' W \ 7/8" 6% Per doz. 4.00 1 8 Per doz. 4.00 4.00 5.60| 6.20 9 Per doz. 4.50 4.50 6.30 7.10 10 Per doz. 5.00 5.00 7.00 8.00 11 Per doz. 5.40 5.40 7.40 8.60 12 Per doz. 6.00 6.00 8.40 10.00 121/2 , Per doz. 6.40 123/4 Per doz. 6.40 13 Per doz. 6.40 6.40 9.00 10.60 14 Per doz. 6.60 6.60 9.60 11.00 15 Per doz. 7.00 7.00 10.00 11.80 16 Per doz. 7.80 7.80 11.40 12.60 17 Per doz. 8.00 8.00 11.80 13.40 18 Per doz. 8.60 8.60 12.20 14.20 19 Per doz. 9.00 9.00 13.00 15.00 20 Per doz. 10.00 10.00 14.00 16.40 21 Per doz. 10.50 10.50 14.40 16.80 22 Per doz. 11.00 11.00 14.80 17.20 23 Per doz. 11.50 11.50 15.80 18.60 24 Per doz. 12.00 12.00 16.80 20.00 30 Per doz. 14.00 14.00 20.00 23.40 36 Per doz. 17.20 17.20 24.40 28.40 Siphon for Steam Gauges List Prices, Each Size 8-inch Length Inches Iron Brass Vi .50 1.00 Glass Tube Cutters For Cutting Gauge Glasses to Length ______________List Prices_____ One arm has a scale Tube Cutter Complete____ Each | 2.00 in inches and frac- Extra Cutter Wheels Each j . 30 tions of an inch, a slide stop with set screw, and a rotary cutter at the end. This arm is inserted in the end of the glass tube to the required distance, against the slide stop or gauge, the outside of the glass tube resting in the circled end of the other arm. With a slight pressure of thumb and finger on the lever, and a rotation of the glass with the other hand, the rotary cutter makes an even cut around the inside of the tube and a very little pressure breaks it off. Extra Brass Guards for Water Gauges List Prices Length Inches Price Length Inches Price 9 Each .13 23 Each .23 11 Each .13 25 Each .25 13 Each .13 27 Each .28 14 Each .14 29 Each .31 15 Each .15 31 Each .34 17 Each .17 33 Each .37 19 Each .19 35 Each .40 21 Each .21 Brass Try Cocks The No. 741 Chain and Lever Try Cock shown below is designed for boilers having the try cock above the reach of Low Pressure No. 731, with Moulded Composition Wheel 15 pounds steam working pressure Standard No. 730 (Short Pattern) i2? pounds steam working pressure 250-Pound No. 734 With Stuffing Box 250 pounds steam working pressure the operator. It can be tried from the floor, and for that purpose, it is equipped with 12H feet of brass chain. The cock is fitted with List Prices, Each Size Inches 1 % 1 % 1 % double valves. The outer or primary valve No. 730 No. 731 No. 734 | .95 | 1.00 |I | .80 | 1 | 1.20 | 1.30 || 1.45 can be re moved and re ground while No. 741, with Chain| 1 | 8.50 For Brass Cylinder Cocks, Gauge Cocks, and Pet Cocks, see page 90. 250-Pound, with Chain and Lever No. 741 (Furnished with 121 _> feet of chain.) 250 pounds steam working pressure the boiler is under pres sure. k 436 CRANE Cast Iron Water Columns WORKING PRESSURES No. 640 Water Column For code installations -- 100 pounds steam For non-code installations -- 125 pounds steam The No. 2, No. 3, and No. 4 sizes comply with the A.S.M.E. Boiler Construction Code (Power Boiler Sec tion), as approved by the Council of the American Society of Mechanical Engineers, August 2, 1934, for pressures up to 100 pounds. When used on non-code installations, all sizes are recom mended for 125 pounds steam working pressure. These Water Columns can be used either on the right hand or the left hand side of the boiler. Water Columns are furnished without trimmings unless otherwise ordered. List Prices and Dimensions c G: H ^3 ' K *)(> D I' T ; | ?\ +B j *\ 1 A | 1 )- D .1 3 C `nr.-G Size Number 1 1 2 1 3 1 4- No. 640, Tapped and Painted (Without Trimmings) A -- Length over all B -- Center to center of boiler and water gauge connections C -- Size of boiler connections D -- Size of water gauge connections in Inches ' E -- Center to center of try cock connections Number of try cock connections F -- Size of try cock connections G -- Size of steam gauge and drain valve connections Each 2.75 1 4.00 1 6.00 1 8.O1 13% 1 16% 1 18% 1 233/ 10 1 12% 1 14 1 18' % 1 1 1 1 1 1% 1/2 1 % 1 % 1 % 3% 1 3% 1 41/2 1 4 213 13 13 %1%1%1% Vi 1 *% 1 1 1 1% *No. 2 size can be tapped with 1-inch steam gauge and drain valve connections when so ordered, at a special price. Trimmings for Water Columns When trimmings are required for Water Columns, those shown in the following table are recommended. Prices of Water Columns complete with Trimmings are furnished on. application. Orders and inquiries must specify the pressure classification, whether fc code or non-code installation, and whether thColumn is to be installed <lft the right hand of let hand side of the boiler. No. 640 Water Column Complete WithTrimmings Size Number of Water Column tl | 2 | 3 | 4 Iron Case Steam Gauge, Bourdon Spring |5" dia. | 5" dia. Basic Trimmings Brass Gauge Cock, No. 712 Syphon for Steam Gauge All pressures Bushing for Syphon t%" 1 Vt Brass t1// I Vi" or Iron, t% x Vi" 1 % X 1/4" Code or Bushing for Drain Valve as None required Non-Code Nipple for Drain Valve ordered t%xl%* % x 2" 6" dia. 1/4" 1/4" 1 x 1/4" 1 x Vi" Vi X 2" | 6" dia. Vi Vi 1 Vi X Vi Vi11/4 X Vi X 2" COZ 19 0* Try Cocks, Code or Non-code Additional Trimmings Code For pressures up to Water Gauge 100 pounds Code or Non-Code Non-code Globe Valve for Drain Code or Non-code t2-%" No. 730 No%. 6'24 10" centers t%' No. 141/2P 3-%' No. 730 %' No. 610 121/2" centers Vi" No. 624 121/2" centers Vi" No. 610 W centers Vi" No. 141% P 3-%' No. 734 Vi No. 610 18" centers Additional Trimmings Try Cocks 2-%" 3-1/2" 3-1/2" 3 - Vi No. 730 No. 730 No. 730 No. 734 For pressures from 101 to Water Gauge 125 pounds Non-Code Only Globe Valve for Drain Vi" No. 610 10" centers No.14V2P Vi" No. 610 121/2" centers Vi" No. 610 14" centers Vi No. 141/2 P Vi No. 610 18" centers fThe No. 1 size Water Column does not comply with the A.S.M.E. Code. CRANE 437 Brass Whistles Plain For steam up to 125 pounds Mo. 602 also recommended for air from 25 to 125 pounds. ` Chime Single Bell For steam or air up to 200 pounds. These whistles are accurately designed and constructed to produce a clear, even tone with a minimum amount of steam or air. Special whistles and valves: 'Whistles with a greater bell, or whistles for higher or lower steam or air pressures can be made to order; prices on application. Wheel operated and special power valves can be furnished when necessary; recom mendations on application. Operating large whistle valves: To facilitate operating the larger whistle valves, the pull must be at right angles to the centerline of the whistle. No. 602 Without Valve No. 600 With Valve No. 112-B Without Valve No. 110-B With Valve When ordering, specify the diameter of the bell, not the size of the pipe connection. List Prices, Each, and Dimensions, in Inches Diameter of bell Inches 1 1 W* 1 P/2 1 2 1 21/2 I 3 1 31/2 1 4 5 6 8 Plain Whistles No. 600, with valve ,No. 602, without valve Size of pipe connection No. 110-B, with valve Chime Whistles No. 112-B, without valve Size of pipe connection J3.10I3.7514.0015.5016.501 8.50| 11.50115.00 22.50133.00 95.00 [2.20 (2.7513.00(4.3515.251 7.251 9.50112.00 19.00124.00 70.00 1 V* V* 1 3/s 1 Vz % 1 % 1 1 1 IV* 1% 2 2Vz 1 I5.00|7.00 9.00111.00114.00118.00 28.00|38.00 1 |3.5015.0016.501 8.00111.00J14.00 22.00|30.00 70.00 1 1 % 1 Vz v* 1 % 1 1 1 iy* iy2 Wz 2 Whistle Valves, page 67- Fusible Plugs Short Patter: Fire Side Plug Outside Type No. 750 Water Side Plug Inside Type No. 751 List Prices, Each, and Dimensions, in Inches Size Inches 1 % % 1 % 1 1 Short Pattern Long Pattern No. 750 or 751 Min. dia. of core No. 4752 or 4752 L No. 4753 or 4753 L Min. dia. of core 1 .75 .90ll.10p.50 1 V* Vz i Vz 1 Vz | 2.4013.00 [4.00 12.00 2.4013.0014.00 1 % Vz 1 Vz 1 Vz Long Pattern Service recommendations: Short Pattern Plugs can be used where there is no law requiring Long Pattern Plugs. They are not covered by any code and are recommended for use on heating boilers only. Long Pattern Plugs are recommended for marine service and for service where A.S.M.E. Code applies. They conform to the specifications of the following: A.S.M.E. Boiler Code, 1937 Edition. (This code does not advise the use of fusible plugs for working pressures in excess of 250 pounds.) General Rules and Regulations of the U.S. Depart ment of Commerce, Bureau of Marine Inspection and Navigation. (Under these rules and regulations, fusible plugs are not required and will not be permitted where the maximum temperature to which they are exposed exceeds 425 0 Fahrenheit.) American Bureau of Shipping Lloyds Register of Shipping Oversize thread: The No. 4752 L and No. 4753 L Plugs have an oversize thread, and are used where the continual renewal of plugs has worn the plug tapping too large for the standard size thread. They are stamped with the letter "L". Fire Side Plug Water Side Plug Outside Type Inside Type No. 4752 No. 4753 No. 4752 L No. 4753 L with with Oversize Thread Oversize Thread Massachusetts Standard: Fusible plugs for use-in installations subject to the Rules of the Board of Boiler Rules of the Department of Public Safety of the Commonwealth of Massachusetts are made to order only; prices on application. Materials: Short Pattern are brass;Long Pattern are Crane Hard Metal. Both have pure Banca Tin core. INSTALLATION Water Side, Inside Type 3C Outside Type, Fire .Side 438 CRANE Crosby Gauges and Recorders Pressure, Vacuum, Compound, or Altitude Bellows Gauge Style AZ Standard Gauge Styles AA, AAF, AAS Heavy Duty Gauge Style AIH For ratings and miscellaneous data, see the next page. Prices and additional information furnished on application. Crosby Gauges and Recorders are high quality instruments designed for accuracy and durability. Illustrations on this page show, in part, the extent of the Crosby line. The table on the opposite page lists the various products available, working pressures, materials, etc. Movements on Crosby Gauges and Recorders are mounted on a socket extension and are entirely independent of the case. Bronze movements have a hard cast bronze sector and pinion with milled teeth and lapped bushings. Steel movements have a forged steel sector and pinion with milled teeth and with stainless steel bushings, line reamed and lapped. All tubes are heat treated-. Drawn bronze tubes have sol dered connections (sizes 6 to 12-inch of Style AR have threaded tubes). Drawn alloy steel tubes have threaded connections for graduations of 100 pounds or more, and silver soldered connections for graduations below 100 pounds. Bored steel tubes, bored and turned from forged alloy steel billets, have threaded connections. Test gauges are made in a variety of sizes and pressure classes for use in various services. Style ACV, for testing gasoline and related fluids by the Reid Vapor Test Method, conforms to A.S.T.M. Specifications. Liquid level gauges have a diaphragm bell and are used to measure the height of liquids in tanks or reservoirs. Protectors and diaphragms are available for gauges used in corrosive services. A special cleanout-type protector can be furnished where viscous matter such as paper pulp or soap accumulates and must be removed. Illuminated dials can be furnished on any single tube gauge in sizes 10 and 12-inch. The dial is illuminated without shadows or glare by a circular neon-type tube attached to a reflector ring. Pressure recorders with one, two, three, or four pens are offered in pressure graduations ranging to 10,000 pounds. The recorders feature interchangeable tubes, micrometer adjustments, one-piece stainless steel pens, push-pull chart hubs, and universal wall or flush mounted cases. Dead weight testers are simply constructed, easily operated instruments for calibrating gauges used on pressures up to 2000 pounds. Fluid pressure scales are used to measure pressures up to 25,000 pounds. The weight of the fluid pressure (in onepound increments) is indicated and directly read from the balanced scale beam. This type of tester is recommended for high pressures where the use of a dead weight tester might prove awkward. Standard Test Gauge Style AC Reid Test Gauge Style ACV Protected Gauge Chemical Type Style A-P Protected Gauge Cleanout Type Style A-C Liquid Level Gauge Styles AZL, AAL Illuminated Dial Style A-E Recorders, Styles AKA, AK10, AK1H Fluid Pressure Scale Dead Weight Tester k _________________________ CRANE____________________ _ 439 Crosby Gauges and Recorders (Cont.) Pressure, Vacuum, Compound, or Altitude For general description, see the preceding page. Styles, Sizes, Ratings, Services, and Materials Type of Gauge and Recorders Style No. and Description Range of Sizes Max. ation (PsL) Services Case Materials Tube Move ment Socket Bellows AZ -- Low Pressure |4V2 -- 12" AW -- Utility |3y2-- 5" AA -- Standard |2V2 -- 16" AAF -- Standard |2V2 -- 16" AAS -- Standard |2`/2 -- 16" ' Single Tube AAG AA0 -- Duplex -- Heavy Duty 131/2 --8i/2" \il/2 -- 12" AI0 -- Heavy Duty |4-- 12" AIH -- Heavy Duty [41/2 -- 12" AIA -- Ammonia (4(4 -- 12" 1 AH -- Hydrostatic 1414 -- 12" Gauges Double Tubel AR ACV -- Self-Draining -- Reid Vapor 41/2-12" 41/2" ACU -- Underwriters' 3,31/2" ACI -- Inspectors 3" Test AC -- Standard 3 -- 12" ACH -- Hydrostatic 6 --12" ACI0 -- Drawn Tube 6--12" ACIH -- Bored Tube 6 -- 12" Liquid Level AZL AAL -- With Bell -- With Bell 141/2 -- 12" 141/2 -- 12" Illuminated! A-E -- Aluminum Case 10, 12" A-P -- Chemical Type Protector A-C -- Cleanout Type All All AKA -- 1 to 4 Pens 10, 12" Recorders AK10 -- 1 to 4 Pens 10, 12" AKIH -- 1 to 4 Pens 10, 12" 15 Same as AA .... | Brass Brass 500 Cast Iron Brass Brass Brass 600 Pressure, Vacuum, Compound, or Altitude 600 Brass Brass Brass Brass Brass 3Steel 600 600 1000 1000 10000 1000 Pressure Pressure, Vacuum, or Compound Same as AA0 `Cast Iron, Brass, Brass Brass Steel Brass Brass Brass Nickel- Brass 3Steel 5Steel Plated, Steel Steel 3Steel or Phenol "Steel `Steel Steel 3Steel Brass 3Steel 10000 Pressure "Steel Brass Brass 1500 Pressure Brass Brass Brass 100 400 1000 1000 Pressure Pressure Pressure, Vacuum, or Compound 2Brass or NickelPlated Brass Brass Brass Brass Brass Brass Brass Brass Brass Brass Brass Brass 10000 1000 10000 15 600 Pressure Pressure or Vacuum Pressure Pressure or Altitude 5Steel Cast Iron, 4Steei Brass, or Nickel- "Steel Plated Brass Brass Brass Steel pSteel Steel l3Steel Brass Brass Brass 1 Brass ... | Available on Crosby Single Tube Gauges. 500 500 600 1000 ,,rre_s_s_u_r_e, ,,va_c_u__u_m, i Compound, or Altitude! 10000 Brass .... | Brass 4Steel ___ |3Steel 5Steel .... |3Steel Cast iron cases are not furnished on sizes smaller than 3J4->nch; Phenol cases are furnished only on 4)4, 6, and 8^-inch sizes. 2Style ACV is also available with a Phenol case,3Forged steel`Drawn steel"Bored steel Marshalltown Gauges (Pressed Steel Case) Standard dial. Readings to 15, 30, 60, 100, 150, 200, 250, 300, and 500 lbs. Vacuum Gauge Standard dial, 0-30" of mercury. Compound Gauge Standard dial, 0-30". Vacuum and pressure readings to 15, 30, 60, 100, 150, and 300 lbs. Ammonia Gauge Standard dial, 0-30". Readings to 150 and to 300 lbs. The pressure, vacuum, and compound gauges shown above are available in sizes 2, 2)4, j, 3J4, 4M> and 5-inch. They are suitable for air, oil, gas, water, etc. When installed on steam lines, a siphon should be used. These gauges have a pressed steel case finished in black enamel, a seamless brass Bourdon tube, brass movements, and a brass ring. Nickel or chrome-plated rings can be furnished when specified. Ammonia gauges, made in sizes 2)4 and 334-'nch, have a stainless steel case and ring, a chromemolybdenum steel Bourdon tube, and Monel metal movements. All gauges have independent mounting. They are furnished with a J4_`nch male bottom connection, unless otherwise specified. Dials should be graduated to approximately double the operating pressure. Prices and additional information on application. Siphons for steam gauges------page 43S MMgjjfc... 440 CRANE Lubricators, Oilers, and Grease Cups "Genuine Detroit" Improved Standard Lubricators Double Connection Single Connection Capacity V3 pint V2 pint 1 pint 1 quart Vi gallon List Prices, Each Double Connection | Single Connection Polished Nickel Polished Nickel Brass Plated Brass Plated 22.50 25.50 23.50 26.00 23.50 27.00 25.00 27.00 27.00 32.00 28.50 31.50 34.50 37.50 37.00 39.00 51.50 55.00 Detroit Lubricators are made in a variety of styles an* kinds to properly lubricate the valves and cylinders c all types of steam engines, steam pumps, gas engines air compressors, and similar operating units. Improve Standard Lubricators are not to be used for pressure! in excess of 150 pounds. The support arm is th'readel for L-inch pipe on lubricators of pint t0 1 quar! capacity; the 2 gallon size has a support arm threade< for %-inch pipe. Double connection: The double connection lubricate is installed with both connections between the boiler an< the throttle. Single connection: The single connection lubricato is used where conditions do not permit the installatior of a double connection lubricator. It can be connecter either above or below the throttle or into the stearr chest direct. Sight Feed, Snap Lever Oiler This Sight Feed, Snap Lever Oiler with a hinged oil hole cover is for use with engines, machinery, dynamo bearings, shafting, etc. When once adjusted for proper feed, it re quires no further attention. No amount of jar or motion will affect the working mechanism. When the lever is up, the cup is feeding; when down, the feed is shut off. Size Number List Brass finish Price Nickel plated Outside diameter of glass Height of glass Capacity Pipe thread of shank List Prices and Dimensions 1 00 1 0 1 1 1% 1 Each| 2.85 1 3.00 1 3.25 Each| 3.25 1 3.50 1 3.75 Inches | m 1 1V4 1 IV2 Inches | 1 1 1% 1 1% Ounces | % 1 5/s 1 1 Inches | Vs 1 Vs 1 V4 3.50 4.00 1% 1% IV2 V* 1 1 1 1 1 1 2 3.75 4.25 2 m 2% % 3 4.25 4.75 2% 2% 4 % 41516 5.25 1 7.25 1 9.25 5.75 1 8.00 1 10.25 2% 1 3 1 3y2 2% 1 3 1 4 5 1 10 1 18 %1%1% Plain Compression Grease Cup List Prices and Dimensions Size Number 1 00 1 0 1 2 1 3 4 rl J List Price Not polished Brass finish Nickel plated Each| .55 1 .75 Each| .70 1 .90 Each| .80 1 1.05 .95 1.15 1.35 1.25 1 1.70 1.50 1 2.15 1.80 1 2.60 2.30 2.90 3.40 Outside diameter Inches | 1% 1 l7/l6 1% 2* Vie 1 2% 3l6 -i ** Pipe thread Inches | Vs 1 V* V4 % 1 % % Capacity Ounces | % 1 2/3 1 1 2 1 3Vz 5 : . In many places, particularly for rough work, a plain device. These strong, durable grease cups are made ;{ brass grease cup is a very satisfactory lubricating from brass castings -- not spun brass. , I For oilers and grease cups of other types and sizes.. . .prices on application. i \ CRANE Penberthy Automatic Injector 441 Stock Vlodcl Injector Size ( Price ! 1 0-22 j 00-21 A-22 AA-21 B-22 BB-21 c-22 cc-21 D-22 DD-21 E-24 EE-23 F-24 FF-23 GG-21 Each 15.00 16.00 18.00 20.00 25.00 30.00 40.00 45.00 55.00 60.00 75.00 90.00 110.00 125.00 200.00 Horse Power Based on Ordinary Tubular Boiler Based on 30 lbs. Water per H.P. per Hour 3 to 6 4 to 8 8 to 16 12 to 22 17 to 32 20 to 45 40 to 65 45 to 80 50 to 100 75 to 135 100 to 180 115 to 255 160 to 320 200 to 400 375 to 600 4 to 8 6 to 12 10 to 20 15 to 30 22 to 45 25 to 60 45 to 80 50 to 100 60 to 135 85 to 165 125 to 235 150 to 320 200 to 400 250 to 500 400 to 750 Pipe Con nection Capacity per Hour 1 to 3 feet lift, 60 to 110 pounds steam pressure Maximum Minimum Inches Gallons Gallons V* 60 35 % 80 45 Vz 135 70 % 180 100 % 260 140 % 360 180 1 475 250 1 600 325 m 800 425 iy 1000 525 1% 1400 740 iy2 1900 850 2 2400 ,1275 2 3000 1600 2Vz 4200 2150 These injectors are designed for suction lift, but they will work fairly well with water under pressure. Better service, however, will be had at the lower steam pressures if a special steam jet is substituted when connecting directly to a city pressure line. Stock Model Injectors are of the " Suction Left Over flow Front, Delivery Back" design and are for steam from 25 to 160 pounds. Injectors with special connections or those for higher or lower pressures can be furnished when so ordered. I Penberthy "XL-96" Ejector 33 Series 1, Stock Model, Siphon or Steam Jet Pump A forcing Ejector of sufficient power to elevate 1 foot per each to 1% pounds of steam. This Ejector has both lifting and elevating power, but on deep suction lifts with slight elevation, the water can be delivered cooler with the Penberthy Series 20 or 40 Ejectors. List Prices Size No. All Brass Each Iron Body, Brass ''Jets Each Pipe Con Pipe Con nection, nection, Suction Steam and Delivery Capacity, Gallons per Hour 40 to 65 pounds Steam, 3 Feet Lift 20 to 40 40 to 65 40 to 65 pounds or pounds pounds 65 to 100 50 Feet 25 Feet pounds Elevation Elevation Vertical Lift 40 to 75 pounds Steam Feet 25 to 40 or 75 to 100 pounds Feet 1 2 -3 4 5 6 7 8 9 10 8.00 10.00 15.00 20.00 25.00 r 35.00 50.00 70.00 105.00 145.00 (Sizes 1 to 4 made in 20.00 27.50 40.00 50.00 70.00 95.00 % Vz % 1 1 IV4 I'/z 2 2 2l/z Vz 240 3A 500 1 840 m 1,350 iy2 1,950 2 3,500 2Vz 5,700 3 9,500 3Vz 13,600 4 1 18,400 235 450 700 1,300 1,850 3,000 4,350 8,160 12,400 17,100 120 250 420 650 975 1,750 2,500 4,750 6,800 9,200 ISO 375 625 950 1,450 2,600 3,750 7,200 10,200 13,800 23 25 25 25 25 25 25 25 25 25 20 22 22 22 22 22 22 22 22 22 - mvu is> uiting iv leet vr uver, tne suction pipe snouiu 1 on? s`ze Lrger than the suction connection of Ejector, enlarging close to Ejector. A foot valve should also be used n deep lifts. v* ucii l-rjttt<Jl 10 u^vabiug iwviv y * .* should be one size larger than coupling on Ejector, enlarging close to Ejector. 442 Model 36 ptr? CRANE Automatic Electric Sump Pumps Model K List Prices, Capacities, Dipiensions, Etc. Model No. List Price Each Pipe Conn. Inches Sump Depth Feet Height of Pump Ft.--In. Approximate Capacity in Gallons per Hour Against Total Discharge Head of Siz? Mot< 5 Ft. |10 Ft. |15 Ft. |20 Ft. H.P 36 39.50 IK 65.00 2 K 85.00 3 K 100.00 1 iv* iv* iv* 2 3 4V2 1500 i 1500 1250 750 V* 2 3 7V4| 3200 [ 2600 1900 1000 V* 3 4 7V* 3200 j 2600 1900 1000 V* 4 5 6 3200 | 2600 1900 1000 V* 4 K 125.001 iy4 5 K 150.00 iv* 6V2 7 11 3200 ! 2600 1900 1000. V* 8V2 9 10 3200 I 2600 1900 1000 V* Note: Total discharge head equals the vertical distance from water level in sump to point of discharge plus all head lost by pipe friction.' Model 36: This pump is powered by a x4 H.P. induction motor, 172; R.P.M., for 110 volt, 60 cycle current; motors for 220 volt, bo cycl current can be furnished when so ordered. These pumps are of coppe and bronze construction. They have a double shroud impeller, met cury switch control, and the motor is protected against imprope voltage, overloading, etc. Model K: These pumps are made in five sizes and are powered by . Repulsion and induction type motor, 1750 R.P.M.. for no volt 60 cycle current. Motors for 110 volt, zy or jo cycle; 220 volt, 25, 5c or 60 cycle; or 100 volt direct current can be furnished at no addi tional charge. An extra charge of $5.00 is made for motors usinj 110 or 220 volt. 30 cycle current; 250 volt, 50 or bo cycle current; o 32, 220, or 250 volt direct current. These pumps are designed for ; maxiiyium head of 22 feet. They are of copper and bronze construction have a mercury type switch, and the motor is protected against over loading, improper voltages, etc. All bearings that require lubricatior are provided with oil or grease cups. Steam Jet Pumps or Ejectors Size of Pump Inches % 1 m W2 2 2V2 3 4 List Price Each List Prices, Capacities, Dimensions, Etc. Capacity Gallons per Minute Suction Pipe Inches Discharge Pipe Inches Steam Pipe Inches Steam Opening Inches 8.00 8 % y2 % 3/l6 10.00 15 1 % y2 Va 12.00 20 w* 1 y2 5/lS 14.00 30 iy2 m 3A % 16.00 40 2 W2 % 7/l6 20.00 ' 50 2% 2 1 y2 24.00 60 3 2% 1 9/l6 70.00 250 4 3 2 Note: The above capacities are based on 50-pound steam pressures. H.P. Required to operate 2 3 4 6 8 10 15 These Jet Pumps or Ejectors are used for filling tanks, transferring liquids from one part of a build ing to another, substituting for water tank on rail roads, and unwatering shallow mines, pits, cellars, coffer-dams, quarries, wells, etc. The limit of perpendicular suction is 14 feet and will require a steam pressure of at least 25 pounds; special pumps are furnished for higher suction power. Liquids may be forced to an elevation equal to about one foot to each pound of steam pressure; however, we recommend that two pumps be used, one placed above the other, for elevations above 50 feet. These pumps will work in any position. CRANE Corrosion-Resistant Alloy Valves and Fittings Service recommendations. . .......... pages 443 to 445 Globe and Angle Valves...............................................pages 446 and 447 Gate Valves.......................................................................................page 448 Check Valves.................................................................................... page 449 Relief Valves and Liquid Level Gauges...................................... page 430 Miscellaneous Special Valves........................................................page 451 Screwed Fittings and Unions.........................................................page 452 Flanged Fittings and Flanges............................................'.........page 453 Sanitary Valves and Fittings......................................pages 454 and 455 Alloy Cast Iron Wedge Gate Valves........................................... page 456 Chlorine Valves................................................................................page 457 Fabricated Alloy Piping................................................................. page 457 All-Iron Valves'............................................................................... page 458 Metals and Materials. ... pages 1 to 9 443 Service Recommendations Crane Corrosion-Resistant Alloy Valves and Fittings are regularly made of 18-8 Mo Alloy Steel, Monel metal, Nickel, or Silicon Bronze. No one of these metals is resistant to all of the corrosive fluids used in the chemical process industries; but, with a few exceptions, one or more of these metals will be found suitable for service in the presence of corrosive solutions. All castings made of corrosion-resistant metals and alloys are produced in Crane foundries under the constant supervision of expert metallurgists. Bar stock used in valves and fittings is purchased under rigid specifications which insure the use of material adequate in both physical and chemical properties. This page and the two following pages are devoted to service recommendations for 18-8 Mo. Monel metal, Nickel, and Silicon Bronze. It should be remembered that service recommendations are tentative in nature, and obscure factors often greatly alter circumstances and thus alter recommendations. These recommendations can be followed in most instances, however, and Crane engineers are always available to make specific recommendations based on a detailed study of the individual corrosion problem. Marking: Crane iS-S Mo Valves and Fittings can be identified by the marking " 18-8 M"; Monel metal, by the marking "NICU"; Nickel, by the marking "NT'; and Silicon Bronze, by the marking"CUSI." **** * *** 18-8 Mo Alloy Steel Crane 18-8 Mo Alloy Steel 118-8 chromium-nickel molybdenum steel) is an exceptionally high grade stainless steel that is highly resistant to many forms of corrosive action. Crane 18-8 Mo Alloy Valves and Fittings have a wide range of application in the food, pulp, paper, textile, dye. chemical, and related industries. Crane 18-8 Mo alloy steel valves and fittings are recommended for service in handling acetic acid, nitric acid, alum solutions, alkalies (such as caustic soda, soda ash, etc.), limes, bleaching solutions, corrosive mine waters, fatty acid, food products, fruit juices, sulfite liquors and vapors in paper mills, sulfurous acid, tanning liquors, and a large number of other industrial chemicals. Steels of the chromium-nickel type appear to be- satisfactorilv resistant to all the fatty acids, both pure and in the presence of the customary organic impurities; but they may not be completely resist ant. The processing of the higher boiling point acids, particularly oleic and stearic, involves temper atures around joo F. and introduces prpblems which are not encountered in handling the other members of this group at lower temperatures. In this service 18-8 Mo is used to a considerable extent. 18-8 Mo is used in service with carbonated beverages if sulfurous or some organic acid is present. For serv ices with chromic acid, this alloy is often recom mended when contamination with iron must be avoided, also in many services with nitric acid it is recommended, although there are some cases where it gives inferior corrosion resistance to that of the 34 444 CRANE Service Recommendations (Cont.) Corrosion-Resistant Alloy Valves and Fittings straight chromium alloy steels. It is apparently satisfactory for handling pure phosphoric up to 85 per cent acid at ordinary temperatures, but should not be offered for use with crude acid under any circumstances. Again it shows excellent resistance to hot q8 per cent sulfuric acid and to dilute solutions (less than 10%) at ordinary temperatures. When used with cold full strength acid and with the inter mediate concentrations, the results are not so good. In the handling of calcium and magnesium hydrox ides, when absolute freedom from contamination is a requisite, the use of valves, pipe, and fittings made entirely of 18-8 Mo is indicated. This alloy is sufficiently resistant to warrant its use in handling solutions in the manufacture of and involving the use of, chemically pure grades of sodium, potassium, and barium hydroxide. However, when impurities are present, the resistance may not be so good. It is more apt to be required for potassium hydroxides, while regular materials are used with sodium hy droxide where corrosion is not objectionable. 18-8 Mo is practically immune to corrosion by many food products and should be acceptable, although not necessarily required, in most all cases. It resists well all organic acids in the concentrations which are apt to be. present; is not attacked by carbonic and sulfurous acid under similar circumstances; and in addition, is capable of resisting corrosion by the small amounts of phosphoric acid which are occa sionally encountered. It is also resistant to alkaline cleaning solutions and to some of the chemical sterilizers. Crane Co. is licensed under Patent No. 1,587,614 to manufacture valves and fittings made from 18-8 chromium-nickel alloy with 2.to 4% molybdenum. Thread lubricants: 18-8 Mo Alloy has such excellent resistance to'corrosion that it will be used in contact with a wider variety of fluids than are the more common piping materials. Some of these fluids either dissolve or react chemically with the lubri cating and sealing compounds that are normally used in making up screwed joints. It is essential, there fore, that suitably compounded thread lubricants be used when assembling 18-8 Mo Alloy screwed pipe, valves,' and fittings. There are several lubricants available, depending on the fluid to be handled and on the operating conditions. Specific recom mendations will be furnished upon request. Monel Metal Monel metal is a nickel-copper alloy containing approximately two-thirds nickel and one-third copper. It has high tensile strength, ductility, and offers excellent resistance to corrosion. This alloy finds many applications in the bottling, brewing, canning, ceramic, chemical, dyestuffs, food, paint, refining, rubber, soap, sugar, tanning, textile, and their related industries. Monel metal shows good corrosion resistance in handling hydrochloric acid, phosphoric acid, sulfuric acid, acetic acid, formic acid, butyric acid, potassium hydroxide, sodium hydroxide, vegetable oils, and food products. In the handling of the mineral acids, the resistance of Monel metal is fairly good in the lower concen trations. In most cases, the resistance of Monel metal is as good as that of nickel and due to its lower initial cost would make it seem the preferred ma terial. Monel metal may be used in handling hy drochloric acid in concentrations up to about 20 per cent hydrochloric acid; higher concentrations are strongly corrosive. Caution should be exercised in using it in contact with hot or highly aerated solu tions of this acid of greater than 2 per cent concen tration and at temperatures above 1200 F. Monel metal resists phosphoric acid over a "wide range of concentrations; however, it is corroded appreciably by oxidizing impurities present in the crude acid when made by the treatment of phosphate rock with sulfuric acid. Its resistance to this crude concen trated acid is probably not quite so good as that of the copper-base alloys. Sulfuric acid solutions in concentrations up to 80 per cent sulfuric acid may not corrode this alloy to a great extent; however, the limiting concentration with which this material should be used is in the neighborhood of 50 per cent sulfuric acid. Although it is attacked very rapidly by oxidizing acids such as nitric and nitrous and is not recommended for use with sulfurous acid, it is found to have good corrosion resistance to organic acids such as acetic, formic, and butyric, and is apparently less affected by the presence of oxidizing agents than the copper-base alloys. Monel metal has been found to show good corrosion resistance in handling of alkalies. In the handling of caustic alkalies, such as sodium and potassium hydroxides. Nickel and Monel metal are given preference for valve trim; however, if the equipment be made entirely from one material, nickel is often given the preference in some cases because of its freedom from copper, and with the cost and avail ability being the determining factor in other cases. Monel metal is widely used in handling salt solu tions. In handling alkaline salts, there are many special cases where it may be necessary to make the entire installation of Monel metal. Where neutral salts must be handled without contamina tion, Monel metal is used, and in such cases where iron valves are used, they are Monel metal trimmed. In the processing and handling of vegetable oils, it has been used to some extent to prevent contami nation with copper. This alloy is very useful in the handling of food products due to the fact that it shows good resistance to the acids, cleaning solu tions, organic acid salt mixtures, and brines en countered in the food industry. However, before any material is specified in the handling of food products, the stage of the process at which the equipment is to be used should be known. Nickel Crane Cast Nickel (commercially pure) contains a minimum of Q7% nickel, the remainder consisting of silicon, carbon, manganese, and iron. It is highly resistant to corrosion and finds many applications in the food, textile, glue, paint, sugar, bottling, canning, tanning, and related industries. Pure nickel valves and fittings are recommended for service in handling chloroacetic acid, calcium hydrox- Service Recommendations (Cont.) Corrosion-Resistant Alloy Valves afid Fittings CRANE '445 ide, fruit juices, gallic/ acid, hydrochloric acid, magnesium chloride, sodium chloride, sodium hy droxide, food products; and a large number of other industrial chemicals. ' -One of the most useful properties of nickel is its practically complete resistance to corrosion by solu- , tions of the alkalis. Due to this characteristic. - extensive use is made of nickel in the manufacture' f; of "fixed alkalis" and "alkaline salts". In handling j solutions of calcium, magnesium, sodium, potassium, [ and barium hydroxides, which are known as the fixed alkalis, where absolute freedom from contamination J- is necessary, nickel valves, pipe, and fittings are used. It is found in the handling of alkaline-salts that the carbonates, phosphates, and silicates aid in the formation of protective coatings, which after a small amount of initial corrosion usually prevent any further attack. In such cases, alkaline salt solutions are less apt to require such high-grade materials as the fixed alkalis; however, nickef is often used for valve trim, with the choice depending upon the severity of the service conditions and the type .of valves required. Alkaline salts of the oxidizing variety, such as hypochlorite solutions, are generally very corrosive toward nickel. Only dilute'solutions can be handled by nickel, provided the time of con tact is of" short duration. However, nickel is not affected by alkaline solutions containing hydrogen peroxide, such as are used for textile bleaching. Nickel is not widely used in the handling of mineral j1 acids but does find some application in the handling ; of other fluids in which these acids are present as incidental impurities. In particular, it is often- the preferred material for handling food products at stages where hydrochloric acid is unavoidably present. Nickel possesses useful resistance to fatty acids such as stearic, oleic. The particular applica tion in this case seems to be in the handling of food and other products containing these acids in com bination with substances which corrode aluminum and the chromium-nickel alloys. 1 Nickel is used, to some extent, in the handling of oils and fats where contamination with copper is objectionable. It is also extensively used for food processing and food-handling equipment, since its corrosion resistance is high and the nickel salts absorbed by the food stuffs are physiologically harmless. Silicon Bronze Silicon bronze is a high copper bronze alloy, having approximately 4% silicon as its most distinguishing element. Silicon bronze, in addition to its strength and excellent physical properties, offers good resist ance to many corroding agents. This alloy has many uses in the ceramic, cleaning, dyestuff, leather, paint, refrigeration, textile, tanning, and related industries. Silicon bronze is recommended for use in handling sulfuric acid, alum solution, calcium chloride, chloroacetic acid, carbon tetrachloride, hydrofluoric acid, hydrobromic acid, hydrochloric acid, and oxalic acid, phosphoric acid, and zinc sulfate. Silicon bronze shows fairly good corrosion resistance to dilute solutions of the halogen acids (hydro bromic, hydrochloric, hydrofluoric,' and hydriodic), and can often be used, particularly for parts of equipment where corrosion can be offset by the use of extra heavy wall thickness. It is recommended for use with cold hydrofluoric acid of strengths up to 18 per cent acid, with cold hydrobromic and cold hydrochloric acids of all strengths, and with, hot hydrochloric acid at temperature up to about 150 F. in concentrations up to 20 per cent hydrochloric acid. It must be remembered that these recom mendations are based on contact with acids in the' absence of air. In the presence of air the resistance is riot nearly so good; and if the aeration is excessive, the. resistance may not be at all satisfactory. It cannot be emphasized too strongly that the halogen acids are extremely difficult to handle in metallic equipment. Thus in selecting equipment for the handling-of halogen acids careful study must be made as to its exact application-. Since a certain amount of corrosion will be expected in any case, it is recom mended that all valve parts be made with as heavy a wall thickness as is feasible. Copper and the high copper alloys are not outstand ing in their resistance to either pure or crude phos phoric acid of most strengths; but, in the absence of anything better at a comparable price, they are frequently used in the handling of pure dilute acid and concentrated acids at temperatures below the boiling point. All of the copper-base alloys are actively corroded by the dilute crude acid. However, silicon bronze is recommended for use with phos phoric acid of strength up to bq per cent acid in unaerated solutions. There are many cases in the handling of sulfuric acid which do not permit the use of lead, and for such cases there are available a number of nonferrous alloys, such as silicon bronze, which have quite satisfactory corrosion resistance to some concentrations of the acid. The limiting concentration with which silicon bronze should be used is in the neighborhood of 50 per cent acid. The amount of corrosion in this service depends largely upon the amounts of dissolved air in the acid. In the presence of a large amount of dissolved air or other oxidizing agents, the corrosion may be, and often is, considerable. Silicon bronze and other copper base alloys have quite good corrosion resistance to boric acid, but cannot always be employed in handling pure acid because of the fact that many of the purposes for which the acid is used are such as to rnake contami nation with copper rather undesirable. In handling of chloroacetic acid, silicon bronze is used occasion ally and should give reasonable resistance in the absence of aeration. Copper and copper-base alloys show quite good corrosion resistance against oxalic acid, but as a rule are not offered for-service where discoloration or contamination with copper salts is objectionable. Silicon bronze, however, is recom mended for use with all concentrations up to the boiling point. Silicon bronze is occasionally used with chlorinated solvents in recovery systems employing steam dis tillation, and in other situations where water may be present. Corrosion-Resistant Globe and Angle Valves Union Bonnet For service recommendations, see pages 443 to 445: 18-8 Mo Alloy Steel Monel Metal Nickel Silicon Bronze *Globe, Screwed Y\. to 2-inch No. 18801 18-8 Mo Alloy Steel No. 17701 Monel Metal No. 16601 Nickel No. 15501 Silicon Bronze *Angle, Screwed Y to 2-inch No. 18802 18-8 Mo Alloy Steel No. 17702 Monel Metal No. 16602 Nickel No. 15502 Silicon Bronze Globe, Flanged 1 to 2-inch No. 18803 18-8 Mo Alloy Steel No. 17703 Monel Metal No. 16603 Nickel No. 15503 Silicon Bronze and >nch valves have a screwed bonnet (not illustrated). No. 18805 18-8 Mo Alloy Steel No. 17705 Monel Metal No. 16605 Nickel No. 15505 Silicon Bronze Prices on application Materials: With the exception of the malleable iron handle and brass handle nut, all parts of sizes }4-inch and larger are cast entirely from 18--8 Mo Alloy Steel, Monel metal, Nickel, or Silicon Bronze. In the 34 and 5^-inch sizes, these parts are made from bar stock of the same metals. For service recommendations and marking identi fications, see pages 443 to 445. Disc connection: The disc in sizes 34 to 14-inch is integral with the stem. In larger sizes, the disc swivels on the stem as illustrated in the cross-section. Bonnet construction: Valves 34-inch and larger have a union bonnet; smaller sizes have a screwed bonnet. The union bonnet type construction utilizes a union ring which reinforces the bonnet joint and facilitates dismantling and Reassembling without danger of injuring the valve; Handles: The valves are furnished with a tee handle on the 34 add "Ns-inch sizes and a cross handle on sizes 34 to 2-inch. Stuffing box: The stuffing box is equipped with a gland and is unusually deep. It is filled with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. Flanged valves: End flanges conform to the MSS 150-Pound SP Bronze Flange Standard (No. SP-21937). They are plain faced with two V-shaped concentric grooves between the port and bolt holes. Prices of flanged valves include drilling to the MSS 150-Pound SP Bronze Standard, and spot facing; no deduction will be made if valves are ordered faced only. Full face gaskets should be used; see page 567. Dimensions, in Inches Size 3/4 % 3/2 1 3/4 1 1 End to end. Globe, Screwed Center to end, Angle, Screwed Face to face, Globe, Flanged Center to face. Angle, Flanged Center to top of stem, open. Globe or Angle Distance across handle Diameter of flange Thickness of flange 1% 27ig t1S/l6 tl%2 1 1 3l/s 3% 29/is 29/l6 1 1 23/4 1 23/4 1 35/16 l3/l6 i 1% 1 13 3/1S 1 1 43/i6 1 i 2% 4% 1 5% 1 6 3% 1 3% 1 43/4 1 1 4i/4 i ; 3/s tThese are for center to side opening only; center to bottom opening is and respectively. 1% 37/g 139/l6 49/ie 2% 6% 4% 4% 13/32 13/2 43/2 23/4 55/l6 33/ig 7% 6 5 7/ig 2 53/4 2% 6 3% 8% 7 6 3/2 Crane materials. . . .pages 1 to 9 Templates for drilling. . , page 550 ______________________________ CRANE______________________________ 447 Corrosion-Resistant Globe and Angle Valves Bolted Bonnet For service recommendations, see pages 443 to 44$. Cross' Section Globe, Flanged 18-8 Mo Alloy Steel Monel Metal Nickel Silicon Bronze Globe, Flanged 2% to 6-inch No. 18803 18-8 Mo Alloy Steel No. 17703 Monel Metal No. 16603 Nickel No. 15503 Silicon Bronze Angle, Flanged 2 Yz to 6-inch No. 18805 18-8 Mo Alloy Steel No. 17705 Monel Metal No. 16605 Nickel No. 15505 Silicon Bronze Prices on application Construction and materials: These flanged end Globe and Angle Valves are of the outside screw and yoke type, with a bolted bonnet and a renewable seat. All parts which come in contact with the fluid in the line, including the body, bonnet, stem, disc, disc stem ring, body seat ring, and gland are made entirely of 18-8 Mo Alloy Steel, Monel metal, Nickel, or Silicon Bronze. For service recommendations and marking identi fications, see pages 443 to 445. Disc connection: The disc swivels on the stem; it is closely guided throughout its travel by a guide stem operating in the bridge cast integral with the body seat ring. Bolted bonnet: The yoke type bolted bonnet brings the stem threads on the outside where they are not affected by the fluid in the line and where they can be easily lubricated when necessary. This bonnet construction provides a strong, tight joint which can be easily dismantled and reassembled without danger of injury to the valve. Stuffing box: The stuffing box is equipped with a bolted gland and is unusually deep. It is filled with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. Flanged valves: End flanges conform to the MSS 150-Pound SP Bronze Flange Standard (No. SP2-1937). They are plain faced with two V-shaped concentric grooves between the port and bolt holes. Prices of flanged valves include drilling to the MSS 150-Pound Standard, and spot facing; no deduction will be made if valves are ordered faced only. Full face gaskets should be used; see page 567. Size Face-to face. Globe Center to face. Angle Center to top of stem, open, Globe Center to top of stem, open. Angle Diameter of wheel Diameter of flange thickness of flange Crane materials. . .pages 1 to 9 Dimensions, in Inches : 2i/2 3 18 1 41/4 9% 4% 1 10% 1 93/4 11% 10% 18 17 1 9/ig 9 7% % 4 n 51/2 13% 123/4 10 9 "/i6 516 121/4 1 14 61/4 1 7 16% 1 181/4 15% 1 163/4 10 1 12 10 1 11 % 1 13/l6 Templates for drilling. . . page SS0 34 448 CRANE Corrosion-Resistant Gate Valves Wedge Disc--Non-Rising Stem For service recommendations, see pages 443 to 445. Cross Section Screwed Bonnet 18-8 Mo Alloy Steel Monel Metal Nickel Silicon Bronze Screwed Bonnet to 2-inch No. 18840, Screwed 18-8 Mo Alloy Steel No. 17740, Screwed Monel Metal No. 16640, Screwed Nickel No. 15540. Screwed Silicon Bronze Screwed Bonnet 1 to 2-inch No. 18841, Flanged 18-8 Mo Alloy Steel No. 17741, Flanged Monel Metal No. 16641, Flanged Nickel No. 15541, Flanged Silicon Bronze Bolted Bonnet 2J4 to 6-inch No. 18841, Flanged 18-8 Mo Alloy Steel No. 17741, Flanged Monel Metal No. 16641, Flanged Nickel No. 15541, Flanged Silicon Bronze Cross Section Bolted Bonnet No. 18841 18-8 Mo Alloy Stee No. 17741 Monel Metal No. 16641 Nickel No. 15541 Silicon Bronze Prices on application 34 Construction: These valves are the non-rising For service recommendations and marking identi stem, wedge disc type, and are carefully designed fications, see pages 443 to 445. and assembled to assure efficient operation and long life. Metal sections are more than ample. Stuffing box: The stuffing box is deep and is equipped with a gland. It is filled with high grade Flanged end valves in sizes 2j4-inch and larger have a bolted bonnet and renewable seats. Sizes i to 2-inch have a screwed bonnet, and the seats are cast integral with the body. packing. Repacking: These valves, when wide open, can be repacked while under pressure. Screwed end valves also have a screwed bonnet and seats cast integral with the body. Materials: All materials which come in contact with the fluid in the line are cast entirely from 18-8 Mo Alloy Steel, Monel metal, Nickel, or Silicon Bronze. These parts include the body, bonnet, stem, disc, body seat rings, stuffing box, packing nut, and gland. Flanged valves: End flanges conform to the MSS ijo-Pound SP Bronze Flange Standard (No. SP2-1937). They are plain faced with two V-shapea concentric grooves between the port and bolt holes. Prices of flanged valves include drilling to the MSS 1 yo-Pound Standard, and spot facing; no deduction will be made if valves are ordered faced only. Full faced gaskets should be used; see page 567. S^i End to end Face to face Center to top Diameter of wheel Diameter of flange Thickness of flange Dimensions, in Inches 1 Va 1 % I Vz I 3A I 1 I IV* I 1% I 2 | 2% [ 3 1 4 I 5 1 6 Uis/l6|l15/l6l 2% 2% |213/l6 ! 1 1 I 33/8 1 33/4 im 1 1 33/4 1 4V16 1% I 2Vis ! 1 43/4 1 5% 29/ie 1 23/4 1 41/4 1% 33/16 3% 6Vis 3Vie 4% 13/32 37/l6 43/g 7V* 3% 5 7/l6 37/s 1 1 1 1 5% 5 1 5% 1 6% 7 8% IOV4 1 12% 1 14% 16% 4Vl6 6 1 7 1 8 9 6 7 1 71/2 1 9 10 Vz 9/is 1 s/s ! n/l6 % 7>/2 181/8 9 11 13/l6 Quick Opening and Outside Screw and Yoke Gate Valves.. . .page 451 drane materials.. . .pages l to 9 Templates for drilling.. . page 556 CRANE Corrosion-Resistant Check Valves Union and Bolted Cap For service recommendations, see pages 443 to 445. jp* 449 Cross Section Horizontal Screwed 18-8 Mo Alloy Steel Monel Metal Nickel Silicon Bronze *Scre\ved With Union Type Cap 14 to 2-inch No. 18820 18-8 Mo Alloy Steel No. 17720 Monel Metal No. 16620 Nickel No. 15520 Silicon Bronze Flanged With Union Type Cap 1 to 2-inch No. 18821 18-8 Mo Alloy Steel No. 17721 Monel Metal No. 16621 Nickel No. 15521 Silicon Bronze Flanged With Bolted Cap 2yi to 6-inch No. 18821 18-8 Mo Alloy Steel No. 17721 Monel Metal No. 16621 Nickel No. 15521 Silicon Bronze *14 and %-inch valves have a screwed cap (not illustrated). Prices on application Construction: These are well-proportioned, de pendable, horizontal check valves. Screwed valves are made in sizes 34 to z-inch; and flanged valves, in sizes i to 6-inch. Sizes 34 and Ts-inch have a screwed cap. Sizes 34 to 134-inch have a union type one-piece cap; the 2-inch size has a two-piece cap, equipped with a union ring. Sizes 234-inch and larger have a bolted cap and a renewable seat. The disc is both top and bottom guided, the bottom guide consisting of a guide stem operating in a bridge cast integral with the body seat ring. Both the union type cap and the bolted type cap construction provide a very strong, tight joint, yet they can be easily dismantled for cleaning and repairing. Materials: These union and bolted cap check valves are available in 18-8 Mo Alloy Steel. Monel metal. Nickel, or Silicon bronze. All valves 14-inch and larger are cast. 14 and i-fr'i'ch sizes are made from bar stock of the same metals. Studs and stud nuts used on bolted cap check valves are made of steel. For service recommendations and marking identifi cations, see pages 443 to 445. Flanged valves: End flanges conform to the MSS 150-Pound SP Bronze Flange Standard (No. SP2-1937). They are plain faced with two V-shaped concentric grooves between the port and bolt holes. Prices of flanged valves include drilling to the MSS 150-Pound Standard, and spot facing; no deduction will be made if valves are ordered faced only. Full face gaskets should be used; see page 567. 34 Size knd to end Face to face Uenter to top of valve Diameter of flange thickness of flange Crane materials.. . .pages 1 to 9 Dimensions, in Inches 1 Vi % v% Vi 1 1 Wi 1% 1 2 2i/2 3 4 5 6 1 1% 27/,k V/i 1 3V,, 3% 4V? i 51/4 1 ! 43/,, 49/,fi 5s/, s 1 6 8 9Vs 11 1234 14 I 11 1 1 P/s 1 N/is IV, A i m 1 4V 4% 2V4 1 33/r 516 4% 7 5 7y2 53/4 9 bVi `J'Vi 10 11 11 ! % 13/3Z Ve 1 % 9/ie % n/l6 Vi 1S/l6 Swing Check Valves.. . .page 451 Templates for drilling-------page 550 450 CRANE Corrosion-Resistant Relief Valves Prices on application Maximum Set Pressure 250 pounds Maximum Temperature 600 F. When ordering, be sure to specify set pressure. No. 18859 Relief Valve 18-8 Mo Alloy Steel Female Inlet, Side Outlet Dimensions, in Inches Size 1% % % 1 Size of inlet Size of outlet Center to top of cap Center to end of female inlet Center to end of side outlet 1 3/s y2 Vi 1 l/2 y2 3/4 1 55/8 5% 5% |l11/l6|l1,/lS 2 1 lVl6 I!/ie i ls/l6 1 1 7 23/is 1% Materials: All parts of these relief valves coming in contact with the fluid in the line, including the body, bonnet, stem, disc, disc nut, regulating ring. . gland, bonnet bushing, bushing, and locking plug are made of Crane 18-8 Mo Steel, an alloy having a minimum chromium content of i89o a minimum nickel content of , and from 2 to 4C,'( molybdenum. The J^-inch size valves do not have a regulating ring and locking plug. Gas service: When specifically ordered for manu factured gases, valve seats are ground special. Construction: The valves are ruggedly con- j structed. They are the outside spring type and have a screwed bonnet and a lifting lever. A stuffing box around the stem prevents the escape of the fluid while the valve is discharging. A blow-back regulating ring is provided for adjust ing the blow-down of pressure when changing or regulating the set pressure. The ad- m 1% i 2 IV* IV2 2 1V4 iy2 2 justment of this ring may be made from the outside, without interfer ing with the setting of the valve. 8Y4 9V* 11% Marking: Crane 18-8 Mo Alloy 2% 2% 3Vl6 Steel Valves can be identified by the 2Vl6 2% 2% marking' ` 18-8M" on the valve body. Relief Valves of other corrosion-resistant alloys can be furnished when ordered. Corrosion-Resistant Liquid Level Gauges Materials: These are sturdy, well-constructed Liquid Level Gauges. All parts which come in con tact with the fluid in the line including the bodies, bonnets, stems, packing nuts, glands, glass retain ers, and drain plugs are made of Crane 18-8 Mo Steel, an alloy having a minimum chromium con tent of 18%, a minimum nickel content of 8%, and from 2 to 4% molybdenum. Prices on application Construction: Crane No. i88q8 Gauges are regu larly made in the j/ji-inch size and with 14-inch cen ters. Gauges with other centers can be furnished when ordered. The valve bodies are square type and have an inte gral seat. The disc and stem also are integral. The Gauges have j^-inch O.D. glass and are equipped with two guard rods. Special Gauges: When ordered with a drain, the bottom valve will be fitted with a H~inch short nipple and a 34-inch No. 18840 (see p. 448) Gate Valve. An extra charge is made for the drain. Gauges with an automatic check can be furnished when ordered, at a special price. The bottom valve is made with a special adapter, a special stem, and a %-inch diameter ball. No. 18898 Liquid Level Gauge 18-8 Mo Alloy Steel (With Guard and Glass Tube) Liquid Level Gauges of other corrosion-resistant alloys can be furnished when ordered, ' i CRANE Other Corrosion-Resistant Products 451 Outside Screw and Yoke Gate Valves are available in a wide range of sizes, with either screwed or flanged ends. Small sizes are available in clamp or screwed bonnet type; larger sizes have a bolted bonnet. These valves are made of 18-8 Mo Alloy Steel, Monel metal. Nickel, or Silicon Bronze. They are also made in the Non-Rising Stem type, as illustrated on page 448. Regrinding Swing Check Valves, sizes l/i to 3-inch screwed and sizes % to 3-inch flanged, can be furnished when ordered. These are made of 18-8 Mo Alloy Steel, Monel metal. Nickel, or Silicon' Bronze. For Horizontal Check Valves (lift type), see page 449. Quick Opening Sliding Stem Gate Valves are made in a wide range of sizes, with either screwed or flanged ends. Small sizes are available in clamp type or with a screwed bonnet; larger sizes have a bolted bonnet. A cushion ing device should be used with quick opening valves to prevent shock in liquid lines. These valves are cast from 18-8 Mo Alloy Steel, Monel metal, Nickel, or Silicon Bronze. This page shows a few special types of valves which are available for corrosive services. Most regular Crane designs can be made from commercially available corrosion-resistant metals and alloys, or combinations of these, to suit almost any corrosive conditions existing in the chemical process and food industries. No attempt has been made to list all of the very special materials available for unusual services. 18-8 Mo Alloy Steel, Monel metal, Nickel, or SiliconBronze. however, will be found suitable for most installations. Crane corrosion-resistant products can also be made from Ni-Resist, all-iron, and iron construction with alloy trim on request. Information on materials and designs to meet such special requirements will gladly be furnished on receipt of inquiries accompanied by full details of the conditions. Crane engineers, backed by the facilities of Crane research, are always available upon request to study corrosion control problems and to make specific recommendations on suitable materials and designs for all purposes. The behavior of metals and alloys in contact with corrosive fluids is often affected by factors which are not always obvious. For this reason it is desirable to have complete information on the service require ments of the installation. It is also advantageous to know something about the installation itself. This is particularly true where there is a background of previous experience and when a rough sketch of the layout of tank, piping, etc. can be accompanied by notations indicating the locations at which cor rosion has been most severe. An opportunity to examine corroded pipe, valves, and fittings will often aid materially in the making of recommendations. Rubber Lined Valves and Fittings * In addition to the regular line of corrosion-resistant alloy gate valves and fittings, hard rubber lined flanged gate valves and flanged fittings are available in a wide range of sizes. Every part of the valve or fitting that comes in contact with the corro sive fluid in the line is covered with a coating of hard rubber to prevent corrosive chemical ac tion on the metallic parts. In certain installations, hard rubber has been found to be more suit able than a metallic material for Rubber Lined handling corrosive fluids. O. S. & Y. Gate Valve 34 452 CRANE Corrosion-Resistant Screwed Fittings and Unions 90 Elbow No. 18860 18-8 Mo Alloy No. 17760 Monel No. 16660 Nickel No. 15560 Silicon Bronze 45 Elbow No. 18862 18-8 Mo Alloy No. 17762 Monel No. 16662 Nickel No. 15562 Silicon Bronze No. 18868 18-8 Mo Alloy No. 17768 Monel No. 16668 Nickel No. 15568 Silicon Bronze Cross No. 18872 18-8 Mo Alloy No. 17772 ' Monel No. 16672 Nickel No. 15572 Silicon Bronze Cap No. 18878 18-8 Mo Alloy No. 17778 Monel No. 16678 Nickel No. 15578 Silicon Bronze Coupling No. 18882 18-8 Mo Alloy No. 17782 Monel No. 16682 Nickel No. 15582 34 Silicon Bronze No. 18890 18-8 Mo Alloy No. 17790 ' Monel No. 16690 Nickel No. 15590 Silicon Bronze The ScrewedFittings and Unions shown on this page are made in sizes 1 4 to 2-inch inclusive. Prices on application Plug No. 18884 18-8 Mo Alloy No. 17784 Monel No. 16684 Nickel No. 15584 Silicon Bronze Bushing No. 18886 18-8 Mo Alloy No. 17786 Monel No. 16686 Nickel No. 15586 Silicon Bronze Materials: Except for the plugs, bushings, and }4 and 54-inch caps and couplings, which are made of bar stock, the screwed fittings and unions shown on this page are cast in four high grade corrosionresistant metals -- Crane 18-8 Mo Alloy Steel, Monel metal, Nickel, and Silicon Bronze. Unions: 18-8 Mo Alloy Steel Unions are regularly furnished with a galvanized malleable iron union ring unless specifically ordered with 18-8 Mo ring. Union rings on Monel metal, Nickel, and Silicon Bronze Unions are regularly made of the same mate rial as the thread-piece and the tail-piece. For service recommendations and marking identification, see pages 443 to 445. 90 Elbow" Tee Cross 45 Elbow Coupling Size 1 V* A 1 13/l6 B1 % C1 1 D 1 1% E 1 "/is Z1 % % 1S/l6 13/l6 U/s l13/ls % % Dimensions, in Inches y2 1 3/4 1 1 1 m 1 IVs 1 2 IVs 1 l5/lS 1 IVs 1 w 1 l15/l6 1 21/4 % 1 1 1 1% 1 WlS 1 l7/l6 1 l"/ie lS/l6 i 1 Vs 1 l>Vie 1 l1S/l6 1 2>/s 1 IVs l15/l6 1 2y* 1 77/ie 1 213/l6 1 3 1 3% Vs 1 lVie 1 l3/ie 1 1V4 1 ls/l6 1 lVis Vs 1 a/l6 1 "716 i "/is 1 "/is 1 % Crane materials.. . .pages 1 to 9 Union For explanation, see page 591. k CRANE 453 Corrosion-Resistant Flanged Fittings and Flanges For service recommendations, see pages 443 to 445. 90 Flanged Elbow No. 18861 1 8-8 Mo Alloy No. 17761 Monel No. 16661 Nickel No. 15561 Silicon Bronze 45 Flanged Elbow No. 18863 18-8 Mo Alloy No. 17763 Monel No. 16663 Nickel No. 15563 Silicon Bronze Flanged Tee No. 18869 18-8 Mo Alloy No. 17769 Monel No. 16669 Nickel No. 15569 Silicon Bronze Screwed Companion Flange No. 18889 18-8 Mo Alloy No. 17789 Monel No. 16689 Nickel No. 15589 Silicon Bronze The Flanged Fittings and Flange shown on this page are made in sizes 1 to 6-inch inclusive. Prices on application Blind Flange No. 18891 18-8 Mo Alloy No. 17791 Monel No. 16691 Nickel No. 15591 Silicon Bronze 34 Materials: The flanged fittings and flanges shown on this page are cast in four different high grade corrosion-resistant metals -- Crane 18-8 Mo Alloy Steel, Monel metal. Nickel, and Silicon Bronze. For service recommendations and marking identifi cations, see pages 443 to 445. Additional sizes and types: Other sizes and types of corrosion-resistant alloy flanged fittings and flanges are made to order; prices on application. Flanges: Flanges conform to the MSS 150-Pound SP Bronze Flange Standard (No. SP-2-1Q37). They are plain faced with two V-shaped concentric grooves between the port and bolt holes. Prices of these corrosion-resistant flanged fittings and flanges will include drilling to the MSS 150Pound Bronze Flange Standard, and spot facing; no deduction will be made if flanges are ordered faced only. Full face gaskets should be used; see page 567. Size 90 Elbows and Tees Center to face 45 Elbows Diameter of flange thickness of flange Crane materials.. . .pages 1 to 9 Dimensions, in Inches 1 1 1 14/4 1 1V2 2 1 2V2 I 3% 1 33/4 1 4 1 1% 1 2 1 21/4 ; 414 1 4% 1 5 1 % 1 *%2 1 Vie 4% 1 5 2VZ 1 3 617 y2 1 Vl6 3456 51/2 6J/2 71/2 3 4 4y2 8 5 71/2 9 10 11 % ^/xs % 13/is Templates for drilling____page 550 >- 454 CRANE Stainless Steel Sanitary Valves and Fittings Crane Co. manufactures a complete line of Stainless Steel Sanitary Valves and Fittings for use with i and 134-inch O.D. 18 gauge tubing, and with 2, 234. and 3-inch O.D. 16 gauge tubing. No Food Pockets Quickly Demountable These valves and fittings are designed for handling food products and bever ages; they offer excellent resistance to chemical action and discoloration by milk, milk products, lactic and butyric acids, fruit and vegetable juices, vinegar, and practically all cooked or prepared food products. Crane Sanitary Valves and Fittings are completely machined on the inside to eliminate all pockets where food might lodge and decay. Exterior sur faces are polished or furnished with a fine sand blast finish. The threaded ends of these valves and fit tings comply with the Standards of the International Association of Milk Dealers (I.A.M.D.). Fittings are made of 18-8 Mo Alloy, a chromiumnickel alloy containing from 2 to 4% molybdenum. They can be furnished in many combinations of threaded and recessed ends as shown on the fol lowing page; valves are furnished with threaded ends only. Recessed ends: Joints between fittings and tub ing are made by inserting the tubing into the re cessed end of the fitting and soldering or brazing it into place; the body of the fitting has the same bore as the inside diam eter of the tubing.- Easily Cleaned Ground joints: Thread ed end valves and fittings are regularly furnished with 450 ground metal joints unless gasket type jointsareordered. Ground Interchangeable Parts joint valves and fittings use the regular catalog numbers shown below and on the following page. Gasket type joints: Stainless Steel Valves and Fittings with flat gasket type joints are designated by adding the suffix "G" to the regular catalog number. For example: No. 4, No. 7, No. 26 A, etc., must be ordered as No. 4-G, No. 7-G, No. 26 A-G, etc., when gasket type ends are wanted. If this suffix "G" is not used when ordering, valves and fittings with ground joint ends will be furnished. Stainless Steel Sanitary Plug Valves No. 10 C, Straightway Valve Straightway Valve (Dismantled) No. 11 C, Three-Way Valve These Stainless Steel Sanitary Plug Valves are a new, improved type having many advantages not found in ordinary plug valves. The top and bottom of the plug are open and do not have plates or covers which might trap food particles and cause contami nation. The upper trim is exposed for cleaning and inspection; and, when necessary, the plug and trim can be removed and cleaned as a single unit. In opening the valve, the first part of the handle travel puts a cam in action, causing a minute lift of the plug, to minimize friction and prevent galling while the plug is being turned. It is unnecessary to loosen the nuts or tap the bottom of the plug to remove the wedging or sticking action that often occurs in conventional type plug valves. ; The body and plug are cast from Crane 18-8 Mo . Alloy, the nuts and spring are chrome plated, and ail > other parts are made of stainless steel. ; These valves are furnished with threaded ends for ; 450 ground joints, but gasket type joints can be ; furnished when so ordered. The valves are recom- ; mended for pressures up to 20 pounds. Prices, , dimensions, and additional data will be furnished on j request. \ I { CRANE Stainless Steel Sanitary Fittings With Recessed Ends, Ground Joints, or Gasket Type Joints 455 No. 26B, 90 Elbow One end recessed, other end union ring thread. No. 26 A, 90 Elbow Both ends recessed. No. 26 C, 45 Elbow One end recessed, other end union ring thread. No. 26, 45 Elbow Both ends recessed No. 2C 90 Long Radius Elbow Both ends with union ring threads No. 3, Tee All ends recessed. No. 4, Tee Both ends of run re cessed, outlet union ring thread. No. 5, Tee One end of run union ring thread, other ends recessed. No. 6, Tee One end of run recessed, other ends union ring threads. No. 7, Tee All ends with union ring threads. No.,9, Cross All ends with union ring threads. No. 21, Nipple No. 8, Cross Two adjacent ends re cessed, other ends union ring threads. j *'|fm Z < nritr^'-Wiilv-'V No. 19 A, Adapter One end recessed, other end male pipe thread. No. 18, Adapter One end recessed, other end female pipe thread. 34 No. 12, Union With Prong Type Ring Consisting of No. 14 Tail-piece No. 13 Union Ring No. 15 Thread-piece No. 12 H, Union With Hexagon Ring Consisting of No. 14 Tail-piece No. 13 H Union Ring No. 15 Thread-piece No. 14 Tail-piece No. 15 Thread-piece Shown with No. 13 Union Ring. No. 13 Union Ring, No. 13 H Union Ring, and No. 14 Tail piece may be used with any union end valve or fitting. No. 14 A, Tail-piece No. 31, Tail-piece Made with plain Reducing one or male shank. more sizes. SECTION OF TEE SHOWING ALL THREE TYPES OF ENDS Threaded End for Gasket Type Union No. 16 A Flat Plug No. 23 A Thermometer Cap These two fittings can be used with No. 13 or No. 13 H Union Ring. No. lb A is used to blank off any union End fitting; No. 23 A is used to allow for the insertion of a thermometer. No. 17 Coupling Both ends recessed. Recessed End for Tubing Fittings with Casket Type Joints have the suffix "G" added to the regular catalog number; see page 454. Prices and dimensions on application. Threaded End for Ground Joint Union T 456 CRANE Alloy Cast Iron Wedge Gate Valves For Process Industries WORKING PRESSURE 200 pounds cold water, oil, gasoline, or gas, non-shock HYDROSTATIC TEST PRESSURES 350 pounds shell 225 pounds seat Air Tested Non-Rising Stem Flanged No. 14471 Exelloy Trimmed No. 14475 18-8 Mo Alloy Steel Trimmed EXELLOY TRIMMED Exelloy Body Seat Rings Exelloy Faced Alloy Cast Iron Disc Exelloy Stem Alloy Cast Iron Body Nickel-Plated Steel Gland Ferrosteel Yoke Sleeve in O.S. & Y. 18-8 MO ALLOY TRIMMED 18-8 Mo Body Seat Rings 18-8 Mo Faced Alloy Cast Iron Disc 18-8 Mo Stem Alloy Cast Iron Body Nickel-Plated Steel Gland Ferrosteel Yoke Sleeve in O.S. & Y. These valves are similar in design to the Crane Standard Iron Body Wedge Gate Valves shown on pages ioi to 103. They are made of corrosion-resistant metals and alloys for use in the 'process industries, and are available with flanged ends only. Outside Screw and Yoke Flanged No. 14473 Exelloy Trimmed No. 14477 18-8 Mo Alloy Steel Trimmed List Prices, Flanged, F.&D. Size Exelloy Trimmed 18-8 Mo Alloy Steel Trimmed No. 14471 No. 14473 No. 14475 No. 14477 Non-Rising Stem O.S. & Y. Non-Rising Stem O.S. & Y. " Inches Each Each Each Each 2 26.50 33.25 28.00 34.75 m 3 4 6! 8 30.00 36.50 49.50 75.00 113.00 36.75 43.25 59.00 89.00 136.00 31.50 38.50 52.00 80.00 122.00 38.25 45.25 61.50 94.00 145.00 For dimensions, see Standard Iron Body Wedge Gate Valves, page 106, the end flanges provide exceptional re sistance to line strains. The body has straight through ports to minimize tur bulence and thereby obtain a more uniform flow through the valve. Disc: Outside Screw and Yoke Valves have a solid web disc. All valves have extra long disc guides to minimize drag on the seating surfaces. Stem: Stem threads have long engage ment in the disc or yoke sleeve. Outside Screw and Yoke Valves have tee-head disc-stem connection. Service recommendations: These valves are offered for use in services where the conventional "all-iron" and "brass trimmed" valves fail because of corrosion of seating surfaces. Typical applications of the Exelloy trimmed valves are found in the petroleum industry handling oils containing sulfur compounds that corrode iron and brass, but which do not contain mineral acids and other compounds corrosive to Exelloy. The valves trimmed with 18-8 Mo Alloy Steel are being used in the same industry handling oils which do contain traces of mineral acids. They are also used in the wood treating industry handling creosote vapors and oils, and in the pulp and paper industry handling alkaline liquors of various kinds. Alloy cast iron: The valve body and disc are made of a nickel low alloy cast iron, developed to meet the need for an iron having better physical properties and resistance to corrosion when subjected to ser vices where ordinary gray iron is not adequate. Body and bonnet: The body and bonnet are made with liberal metal sections to assure maximum strength. Tie ribs between the bonnet flange and Gland and stuffing box: These valves have a twopiece ball-type gland which maintains an even load on the packing and prevents binding on the stem even when the gland bolts are not pulled up evenly. Non-Rising Stem Valves have through bolts holding the stuffing box to the bonnet. Outside Screw and Yoke Valves have swinging gland eye bolts which move out of the way when the stuffing box is being repacked, but which do not become detached or lost. Standards: These valves conform to the American Petroleum Institute (A.P.I.) Standard No. 5-G-1, Second Edition, September, 1938, for 175-Pound Iron Pipe Line Gate Valves. The valves also conform to the American Standard for Face to Face Dimen sions of Ferrous Flanged Valves (B16.10-1939), for 125-Pound Cast Iron Wedge Gate Valves. Flange dimensions and facing: The dimensions and drilling of end flanges conform to the American : Cast Iron Flange Standard, Class 125 (Bi6a-iQ3q)The flanges are plain faced with smooth finish. Drilling: Flanges are furnished faced and drilledunless ordered faced only. No deduction is made when valves are ordered faced only. Templates far drilling... .page SSI Metals and materials.. . .pages 1 to 9 V ________________________________ CRANE__________________________________________457 Forged Steel Globe and Angle Valves For Chlorine Service Tested 300 pounds air under water SERVICE RECOMMENDATIONS These valves are recommended for chlorine gas and liquid service, free from water, at temperatures not to exceed 300 F. They are strong, dura ble, compact valves -- suitable for severe service conditions. No. 1644, Globe Screwed No. 1645, Angle Screwed Size No. 1644 or End to end. Globe Center to end, Angle Center to Globe top, open Angle Diameter of wheel List Prices and Dimensions Inches | % %1 1 Each 1 27.25 30.75 I 35.00 Inches 1 3% 43/a 5% Inches | l13/is 23/lfi 1 29/is Inches] 75/l6 8% 1 97/ie Inches | Inches | 6% 31/2 8 I 85/is 415 1% 47.50 61/4 3i/s llVie 9% 6 11/2 61.50 7 31/2 12 lOVie 7 2 79.00 83/8 43/1B 141/a 121/is 9 Materials and construction: These valves for chlorine service are Bolted Bonnet 0. S. & Y. Globe and Angle Valves. The body and one-piece bonnet and yoke are forged carbon steel. The disc, disc stem ring, and body seat ring are made of Hastelloy "C" to resist the corrosive action of chlorine. The valves have a 4.5 narrow bearing seat. The gland is forged steel, zinc plated, and the bonnet bolt studs are Triplex steel. The stem is made of Monel metal and is fitted with a malleable iron handwheel. The bonnet joint is fitted with a corrugated soft Monel metal gasket. These valves, when wide open, can be repacked while under pressure. Crane Fabricating Service 34 Users-of alloy material will find many advantages in procur ing fabricated piping from the same source as the valves, fittings, and other requirements. Pre-fabrication assures ultimate accuracy and also saves the erecting force from the responsibility of designing, fabricating, and finishing piping in the field under less favorable conditions than those found in a modern, well-equipped shop devoted to the pre-fabrica tion of piping. Crane shop facilities embrace the full range of fabrication in brass, aluminum, nickel, 18-8 Mo Alloy Steel, silicon bronze, and other alloys in the sizes, thicknesses, and ranges com mercially available. There are facilities for pipe bending, welding, flanging, swedging and forming, heat treating, normalizing, quenching, pickling, polishing, and finishing. Special finishes or polishing operations can be applied after fabrication. Crane fabricating shops are located in Chicago, Bridgeport, Birmingham, and on the Pacific Coast. Fabricated piping.. . .pages 597 to 629 Exhibit of 18-8 Mo Alloy Materials -yvr---. 458 CRANE All-Iron Valves Non-Rising Stem Valve O.S. & Y,. Valve For All-Iron Wedge Gate Valves and All-Iron Double Disc Gate Valves, see pages 97 to 141. Union Bonnet. Globe Union Bonnet, Angle For All-Iron Union Bonnet Globe and Angle Valves, see pages 144 and 145. Ferrosteel Bolted Bonnet Globe Valve With Lead-Faced or Steel Disc For Ferrosteel Globe and Angle Valves, see page 481. Bolted Bonnet, Globe Bolted Bonnet, Angle For All-Iron Bolted Bonnet Globe and Angle Valves, see page 150. Bar Stock Globe Valve Bar Stock Angle Valve Made of Steel, Exelloy, or 18-8 Mo Alloy For Bar Stock Valves, see page 310. Malleable Iron Swing Check Valve All-Iron Swing Check Valve Ferrosteel Lift Check Valve Malleable Iron Swing Check Valves. ..page 156; All-Iron Swing Check Valves.. . .pages 160 and 161; Lift Check Valves... .page 482. * Crane Co. manufactures an unusually complete assortment of All-Iron Gate, Globe, Angle, and Check Valves, including a wide variety of types and a full range of sizes. Although cast iron cannot be listed specifically as one of the corrosion resisting metals, all-iron valves find wide application in many services where brass or brass trimmed valves are not entirely suited. Without good inherent resistance to corrosion, cast iron frequently depends for its general serviceability j upon the fact that, in many situations, the initial j corrosion is followed by the formation of protective '1 coatings which slow up the rate of corrosion or entirely prevent it. For greater convenience, All-Iron Valves are listed f with related products in other sections of this cata- | log. A few of the common types are illustrated above, together with page,references. ' j k ,, - ' ........... '........ ................... CRANE Valves and Fittings For Marine Service Specifications and General Requirements. .. .pages 460 and 461 Brass Valves and Fittings Globe, Angle, and Cross Valves.......... . .pages 462 and 463 Check Valves.............................................. pages 464 and 465 Gate Valves.......................................................................... page466 Hose Valves........................................... page 467 Radiator Valves..............................................'............page 467 Fittings, Screwed and Flanged.........................................page461 Chronometer Valyes............................................................page476 Pop Safety and Relief Valves.................. pages 477 and 478 Iron Valves and Fittings Gate Valves.......................................................................... page468 Globe and Angle Valves.....................................................page460 Check Valves........................................................................page460 Fittings, Cast and Malleable Iron.................................. page461 Relief Valves............................................................!. page 478 Steel Valyes and Fittings Adjusted Marine Pressure Ratings..................................page470 Gate Valves................................................... pages 471 to 475 Globe and Angle Valves.............................. pages 471 to 474 Check Valves................................................. pages 471 to 475 Flanged Fittings............................... s........ pages 471 to 473 Flanges............................................................pages 470 to 473 Pop Safety Valves............................................................... page477 Fusible Plugs..................................................................................page478 Main Injection Valves..................................................................page476 Overboard Discharge Valves...................................................... page476 Manifold Valves............................................................................ page476 Pages 460 to 478 show the Crane Valves and Fittings commonly used for marine service. In most cases, these are regular Crane products which also are popular for commercial purposes and which are for that reason listed elsewhere in the book with related items. These pages, therefore, briefly describe the prod uct, specify the particular marine service for which it is suitable, and refer to other pages for prices, dimensions, and additional data. In other cases, where the product is used only in marine piping, complete information is given in this section. The extra quality built into Crane Valves and Fittings makes them accepted everywhere. It is this quality that has long main tained for Crane its enviable position for meeting marine require ments -- safety, ruggedness, and durability. Then too, the completeness of the Crane line is important. Whether it be the smallest tug or the largest passenger liner -- a vessel for river, lake, or ocean service -- a wide selection of Crane products is available. 459 V. 460 CRANE Valves and Fittings for Marine Service The valves and fittings illustrated and described on pages 462 to 478 are designed and manufactured in strict accordance with the rules and regulations of the following: Bureau of Marine Inspection and Navigation (U. S. Department of Commerce) American Bureau of Shipping Lloyds' Register of Shipping (Ships built'in U. S. A.) There are numerous requirements and limitations governing marine service which make the use of ordinary commercial material inadvisable. The most important of these are given on this and the oppo site page for convenient reference. According to the Rules of the Bureau of Marine Inspection and Navigation, piping on board ship is divided into two general classes: Class I Piping: Power Piping, for pressures over 100 pounds regardless of temperature; for temperature over 500 F. regardless of pressure. Hot Water Piping, for pressures over roo pounds regardless of temperature; for temperatures over 2000 F. regardless of pressure. Oil Piping, for pressures over 100 pounds regard less of temperature; for temperatures over ` 150 F. regardless of pressure. j Class II Piping For,all miscellaneous piping at lower pressures and temperatures than Class I. General Requirements Metals: Regular Crane metals comply with the requirements for service as outlined herein : Grade A Bronze for pressure-containing parts subjected to maximum working pressures of 150 pounds, or maximum temperatures of 366 F. (Crane Steam Brass). Grade B Bronze for pressure-containing parts subjected to maximum steam working pressures of 300-pounds, or maximum temperatures of 450 F,, or for hydraulic or compressed air pres sures up to 1200-pounds, and temperatures not over 1 yo F. (Crane Special Brass or Crane Hard Metal). Crane Malleable Iron, for maximum, of 125 pounds working pressure, 450 F. temperature; 4-inch maximum size. Crane Cast Iron, for maximum of 125 pounds working pressure, 450 F. temperature. All metals regularly used in Crane Cast and Forged Steel Valves, Fittings, and Flanges are acceptable. the working pressure, until the test pressure reaches woo pounds. Thereafter the ratio of test pressure `to working pressure shall be proportionatelyreduced until the test pressure does not exceed 1500 pounds at 600 pounds working pressure; 2000 pounds at qoo, pounds working pressure; and 3500 pounds at 1500 pounds working pressure. The Crane products recommended for Class I Piping on the following pages are regularly subjected to such a test. Tests regularly made on Crane Steel Valves and Flanged Fittings comply with the requirements for Class I Piping. Pipe connections: For Class I Piping, valves and fittings 234-inch and larger must be flanged end. Screwed companion flanges are allowed only on sizes 2)4-inch and smaller. \Velding Neck Flanges can be used on sizes 234-inch and larger; Slip-On Welding Flanges can be used on sizes 2-inch and smaller. Cast Iron Flanges are not allowed for Class I Piping. Valves, fittings, and flanges having socket-welding ends may be used for sizes 2-inch and smaller. Working pressures: Valves and fittings are not allowed for water working pressure higher than the recommended steam working pressure. For boiler feed or blow-off service, valves and fit tings may only be used for pressures up to 8 3 349c of the recommended steam working pressure. The American Standard pressure ratings for Steel Valves, Fittings, and Flanges are reduced by the Marine Rules. See page 470. Bronze valves, fittings, or flanges of the solder-joint type may be used where the pressure does not exceed Too pounds, and the temperature does not exceed 240 F. For Class II Piping, there is no limitation on the use of screwed joints. For boiler mountings, valves and fittings i34-inch and larger must be flanged end. Tests: Tests regularly made on Crane Valves and Fittings comply with the requirements for Class 11 Piping. For Class I Piping, valves and fittings must be sub jected to a hydrostatic shell test equal to three times Regular Cranelap Joints conform to all requirements when used for the pressure ranges allowed. Except for Screwed, Welding Neck, Slip-On Weld ing, and Cranelap Flanges as outlined above, all other types of flanges are entirely special. (Continued on the next page) V. _________________________ CRANE________________________________ 461 Valves and Fittings for Marine Service General Requirements (Cont.) Markings: Regular Crane markings comply with the marine requirements; no additional marking is required. Design: For Class I Piping, all valves 214-inch and larger must have a bolted bonnet; all sizes of cast iron valves must have a bolted bonnet. Screwed bonnet globe, angle, or gate valves, where permitted, must be of the -union bonnet construction. N'onrising stem valves must be provided with an ap proved indicator. For Class 11 Piping, either screwed bonnets or union bonnets are permitted except that all cast iron valves must have bolted bonnets. Non-rising stem valves must be provided with an approved indicator except for cargo oil piping where valves without indicator may be used. Boiler mountings: All valves and fittings must be cast or forged steel, except that Crane Special Brass or Crane Hard Metal may be used when the temper ature does not exceed 450 F. Sizes 134-inch and larger must be flanged end. Cast iron and malleable iron are not allowed for boiler mountings. Fuel oil service piping: Valves and fittings for fuel oil service piping (that is, pressure piping from pumps to burners) must conform to the requirements for Class I and, in addition, must be designed for at least 250 pounds steam working pressure.. Iron valves and fittings are not allowed. Bushings and street elbows are not permitted. Blow-off valves: Blow-off valves must be Y-pattern or angle type, or straight-way pattern (not globe). Check valves in blow-off lines must be swing type. See paragraphs on "working pressure", page 460. Cocks: For Class I, cocks must be designed so that the cap holds the plug in place; the conventional type with nut holding the plug is not allowed. For Class II, there are no restrictions. By-pass: Although the specifications require by passes on all globe, angle, and gate valves larger than 4-inch, Crane Co. will not furnish a by-pass unless specifically ordered, because it is permissible to place the by-pass entirely around the valve, from pipe to pipe, and this is done frequently. Specialties: Relief valves, safety valves, expan sion joints, etc., must be of approved design. Numerous Crane Valves and Fittings as regularly manufactured conform to the requirements for marine service. These fill the need for a large majority of Class I and Class II piping; they are described and illustrated on the pages which follow. In addition, the following Crane Fittings are accept able, within the limitations mentioned. Brass screwed fittings: Standard Brass Screwed Fittings in sizes 3-inch and smaller, shown on pages 2jb to 258, are suitable for Class II Piping. When specially tested, sizes 2-inch and smaller are suitable for Class I Piping. This also applies to the No. 521J4 Union shown on page 262. 250-Pound Brass Screwed Fittings in sizes 3-inch and smaller, shown on page 260, are suitable for Class 11 Piping. When made special of special metal and specially tested, sizes 2-inch and smaller are suitable for Class I Piping. The No. 96 E Union, shown on page 263, is suitable for Class II; and sizes 2-inch and smaller when specially tested, for Class I.' Brass flanged fittings and flanges: The Brass Flanged Fittings and Flanges shown on page 264 are well suited for marine service. The flanged fittings can be used for Class 11 Piping, and when specially tested, for Class I Piping. The flanges in sizes 234inch and smaller only can be used for both Class I and II Piping. Cast and malleable iron screwed fittings: Stand ard Cast Iron Screwed Fittings (pages 197 to 202) and Standard Malleable Iron Screwed Fittings (pages 180 to 186) in sizes 3-inch and smaller are suitable for Class II Piping. This also applies to the No. 519 Malleable Iron Unions shown on page 240. When specially tested, all of these in sizes 2-inch and smaller are suitable for Class I Piping. Cast iron flanged fittings: The 125-Pound Cast Iron Flanged Fittings, shown on pages 274 to 280, in sizes 16-inch and smaller are suitable for Class II Piping, and when specially tested, for Class I. Steel flanged fittings and flanges: Pages 470 to 473 refer to the Cast Steel Flanged Fittings and Forged Steel Flanges which are used in marine piping. 35 Crane Co. is exceptionally well equipped to supply valves and fittings for all marine piping requirements. Special or modified valves and fittings can be made when so ordered. More complete information on Crane Marine Valves and Fittings will be furnished on request. 462 CRANE Brass Globe, Angle, and Cross Valves For Marine Service 150-Pound Composition Disc WORKING PRESSURE 150 pounds saturated steam, water, or oil No. 7, Globe or Angle Screwed, 34 to 3-inch No. 9, Globe or Angle Flanged, % to 3-inch When ordering specify whether globe or angle valves are wanted. When equipped with the proper composition disc, the No. 7 and No. q Valves are suitable for steam, water, oil, and other fluids. Sizes 2-inch and smaller have a union bonnet; larger sizes have a bolted bonnet. List prices, dimensions, and description, see page 30. Cross Section Ni>. 7, Globe All sizes are suitable for Class II Piping. 2" and smaller, when specially tested, are suitable for Class I Piping; prices on application. 150-Pound Plug Type Disc WORKING PRESSURE 150 pounds saturated steam, water, or oil No. 14% P, Globe Screwed }/s to 3-inch No. 16% P, Angle Screwed 34 to 3-inch The No. 14J4P and No. 16)4 P Valves have a plug type disc, making them suitable for unusually se vere services. Sizes 2-inch and smaller have a union bonnet; larger sizes have a bolted bonnet. For list prices, dimensions, and de scription, see page 3 1. All sizes are suitable for Class II Piping. 2" and smaller, when specially Cross Section No. 141/2 P, Globe tested, are suitable for Class I Piping; prices on application.- 150 and 200-Pound Regrinding 150 and 200-Pound Bolted Bonnet WORKING PRESSURES Screwed, 200 pounds steam, water, or oil. 450 F. Flanged, 150 pounds steam, water, or oil, 450 F. No. 70, Globe Screwed 34 to 3-inch No. 71, Globe Flanged 34 to 3-inch No. 70, Angle Screwed 34 to 3-inch No. 71, Angle Flanged % to 3-inch No. 74, Cross Screwed 34 to 2-inch When ordering No. 70 or No. 71, specify whether globe or angle valves are wanted. Cross Section No. 70, Globe These valves are regrinding type with integral seat. All sizes have a union bonnet. For prices, dimensions, and description, see page 34. Screw-Down Check Valves can be made to order; in addition, this design can be made special with a needle point stem and a renfewable body seat ring. Prices on application. All sizes are suitablefor Class II Piping. Sizes 2" and smaller are suitablefor Class I Piping. WORKING PRESSURES Screwed, 200 pounds steam, water, or oil, 450 F Flanged, 150 pounds steam, water, or oil, 450 F No. 4196, Globe Screwed 1 % to 4-inch No. 4198, Angle Screwed 134 to 4-inch No. 4197, Globe Flanged, 134 to 6-inch No. 4199, Angle Flanged, 134 to 6-inch These valves have a bolted bonnet. Sizes 3-inch and smaller have inside stem threads; larger sizes have outside threads with crosshead yoke and bolted gland. See page 35. Cross Valves and ScrewDown Check Valves are made to order; prices on application. Cross Section, No. 4196, Globe All sizes are suitablefor Class 11 Piping. Screwed valves 2" and smaller and flanged valves all sizes are suitable for Class I Piping. For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. CRANE 463 Brass Globe and Angle Valves For Marine Service 250-Pound Plug Type Disc WORKING PRESSURE 250 pounds steam, water, or oil, 450 F. No. 212 P, Globe Screwed, J4 to 3-inch No. 214 P, Angle Screwed, pf to 3-inch These are plug type disc valves, suitable for throt tling. on steam, water, and oil lines. Sizes 2-inch and smaller have a union bon net; larger sizes have a bolted bonnet. For prices, dimensions, and descrip tion, see page 36. The valves can be made to order with a ball to flat seat; prices on application. Cross Sectipn No. 212 P, Globe All sizes are suitable Jor Class II Piping. Sizes 2" and smaller are suitablejor Class I Piping. 300-Pound Regrinding' WORKING PRESSURE 300 pounds steam, water, or oil, 450 F. No. 362 E, Globe Screwed, J4 to 3-inch No. 364 E, Angle Screwed, 34 to 3-inch No. 362E and No. 364E are regrinding type valves. They are recommended for severe services. All sizes have an integral seat and a union bonnet. For prices, dimensions, and descrip tion, see page 38. Cross Valves and ScrewDown Check Valves can be made to order; prices on application. All sizes are suitable jor Class II Piping. Sizes 2" and smaller are suitablejor Class I Piping. Cross Section No. 362 E, Globe 300-Pound Plug Type Disc 300-Pound Bolted Bonnet WORKING PRESSURE 300 pounds steam, water, or oil, 450 F. WORKING PRESSURE 300 pounds steam, water, or oil, 450 F. No. 382 P, Globe Screwed, }4 to 3-inch No. 384 P, Angle Screwed, 34 to 3-inch No. 383 P, Globe Flanged, to 3-inch No. 385 P, Angle Flanged, % to 3-inch No. 85 P, Globe Screwed, 1 34 to 3-inch No. 851/2 P, Angle Screwed, 114 to 3-inch No. 87 P, Globe Flanged, 134 to 3-inch No. 871/2 P, Angle Flanged, 1J4 to 3-inch These valves are recom mended for unusually severe services. Their plug type disc and seat offer excellent resistance to foreign matter and to wiredrawing. Cross Section No. 382 P, Globe bolted bonnet The disc taper assists in maintaining tightness and permits easy flow regulation when throt tling. Sizes 2-inch and smaller have the union bonnet construction; larger sizes have the For prices, dimensions, and description, see page 40. Theseoutsidescrew and yoke bolted bonnet valves with plug type disc are ideal for extremely severe services. Sizes 2}^ and 3inch have the disc guided through a bridge cast integral with the seat, as illustrated; smaller sizes do not have the guide. For prices, dimensions, and description, see page 47. Cross Section, No. 85 P, Globe Screw-Down Check Valves and valves with a ball to flat seat can be made to order; prices on request. All sizes are suitablejor Class II Piping. Screwed valves 2" and smaller andjlanged valves all sizes are suitablejor Class I Piping. All sizes are suitablejor Class II Piping. Screwed valves 2!! and smaller andjlanged valves all sizes are suitablejor Class I Piping. For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. 35 464 CRANE Brass Check Valves For Marine Service 150 and 200-Pound Swing Check Regrinding WORKING PRESSURES Screwed: 200 pounds steam, water, or oil, 450 F. Flanged: 150 pounds steam, water, or oil, 450 F. No. 35, Swing Screwed J4 to 3-inch No. 35 J^, Swing Flanged Y to 3-inch No. 37, Swing Angle, Screwed to 2-inch Cross Section No. 35, Swing No. 35 and No. 35 V2 Swing Check Valves may also be used in a vertical posi tion for upwardflow. These swing check valves are suited for 'use on steam, water, oil, and other fluids. They may be reground without removing the bodies from the line. By removing the stop plug, a screw driver can be engaged with the slot in the disc spud, making it easy to rotate the disc when regrinding. For prices, dimensions, and description, see page 57. All sizes are suitablefor Class II Piping. Sizes 2" and smaller are suitablefor Class I Piping. 150 and 200-Pound Lift Check Regrinding WORKING PRESSURES .j Screwed: 200 pounds steam, water, or oil, 450 F. . Flanged: 150 pounds steam, water, or oil, 450 F. No. 72, Horizontal Screwed yi to 3-inch No. 72, Angle Screwed kf to 3-inch When ordering specify whether horizontal or angle valves are wanted. Cross Section No. 72, Horizontal The No. 72 line of Check Valves includes horizontal and angle screwed valves in the sizes listed above. Durable and well-constructed, these valves may be reground without removing the bodies from the line. They will give excellent results on severe ' services. For prices, dimensions, and description, see page 57. All sizes are suitablefor Class II Piping. Sizes 2n and smaller are suitable for Class I Piping. 150 and 200-Pound Swing Check Bolted Cap WORKING PRESSURES Screwed: 200 pounds steam, water, or oil, 450 F. Flanged: 150 pounds steam, water, or oil, 450 F. No. 4032, Swing Screwed 2 to 3-inch No. 4033, Swing Flanged 2 to 6-inch Cross Section, No. 4032, Swing Swing Check Valves may also be used in a verticalposition for upwardflow. These are high quality swing check valves suitable for severe service on steam, water, and oil lines. Their bolted cap construction makes an exception ally tight, strong, and serviceable joint. Sizes 4-inch and smaller may be reground without removing the body from the line; they have a separate disc and hinge, as illustrated. Sizes larger than 4-inch have a one-piece disc and hinge. For prices, dimensions, and description, see page 58. All sizes are suitable for Class II Piping. Screwed valves 2" and smaller andflanged valves all sizes are suitablefor Class I Piping. 150 and 200-Pound Lift Check Bolted Cap WORKING PRESSURES Screwed: 200 pounds steam, water, or oil, 450 F. 1 Flanged: 150 pounds steam, water, or oil,-450 F. No. 4062, Horizontal Screwed 1 Yi to 3-inch No. 4062, Angle Screwed 1 Yi to 3-inch No. 4063, Horizontal Flanged 1 Yi to 6-inch No. 4063, Angle Flanged 114 to 6-inch Specify whether horizontal or angle valves are wanted. Cross Section No. 4062, Horizontal These bolted cap check valves are recommended : for hard service. They are liberally proportioned j to withstand severe operating strains. f The bolted cap construction assures long, trouble- j free operation. The joint is unusually tight and .> strong, providing maximum utility. For prices, :j dimensions, and description, see page 58. j All sizes are suitablefor Class II Piping. Screwed valves 2" and smaller andflanged valves all sizes are suitablefor Class I Piping. | I For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. CRANE Brass Check Valves For Marine Service 465 300-Pound Swing Check Regrinding WORKING PRESSURE 300 pounds steam, water, or oil, 450 F. No.- 74 E, Swing Screwed, to 3-inch No. 75 E, Swing Flanged, % to 3-inch Cross Section No. 74 E, Swing Swing Check Valves may also be used in a vertical position for upwardflow. Ruggedly constructed, these swing check valves are suitable for use on steam, water, oil, and other fluids. They may be reground without removing the bodies from the line. By removing the stop plug, a screwdriver can be engaged with the discspud slot, making it easy to rotate the disc .when regrinding. For prices, dimensions, and descrip tion, see page 6o. All sizes are suitablefor Class II Piping. Sizes 2* and smaller are suitablefor Class 1 Piping. 300-Pound Lift Check Regrinding , WORKING PRESSURE 300 pounds steam, water, or oil, 450 F. No. 366 E, Horizontal Screwed to 3-inch No. 369 E, Horizontal Flanged % to 3-inch Cross Section No. 366 E, Horizontal These are high-grade horizontal check valves. They can be reground without removing the bodies from the line. The valves are particularly suitable for service where pulsations in the line are apt to cause an ordinary check valve to hammer. The dashpot formed above the piston type disc effec tively cushions the disc. For prices, dimensions, and description, see page 60. All sizes are suitablefor Class 11 Piping. Sizes 2" and smaller are suitablefor Class 1 Piping. 300-Pound Swing Check Bolted Cap WORKING PRESSURE 300 pounds steam, water, or oil, 450 F. 300-Pound Lift Check Bolted Cap WORKING PRESSURE 300 pounds steam, water, or oil, 450 F. Cross Section, No. 4234 E, Swing No. 4234 E, Swing Screwed, 2 to 3-inch No. 4235 E, Swing Flanged, 2 to 3-inch Swing Check Valves may also be used in a vertical position for upwardflow. No. 4064 E Horizontal Screwed 1 Vi to 3-inch No. 4065 E Horizontal Flanged 1 Vi to 3-inch Cross Section No. 4064 E, Horizontal The No. 4234 E and No. 4235 E are heavy swing check valves of the bolted cap pattern. They are suitable for hard use in steam, water, and oil lines. The bolted cap construction provides an unusually strong, tight joint, assuring long trouble-free service. These valves may be reground without removing the body from the line. For prices, dimensions, and description, see page 61. All sizes are suitablefor Class II Piping. Screwed valves in the 2U size andflanged valves all sizes are suitable for Class I Piping. The exceptional ruggedness and the heavy metal sections of these horizontal check valves make them suitable for use wherever operating condi tions are unusually severe. The valves have a renewable seat and a bolted cap, the latter provid ing a strong, secure joint. The valves can be reground without removing the bodies from the line. For prices, dimensions, and description, see page 61. AU sizes are suitablefor Class II Piping Screwed valves 2" and smaller andflanged valves all sizes are suitablefor Class 1 Piping. For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461, 35 k 466________________________________ CRANE_________ Brass Gate Valves For Marine Service --# Low Pressure Bolted Bonnet No. 4436, Screwed, With Indicator, 2 to 4-inch WORKING PRESSURE No. 4437, Flanged, With Indicator, 2 to 10-inch 100 pounds saturated steam, water, or oil The No. '4436 and No. 4437 are liberally proportioned, well-constructed low pres sure brass gate valves. They will give good The stuffing box is exceptionally deep and has a bolted gland on sizes z34 to 10-inch; the 2-inch size has a screwed type stuffing results where working conditions are not too severe and are particularly suitable for general shut-off valve service on low pres sure steam and water lines. Cross All sizes have a bolted bonnet, box and gland. These valves are regularly furnished with an approved type indicator to show whether the valve is open or closed. Section non-rising stem, wedge disc, and For prices, dimensions, and complete de No. 4436 renewable body seat rings, scription, see page 15. with Indicator All sizes are suitable for Class II Piping. 150 and 200-Pound Rising Stem WORKING PRESSURES Screwed Valves 200 pounds steam, water, or oil, 450 F. Flanged Valves 150 pounds steam, water, or oil, 450 F. Integral Seats No. 422, Screwed, kf to 3-inch No. 422V, Flanged, M to 3-inch Renewable Seats No. 423, Screwed, % to 3-inch These are high quality brass gate valves of the inside screw, rising stem type. Sturdy and dependable, they are suitable for use on steam, water, and oil lines. The No. 423, having renewable seats, is recom mended for use where conditions are unusually severe. With the exception of the Crane Nickel Alloy renewable seats on the No. 423 and the integral seats on the No. 422 and No. 42234, the valves are similar. They have a solid wedge disc made of Crane Nickel Alloy. Sizes i-inch and smaller have a union bonnet; larger sizes have a bolted bonnet. Both types provide a strong, tight joint. For prices, dimensions, and de- Section scription, see page 20. No. 423 All sizes are suitablefor Class II Piping. Screwed valves 2" and smaller andflanged valves all sizes are suitablefor Class I Piping. 300-Pound Rising Stem Integral Seats No. 622 E, Screwed, If to 3-inch Renewable Seats No. 623 E, Screwed, kf to 3-inch No. 623ki E, Flanged, % to 3-inch These 300-Pound, inside' screw, rising stem valves are exceptionally sturdy and rugged. They are recommended for high-pressure services. The No. 623 E and No. 62334 E, having renewable seats, are particularly suited for use where op erating conditions are extremely severe. Cross Section No. 623 E Except for the integral seats on the No. 622 E and the renewable seats on the No. 623 E and WORKING PRESSURE 300 pounds steam, water, or oil, 450 F. No. 62334 E, the valves are similar in de sign and construction. They have a solid wedge disc made of Crane Nickel Alloy. Sizes 1-inch and smaller have a union bonnet; larger sizes have a compact, inside screw bolted bonnet equipped with steel studs, brass nuts, and a Cranite gasket. Both types provide a strong, tight joint. For prices, dimensions, and description, see page 23. All sizes are suitable for Class II Piping. Screwed valves 2" and smaller andflanged valves all sizes are suitablefor Class I Piping, For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. k CRANE 467 Low Pressure Brass Hose Gate Valves For Marine Service--Non-Rising Stem Type with Indicator WORKING PRESSURE 100 pounds cold water Cross Section No. 4448 List Prices, Each, and Dimensions Size Inches 1% 3 2% With brass No. 4448, Screwed cap,and chain, and indicator. No. 4449, Flanged, F.D. & S.F. Center to female end. Screwed Center to face, Flanged Dimen sions, in Inches Center to hose end Center to top Diameter of wheel ' Diameter of flanges- 30.00 45.00160.00 35.00 55.00|75.00 1% l7/s 23/4 Wi6 2% 2Vi 2Vl6 2Vl6 25/ 8% 93/4 11% 3% 4Vie 6 567 Thickness of flanges 7/ig V2 9/l6 Templates for drilling.. ..page 550 No. 4448 Screwed No. 4449 Flanged All sizes are suitable for Class 11 piping. These are strong, durable valves of the non-rising stem type. The body, bonnet, stem, body seat rings, and solid wedge disc are brass. Sizes i l/o .and 2-inch have a screwed bonnet and integral seats; their hexagonal packing nut and gland are brass. The 2^-inch size has a bolted bonnet, renewable seats, and a brass bolted gland. All valves are equipped with an approved type of indicator to show whether the valve is open or closed. Stuffing box; repacking: The stuffing box is deep, and is filled with high grade packing. The valves, when wide open, can be repacked while under pressure. Flanged valves: End flanges conform to the MSS i 50-Pound SP Bronze Flange Standard (No. SP2-1Q37). They are plain faced, with two V-shaped concentric grooves between the port and the bolt holes. Prices include drilling to the MSS 150-Pound Standard, and spot facing; no deduction is made if valves are ordered faced only. Full face gaskets should be used; see page 567. Hose Thread: These valves will be regularly fur nished with any recognized standard hose thread used in Marine work, such as "National Standard Flose Thread", " Iron Pipe Hose Thread", and "New York Corporation Hose Thread". Orders must specify the type of hose thread desired. When hose threads other than these are required, it will be necessary to send detailed information or a sample, preferably the male end of a hose coupling. Globe and angle hose valves: Brass globe and angle hose valves made from the patterns of the No. 7 and No. q Valves shown on page 30 can be made to order; prices on application. 35 Brass Radiator Globe and Angle Valves For Marine Service--Union Bonnet Type with Brass Disc WORKING PRESSURE -- 200 pounds steam, 450 F. Cross Section No. 4270, Globe % to 134->nch No. 4270 Brass Radiator Globe and Angle Valves are heavy and are ruggedly constructed. Their body and disc are made of Crane Special Brass. The valves have a union bonnet and can be reground without removing the body from the line. Sizes (4-inch and smaller have a onepiece disc and stem. The stuffing box is equipped with a gland. The valves when wide open can be repacked while under pressure. For prices and dimensions, see page 81. These valves can be furnished to order in (4. 1 Vi, and 2-inch sizes; prices on application. All sizes are suitablefor Class I and Class 11piping. No. 4270, Angle % to 1 kf-inch Far Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. k. 1 f 468 CRANE I I. Standard Iron Body Wedge Gate Valves For Marine Service WORKING PRESSURE 125 pounds saturated steam, water, or oil These valves are similar in design to the regular Crane Standard Iron Body Wedge Gate Valves shown on pages ioi to 103, but are specially fitted for Marine Service. The Nos. 4461 and 4465 Valves are regularly made in sizes 2 to 12-inch, inclusive, flanged end only. The No. 1 - 4467 Valve, recommended for Marine Cargo Oil Systems, is regularly made in sizes 3, 4, 6, 8, 10, and 12-inch, flanged end only. Cross Section No. 4461, Flanged No. 4465, Flanged Non-Rising Stem Outside Screw and Yoke With Indicator Other sizes, screwed end valves, and other modifications of these valves can be furnished on special order. Prices on application No. 4467, Flanged Non-Rising Stem With Cleanout . and-Indicator For Cargo Oil Systems Body and bonnet: The valves have an oval shaped cast iron body and bonnet; liberal metal sections combined with proper metal distribution assure maximum strength. Straight through ports with tie ribs between the bonnet flange and the end flanges provide additional resistance to line strains. No. 4467 Valve bodies have a single side cleanout. Bottom cleanouts can be furnished when ordered. They have two tapped and plugged bosses, one on the side opposite the cleanout and one on the bottom, suitable for %-inch steaming out connections. The bonnet bolts and nuts are zinc plated. Disc and seats: The body seat rings are brass and are screwed into the body. No. 4467 Valves in sizes 10 and 12-inch have pressed-in body seat rings. when the stuffing box is being repacked but which will not become detached and lost. The stuffing box is exceptionally deep and is filled with high grade packing. Repacking: These valves, when wide open, can be repacked while under pressure. Outside screw and yoke valves have a brass stem hole bushing, offering a better back seat for the stem and making this point non-corrosive. Indicator on Non-Rising Stem Valves: No. 4461 Valves are regularly furnished with an approved type indicator to show whether the valve is open or closed. No. 4467 Valves, not regularly furnished with an indicator, will be so equipped when specified on orders. The No. 4461 and No. 4465 Valves have a solid brass disc. The No. 4467 Valves are regularly furnished with a cast iron disc having brass seating faces; it is brass-bushed where it engages the stem threads. A solid brass disc can be furnished when so ordered. Stem: The brass stem is of liberal diameter and amply strong. Stem threads have long engagement in the disc or yoke sleeve. Outside screw and yoke valves have a tee-head disc-stem connection. Gland and stuffing box: These valves have a two.piece ball-type gland, consisting of a gland and a gland flange. This construction maintains an even load on the packing and prevents binding on the stem even when the gland bolt nuts are not pulled up evenly. Non-rising stem valves have through bronze bolts holding the stuffing box to the bonnet; the stem collar recess is brass-bushed, top and bottom, to minimize friction and to prevent corrosion. Out side screw and yoke valves have swinging gland eye bolts made of bronze, which move out of the way Flange dimensions and facing: The dimensions and drilling of the end flanges conform to the Ameri can Cast Iron Flange Standard, Class 125 (Biba1939). The flanges are plain faced, with a smooth finish. Drilling: Prices include facing and drilling to the American Cast Iron Flange Standard, Class 125. No deduction is made when valves are ordered faced only. Standards: Flanged valves conform to the Ameri can Standard for Face to Face Dimensions of Ferrous Flanged Valves (B16.10-1939) for 125-Pound Cast Iron Wedge Gate Valves. Flanged valves also conform to the American Petro leum Institute (A.P.I.) Standard No. 5-G-1, Second Edition, September, 1938, for 175-Pound Iron Pipe Line Gate Valves. Dimensions: Dimensions of these valves are the same as given for the regular line of Crane Standard Iron Body Wedge Gate Valves; see page 106. "Center to top" dimension for valves with indicator will be furnished on application. For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. r: C CRANE 469 Standard Iron Body Globe and Angle Valves For Marine Service WORKING PRESSURE 125 pounds saturated steam, water, or oil jcl No. 351 Globe, Flanged Brass Trimmed 2 to 16-inch No. 353 Angle, Flanged Brass Trimmed 2 to 16-inch No. 363 Cross, Flanged Brass Trimmed - 2 to 12-inch All sizes are suitablefor Class 11 Piping. Crane Standard I ron Body Globe, Angle, and Cross Valves are admirably suited for Marine service. Made with cast iron yoke-type bolted bonnet and cast iron body, the valves are brass fitted throughout. They have a screwed-in brass body seat ring, a solid brass disc, a Cast Manganese Bronze stem and yoke bushing, a brass stem hole bushing and gland, and silicon bronze gland bolt nuts. The disc is accurately guided throughout its travel by a guide stem operating in the bridge cast integral with the body seat ring. The gland is of the twopiece ball-type construction, consisting of a gland and a gland flange. For prices, dimensions, and complete description, see pages 149 and 150. Screw-Down Check Valves can be made to order; prices on application. 35 Standard Iron Body Swing Check Valves For Marine Service No. 373 Swing, Flanged Brass Trimmed 2 to 24-inch WORKING PRESSURE 125 pounds saturated steam, water, or oil These valves are sturdily constructed and well proportioned. The body is oval or globular in shape, providing an ample flow area around the disc when the valve is wide. open. The body and cap are cast iron. The body seat ring is brass, screwed into the body. The disc is solid brass on sizes 3-inch and smaller, and cast iron with a brass seat ing face on larger sizes. For prices, dimensions, and complete de scription, see pages 160 and 161. Valves with solid brass disc in sizes larger than 3-inch can be made to order; prices will be furnished on application. For Marine specifications, boiler feed service, general requirements, etc., see pages 466 and 461. 470 CRANE Adjusted Marine Pressure Ratings For Steel Valves, Fittings, and Flanges *A.S.A. ratings at 750 F. Marine steam ratings at 750 F. 150 Pound 100 lbs. 80 lbs. American Standard (A.S.A.) Pressure Class (All pressures are in pounds per square inch) 300 Pound 300 lbs. 250 lbs. 400 Pound 400 lbs. 350 lbs. 600 Pound 600 lbs. 525 lbs. 900 Pound 900 lbs. 800 lbs. 1500 Pound 1500 lbs. 1350 lbs. 2500' Pouni 2500 lfc| 2250 lbf Service Temperature Adjusted Marine Steam Service Pressure 450 F. 500 F. 550 F. 600 F. 650 F. 700 F. 750 F. 800 F. 850 F. 130 325 455 680 ' 1040 1755 2925 125 310 435 655 1000 1685 2815 115 300 1 420 630 960 1620 2700 105 285 400 600 920 1550 ' 2590 100 275 385 575 880 . 1485 2475- 90 260 365 550 840 1415 2365 80 250 350 525 800 1350 2250 70 205 280 435 665 1125 1875 55 165 235 350 530 900 1500 Saturated Steam Temperature Marine Pressures for External Feed Water and Blow-Off PipingJ 450 F. 500 F. 550 F. 600 F. 650 F. 270 380 565 865 1460 2435 545 835 1405 2345 800 1350 2250 ' 1290 2160 2060 *Carbon steel with Standard facings other than ring joint. Jin no case shall it be permissible to use valves, fittings, or flanges for feed and blow-off service which have a lower pressure rati than that required for steam service at 750 F. Revision per Table P-7-A, Supplement II, General Rules and Regulations, Bur. Marine lnspec. & Navigation, U. S. Dept, of Commerce. Dated May 5, 1939. Crane Co. manufactures an exceptionally complete supplies a large number of special steel products f assortment of Steel (Cast or Forged) Valves, Fit this service, including Screw-Down Check Valve tings, and Flanges, in a wide range of sizes and for Manifold Valves, Main Injection Valves, speci all pressure and temperature service. With few flanges like the one illustrated at the left, et. exceptions, all of these products as Complete information and detail' regularly supplied are eminently recommendations for proposed co, suited for Marine service when used struction will be furnished on r at the prescribed Marine pressure quest. ratings shown above. Pages 471 to 475 illustrate only a few of the regular Crane Steel Valves, Fittings, and Flanges that are pop ular for marine piping. Crane Co. Forged Steel Socket-Welding Flange Made in 150,300,400, and 600Pound pressure classes. Prices and dimensions on request. Steel Welding Fittings (Butt ar Socket-Welding) are listed and d scribed on pages 351 to 359. Forg Steel Screwed Fittings are listed at described on pages 337 to 342. CRANE 471 150-Pound Steel Valves, Fittings, and Flanges For Marine Service Cast Steel Wedge Gate Valves ^ Outside Screw and Yoke For Steam or Water No. 47 XR Flanged 2 Co 24-inch No. 471/2 XR Butt-Welding 2 to 24-inch These Gate Valves have a carbon steel body and bonnet, an Exelloy stem, a solid Exelloy or Exelloy faced disc, and No. 4q Nickel Alloy body seat rings. The body has straight-through ports. The disc guides are long and close fitting; a tee-head disc- stem connection is used. The No. 47 XR bonnet joint is plain faced, has a Flanged Granite gasket, and is fitted with Triplex Steel bolt-studs. For prices, dimensions, and, complete description, see pages 301 to 307. Valves with brass trimmings can be furnished when so ordered; prices on application. Cast Steel Globe and Angle Valves Plug Type--Bolted Bonnet For Steam or Water No. 143 XR, Globe No. 145 XR, Angle Flanged, 2 to 8-inch No. 143V2 XR, Globe No. 1451/2 XR, Angle Butt-Welding, 2 to 8-inch Crane 150-Pound Cast Steel Globe and Angle Valves have a carbon steel body and bon net, an Exelloy stem and body No. 143 XR, Globe seat ring, and a No. 49 Nickel Flanged Alloy disc. Sizes 6-inch and smaller have a plug type disc and seat; the 8-inch size has a flat seat and disc. The bonnet joint is the male and female type with Cranite gasket; it is fitted with Triplex Steel studs. For prices, dimensions, and complete description, see pages 321 to 326. Screw-Down Check Valves can be made to order; prices on application. Cast Steel Swing Check Valves For Steam or Water jy wily ' fj No. 147 X Flanged 2 to 12-inch No. 1471/2 X Butt-Welding . 2 to 12-inch These Cast Steel Swing Check Valves have a carbon steel body and cap, an Exelloy or No. 1471/a x Butc-Welding Exelloy faced disc, and an Exelloy body seat ring. The cap joint is the male and female type, with a corru gated soft iron gasket and Triplex Steel cap studs. For prices, dimensions, and complete description, see pages 332 to 33b. Brass trimmed Swing Check Valves are made to order; prices on application. Cast Steel Flanged Fittings Crane ' 150-Pound Cast Steel Flanged Fittings are made of carbon steel. They are available in a com plete assortment of types and in a wide range of both straight and reducing sizes. For prices, dimensions, and complete description, see pages 343 to 349. No. 525 D 90 Elbow Special angle elbows, base tees, tees with anchorage base, and other unusua1 fittings can be furnished to order; prices on request. Inquiries should be accompanied by drawings. Forged Steel Flanges No. 556, Screwed Flange Crane Forged Steel Flanges are made from high grade carbon steel billets. They are available in sizes P2 to 24-inch inclusive and in a wide assortment of types. See pages 361 to 367. No. 554, Slip-On Welding Flange No. 572, Cranelap Flange For marine service, screwed flanges are not regularly used in sizes larger than 2^-inch. Cranelap, Slip-On Welding, and Welding Neck Flanges are suitable for the service in all sizes. No. 568, Welding Neck Flange For adjusted Marine pressure ratings, see page 470. For Marine specifications, boiler feed service, general requirements, etc., see pages 4oO ana 6 . 472 CRANE 300-Pound Steel Valves, Fittings, and Flanges For Marine Service Cast Steel Wedge Gate Valves Outside Screw and Yoke For Steam or Water No. 33 XR or U, Flanged No. 33V2XR orU, Butt-Welding 1 to 24-inch Gate Valves have a Crane No. 4 Carbon-Molybdenum Steel body and bonnet, an Exelloy stem, and either Exelloy to No. 49 Nickel Alloy or Stellite-faced seat ing surfaces. The valves have straightthrough ports, long, closefitting disc guides, and a tee-head disc-stem connec No. 33 XR, Flanged tion. The male and female bonnet joint has a Cranite or corrugated soft iron gasket; it is fitted with Triplex or Templex Steel bolt-studs. Valves 14-inch and larger can be made with a ball-bearing yoke. For prices, dimensions, and complete description, see pages 301 to 307. Brass trimmed valves are made to order; prices on application. Cast Steel Globe and Angle Valves Plug Type . Bolted Bonnet For Steam or Water No. 151 XR or U, Globe No. 153 XR or U, Angle Flanged, 2 to 8-inch No. 15iy2 XR or U, Globe No. 1531/2 XR or U, Angle Butt-Welding, 2 to 8-inch Globe and Angle Valves have a Crane No. 4-Carbon- Molybdenum Steel body and bonnet, an Exelloy stem, and either No.. 49 Nickel Alloy to Exelloy or Stellite-faced seating sur faces. Sizes 6-inch and No. 151 XR, Globe smaller have a plug type Flanged disc and seat; the 8-inch size has a flat seat and disc, and ball-bearing yoke and gearing. The male and female bonnet joint has a Cranite or corrugated soft iron gasket and Triplex or Templex Steel bolt-studs. For prices, dimensions, and complete description, see pages 321 to 326. Screw-Down Check Valves can be made to order; prices on application. Cast Steel Swing Check Valves pQr Steam or Water No. 159 X, Flanged No. 1591/2 X, Butt-Welding 1K to 12-inch Swing Check Valves have a Crane No. 4 Carbon-Molyb denum Steel body and cap, an Exelloy or Exelloy faced No. 1591/2 XR Butt-Welding disc, and an Exelloy body seat ring. The male and female cap joint has a cor rugated soft iron gasket and Triplex Steel bolt-studs. For prices, dimensions, and complete description, see pages 332 to 336. Brass trimmed valves are made to order; prices on application. Cast Steel Flanged Fittings Crane 300-Pound Cast Steel Flanged Fittings are made of Crane No. 4 Carbon-Molyb denum Steel in a complete assortment of types and in a wide range of both straight and reducing sizes. For prices, dimensions, and complete description, see pages 343 to 349. n0, 401D 90 Elbow Special angle elbows, base tees, tees with anchorage base, and other unusual fittings can be furnished to order; prices on request. Inquiries should be accompanied by drawings. Forged Steel Flanges No. 291 E, Screwed Flange Crane 300-Pound Forged Steel Flanges are made from high grade carbon steel billets. They are available in sizes j/5 to 24-inch, inclusive, and in a wide assortment of types. See pages 361 to 367. No. 294 E, Slip-On Welding Flange No. 496 E, Cranelap Flange For marine service, screwed flanges are not regularly used in sizes larger than 2^-inch. Cranelap, Slip-On Welding, and Welding Neck Flanges are suitable for the service in all sizes. No. 296 E, Welding Neck Flange For adjusted Marine pressure ratings, see page 470. For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. CRANE 473 600-Pound Steel Valves, Fittings, and Flanges For Marine Service Cast Steel Wedge Gate Valves Outside Screw and Yoke For Steam or Water No. 76 XR or U, Flanged No. 76i/z XR or U, Butt-Weld 1 to 24-inch Gate Valves have a Crane No. 4Carbon-Molybdenum Steel body and bonnet, an Exelloy stem, and either Exelloy to No. 49 Nickel Alloy or Stellite-faced seat ing surfaces. The valves have straight- through ports, long, close fitting disc guides, and a tee-head disc-stem connec tion. The ring-type bonnet joint has a soft steel gas ket and Triplex or Templex Cross Section No. 76 XR, Flanged Steel bolt-studs. Sizes 6" and larger have a ball bearing yoke. For prices and dimensions, see pages 301 to 307. . Brass trimmed valves made to order; prices on request. Cast Steel Globe and Angle Valves Plug Type -- Bolted Bonnet For Steam or Water No. 171 XR or U, Globe No. 173 XR or U, Angle Flanged, 1J4 to 6-inch No. 17iy2 XR or U, Globe No. 173i/2 XR or U, Angle Butt-Welding, 1J4 to 6-inch Globe and Angle Valves have a Crane No. 4 CarbonMolybdenum Steel body and bonnet, Exelloy stem, and either No. 49 Nickel Alloy to Exelloy or Stellite faced seating surfaces. The ring-type bonnet joint has a soft steel gasket and Triplex or Templex Steel bolt-studs. Sizes j-inch and larger have a ball-bearing yoke and gearing. Cross Section, Globe No. 171 XR, Flanged For prices, dimensions, and complete description, see pages 321 to 326. Screw-Down Check Valves can be made to order; prices on application. Cast Steel Swing Check Valves For Steam or Water No. 175 X, Flanged No. 175 V2 X, Butt-Welding 134 to 12-inch Swing Check Valves have an alloy cast steel body and cap, an Exelloy or Exelloy faced disc, and Cross Section No. 175 X, Flanged Exelloy body seat ring. The ring-type cap joint has a soft steel gasket and Triplex Steel bolt-studs. For prices and dimen sions, see pages 332 to 336. Brass trimmed valves made to order; prices on request. Cast Steel Flanged Fittings Crane 6oo-Pound Cast Steel Flanged Fittings are made of Crane No. 4 Carbon-Mo lybdenum Steel. They are available in a complete as sortment of types and in a wide range of both straight and reducing sizes. For prices, dimensions, and com plete description, see pages 343 to 349. No. 845 D 90 Elbow Special angle elbows, base tees, tees with anchorage base, and other unusual fittings can be furnished to order; prices on request. Inquiries should be accompanied by drawings. Forged Steel Flanges No. 856 E Screwed Flange These flanges are made from high grade carbon steel billets. E -W?j- Flange2 They are available in sizes to 24-inch, inclusive, and in a wide assort ment of types. See pages 361 to 367. For marine service, screwed flanges larger than 2 x/i' are not regularly used; Cranelap, Slip-On Welding, and M K No. 862 E Cranelap Flange Welding Neck Flanges are used in all sizes. welding Neck Flange For adjusted Marine pressure ratings, see page 470. For Marine specifications, boiler feed service, general requirements, etc,, see pages 460 and 461. r 474 CRANE 600-Pound Forged Steel Globe and Angle Valves For Marine Service -- Outside Screw and Yoke Carbon Steel Valves. -- Union Bonnet For Steam or Water No. 3640 XR, Globe No. 3641 XR, Angle Screwed, 34 to J^-inch No. 3648 XR, Globe No. 3649 XR, Angle Socket-Welding, 34 and J-s-inch These are union bonnet, outside screw and yoke valves with plug type seat and disc. The bonnet and yoke are joined by long, fine threads to give the rigidity of one-piece con struction. The body, bonnet, and yoke are forged carbon steel: the latter is equipped with a Cast Manganese Cross Section No. 3640 XR, Globe Union Bonnet Bronze yoke bushing. The disc is Crane No. qq Nickel Alloy. The body seat ring Screwed and stem are Exelloy. Cad mium plated steel tee-head bolts hold the forged steel electrogalvanized one- piece gland and gland flange rigidly in place. The bonnet joint is fitted with a corrugated soft iron gasket. For prices, dimensions and complete description, see pages 314 and 315. Alloy Steel Valves -- Bolted Bonnet For Steam or Water No. 196 XR or U, Globe No. 197 XR or U, Angle Flanged, 34 to 2-incn These bolted bonnet, out side screw and yoke valves with plug type seat and disc have a body and bon net of forged No. 4 CarbonMolybdenum Steel; the joint is the male and female type. Their stem is Ex elloy. The gland, made of cast manganese bronze, is the two-piece ball-type. No. 196 XR, Globe Bolted Bonnet Flanged XR" trimmed valves have a Crane No. 4Q Nickel Alloy disc and an Exelloy,body seat ring. In "U" trimmed valves, these parts are Stellite-faced alloy steel. Triplex or Templex Steel bolt-studs are used. For prices, dimensions, and complete description, see pages 316 and 317. For adjusted Marine pressure ratings, see page 470. For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. Carbon- Steel Valves -- Bolted Bonnet For Steam or Water ' No. 3644 XR, Globe No. 3645 XR, Angle Screwed, 34 to 2-inch No. 3652 XR, Globe No. 3653 XR, Angle Socket-Welding 34 to 2-inch No. 3656 XR, Globe No. 3657 XR, Angle Flanged, 34 to 2-inch These valves have a body and one-piece yoke-bon net made of forged carbon steel; the yoke is fitted with a Cast Manganese Bronze yoke bushing. The plug type disc and seat, especially suitable for throt tling,- consists of a Crane No. 4q Nickel Alloy disc and an Exelloy body seat ring. The stem is also Exelloy. .1 The male and female Cross Section No. 3644 XR, Globe Bolted Bonnet, Screwed bonnet joint is equipped with a corrugated soft iron gasket and Triplex Steel studs. Cadmium plated steel tee-head bolts hold the forged steel electrogalvanized one-piece gland and gland flange rigidly in place. For prices, dimensions, and com plete description, see pages 314 and 315. High Pressure Bar Stock Valves Furnished with either female or male and fe male ends, these small, rugged Bar Stock Globe and Angle Valves are made of steel, Exelloy, or 18-8 Mo Alloy. They have a screwed bonnet and insidestem threads, and are suitable for a wide variety of service on lines not subjected to high temperature. Steel Valves have a steel body, bonnet, packing nut, and gland, and an Exelloy stem. Cross Section Globe. Female Steel, Exelloy, or 18-8 Mo In Exelloy Valves, these parts are made of Exelloy; and in 18-8 Mo Alloy Steel Valves, of Crane 18-8 Mo Chrome-Nickel-Molyb denum Alloy Steel. .Full details on page 310. CRANE 475 600-Pound Cast Steel Wedge Gate Valves For Marine Service -- Small Sizes Union Bonnet Valves Outside Screw and Yoke For Steam or Water Bolted Bonnet Valves Outside Screw and Yoke For Steam or Water No. 3606 W, Screwed Y to %-inch These boo-Pound Cast Steel Wedge Gate Valves, small, compact, and strong, are the outside screw and yoke type with union bonnet. They have a tee-head disc-stem connec tion. The valves have a body, bonnet, and yoke cast from high quality carbon steel. The disc and seat are hardened stainless steel. The stem is Cross Section No. 3606 W, Screwed Union Bonnet Exell'oy. ' Cadmium plated stee.l tee-head bolts hold the forged steel electrogalvanized one-piece gland and gland' flange rigidly in place. Bonnet joints are fitted with a soft iron gasket. Sizes Yi and p4-inch have a male and female type joint; smaller sizes have an integral bonnet ring. For prices, dimensions, and complete description, see pages zqS and zqq. No. 3607 W, Screwed No. 3611W, Flanged No. 3615 W, Socket-Welding Y to 2-inch These sturdy bolted bonnet gate valves have a onepiece bonnet and yoke and a tee-head disc-stem con nection. The body, bonnet, and yoke are cast from high quality carbon steel. The stem is Exelloy. .Cadmium plated steel tee-head bolts hold the forged steel elec trogalvanized one-piece gland and gland flange rigidly in place. The bonnet joint is the male and female type and is fitted with a soft iron Cross Section No. 3607 W, Screwed Bolted Bonnet gasket. The valves have Triplex Steel studs. For prices, dimensions, and complete description, see pages 2p8 and zqq. 600-Pound Steel Check Valves For Marine Service -- Small Sizes Forged Steel Lift Check Valves Cast Steel Swing Check Valves For Steam or Water For Steam or Water Union Cap No. 3670 X, Screwed to %-inch No. 3678 X, Socket-Welding 34 and %-inch Cross Section No. 3674 X, Screwed Bolted Cap horizontal check valves. Bolted Cap No. 3674 X, Screwed No. 3682 X, Socket-Welding No. 3686 X, Flanged Y to 2-inch These are high quality, exceptionally sturdy Their body and cap are Thesesmallsize, 6oo-Pound Cast Steel Swing Check Valves have a 450 bolted cap. The body and cap are cast carbon steel. The disc and screwed-in body seat ring are Exelloy. The cap joint is the male and female type, fitted with a corru Swing Check Valve With 45 BoJced Cap Flanged, Y to 2-inch gated soft iron gasket and Triplex Steel cap-studs. End flanges conform to the 6oo-Pound American Standard. Prices on application. made of forged carbon steel. The disc and seat are made of Exelloy. Union cap valves are made in sizes Tt to 34-inch. Bolted cap valves, made in sizes to 2-inch, secure maximum compactness through the use of Triplex Steel studs; the joint is the male and female type. Both joints are strong and tight yet easily dismantled or reassembled. They are equipped with a corrugated soft iron gasket. Size % 34 1 |1%|1%1 2 *Face to face Center to top ey2 7% 8% 110% 11% 12% 3% 4 4%| 5 5i/2 6% Diameter of flange %3 4% 4y8 1 51/4 6Vs 6% *Thickness of flange 9/l6 s/s WlsPVlS % 1 Diameter of male face l3/8 l11/l6 2 121/2 2/8 3% Diameter of bolt circle 31/4 4y2 5 No. and dia. of bolts 4-% 4-% 4-% |4-s/s 4-% 8-% For prices, dimensions, and complete description, see pages 328 and 329. the thickness of flange dimensions do not. For adjusted Marine pressure ratings, see page 470. For Marine specifications, boiler feed service, general requirements, etc., see pages 460 ana 4b1. 35 sp 476 CRANE Brass Chronometer Valves for Marine Service WORKING PRESSURE 250 pounds saturated steam All sizes are suitablefor Claps II Piping. Screwed valves 2" and smaller andflanged valves all sizes are suitable for Class I Piping. Service recommendations: MSS 250-Pound SP Bronze Crane Brass Chronometer Valves Flange Standard, No. SP-2- Cross Section No. 4382 Screwed are designed for regulating and governing purposes and should not be used as stop valves. They open or close completely in one-eighth 1Q37. They are plain faced, with two V-shaped concentric grooves between the port and No. 4383 Flanged the bolt holes. Prices include drilling to the MSS' turn of the lever. The adjusting screw at the stem 250-Pound Standard, and spot facing. No deduction- end is used to vary the pressure of the disc against is made if valves are ordered faced only. the seat bearing, so that easy operation can be obtained when desired. With proper adjustment, Full face gaskets should be used; see page 567. the valves can be operated by a float. Larger sizes: Valves 3-inch and larger can be Materials and construction: The valves have a furnished to order; prices on application. body, cap, disc, stem gland, and. packing nut made of 'brass. The lever is made of malle able iron. Sizes' 1 j^-inch and smaller have a screwed cap;-larger sizes have a bolted cap. List Prices, Each, and Dimensions, in Inches Size Inches [ V2 1 3A 1 1 IV4 U/2 2 No. 4382, Screwed | 51.00 | 51.00 | 51.00 75.00 75.00 150.00 No. 4383, Flanged, F.D. & S.F. | | 68.00 | 68.00 | 100.00 ! 100.00 195.00 End to end, Screwed 1 51/4 1 51/4 1 51/4 6V2 6V2 83/4 Face to face, Flanged 11 1 7 7 93/4 Center of valve to top 1 53/4 1 53/4 1 53/4 7 7 81/2 Center of stem to end of handle! 4% 1 43/4 1 43/4 6V4 6V4 71/2 Diameter of flange 11 1 51/4 eys &y2 21/2 225.00 290.00 103/4 ll3/4 93/4 83/4 71/2 Flanged valves: End Thickness of flange 1 1 17/32 9/lfi % 'Vie flanges conform to the Templates for drilling.. . .page 550 Main Injection Valves Overboard Discharge Valves Manifold Valves No. 4347 iron Body Main Injection Valve Brass Trimmed -- Class II No. 4377 Iron Body Overboard Discharge Valve Brass Trimmed -- Class II Manifold Valves Cast Steel Crane Main Injection Valves are made in a wide range of sizes, in both angle and cross patterns. The valves are regularly furnished with brass trim ming. They can be supplied with either iron or cast steel body and bonnet. Crane Overboard Discharge Valves are available in a complete range of sizes, in either globe pattern (No. 4377) or angle pattern (No. 437p), as ordered. The valves have a cast iron body and cap, and a bronze disc, seat ring, and stem. The latch is malleable iron, and the ball is cast iron. Cast Steel Valves also can be furnished when ordered. Crane Manifold Valves, j made of brass, Ferrosteel, or , cast steel, are ideal for the | transfer of cargo oil, bilge 4 water, or salt water from | one point to another. Full details on types and * sizes will be furnished on request. Prices and dimensions of Main Injection, Overboard Discharge, and Manifold Valves furnished on application* CRANE 477 Marine Brass and Steel Pop Safety Valves Brass--With Inside Spring For Steam or Air Steel--With Outside Spring For Steam Top Outlet with Wire Seal No. 2500 For Steam No. 2550 For Air Side Outlet with Wire Seal No. 2501 For Steam No. 2551 For Air Top Outlet with Lock No. 2502 For Steam No. 2552 For Air Side Outlet with Lock No. 2503 For Steam No. 2553 For Air No. -2531 Side Outlet Male Inlet No. 2534 Side Outlet Female Inlet Brass valves for steam: The Nos. 2500, 2501. 2502, and 2503 Brass Pop Safety Valves in sixes 2-inch and smaller only are suitable for Marine service (not boilers) on steam up to 150 pounds at 366 F. For prices and .dimensions, see page 385. These valves can be made special, when so ordered, for steam up to 250 pounds at 406 F.; prices will be furnished on application. Brass valves for air: The Nos. 2550, 2jyi, 2552, .and 2553 Brass Pop Safety Valves in sixes 2-inch and smaller only are suitable for Marine service on air up to 150 pounds at 366 F. For prices and dimensions, see page 387. These valves can be made special, when so ordered, for air up to 250 pounds at 400 F.; prices will be furnished on application. Steel valves: The No. 2531 and No. 2534 Cast Steel Pop Safety Valves shown on page 391 are well suited for Marine service.. They have an outside spring, making them suitable for high temperature steam. The valves are made in sizes V* to 2-inch. Marine Brass Relief Valves With Inside Spring For Steam, Water, or Oil No. 2600 Nale Inlet Top Outlet With Cap. No. 2601 Male Inlet Side Outlet With Cap No. 2602 Male Inlet Side Outlet With Wheel These valves, sizes 2-inch and smaller only, are suitable jor Marine service; jor prices and dimen sions, see page 397 No. 2603 Male Inlet Side Outlet WithLock-upCap No. 2604 Female Inlet Side Outlet With Cap No. 2605 Female Inlet Side Outlet With Wheel Steam: For steam, the Nos. 2600, 2601, 2603, and <2604 Valves can be used, on pressures up to 150 Pounds at 366 F. These valves can be made special, when so ordered, tor steam up to 250 pounds at 406 F.; prices are furnished on application. Oil or water: For oil or water, the Nos. 2691, 2602, 2603, 2604, and 2605 Valves can. be used, on pres sures up to ryo pounds at 366 F. They can be made special, when so ordered, for oil or water up to 250 pounds at 406 F., or up to 300 pounds at 200 F.; prices on application. For Marine specifications, boiler feed service, general requirements, etc., see pages 460 and 461. 478 CRANE Marine Brass Relief Valves Outside Spring Type SET PRESSURE RANGE 10 to 250 pounds steam, 450 F. 10 to 300 pounds water or oil, 200 F When ordering, be sure to specify the set pressure. Relief valves on steam service should always be set io per cent above the normal work ing pressure; and on liquid service, 25 per cent above the working pressure. Cross Section No. 2621 Male Inlet No. 2621 Female Inlet No. 2624 Prices offlanged valves include facing and drilling to the MSS Standard, and spot facing. No deduction is made when valves are ordered faced only. Flanged Inlet and Outlet No. 2628 Cross Section, No. 2628 List Prices and Dimensions, in Inches Features of design': These valves have been particularly designed for marine, service. Size (Size of Inlet) No. 2621 No. 2624 No. 2628, F.D. & S.F. Inches Vz i % i i iy4 lVz 2 21/a 3 Each 13.75 15.00 18.25 21.00 26.50 37.00 Each 13.75 15.00 18.25 21.00 26.50 37.00 Each 100.00 125.00 160.00 200.00 Their exposed' springs Size of Outlet Vz 3/4 1 iy iy2 2 2% 3 make . them suitable for Female inlet high temperature service. Center to end Male inlet m/is 2 23/ifi 2% 2% 3Vis 27/ig 2% 3Vi6 3* Vie 4 411/16 An adjustable blow-back regulating ring is pro vided for adjusting the blow-down of pressure Screwed outlet Center to face, flanged valves Screwed valves Center to top Flanged valves IVis ls/is 5% 5% 1% 2Vie 7 8% 2% 4 9% 10% 2% 4% 11% 13i/g 51/2 16% 6 20 when changing or regulating the set pressure. The Valves for oil or water have rolled naval brass stems, adjustment of this ring may be made from the out and stuffing boxes around the stems. Lifting levers side, without interfering with the setting of the permit manual operation of the valves. valve. A huddling or pop chamber is formed under Flanged valves: The inlet flange conforms to the the extended lip of disc, insuring a snappy action. MSS 300-Pound SP Bronze Flange Standard, No. SP- All valves have renewable seats. Valves for steam 2-1937. The outlet flange conforms to the MSS 150- service have steel stems and no stuffing boxes. Pound SP Bronze Flange Standard No. SP-2-1937. Templates for drilling.. . .page 550 Iron Body Relief Valves Inside Spring Outside Spring Fusible Plugs Long Pattern Special Iron Body Relief Valves of the inside spring type (see illustration at the left) can be supplied for Mar ine service. They are made in sizes to 5-inch with flanged inlet and either screwed or flanged outlet. Water Side Plug Inside Type Fire Side. Plug Outside Type Outside Spring Relief Valves No. 1113 (shown at the right) and No. 1114 are suitable for steam, water, or oil. They are described in detail on page 404. For Marine service, Outside Spring Relief Valves can be set at a maximum of 250 pounds at 406 F. or at a maximum of 300 pounds at 200 F. These plugs are regularly suited for Marine service. The complete line (see page 437) includes Fire Side Plugs, No. 4752 and No. 4752 L with oversize thread, and Water Side Plugs, No. 4753 and No. 4753 L with over size thread. For Marine specifications, boiler feed service, general requirements, etc,, see pages 460 and 461. CRANE Valves and Fittings for Ammonia 479 Description...........................................................................................page480 Globe and Angle Valves..........................................pages 480 and 481 Expansion Valves...............................................................................page482 Check Valves.......................................................................................page482 Liquid Gauges.................................................................................... page483 Flanged Fittings................................................................................. page483 Boyle Flange Unions...................... .......................................... page 484 Flanges................................................................................................. page484 Return Bends...................................................................................... page483 Atmospheric Condensers.................................................................. page485 Double Pipe Condensers and Brine Coolers................................. page486 Double Pipe Water Coolers..............................................................page486 * Double Pipe Fittings............................................... pages 486 and 487 Gaskets.................... page 485 Dimensions.......................................................................................... page488 For greater convenience, the following valves and fittings, suitable for ammonia, are shown in other sections of this catalog because of their adaptability to general piping service: Screwed Fittings........................................................ pages 1 90 and 191 Bushings....................................................................... pages 226a2n2d7 Plugs.............................................................................................. page 228 Wrought Couplings.....................................................................page 22Q Wrought Steel Nipples.......................... page 230 Screwed Unions...........................................................pages 246a2n4d7 Flange Unions............................................................................. page 252 Combination Elbows..................................................................page 252 Welding Fittings..........................................................pages 351 to 360 Relief Valves................................................................................page 401 Pressure Gauges..........................................................pages 438a4n3d9 Fabricated Double Pipe Heat Exchangers page 619 36 480 CRANE Valves and Fittings For Ammonia Pages 481 to 488 illustrate Crane piping equipment for ammonia refrigeration. This line includes valves; flanged or screwed fittings; flanges and unions; return bends and other fittings for coils and condensers; and return bends and fittings for double pipe condensers, brine'coolers, and heat exchangers. Service recommendations: This line is especially recommended for high pressure ammonia refrigera tion service. However, it is also admirably suited for use on air, gas, oil, or chemicals, or in special process work where heavy, all-iron construction is desired. Construction: Every detail of design, construc tion, and workmanship is directed toward-producing piping 'materials that are uniquely adapted to conveying deadly or hazardous gases. AH'valves and fittings are unusually massive and rugged, to provide a high margin of safety against accidents. Flanged valves and fittings have tongue and groove faces, to assure tightness at the joints and as an added precaution against blowing out gaskets. Screwed valves and fittings have long threads, and are recessed to enable soldering the joints. All valves and fittings recommended for ammonia .(except flanges) are tested to 300 pounds air under water. Metals: Ammonia valves and fittings are made of Crane Ferrosteel, screwed fittings of malleable iron, and flanges of forged steel or malleable iron, depend ing on the size and style. Valves are'all-iron, with steel stems, and have special lead disc faces or steel discs. No copper or brass is used in their construction, being unsuitable for use on ammonia. Interchangeability: Flanged valves have the same center to face and face to face dimensions as flanged fittings. For example, a flanged globe valve can be substituted for a flanged tee; a flanged angle valve, for a flanged elbow. This is an important feature when quick changes are necessary. Rugged steel stem Heavy stem ring locked to disc Special lead face rolled into disc Unusually deep stuffing box filled with high grade packing Pressure-tight joint when valve is wide open i i The construction of Crane Ammonia Globe and The disc is held to the stem by a threaded stem ring; Angle Valves, illustrated above, is especially suited the stem ring is locked to the disc, preventing the to conveying noxious gases. disc from becoming detached in service. Disc and seat: The disc has a Special Lead face, Stuffing box: The stuffing box is unusually deep, securely rolled into a machined dovetail in the disc. and is filled with high grade packing. : The face seats upon a crowned face in the body, assuring tightness in service. The stem is provided with a tapered, machined shoulder, which seats against a machined chamfer in Where high temperature or corrosive action prevent the bonnet when the valve is wide open. This, the use of lead, the valves can be furnished with a removes pressure from the packing, assures tightness j case-hardened steel disc and a steel seat ring, at the stuffing box, and enables repacking the valve 1 illustrated on the opposite page. when wide open and under pressure. CRANE 481 Ferrosteel Globe and Angle Valves for Ammonia 300 pounds ammonia working pressure 300-pound air-under-water test Bolted Bonnet Valves with Special Lead Disc Size . List Prices Inches | V* j % | Vz j 3A 1 P/4 1 Wz 1 2 2i/2 j 3 j 3i/2 4 Flanged Valves Style of flanges *No. 1501 or No. 1503 | Oval Square | Round Each| 6.00| 6.50| 7.00 |8.00 9.00 |15.00|16.00|19.00|28.50|43.20|55.80|72.00 Screwed Valves No. 1504 or No. 1505 Each| 3.50 |4.50 |5.00 |5.50 6.00 7.50| 9.00|12.00116.00|21.00| Extra for Steel Disc and Seat Ring Per Valve| 3.30 | 3.55 | 3.85 | 4.30 j 4.85 | 6.40| 6.80| 8.00112.00|18.25|23.50|30.50 *List prices of Flanged Valves include facing and drilling but not companion flanges, bolts, or gaskets. The valves listed above can be furnished with a case- When so equipped, and when a suitable stuffing box hardened steel disc and a steel seat ring, as illus- packing is used, the valves are recommended for air trated; extra list prices are shown in the table, or gas working pressures up to 2jo pounds at 500 F. Description . . . .page 480 Dimensions. . . .page 488 Companion Flanges. . , .page 484 36 Union Bonnet Valves with Plug Type Disc No. 1504l/2, Globe Screwed List Prices Size Inches | 1/ 1 % 1 V4 1 % 1 No. 15041/2 or No. 1505i/2 End to end. Globe Center to end. Angle Dimensions Center to top. Open Length of T-Handle Each| 3.00 1 3.60 1 4.00 1 4.40 5.00 Inches | 3 1 31/4 1 3l/2 1 4 4i/z Inches | 1% 1 1% 1 1% 1 2 21/4 Inches | 6i/2 1 6% 1 63/4 1 8W 1 81/2 Inches | 4% 1 41/2 1 41/2 1 6 6 These valves have a plug type disc, integral with the steel stem. They may be reground without re moving them from the line. No. 15051/2, Angle Screwed 482 CRANE Ferrosteel Expansion Valves for Ammonia Cross Section Rising Stem Globe, Screwed No. 1519% Rising Stem No. 1519 Non-Rising Stem Angle, Screwed No. 1519% Rising Stem No. 1519% Non-Rising Stem Globe, Flanged Tongue and Groove No. 1513 Rising Stem No. 1511 Non-Rising Stem Angle, Flanged Tongue and Groove No. 1517 Rising Stem No. 1515 Non-Rising Stem Cross Section ; Non-Rising Stem : List Prices Size Inches 1 V* %!% Flanged Valves Style of flanges *No. 1511, No. 1513, No. 1515, or No. 1517 Screwed Valves No. 1519, No. 15191/4, No. 1519%, or No. 1519% ! Oval Each| 6.00 | 6.50 | 7.00 Eachj 4.75 | 5.50 | 6.00 *List prices oj Flanged Valves include facing and drilling but not companion flanges, bolts, or gaskets. % 8.00 6.80 ii | Square | 9.00 | 7.50 Rising Stem Valves have a needle-point stem. The stem has fine, close fitting threads, permitting veryaccurate adjustment. These valves are particularly recommended for short lines. NomRising Stem Expansion Valves have a combina tion special lead and needle-point disc. Fine stem : threads permit a close adjustment. However, the disc is not integral with the stem; therefore, these ; valves are recommended for long lines where minute ; adjustment is unnecessary. Ferrosteel Check Valves for Ammonia 300 pounds ammonia working pressure 300-pound air-under-water test Cross Section No. 1507%, Horizontal Screwed Crane Ammonia Check Valves are constructed with a dash pot that 'effectively' cushions the disc in service, thereby materially increas ing the life of the valve. Sizes \]4r inch and larger have a piston ring; smaller sizes have a grooved piston without ring. No. 1507%, Horizontal Screwed Size List Prices, Each Inches % % 1 HA 1% 2 2% Flanged Style of flanges Valves *No. 1507 Oval Square 8.70 10.00 11.20 18.50 19.80 23.50 34.70 Screwed Valves No. 1507% 6.80 7.25 8.00 10.75 12.40 15.40 *List prices of Flanged Valves include facing and drilling but not companion flanges, bolts, or gaskets. No. 1507, Horizontal Flanged Tongue and Groove .3 53.50 3% Round 68.40 4 89.00 Dimensions.... page 488 Companion Flanges. . . page 484 ^ CRANE 483 Ferrosteel Flanged Fittings for Ammonia 300 pounds ammonia working pressure ' 300-pound air-under-water test Tongue No. 1521 90 Elbow Tongue and Groove List prices include facing and drilling but not companion flanges, bolts or gaskets. No. 1523 Tee Tongue and Groove Description .. . .page 480 Dimensions.. . .page 488 Companion flanges. . . .page 484 Screwed Fittings .. . .pages 190 and 191 Style of Flanges Oval Square Round List Prices Size Inches No. 1521 90 Elbows Each Va % % % 1 Wt 1V2 2 2V2 3 31/2 4 1.00 1.25 1.40 1.75 2.00 2.25 2.50 3.00 5.50 10.00 13.50 15.00 No. 1523 Tees Each 1.50 1.75 1.95 2.20 2.50 3.70 3.75 4.00 8.00 17.00 21.00 23.50 Return Bends For Atmospheric Ammonia Condensers or Pipe Coils 300 pounds ammonia working pressure 300-pound air-under-water test Size Inches 1V4 1V4 2 2 2 2 2 List Prices Center to center Inches No. 1559 Flanged Each No. 1570 Divided Each 4 1.90 2.50 6 2.40 2.70 3VZ . 4.40 4 4.75 *4% 6 8 2.60 5.00 2.85 6.00 3.40 1 No. 1559 Flanged Tongue and Groove Ferrosteel No. 1570 Divided Screwed Ends Malleable Iron No. 272 E Screwed No. 1564 Screwed Malleable Iron See page 190 Prices of Flanged Return Bends include facing and drilling but not companion flanges, bolts, or gaskets. *Flanges: Because of short center-to-center dimen sion, the 2 x 4Fg-inch Flanged Return Bends require Mo. 1582H and No. 1583J4 Flanges; see page 484. All other sizes require the regular No. 1547 and No. 1545 Flanges. Combination elbows: No. 1570 Bends can be divided, and used as combination screwed and flanged elbows; one return bend and one No. iy8q Union (page 232) enable making two complete com bination elbows with flange, bolts, and gasket. dimensions.. ,, .page 488 Companion flanges.. . .page 484 All-Iron Liquid Gauges for Ammonia With Special Lead Seat 300 pounds ammonia working pressure -- 300-pound air-under-water test Size List Prices Liquid Gauge, with 15" centers, complete No. 15861/2 Extra for each inch over 15", up to 24" Valves, only Parts Glasses, only (%" outside diameter), for 15" centers Guards, only, for 15" centers No. 1586i/2 Rubber Gauge Glass Gaskets, only Flat Steel Gauge Glass Washers, only Steel Stuffing Box Washers, only Inches Each Each Each Each Each Each Each % 25.50 .37 11.65 .35 1.65 .05 .05 .25 % 25.50 .37 11.65 .35 1.65 .05 .05 .25 No. 1586i/2 Liquid Gauge The Gauge Valves have a ball check valve in their inlet end. Should a glass tube be broken, the check valves close instantly and automatically, preventing the escape of ammonia. Ammonia Pressure Gauges.. . .page 438 Ammonia Relief Valves.. . .page 401 36 484 CRANE Flanges for Ammonia 300 pounds ammonia working pressure No. 1547 Screwed Flange Tongue No. 1555 Blind Flange Tongue No. 1549 Reducing Screwed Flange Tongue Boyle Flange Unions 300 pounds ammonia working pressure No. 1545 Screwed Flange Groove No. 1557 Blind Flange. Groove No. 1551 Reducing Screwed Flange Groove Unless otherwise ordered, flanges are furnished without bolts or gaskets. 34 to 3-inch are forged steel; 334 and 4-inch are malleable iron. List Prices Screwed and Blind Flanges Style of Flange Size Inches No. 1545, No. 1547, No. 1555, or No. 1557 With Bolts and Gasket Each Without Bolts or Gasket Each Oval Square Round % 3/s Vt V 1 lVi 1% 2 2% 3 3% 4 .50 .55 .70 .90 1.20 1.25 1.50 1.70 3.00 3.75 4.25 5.00 .40 .45 .50 .65 .95 1.00 1.20 1.40 2.50 3.00 3.50 4.25 Special Forged Steel Screwed Flanges No. 1582% Tongue ' No. 1583% Groove List Prices Style Size of Flange Inches With Bolts and Gasket Each Without Bolts or Gasket Each Oval Square i i% 2 .65 .75 1.00 .50 .60 .85 The No. 1582% and No. 1583% Special Screwed Flanges have smaller overall dimensions than regular flanges, and are used on the following: 2 x 4-%" No. 1559 Return Bends (p. 483). No. 1591 >2 Flange Unions (p. 252). No. 1529 Combination Elbows (p. 252). List Prices Reducing Screwed Flanges Style of Flange Size Inches No. 1549 or No. 1551 With Bolts and Gasket Each Without Bolts or Gasket Each Oval % X Vi % x Vs % x% Vi X % Vi x3/g Vi x y4 1 X Vi 1 X% 1 x Vs 1 X% 1%X 1 1%x3/4 1% x % 11/4x3/8 WixVi ' .55 .70 .90 1.20 1.25 .45 .50 .65 .95 1.00 Square I% x 1% 1% X 1 I % x Vi 2 x 1% 2 x.1% 2 x1 2 x Vi 2 x% 2 x% 2 x% 2% x 2 2% x 1% 1.50 1.70 3.00 1.20 1.40 2.50 Round 2% x 1% 3 x 2% 3 x2 3 x 1% 3% x 3 3% x 2% 3% x 2 3.75 4.25 3.00 3.50 ' 4 x 3% j 4 x2 No. 1585 Cast Iron Boyle Flange Union 1 List Prices Style of Flange Size No. 1585 Inches Each Vi 1.05 Oval % 1.15 % 1.35 Vi 1.60 1 1.95 lVi 2.65 Square 1% 3.10 2 3.70 2% 6.25 Round 3 9.50 Tongue and Groove Flange Unions No. 1589 The No. 1589 Unions are equipped with a Cranite gasket and are recommended for 300 pounds am monia working pressure; see page 252. An unusually compact union for pipe coil work, the No. 1591%, and a Combination Elbow, the No. 1529; also are shown on page 252. For dimensions of regular screwed, blind, and reducing > screwed flanges, see page 488. For extra charge for bolting on ; companion flanges, see the : Crane Discount Sheet. | r\ CRANE Atmospheric Ammonia Condensers .... -sgp*- - 485 The illustrations below show two common types of flanged, screwed, or divided return bends, or cornatmospheric condensers, and indicate the application ' binations of all three; if welded joints are preferred, of the return bends and fittings shown on page 483. welding fittings (see pages 351 to 359) and flanges Either type, or any other type, can be made with (seepages 361 to 367) can be used. No. 1501 No. 1564 No. 1501 Atmospheric Condensers The atmospheric condenser shown on the left is the simplest type of ammonia condenser, the hot gas from the compressor entering at the top and the condensed liquid ammonia leaving at the bottom. These condensers are usually made of 2-inch Stand ard weight pipe, 20 feet long, and 18 or 20 pipes high. However, they can be built of any weight or length of pipe, and any number of pipes high. Each stand of condensers should have a galvanized water trough made in two sections, with adjustable trough supports for leveling. No. 1501 Atmospheric Condensers With Three Preliminary Pipes The ammonia condenser shown on the right is of the atmospheric type with a three-pipe prelimi nary cooler at the lower part of the coil. The hot gas enters at the bottom, where it is partly cooled by the water which has already passed over the main condenser. The partially' cooled gas then passes to the top of the coil and meets the coldest condensing surface where the actual process of condensation begins. Gaskets for Ammonia 36 The tongue and groove dimensions of all flanged am monia valves, fittings, and flanges are the same for each corresponding pipe sizes. Gaskets, therefore, are inter changeable; both the Cranite and lead are JT6-inch thick. Cranite Gaskets for Tongue and Groove Joints Gaskets for Boyle joints are made of rubber, canvas wrapped; they are used in Boyle Unions and in certain double pipe return bends and tees. List Prices and Dimensions Size Inches| Vi 1 % 1 V2 1 % 1 1% 1 1% 1 2 1 21/2 3 31/2 1 4 OO y--i \f> 00 Tongue Cranite and Lead Groove I.D. Gaskets O.D. Rubber Per Dozen! .25 | .30 | .30 | .40 .40 .50 .50 |.55 | .60 .70 Per Dozen! -45 j .50 | .50 | .70 .90 1.25 1.25 |1.50| 1.70 1.85 |2.15 |2.40 Inches|i%2l2%2l 7/s i iy8 1% Il11/i6|l15/i6|27/i6|215/r6 39/l6 4Vis 1 49/is Inches|3V^2|l%2|l%2|l1%2il2%2i 2%2 |215/32|33/32|32l/32 4%2 427/32|515/32 Per Dozen|1.40|1.60|1.85| 2.10 2.60 5.00 5.30 18.10113.20 16.80 21.00|26.00 Wrapped I.D. Inches! Vis flVisflVisI W16 l"/32 NVisIlWisliVis^V^ 39/is 4Vis|49/is Boyle O.D. Inches! 1 | V/g | IV4 | li/2 l13/is 21/4 2y2 |3y8|3iy16|4s/I6 4% | 51/2 Gaskets Thickness Inches| Vi 1 Vi 1 Vi 1 Vi V* % % 1 % 1 y2 Wt % 1 V2 Rubber Gaskets for Boyle Joints \ 486________________________________ CRANE Ferrosteel Double Pipe Fittings W Crane Double Pipe Fittings, shown on the opposite page, are designed especially for use in heat ex changers, ammonia condensers, brine coolers, water coolers, and similar coils formed of two sets of pipes, one placed inside of the other. With Crane fittings, the inside and outside pipes are entirely independent of each other, and are free to expand or contract independently without danger of straining the" joints. The fittings can be de mounted easily and quickly for cleaning or repairs. Service recommendations: No. 1565 Double Pipe Return Bends, No. 15:71 Double Pipe Tees, and No. 1369 Return Bends are recommended for heat exchangers. They are equipped with special groove flanges and Cranite gaskets, and the stuffing boxes are packed with special asbestos rings. No. 1565 and No. 1571 are recommended for the following working pressures: 300 pounds ammonia 300 pounds water, gas, or air, 300 F. 230 pounds oil or steam, 500 F. No. 1569 Return Bends are recommended for: 175 pounds water, oil, or gas, ioo F. 125 pounds saturated steam 25 pounds oil, 300 F. No. 1575 Double Pipe Return Bends, No. 1581 Double Pipe Tees, and No. 1374 Return Bends are recommended for ammonia condensers and brine coolers. All joints are Boyle rubber with the excep tion of the outlet of the No. 1381 Tee, which has a regular groove for tongue and groove joint. The.No. 1574/4 Union Return Bend can be used instead of, the No. 1374 Boyle Return Bend. No. 1373 and No. 1381 are recommended for the following working pressures: 300 pounds ammonia 300 pounds water, air, or gas, 300 F. No. 1374 Boyle Return Bends are recommended for 173 pounds cold water, while No. 1574FS2 Union Return Bends are recommended for 173 pounds cold i water or 123 pounds saturated steam working ' pressures. No. 1373J4 Double Pipe Return Bends and No. 1373/4 Double Pipe Tees are recommended for water coolers. They are equipped with rubber gaskets. They are recommended for 123 pounds saturated steam or 173 pounds cold water working pressures. Test pressures: No. 1363, No. 1371, No. 1373, and No. 1381 are tested to 300 pounds air under water. The other fittings shown on the opposite page are given a 230-pound hydrostatic test. Application: The illustrations below show the application of double pipe fittings for ammonia condensers, brine coolers, and water coolers. The application of fittings for heat exchangers is shown in the section of this catalog devoted to Fabricated Piping; see page 619. Fittings for Double Pipe Ammonia Condensers and Brine Coolers CRANE Ferrosteel Double Pipe Fittings >* 487 For Ammonia Condensers, Brine Coolers, and Heat Exchangers For Water Coolers y--rrrffifl*, Cross Sections Showing Boyle Joints ....... .... : |||, Double Pipe Tee No. 1571, Tongue & Groove Joint No. 1581, Boyle Joint No. 15753/4 Double Pipe Tee Return Bend Double Pipe Return Bend No. 1569, Tongue & Groove Joints No. 1565, Tongue 8z Groove Joints No. 1574, Boyle Joints No. 1575, Boyle Joints No. 15741/2 Cast Iron Return Bend With Union Ends No. 15751/2 Double Pipe Return Bend List Prices Return Bends Double Pipe Return Bends Double Pipe Tees Center No. 1569 No. 15741/2 Size to or Center No. 1574 Black Inches Inches Each Each Size Inches Center No. 1565 to or No. 15751/2 Center No. 1575 Black iGalv. Inches Each Each) Each Size Inches No. 1571 or No. 157534 No. 1581 Black Galv. Each Each Each iy 4s/8 3.25- 1 1.60 2 x li/4 4% 8.00 4.75 | 6.50 2 x 1% x 2 6.70 4.50 6.25 2 6 4.45 3.00 4% 10.35 | ' 2- x lVixli/2 6.70 38 1* 3 x2 6 14.00 | | 2 x 114x11/4 6.70 *Price on application 4 x3 8 * *Price on application 1 I 2 x lVi x 1 2 x 1% x % 6.70 6.45 2 x 11/4x1/2 | 6.45 List prices of Return Bends, Double Pipe Return Bends, and Double Pipe`Tees include fittings complete with flanges, bolts, gaskets, unions, glands, and stuffing box packing as shown in the illustrations, tvith the following exception: 2i/2xiy4x2 3 x2 x2 3 x 2 *iy2 3 x 2 xll/4 3 x 2 x 34 8.30 14.00 14.00 14.00 13.50 i | | ; I | | Exception: List prices of No. 1571 and No. 1581 Tees do not include the flange, bolts, and gasket for the outlet opening. 3 x 2 x V2 4 x3 x3 13.50 | ,| *Price on applicatii | I Dimensions, in Inches Double Pipe Return Bends No. 1565 or No. 1575 With No. 1569 or No. 1574 Double Pipe Return Bends No. 1565 or No. 1575 With No. 15741/2 Double Pipe Size 1 u V |W| X | Y 2 X D4I454 6 13! 93/s 1514 214xTy4|45/8 6 ! 3 | 95/s 151/4 i x 2 1 6 71/2 1 3 1101/2 |63/4 1 x3 1 8 1 3 113141 9 Double Pipe Return Bends No. 15751/2 with No. 15741/2 Double Pipe Tees Size |a b c 2 x 114x2 |3ii4s 3% 53/4 2 xU4xll/2|3l3/,s 3i/4 2 x 114 x11413114s 3% 2 xiy4xl | 3y8 35/s 2 x 114 x34 1374s 35/8 2 x 11/4x1/2 [374s 35/8 21/2x114x2 |3i34s 314 3 x 2 x 2 1 43/g 37/8 3 x 2 x iy2| 41/2 37/8 53/4 534 53/4 534 53/4 63/8 63/4 634 3 x 2 x 1141 4% 37/8 63/4 3 x 2 x 34 j 434 41/2 6i/s 3 x 2 x 1/2 1 47/g | 37/g 634 4 x 3 x 3 | On request Double Pipe Tee No. 1571 or No. 1581 Double Pipe Tee No. 1575% Dimensions, Valves and other Fittings.. . .page 488 488 CRANE Valves and Fittings for Ammonia Dimensions, in Inches Globe, Angle, or Check Valve Screwed Globe, Angle, or Check Valve Flanged or Tee Flanged i Globe Valve Angle Valve No. 1501, Flanged No. 1503, Flanged No. 1504, Screwed No. 1505, Screwed Style of Flanges Size A Oval Square Round l/4 4% % 4% %5 3/4 51/2 1 6I/4 iy 63/4 iy2 71/2 2 8% 2% 91/2 3 12 3% 1 41 B C D E JKL M N p R S T 2Vi 56/,6 27/,6 27/s 71/4 63/4 3% 3% 23/s 31/32 19/32 1 3/l6 2% 59/is 29/,6 3 71/4 634 3% 313/1g 294s 1%2 23/32 1% n/l6 2% 513/l6 2H/16 31/s 71/4 634 3% 4 234 l7/32 7/s Wa 27/32 234 6s/,6 215/16 33/s 91/4 8% 4V,6 434 31/4 l1S/32 1% iy2 l3/32 3 Vs 61 V16 31/8 39/,6 91/4 81/2 4i/i6 39/,e 31/4 13S/32 1% l13/,6 Wsi 3% 7% 3% 4 U1/4 IO1/4 434 31S/l6133/4 2%2 l1 Vl6 21/4 121/32 33/4 8i/s 3% 4% 11% IO1/4 6 411/161 41/2 213/^2 11S/,G 21/2 l29/32 41/4 91/8 41/4 47/8 121/4 11 8 51/,6 5 '33/32 27/,6 31/s 213/32 4% 10s/1b 43/4 59/,b 1234 11V4 8 51S/,fi 57/s 321/32 213/,fi 311/,G 23%2 6 1213/,e 6 6l3/ie 141/4 123/4 9 81/4 6% 4%2 39/,6 43/l6 317/32 1313/16 61/2 7s/,6 15 1131/2 10 9 71/4 427/32 4Vl 6 47/s 41/32 14/,6 6% 7ii/, 6 16141141/2 10 10 m 513/32 49/,6 51/2 4H/32 On flanged valves, the tongue is on the end next to the upper side of the disc. U 3/l6 3/ig 3/l6 3/,6 3/l6 Va V4 V* 34 6 3/16 1/16 1/lG Bolts V No. Dia;, % 2 Vs 4 % 2 Vzl Vs 2 %* Vs 2 3/*1 Vs 4 Vzl 3/l6 4 Vt`% 3/l6 4 3/SJ 3/ig 4 3/8 1 Va 4 3A-:1 Va 8 2/4-1 Va 8 Va 8 %-i Flanged Return Bend No. 1559 Size 1'4 2 Return Bends J 1 K | L M| N R |S 4 |3i3/,6|7is/16 45/8 | 41/g 3i5/16|53/8 6 1313/ie 1915/lg 55/8 | 51/8 315/isl 5% 31/2 1 1 1 1 51/16 |7i/lfi 41 1 1 51/16 |71/,s *43/8 1 41/2 | 91/8 6i/2 | 6 51/16 |71/,6 6 1 51/l6 |llVl6 65/16 |513/16| 51/16 171/16 8 1 51/,6 1131/16 75/16 1613/iel - | Divided Return Bend No. 1570 *The 2X4;Hrinch N. i j yq Return Bends require All other sizes require the regular No. 1 No. 1583 Groove and No. 1582.3^ Tongue Flanges. and No. 1547 Tongue Flanges. Groo|| For dimensions of Double Pipe Return Bends and Tees, see page 487. CRANE Crane-Seal Brass Valves and Fittings For Making Silbraz Joints 489 General Description of the Crane-Seal Silbraz Joint......................... page490 Instructions for Making a Crane-Seal Silbraz Joint................... page 491 Gate Valves................................................................................................ page492 Globe and Angle Valves..........................................................................page493 ' Check Valves..............................................................................................page492 -' 150-Pound Fittings.......................................................... pages 494 and 495 300-Pound Fittings....................................................................................page496 ' ' 300-Pound Unions and Union Fittings................................................. page497 Copper Tubing and Brass and Copper Pipe....................................... page498 The name "Crane-Seal*", when used in connection with a Crane Brass Valve, Fitting, Union, Union Fitting, and Flange, indicates that that product is especially prepared for OxyAcetylene brazing. The recessed openings are bored within close tolerances to main tain predetermined clearances when used with Iron Pipe Size Outside Diameter standard weight, extra heavy weight, and Type B (thin wall) brass or copper pipe or tubing. Further indicated by the name "CraneSeal", is that each product so identified is equipped with Sil-Fos brazing alloy ring inserts. The Sil-Fos brazing alloy, made by Handy & Harmon Co., has better resistance to corrosion than copper or brass pipe; it has rendered excellent service throughout wide usage in non-ferrous piping instal lations. The recessed opening in a Crane-Seal Valve or Fitting, the preinserted Sil-Fos, and the procedure for making up on nonferrous pipe produce a "Silbraz* Joint". Because of these three features in combi nation, it is comparatively easy to obtain uniformly strong and tight piping connectionswherevibration,temperature changes, pressure, and corrosion are factors. A Crane-Seal Silbraz installation is a close approach to a one-piece pipe line. *Reg. US. Pat. Off. Manufacture of these products is licensed under U.S. Pat. No. 2,050,728 General Applications The following paragraphs outline some representative applications for Crane-Seal Silbraz Brass Valves and Fittings. Within the scope of each of these uses may be encountered a wide variety of service conditions. Reference, therefore, is made in a general sense rather than specifically. Buildings -- Hot and cold water lines. -- Steam heating and return lines. Crane-Seal 150-Pound Brass Valves, Fittings, and Flanges. Boiler plants -- Water treatment lines. Crane-Seal 150-Pound Brass Valves, Fittings, and Flanges. -- Boiler feed lines. Crane-Seal 150 or 300-Pound Brass Valves, Fittings, and Flanges to meet the requirements of Codes covering these lines. Process piping -- Water, steam, and air lines, or chemical piping where brass or copper is suitable. Crane-Seal 150 or 300-Pound Brass Valves, Fittings, and Flanges. Marine piping -- For Class 11 piping as given in Rules and Regulations of the Bureau of Marine Inspection and Navigation. Crane-Seal 150-Pound Brass Valves, Fittings, and Flanges. Refrigeration and Air Conditioning-- -- For refrigerating fluid lines. Crane-Seal 150-Pound Brass Fittings and Flanges. -- For water, steam, and vacuum lines. Crane-Seal 150-Pound Brass Valves, Fittings, and Flanges. -- For water and refrigerant coils. Crane-Seal headers made special to order. -- For water, steam, and refrigerant coils. Crane-Seal Brass Return Bends. Railroads; Diesel Locomotives; and Cars -- -- Fuel oil, lubricating oil, and oil control lines. -- Circulating water and steam heating lines. -- Air, water, and steam lines. Crane-Seal Brass Valves, Fittings, Unions, Union Fittings, and Flanges; 150 or 300-Pound, depending upon operating pressure requirements. -- Refrigerant lines. Crane-Seal 150-Pound Brass Fittings and Flanges. 37 490 CRANE General Description Crane-Seal Silbraz Joints I 6. Sil-Fos Fillet Visible Indication of a Finished Joint 5. Butting Shoulder . Wide Contact Area ' Full Strength Joint The above illustration of a Crane-Seal Silbraz assembly, par tially sectioned, indicates the following important features. i i i. The recess or bore is amply deep;-it is accurately machined to .maintain a close predetermined clearance area over the pipe. i. The Sil-Fos brazing alloy ring insert, installed at the factory, assures the user that the correct type and quantity of brazing metal is employed. Appli cation is controlled and waste of expensive mate rials is eliminated. There is an ample quantity of alloy in the insert to remake the joint, if necessary. 3. While at a fusing temperature and under pressure due to the unstretching of the fitting band, the Sil-Fos actually penetrates into and inter-alloys with the surfaces of the pipe and fitting. The bond thus formed is stronger than the parts joined. ... 4. The Sil-Fos flows over the pipe through the entire clearance area and depth of the recess uniformly, to make a wide and unbroken contact. Full strength is assured. Under actual tests of vibra tion, tension, and pressure the Crane-Seal Silbraz joints remained tight. 5 A square shoulder at the bottom of the bore limits the distance that the pipe can be inserted and provides a dam for the brazing alloy. 6. In the final stage of flow, the molten Sil-Fos forms a fillet at the end of the fitting adjoining the pipe. This continuous fillet of Sil-Fos appear ing around - the pipe is visible proof that the Crane-Seal Silbraz joint is completed. Crane-Seal Silbraz Brass Valves, Fittings, Flanges, Unions, and Union Fittings are regularly made with ends bored for Standard Iron Pipe Size Outside Diameter brass pipe or copper tubing. These pipe sizes of brass or copper pipe may be standard weight, extra heavy weight, or Type B (Thin Wall). Crane-Seal products for pipe or tubing of other diameters are considered special and will be made to order only. Special valves, fittings, and flanges can be made to order. When special prod ucts are desired, requests for prices should include complete data on quan tities, detail dimensions, and service conditions. Working Data Crane-Seal Brass Fittings on I.P.S. Brass or Copper Pipe Pipe *Tip Heating Oxygen Acetylene Observed jPoint of Depth of Size Size Time Cubic Cubic Joints Application Bore Inches Number Minutes Feet Feet Per Hour of heat Inches A4 A4 A -4 A5 A6 1b 7 m7 28 1AX 8 39 VA 9 4 10 5 10 b 11 8 12 A 1/10 1/10 A AA H A AA A A Vz A A 40-50 A AH A 35-45 A 1 A A 30-42 1 IA % A 24-34 1 154 l l 22-28 \A 2M \A IA 15-20 IA 2A 1% m 12-15 1A 3A m ?A 9-14 \A 4 m 4A 8-12 IA 5b o 7-12 2 6 7i 7 5-10 2 m 10 ! 10 b-8 2 9 12 ! 12 ........ | 2 lA, He A % 7 A. A % % A % 1 m m *Size of tip, based on Airco D-B torch, Styles 9800 and 9900. For ideal conditions the gas pressure on the regulators is the same as the tip number. I f running a line of ih'-inch pipe branching into J4-inch pipe, it is not necessary to change from a No. 6 tip to a No. 5 tip at each branch. fThe values shown in this column are inches: they represent the approximate distance from the fitting end to the point of application of heat to the pipe. CRANE Instructions for Making Silbraz Joints with Crane-Seal Valves and Fittings 1. Cut the pipe square and remove burrs or upsets. Clean thoroughly and apply a thin coat of Handy Flux to both the tube end and the fitting recess. Insert pipe into the fitting until it butts against the internal shoulder. Support both parts in true alignment and position before heat is applied. 491 2. Heat is applied to the circum ference of the pipe, adjacent to the fitting. In expanding, the tube forces out the film of .flux until the clearance area is closed and the heated tube is in tight contact with the fitting recess and the ring of brazing alloy. When sufficient heat has been applied, the flux becomes liquid and the surface of the pipe changes in color to a blue-black. 3. In the third step of the brazing operation, the flame is applied to a section of the band on the fitting in the direction of the pipe. Heat ing is carried on, using a wiping motion, until a section of the band is stretched. A slight gap opens between the fitting and the pipe, per mitting the molten Sil-Fos to flow from the insert. These illustrations and explanatory notes demonstrate the correct procedure for making a Crane-Seal Silbraz Joint. Note particularly, that the preinserted Sil-Fos brazing alloy is within the joint, ready for the brazing operation. Care in making the joint and observance of the following precautionary measures, will result in strong and tight joints. 4. Both the pipe and the fitting are heated, applying the flame in a wiping motion, to a uniform brazing temperature throughout this section of the joint. The flame is then withdrawn, and the fitting band, unstretching as it cools, exerts a pressure on the molten Sil-Fos to effect its complete penetration into the surfaces of both the pipe and the fitting. Under pressure, the SilFos also flows throughout the clearance area in both directions until a fillet appears at the edge of the fitting. This operation assures a complete bonding and fusing of the brazing alloy with the pipe and fitting. If the fillet does not appear immediately, steps 3 and 4 are repeated to pump more Sil-Fos from the insert, 'joints must not be strained while cooling. Preparation of the joint is comparatively simple and easy. The pipe must be cut square, free from burrs or upsets, and it must not be deformed or made undersize. In cleaning the pipe, use emery cloth and brighten up a length greater than the depth of the fitting recess. An OXY-ACETYLENE flame is required for this joint. The size of the tip and the point of application of the heat to the pipe should conform to the table of Working Data, shown on the preceding page. The " Four Steps" indicated in the above illustrations show the procedure to be followed for each quartersection of the joint. When the fillet is clearly visible, the next adjacent quarter-section is similarly treated until, through repeated operations, the entire cir cumference is covered. When the Sil-Fos appears as a continuous fillet all around the pipe, the joint is finished. A joint is not completed in its entire circumference at one time, except on pipe sizes j/-inch and smaller where the alloy will flow out over the full circum ference. This is due to the small size, and best results are here obtained by making the joint quickly and with a minimum amount of heat. Excess heat enlarges the clearance and retards, rather than hastens, the flow of the alloy. If in a section being heated, the fitting or pipe becomes bright in color, heat should be withdrawn. Valve joints are made by the same process. The valves must be open while the joints are being made. While heat does not usually discolor a valve bonnet, yet to be positively assured, it should be wrapped in a wet swab. Unions should be assembled tightly by hand while making the joints, to avoid seat distortion. Discoloration may be removed from valves, fittings, and pipe by brushing. The original color can often be restored also, by washing the joints with water, while warm. >r'"` 492 CRANE Crane-Seal Brass Gate and Check Valves For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe Gate Valves These valves, when wide open, can be repacked while under pressure. No. 438 CS Wedge Disc Gate Valve Non-Rising Stem WORKING PRESSURES 125 pounds steam 200 pounds cold water, oil, or gas, non-shock No. 438 CS, Non-Ris ing Stem Gate Valves aresuitable forsteam, water, oil, or gas service. Size 1 A B c % 1 1% 33/4 l3/4 % U13/l6 33/4 1% % 1 2 4Vifi 21/16 % 1 2i/4 4% 29/is l 12 Vie 5% 23/4 1% 1 3 [61/2 31/16 1 31/4 71/4 3% 2 I3H/16 8% 41/,6 2% 1 41/4 10 4% 3 1 4H/i6 11% 5% No. 422 CS, Rising Stem Gate Valves have a solid Crane Nickel Alloy Disc. The 2J4 and 3-inch sizes have bolted bonnets; smaller sizes have a union bonnet. These valves are recommended for severe services in steam, water, oil, or gas lines. No. 431 CS, Rising Stem Gate Valves have a solid brass wedgediscwhichslips onto the stem. These valves are recom mended for steam, water, oil, or gas. Size | A jB--"Open c 1/4 11% l 5% % llis/iel 5% 1/2 1 2% | 51/2 % 1 2% | 6% 1 1 2% | 7% li/4 |33/l6 1 91/2 1% i 37/16 i 10% 2 1 3% 1 13% 21/2 1 41/2 | 15% 3 |4is/,6| 17% 13/4 13/4 21/16 29/l6 2% 31/16 3% 41/ie 4% 5% No. 431 CS Wedge Disc Gate Valve Rising Stem WORKING PRESSURES 150 pounds steam 300 pounds cold water, oil, or gas, non-shock No.624E-CS, NonRising Stem Gate Valveshave a Crane Nickel Alloy Disc. Sizes lj^-inch and larger have a bolted bonnet; smaller sizes have a union bonnet. These valves are ideal for the more severe services. Size A |B--open) C Size A B 1c 1/4 1% 1 3% 11% % 2 l 41/4 |2i/i6 1/2 21/4 l 5% |29/,fi No. 422 CS 3/4 29/l6 1 6% 123/4 37 Wedge Disc Gate Valve Rising Stem 1 2% 1 8 131/16 11/4 33/is 1 9% 1 3% WORKING PRESSURES 200 pounds steam, 500 F. 11/2 31/2 1 10% |41/l6 2 4 1 12% 143/4 400 pounds cold water, oil, 21/2 411/iel 151/2 |5% or gas, non-shock 3 51/4 I 17% 1 5 1/4 llS/l6 3% 121/16 % 21/l 6 4% |29/l6 % 2% 413/l6 123/4 3/4 23/4 5% 131/16 1 31/4 6% 1 3% 11/4 31/2 73/16 141/16 11/2 3% 8 143/4 2 4s/is 95/ie |5% 21/2 53/l6 103/s 15% 3 5% 11% 1 6 No. 624 E-CS Wedge Disc Gate Valve Non-Rising Stem WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold water, oil, or gas, non-shock Check Valves Size| A | B || Size A B 1/4 2 |l%i|Ii/4 41/4 2% %. 23/16 |1%II 1% 43/4 3 1/2 2H/i6|l3/4ll 2 53/4 31/2 3/4 33/i6 1 2 || 2% 63/4 31/2 1 33/4 I21/4II 3 8 3% Size| A | B || Size | A | B 1/4 2 1 ls/l6 II11/4 |313/16 2% % 23/16 1 lS/l6 II 11/2 1 41/4 211/ig 1/2 21/2 1 lVis II 2 | 5S/lfi 33/ie 3/4 23/4 111 Vied 21/2 1 6 33/4 1 31/4 I 2 II 3 | 7 4S/l6 No. 27 CS, Horizontal Lift Check Valve Composition Disc. 2-inch and smaller have union cap; 2J4 and 3-inch have bolted cap. WORKING PRESSURES -- 150 pounds steam 300 pounds cold water, oil, or gas, non-shock No. 35 CS No. 35 CS, Swing Check Valve Regrinding Type Brass Disc WORKING PRESSURES 200 pounds steam, 500 F. 400 pounds cold water, oil, or gas, non-shock Prices on application Sizes and dimensions are in inches. Description of joint.............pages 489 to 491 CRANE Crane-Seal Brass Globe and Angle Valves For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe These valves, when wide open, can be repacked while under pressure. No. 7 CS Globe 150-Pound Renewable Composition Disc No. 7 CS Angle WORKING PRESSURES -- 150 pounds steam -- 300 pounds cold water, oil, or gas, non-shock Discs: Unless otherwise ordered, No. 4 Cranite Discs for high pressure steam are furnished. For hot water, gas, oil, or gasoline, use No. 2 Discs. For cold water or air, use No. 3 Discs. Bonnet design: Valves 2-inch and smaller have union bonnets, as illustrated; 2Yi and 3-inch sizes have bolted bonnets. Specify whether globe or angle valves are wanted. No. 212 P-CS Globe 250-Pound Plug Type Disc No. 214 P-CS Angle WORKING PRESSURES 250 pounds steam, 500 F. 500 pounds cold water, oil, or gas, non-shock Disc and seat: The plug type disc and seat, made of Crane Nickel Alloy and Exelloy, respectively, have a wide and tapered seating surface. Throttling and severe wiredrawing conditions are easily served and long wear is assured. Bonnet design: Valves 2-inch and smaller have union bonnets, as illustrated; 2^ and 3-inch sizes have bolted bonnets. 493 No. 382 P-CS Globe 300-Pound Plug Type Disc No. 384 P-CS Angle WORKING PRESSURES 300 pounds steam, 550 F. 600 pounds cold water, oil, or gas, non-shock Disc and seat: These valves have a plug type disc and seat; the disc is Crane Nickel Alloy and the seat is Exelloy. The com bination of these metals with a wide and tapered seating surface offers unusual resistance to wiredrawing, galling, and wear. Throttling is easily obtained. Bonnet design: Valves 2-inch and smaller have union bonnets, as illustrated; 2J4 and 3-inch sizes have bolted bonnets. Dimensions, in Inches Catalog Number | Size y* % VSe % l 1 w* 11/2 1 2 l2l/2 3 A 2 25/l6 211/i6 33/ic 33/4 141/4 43/4 53/4 63/4 8 150-Pound B ls/i6 ln/l6 V/a l7/l6 UVel 2 23/16 21 Vie 31/4 33/is No. 7 CS, Globe E--Open 4 4% 5 5% 6% 17i/s 7% 9% 11 121/4 No. 7 CS, Angle F--Open 3% 4% 4% 5% 61/4 7 75/s 8% lO'/g 12 G 1% 2Vlfi 29/is 2% 3Vi6 35/s 4l/i6 4% 7 8 A 2 25/ie 2Vg 33/is 3% 41/4 4% 53/4 71/4 81/4 250-Pound B IS/l6 IVis 11/4 IVisIUVis 2 23/ie 211/16 3% 4i/s No. 212 P-CS, Globe E--Open 4% 4% 5% 6 | 63/4 75/s 85/s 10 111/4 123/4 No. 214 P-CS, Angle F--Open 4% 4% 5V4 5V& 1 6% 71/2 81/2 93/4 IOI/4 11% G 1% 2Vie 29/ib 2% 1 3Vie 3% 41/le 5% 7 8 A 2V4 2% 2ls/lfi 3% 1 4% 43/4 51/4 6% 71/2 81/2 300-Pound B U/s 1% U/2 1% 1 2Vi6 2% 25/s | 33/16 3% 41/4 No. 382 P-CS, Globe E--Open 4% 5% 5% 6% I 71/i 81/4 93/s 1 10% 12 13% No. 384P-CS, Angle F--Open 4% 4% 5% 6%) 7 8 9 IIOI/4 11 12% G 2Vl6 29/l6 2% 3VlG 1 35/8 4Vi6 43/4 | 6 78 Prices on application Sizes and dimensions are in inches. Description of joint............ pages 489 to 491 150-Pound Crane-Seal Brass Fittings For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe WORKING PRESSURES 150 pounds steam 300 pounds cold water, oil, or gas, non-shock Air Tested 90 Elbows Size A V* "/is % 13/is 1/2 1 34 lVifi 1 lVis IV* l"/is iy2 H3/lG 2 ,-21/a 27> 2"/is 3 3Vis 3y2 ' 3Vifi 4 33/4 5 4% 6 51/s 8 69/is 10 and 12" sizes can also be furnished. Tees Size | A Vi `Vl6 % 13/l6 %I 3/4 l3/l6 1 l7/l6 lVi l"/l6 Wz l13/l6 2 27s 37 2y2 2"/ig 3 3Vig 3y2 37,6 4 33/4 5 4% 6 57s 8 69/ig 10 and 12" sizes can also be furnished. 90 Reducing Elbows % x y411 u/2 x % 1 3 X ll/2 y2 x Vi 11 iy2 x 1 | 3x2 y2 x3/g || ll/2xll/4 ||3x2y2 34 X y4 [[ 2 X 3/4 | 4x2 34 x 3/8 |i 2 x 1 1 4x2i/z 3/4 x y2 II 2 x 11/4 II 4 x 3 1 x 3/g i| 2 x ll/2 | 5 x 3 1 x J/2 || 2y2 x iy4 | 5x4 1 x3/4||2y2xiy2 1 6 x 2% iy4xy2112i/2x2 | 6x4 iy4 x 3/411 | 8x6 U/4X1 Dimensions on re quest. 45 Elbows Size B || Size B Vi 9/l6 II 2% l13/l6 % % 1! 3 23/ig Vz 3/4 l! 3y2 2% Vi % ll 4 23/8 I lVl6 II 5 3Vis U/4 Wi II 6 3716 V/2 l5/l6 II 8 4% 2 l7/l6 II 10." and 12" sizes can also be furnished. Female Crane-Seal to Male Thread 90 Street Elbows Size A I c Vi "/iG 1 1% % 13/,g 1 u/4 y2 1 1 u/2 3/4 13/.g 1 l"/lG 1 U/16 1 2 iy4 l"/lG 1 2V4 U/2 113/ig 1 27/,g 2 21/8 1 27/s 74 X y4 X 3/g || 1 3/g X Vi X Vi II 1 %x74x3/g|| 1 3/8X3/gX.y4 || 1 %X 3/8x7-11 1 Vz X *4 X Vz II 1 y2x3/8X3/g|| 1 y2x3/8Xy2|| 1 Vz X % X14 II 1 y2x72X 3/g 111 72X72X3/4||1 3/4x3/gx3/g||l x 1/2 x Vi x Vz xl X34 x Vs x34 x Vz X Vi X Vi x34 xl X 1 x*4 xl x Vs xl xVz xl x Vi xl xll/4 xl . xll/2 |2 x li/2xli/2 || 3x214x21/2 Ti\ 2 xli/2x2 3 x 214 x 3 ra 2 x2 x Vz 3x3 xl III 2 x2 x 34 3x3 xll/4 \2 x2 xl 3x3 xll/2 Tpps ^ x2 xlJ4 3x3 x 2 12 x 2 x iy2 3x3 x 2*4 174x11/4x1/2 | 11/2 x 11/4 x 11/2 1! 2i/2 X ll/2 X ll/2 II 4 X 3 x 3 Ii4xli4x34 | U/2 x 11/2 X 3/g II 21/2 X ll/2 X 2 14x3 x 4 ll/4xll/4xl 1 172 x U/2 x 1/2 || 21/2x li/2 x 27> || 4 x 4 xll/4 iy4xii/4xiy2i iy2 x iy2 x 34 11214 x 2 x iy21| 4 x 4 X 114 lVzxVz xli/2| 172xll/2Xl II 214 x 2 x2 4x4 x 2 3/4X3/gx3/4|| ll/4X3/g X114 lVzxVi x 34 | 11/2 x 172xll/4||272x2 x21/2 4x4 x 214 V4 x Vz x % 11 iy4xiy2xi I 11/2x3/4 Xl 1 11/2 xll/2x2 II 27> x214 x 34 4x4 x 3 3/4x72xy2|| 114x72 Xll/4 1 U/2 X 3/4 xll/4 1 2 x i/2 x 2 || 21/2 x 21/2 x 1 5x5 x 3 %x72X3/4|| lVix 34 x34 111/2x34 XU/2I 2 x Vi x2 1121/2x21/2x114115x5 x 4 3/4X34x74|1 iy4X34 xl 11/2x1 X 34 1 2 xl x2 II 21/2x21/2x11/2 6x6 x 2 34 x Vi x V& II l Vs x 34 Xll/4 11/2 x 1 x 1 | 2 X 1*4 Xll/4 || 272X21/2X2 34x34x7s |j lVixl xl/2 11/2X1 Xll/4 | 2 x 1*4 xli/2 || 272X21/2X3 6x6 x 27* 6x6 x 3 72X72X1 ||114xl x3/4 1172X1 Xll/zl 2 x 1*4x2 ||3 x2 x2 6x6 x 4 34x 3/4X1 II 114 X 1 xl 111/2x11/4x34 || 2 X11/2 X1 II 3 x 2 x 2Vi 8x8 x 3 1 X3/Sxl |j 114x1 xll/4!! 11/2x114Xl !! 2 x 1*4 x 1J4 II 3 x2 x3 8x8 x 4 1 XTsxTi II 11/4x11/4x3/8 j| U/2 X ll/4 X U/4 | II 3 x 2*4 x 2 8x8 x 6 Crosses Size A Size A Vi "/ig 2Vz 2*716 % 13/ig 3 3Vl6 Vz 1 31/2 37ig Vi 17ig 4 33/4 1 U/l6 5 41/2 Wi 1"/16 6 57s lVz lls/l6 8 69/is 2 2% 10 and 12" sizes can also be furnished. Prices on application 45 Y-Bends Size| F 1 G | Size| F 1 G 3/8 1 ll3/lG 1 lS/l6 1 214 1 614 1 41146 1/2 |23/16 1 1% | 3 1 714 1 59/16 34 1 25/g IHYts! 31/2 1 87a 1 6i/4 1 I 33/I6 1 23/s 1 4 1 9 1 615/1S 114 137/8 1 27/g I 5 1 103/4 I 81/2 11/21414 1 33/16 1 6 1 13i/a 1 97/8 2 1 5 1334 1 8 |16l3/lfi| 13 Description of j.oint............pages 489 to 491  CRANE 150-Pound Crane-Seal Brass Fittings 495 For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe WORKING PRESSURES (See the preceding page) MK- B Taper Reducers Size K || Size K 1! Size | K || Size K % x Vi 1 'IUlx3/s VixVa 18'IU4x2 % II 2 xl | * 114x2 * * II 2 xU/4l 2 || 4 x 2% * V2X% i3/ig II1V4 x 3A * m%xl 3A X % iy411 1% x 2 3A x 2 1% IU%X% UVl II 2 xl%| 21/ig || 4x3 4% 1% lU% x 1 | * I|4x32 43/g * l|2z xU/4l * || 5x2 * * .112% Xlz| 34 || 5x3 * 1 x4 1 X% 1 x2 * l|l%xl 113/1( 112% x2 | 34 * ||l%xl% 1% II 2' X2 1%* II 3 II3 xU/4l xlzl * * || 5x4 jj 6x2 || 6x3 1 x3/4 19Ag II 2 x3/4 * II 3 x2 |31i/i6 || 6x4 5 * * 43/g *Dimensions on application II3 x 21/2131 Vie || 8 x 6 54 Close Pattern Open Pattern Size 2 4 1 1% 1% 2 Return Bends Close Pattern II Open Pattern M 1 N 1! M N 1 U/4 ' 1% 1% 23/lfi 2% 1 1% II m1 II 1 2% II 1 2>ig II 1 3 II 1 3g II 1% 2 2% 3 3% 4 1% 1 2% 1 25/g 3% 39Ag 1 43/g Caps Size H 4 9/ig %% 2 4 3/4 13/ig 11 1% 1% 1% 1% 2 15/ig 2% lU/l6 3 l13/l6 3% 1% 4 2Vig 5 2%g 6 2% 8 3s Plugs Square Head Size 4 % 2 4 1 1% 1% 2 2% 3 3% 4 5 AM Couplings Female Crane-Seal Ends Size J 4 1 s U/lG 2 IVg 3A U/lG 1 UVlG 1% 1% IV2 Uig 2 23/ls 2% 2% 3 3ig 3% 37/ig 4 3i Mg 5 43/ie 6 44 8 53/4 10 and 12" on request Female Crane-Seal . to Male I.P.S. Thread Female Crane-Seal to Female I.P.S. Thread Size S 1 J -SI Size 1 s J ,4 I 1 1 { 2% 1 2g 2% _ % iM 1 !Mg I 3 1 24 3Mg _/z IVlG 1 1ig 1 3% 1 3ig % 1 1% 1 U/lG 1 4 1% 1 uMgI 5 1 1 3i Mg 4ig I'VlB 1 1% 1 6 1 43/4 1% 2 1% 1 is/i61 8 1 5% 2 1 23/1R 1 10 and 12" Female --__ 1 1 Adapters on request. on application Sizes and dimensions are in inches. Bushings Female to Male Crane-Seal Ends 4Xs g x 1/8 U/4XI/2 U/4 x3/4 21/2x1 21/2XU/4 sx4 14x1 21/2XU/2 2x1/4 1/2x3/8 4X1/4 3Ax3/8 3Ax1/2 1 X% 1 2x1/2 l%x% li/gxl U/2XII/4 2 x3/4 2 xl 2% x 2 3 x1 3 x 1% 3 x 11/2 3 x2 3 x 21/z 1 X3/S 2 x U/4 3l/2 x 3 1 x 1/2 2 x 11/2 4 x U/4 1 x% 4 x 11/2 These Bushings can be 4 x 2 used with either 150 or 4 x 21/2 300-Pound Fittings. 4 x3 Pipe Flanges Size A B c Bolts D No. Dia. % 31/2 3A 37/g 1 41/4 U/4 45/g 11/2 5 26 21/2 7 3 7? 31/2 81/2 49 5 10 6 11 8 1 13i/2 10 | 16 12 | 19 Vis 1 23/g 1V32 u/16 23/4 3/g 1V32 3% 13/32 1%2 31/2 7/ig IVlG 3% % ll7/32 43/4 Vs 12V32 51/2 % 1Z%2 6 H/lG 2 7 1 Mg 2%2 72 3A 25/ig 8% 13/l6 21/2 92 IVlG 31/1G 11% 1 32 141/4 IMg 325/32 17 4 2 4 2 4 2 4 2 4 2 4% 4 Vs 4% 8% 8- % 8 4 8 4 8 4 12 7/s 12 7/s Description of joint.............pages 489 to 491 496 CRANE 300-Pound Crane-Seal Brass Fittings For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe WORKING PRESSURES 300 pounds steam 600 pounds cold water, oil, or gas, non-shock 90 Elbows Size | A V* 15/lG Vs lVl6 Vz lVi Vi WlG 1 1% Wi l1S/lG Wz 2Vs 2 2Vz 2Vz 21 S/l6 3 3% Tees Size A Vi 15/.g % Wig Vz Wi Vi Wig 1 1% Wi 115/ig lVz 2Vg 2 2Vz 2Vz 2Wxg 3 3% Crosses Size 1 A Vi 1 1S/l6 % 1 Wig Vz 1 Wi Vi 1 I7/l6 1 1 1% Wi 1 l15/l6 Wz 1 2Vs 2 1 2Vz 2Vz 1 2Wig 3 1 3% 90 Street Elbows Crane-Seal Female to Male Size A1C Vi Wig 1 l7/l % IVu 1 1% Vz Wi 1 2 Vi l7/ifi 1 23/ib 1 1% 1 29/l6 Wi l,S/l6 1 27/g Wz 2y8 1 3Vs 2 2Vz 1 2Vz 2Wig 1 Wz 3' 3% 1 5M, 45 Street Elbows Crane-Seal Female to Male Size B 1D V* 1 iy8 % % 1 Wi Vz 1 1 i% Vi iy8 1 l9/l6 1 lS/l6 1 l13/is Wi U/2 1 2y8 Wz I'VlB 1 25/ie 2 2 1 2"/,g Couplings Size F Vi 1% % 1% Vz l7/s Vi 2% 1 2% Wi 27/s Wz 27/s 2 3% 2Vz 4y8 3 Ws Prices on application Taper Reducers Size | G % x Vi 1 Vz x % 1 Vi X Vz 1 1 X Vi 1 IVi x I | lVzxVA | 2 xU/2 | 2Vz x 2 [ 3 x2i/2 | 17/ig IWlG JVi 2 2% 211/l6 33/l6 3"/ig 4Vig Sizes and dimensions are in inches. Caps Size K Vi 2%2 %% Vz Wig Vi Wi 1 1% Wi Wz Wz lU/l6 2 113/ig 2Vz 2Vs 3 2Vi Description of joint... .pages 489 to 49\ CRANE 497 300-Pound Crane-Seal Brass Unions and Union Fittings For Silbraz Joints with IRON PIPE SIZE Brass or Copper Pipe WORKING PRESSURES 300 pounds steam 600 pounds cold water, oil, or gas, non-shock Air Tested Unions With Ground Joint Size B V* 2V4 % 2% 1/2 211/16 3/4 3l/g 1 3% w* 33/4 lVz 315/l6 2 45/l6 2% ! 5Vis 3 1 5V2 No. 8191/2 E-CS Union Female Crane-Seal to Male I .P.S. Thread ------D--[ Union Fittings With Ground Joint ifUs Size 1/4 % 1/2 % i U/4 11/2 2 C|D lS/l6 ll/l6 11/4 lVl6 1% llS/l6 21/8 2i/2 2 21/4 2Vm 2% 3%s 311/16 3is/i6 4i/2 No. 890 E-CS 90 Union Elbow Female Crane-Seal Ends No. 89U/2 E-CS 45' Union Elbow Female Crane-Seal Ends Size 1/4 % 1/2 % 1 U/4 11/2 2 1E 1 l3/l6 1 7/g [1 1 ll/s 1 l5/l6 [ 11/2 1 111/16 12 F 1% l3/4 US/l6 23hr, 2l/2 2% 33/, 8 311/16 37 Size 1/4 % .% % 1 H/4 IV2 _2 1c 1 1S/l6 1 ll/l 6 1 11/4 1 1V,6 1 1% 1 US/,6 1 2% 1 2% D 2 21/4 2V, 6 2% 33/, s 311/16 31 V,6 4% ' ^i*tces on application No. 894 E-CS Union Tee Female Crane-Seal Ends Union on Run No. 898 E-CS Union Tee Female Crane-Seal Ends Union on Outlet K-C-l-C- Size 1/4 % 1/2 4 1 11/4 11/2 2 C 1S/l6 IV16 U/4 l7/l6 1% llS/l6 21/8 21/2 D 2 21/4 2Vl6 27/g 33/, 6 311/16 313/,6 4i/2 Sizes and dimensions are in inches. Description of joint.. .pages 489 to 491 V 498 CRANE Copper Tubing and Brass and Copper Pipe Iron Pipe Size Outside Diameter For use with Crane-Seal Silbraz Joint Valves and Fittings Nominal Size, Inches V* % y2 % 1 m 1V2 2 3 3 y2 4 5 6 8 10 12 Brass and Copper Pipe and Tubing Dimensions and Weights --Prices on Application Type B, Thin Wall Copper Tubing (Iron Pipe Size Outside Diameter) Diameters Outside Inches Inside Inches Wall Weight Thickness Pounds Per Inches Linear Foot Standard Brass and Copper Pipe (Standard Iron Pipe Size Diameter and Thickness) Diameters Outside Inches Inside Inches Wall Weight, in Pounds Thickness Per Linear Foot Inches Red Brass Copper .540 .675 .840 1.050 1.315 1.660 1.900 2.375 2.875 3.500 4.000 4.500 5.563 6.625 .410 .545 .710 .920 1.185 1.530 1.770 2.245 2.739 3.334 3.810 4.286 5.299 6.309 .065 .065 .065 .065 .065 .065 .065 .065 .068 .083 .095 .107 .132 .158 .3760 .4828 .6134 .7796 .9894 1.262 1.452 1.828 2.324 3.453 4.517 5.724 8.729 12.440 .540 .675 .840 1.050 1.315 1.660 1.900 2.375 2.875 3.500 4.000 4.500 5.563 6.625 8.625 10.750 12.750 .375 .494 .625 .822 1.062 1.368 1.600 2.062 2.500 3.062 3.500 4.000 5.063 6.125 8.000 10.019 12.000 .0825 .0905 .1075 .1140 .1265 .1460 .1500 .1565 .1875 .2190 .2500 .2500 .2505 .2500 .3125 .3655 .3750 .4496 .6302 .9381 1.271 1.791 2.633 3.127 4.136 6.003 8.560 11.17 12.66 15.85 18.99 30.95 45.22 55.28 .4596 .6441 .9588 1.299 1.831 2.692 3.196 4.228 6.136 8.750 11.42 12.94 16.20 19.41 31.63 46.22 56.51 The ends of Crane-Seal Brass Valves and Fittings Lengths: Brass or Copper Pipe is regularly avail are bored to definite dimensions and tolerances, and able in.commercial lengths of 12 and 20 feet. Inter are to be used with brass or copper pipe or tubing mediate or shorter lengths are cut to order only. made to definite dimensions and tolerances as given Type B Thin Wall Copper Tubing is regularly fur in A.S.T.M. Specification B-75. These tolerances nished in 20 foot lengths. provide a small clearance area between the pipe and the fitting for the brazing alloy to occupy when the Weights: Actual weights of Brass or Copper Pipe Silbraz joint is made up. or of Copper Tubing will vary slightly from the theoretical weights shown in the table above. a Only tubing or pipe having iron pipe size outside dia meter, and tolerances in accordance with the above mentioned specification can be used with Crane-Seal Federal Specifications: Type B Copper Tubing conforms to the Federal Specification WW-T-7Q7- Silbraz products. Type B. Hard Drawn is always furnished, unless Ordering: When ordering brass or copper pipe or order specifically states Soft is required. tubing for use with Crane-Seal products, be sure to specify the weight required, i.e., Type B or Stand ard. If Standard is ordered, specify also whether Red Brass or Copper pipe is desired. Gauge tubing: Seamless brass or copper tubing in nominal or outside diameters, sizes Y% to 10-inch, can be supplied in any gauge. Prices, based upon direct shipment from the mill, weights, and complete in Orders must also state the A.S.T.M. Specification formation are furnished on application. Number B-75, or advise that the pipe or tubing is Extra strong pipe: Brass and Copper pipe, made for use with Crane-Seal Valves and Fittings. to the extra strong thicknesses and regular outside When Brass Pipe is ordered, regular weight Red diameter up to ro-inch nominal pipe size can be Brass Pipe in accordance with A.S.T.M. Specifica furnished on special order, when so specified. Com tion B-75 wiH be furnished, unless another type of plete information and prices, based upon direct mill brass is specified. shipments, are furnished on application. For Types K, L, M, and 0 Copper Tubing for Solder-Joint Valves and Fittings, see page $12. k CRANE Solder-Joint Valves and Fittings Description and Features of the Solder-Joint.................. page 500 Procedure for Making Solder-Joints...................................page 501 Brass Solder-Joint Globe and Angle Valves......................page 502 Brass Solder-Joint Check Valves........................................ page J03 Brass Solder-Joint Gate Valves...........................................page 504 Brass Valves with Solder-Joint Adapters.......................... page 505 Brass Solder-Joint Radiator Valves and Elbows............. page 505 Pressure Ratings and Service Recommendations............ page 506 Brass Solder-Joint Fittings...................................pages 507 to 511 Brass Range Boiler Fittings.................................................page 509 Brass Solder-Joint Unions.....................................................page 509 Wrought Brass Solder-Joint Fittings................................. page yio Brass Solder-Joint Flanges...................................................page yio Bends of Copper Tubing.................................. page 510 Expansion of Copper Tubing...............................................page yio Brass Drainage Fittings........................................................page y 11 Solders, Fluxes, Tools, and Straps...................................... page yu Copper Tubing........................................................................page y 12 499 The user of copper tubing for plumbing, heating, and industrial installations will appreciate the exceptionally complete line of solder-joint material offered by Crane Co. He can now pur chase all of his requirements -- valves, fittings, tubing, bends, and accessories -- from one source. The list of Crane Solder-Joint Valves includes globe, angle, gate, and check valves. In addition, a wide selection of Crane screwed end and flanged end valves, through the use of adaptors, is available for copper tubing piping systems. The list of Crane Solder-Joint Fittings includes a diversified assortment of all regular and special type fittings, such as elbows, tees, crosses, couplings, bushings, caps, plugs, return bends, unions, and many others. The range of sizes, too, is unusually complete. Crane Solder-Joint Fittings are interchangeable in every respect with those manufactured by the STREAMLINE Pipe and Fittings Division of the Mueller Brass Co. Crane Co. is licensed by the Mueller Brass Co., STREAMLINE Division, Port Huron, Michigan, to manufacture valves and fittings having the patented features of the Streamline Fitting. 38 soo CRANE Crane Solder-Joint Valves and Fittings Description of a Solder-Joint The term "Solder-Joint" as applied to Crane Valves and Fittings is descriptive of a particular type of con nection through which valves and fittings are joined to copper tubing with solder. The method of making a joint can be briefly described as follows: the tubing is inserted 'in the end of the valve or fitting, the con nection is heated, and the joint is soldered by feeding solder through a hole in the valve or fitting. The solder, liquefied by the heat, is carried thoroughly over the contacting surfaces by capillary action. It then cools and solidifies, sealing the joint. Utilizing the natural law of capillarity is the basic principle of the joint used on Crane Solder-Joint Valves and Fittings. Capillary action is that prop erty displayed by liquids when they extend beyond their normal limits through close fitting surfaces. In a solder-joint, the valve or fitting end and the cop per tubing are the close fitting surfaces, and the lique fied solder travels between them by capillary action. Crane Solder-Joint Valves and Fittings, illustrated_ on pages 502 to 511, are machined for use with "nominal size" copper tubing and are always listed; under nominal size. The actual diameter of the tubing is Jj;-inch larger than the nominal size. As an example, i-inch nominal size tubing is 1 kg-inches actual outside diameter. Visible Proof of a Perfect Connection When soldering a joint, the valve or fitting end and the copper tubing are cleaned, coated with flux, assembled and heated;.and solder is introduced through the feed hole in the' valve or fitting. Capillarity carries the solder over the contacting surfaces. The first indication that the solder has bonded the two surfaces is the appearance of a ring of tiny dark green bubbles around the outer edge of the connection. This is the hot flux being forced out by the outward flow of the solder. When these bubbles are wiped off, a continuous bright ring of solder appears. The bright ring is visible and never-failing proof that a bonded, leak-tight joint has been made. Testing becomes a mere formality.. The proof ring is the operator's assurance of a perfect connection. Many Valuable Features Solder feed channel Carries liberal supply of solder completely around the joint; assures thorough distribution Solder feed holes Provide the visual inspection feature described above. High quality brass casting Strong and unusually compact only a trifle larger than the tubing. No. 1326 Solder-Joint 90 Elbow Broad bonding surface Provides large solder bond, producing exceptional strength. Shoulder Fixes distance tubing will slip into i opening; shoulder height is approximately ' equal to thickness of tubing wall, providing smooth, uninterrupted flow; ; acts as solder dam. j Machined opening \ Smooth, round, and accurately machined;,! held to unusually close tolerances. .1 Copper tubing fits snugly. J Tapered to thin edge ' Tapered edge hastens cooling of solderj at end of joint, forming solder gate. The features indicated above are found on all Crane Solder-Joint Valves and Fittings. V CRANE Crane Solder-Joint Valves and Fittings Procedure for Making Joints 501 Cut Tubing to Length and Remove Burr Cut the copper tubing off square, using a fine tooth hack saw (32tooth blade preferred). Do not cut the tubing at an angle; use the Square-End Sawing Vise shown on page 511 or its equivalent. Remove the burr from the end of the tubing with a file or scraper. Clean Outside of Tubing and Inside of Valve or Fitting Using sandpaper or sandcloth (Medium or No. 1 Grade), clean the outside of the tubing over the distance it will slip into the end of the valve or fitting. Using sandpaper or sandcloth, clean the inside of the solder-joint end on the valve or fitting. Do not solder dirty joints. Thoroughly clean the contacting sur faces with sandpaper or sandcloth, removing all dark spots. Wipe or brush away all foreign matter. Apply Flux to Outside of Tubing and Inside of Valve or Fitting Using a brush, apply a coat of solder flux to the outside of the tubing and to the inside of the valve or fitting. Distribute it evenly and thoroughly over the surfaces. Before applying the flux, make certain that both parts are dry. In extremely cold weather, warm the valve or the fitting and the cop per tubing slightly with a torch to approximately room temperature (from 70 to 80 degrees F.). Slip the tubing into the valve or fitting until it will go no further, and turn it back and forth once or twice to assure an even distri bution of the flux. The joint is ready to be soldered. Solder the Connection Melt a drop of solder into the solder feed hole of the valve or fitting. Apply heat around the valve or fitting end until the drop disappears, indicating that the proper temperature has been reached. Feed solder through the hole only until it appears around the end of the connection; the joint has been made. Fill the hole completely', removing any' surplus with a piece of cloth. When the hole is on the side or bottom, the drop-indicator method cannot be used. Determine the temperature by' heating the con nection and touching the valve or fitting end with solder. When the solder fuses readily, feed through the hole as before. On sizes 1 L^-ineh and larger, move the valve or fitting on the tubing or tap it lightly when the solder starts in. This breaks the surface tension of the solder and assures full distribution. Do not solder too hot or too cold. Solder flows freely at the proper temperature, but burns when too hot. For soldering, use a blow torch or a similar tool, never a soldering iron. Making Joints on Si; The instructions for making joints on sizes 3-inch and larger, although fundamentally the same as those given here for the smaller sizes, are more detailed and include suggestions that facilitate the work. More Solders.. ..page 511 Fluxes... .page 5, :s 3-Inch and Larger care must be exercised in assembling and in apply ing heat, two torches being recommended on the larger sizes to assure uniform heat distribution. Complete instructions will be furnished on request. Square-End Sawing Vise.. . .page 511 502 CRANE Brass Solder-Joint Globe and Angle Valves Composition Disc WORKING PRESSURES 100 pounds steam 125 pounds water, 200 F. Cross Section No. 1300, Globe STEAM SERVICE The solder used to make joints on steam lines must be capable of withstanding the tem perature of the steam in the line; see page 511. No. 1301, Globe with Drain No. 1302, Angle When ordering No. 1301 Valoes, specify whether right hand or left hand drain is Wanted. List Prices Size Inches | % | V2 I % | 1 | 1V4 | U/2 | 2 No. 1300, Globe or No. 1302, Angle Each| 1.75 2.00 No. 1301, Globe, with Drain Each| 2.10 Extra disc holder, disc, nut, and disc stem ring, complete Each) .50 .60 For list prices of Composition Discs, see page 178. 2.50 2.60 .70 3.25 | 4.25 | 5.50 | 8.00 11 1 .85 | 1.10 | 1.50 | 2.00 Solder-joint ends: These valves are made for use with copper tubing. Their end connections are the same as those used on the Crane Brass Solder-Joint Fittings shown on pages 507 to 510. Service recommendations: Solder-Joint Globe and Angle Valves are recommended for steam or water service. They are well suited for plumbing and heating systems, for low pressure steam and water lines in industrial plants, and for similar service. When valves are installed on steam lines, the solder used to make joints must have a melting point that is high enough to withstand the temperature of the steam. For recommendations on solders, see page y11. Construction: The valves, although light in weight, are sturdily constructed. They are well proportioned and are amply reinforced to withstand piping and operating strains. All parts are made of good quality materials. Discs: Unless otherwise ordered, these valves are furnished with a No. 8 Low Pressure Hot Water Disc, suitable for hot water or for cold water. When ordered for steam, they will be furnished with a No. 7 Low Pressure Steam Disc. For description and dimensions of discs, see page 178. The valves have a metal plate, secured to the valve by the wheel nut, which identifies the type of disc. Drain on No. 1301: The No. 1301 Solder- Joint Globe Valve is furnished with either a right hand or a left Rlght Hand Left Hand hand drain; orders must specify which is wanted. The illustrations shown above indicate the position of a right hand and a left hand drain. Repacking: These valves, when wide open, can be repacked while under pressure. Larger sizes and higher pressure valves: When larger size valves or valves suitable for higher pres sures are wanted. Crane screwed end or flanged end valves with solder-joint adaptors are recommended; see page yoy. These valves are furnished with a tag giving special instructions for soldering. Size A B C D--Open E--Open F Dimensions, in Inches 1% y2 1 % 1 1 l9/is 1 9/.s 1 "/is 1 3% ' 2% 1 1% l13/is 1 2 2% s/s 1 3A 15/is l3/is 1 1 U/is 3% 1 4Vs 45/g 3% ' 3% 4% tv* 1 2% 1 3 VA 2% U/is 1% 5Vg 4% 3% 1% 3% 1V4 l3/is 5% 55/g 3% I2 1 3ls/l6 1 l9/is 1m 1 6V* 1 6>/a ! 414 V. ____________________ CRANE________________________________ 503 Brass Solder-Joint Check Valves Swing or Horizontal Swing Check Valves Brass Disc Horizontal Check Valves Composition Disc WORKING PRESSURES 100 pounds steam 125 pounds water, 200 F. Cross Section No. 1303 No. 1303 Swing Check No. 1303 Swing Check Valves may be used either in a horizontal position or in a vertical position for upward flow. STEAM SERVICE The solder used to make joints on steam lines must be capable of withstanding the temperature of the steam in the line; see page 511. Cross Section No. 1304 No. 1304 Horizontal Check List Prices Size Inches % Vz 3/4 ! 1 1 W* No. 1303, Swing Check No. 1304, Horizontal Check Extra disc holder, disc, and nut, complete, for No. 1304 Each | 2.00 Each 1.50 1.75 Each .55 .80 2.50 | 3.25 | 4.00 2.25 | 3.00 | 4.00 1.10 | 1.40 | 1.75 For list prices of Composition Discs for No. 1304 Valves, see page 178. IVz 5.25 5.00 2.25 1 7.50 7.00 3.00 Solder-joint ends: These valves are made for use with copper tubing. Their end connections are the same as those used on the Crane Brass Solder-Joint Fittings shown on pages 507 to 510. Service recommendations: Crane Solder-Joint Check Valves are recommended for service on steam, hot water, and cold water. They are particularly well suited for plumbing and heating systems and for low pressure steam and water lines in industrial and process plants. When valves are installed on steam lines, the solder used to make joints must have a melting point high enough to withstand the temperature of the steam. For recommendations on solders, see page 511. Construction: The No. 1303 are swing check valves and have a brass disc. The No. 1304 are horizontal lift check valves and have a composition disc. Both types are strong and well proportioned; they will easily withstand normal operating strains. All parts are made of good quality materials. Discs in No. 1304 Valves: Unless otherwise ordered, the No. 1304 Valves are furnished with a No. 8 Low Pressure Hot Water Disc, suitable for hot water or for cold water. When ordered for steam service, they will be fur nished with a No. 7 Low Pressure Steam Disc. For description and dimensions of discs, see page 178. The disc number, stamped on the cap, identifies the type of disc. Larger sizes and higher pressure valves: When larger size valves or valves suitable for higher pres sures are wanted. Crane screwed end or flanged end valves with solder-joint adaptors are recommended; see page 505. These valves are furnished with a tag giving special instructions for soldering. ^CRaVTc No. 1303 Swing Check Size A B C D E Dimensions, in Inches % 1/2 1 % 1 Wi 1 1% 2 | 1% |ln/l6 2Vi6 2Vi6|2y8 l9/is IWigI 2 2% 2% 131/4 31/2 31 Vie "/is l3/isl 1 lVl6 iy8 n3/is 1% _____________________________ W* l9/l6 |l1S/l6 23/16 29/lfi 1213/16 31/4 1% 11% 1% 2 121/4 2% fHtf del--B--ICh No. 1304 Horizontal Check Brass Solder-Joint Gate Valves Wedge Disc--Non-Rising Stem WORKING PRESSURES 100 pounds steam 125 pounds water, 200 F. k STEAM SERVICE The solder used to make joints on steam lines must be capable of with standing the temperature of the steam in the line; see page j 11. Cross Section Size No. 1319, Gate Valve No. 1319 List Prices Inches | % 1 % 1 % 1 1 1 IV4 1 1% 1 2 Each| 2.25 | 2.25 | 2.75 | 3.50 | 4.50 | 5.75 || 8.00 Solder-joint ends: The No. 131Q Brass SolderJoint Gate Valves are made for use with copper tubing. Their end connections are the same as those used on the Crane Brass Solder-Joint Fittings shown on pages 507 to 510. Service recommendations: The valves will give excellent results on installations where working con ditions are not severe. They are recommended for general shut-off valve service on low pressure steam lines and on hot and cold water lines. They are well suited for use in plumbing and heating systems, on circulating water lines, on low pressure condensation return lines, and for similar low pressure services. When Solder-Joint Valves and Fittings are installed on steam lines, the solder used to make the joints must have a melting point high enough to withstand the temperature of the steam. Recommendations for solders are shown on page 511. Construction: No. 1319 Gate Valves have a non- rising stem and a one-piece wedge disc. They are .I sturdily constructed and are amply reinforced at'J' points subjected to greatest stress, to withstand;'!' piping and operating strains. All parts are made of 1 good quality materials. T Stuffing box: The stuffing box is equipped with a f gland and is filled with high grade packing. Ii Repacking: The valves, when wide open, can be J repacked while under pressure. J Larger sizes and valves for higher pressures: 5 When larger size valves or valves suitable for higher pressures are wanted, any of the wide variety of . " Crane screwed end or flanged end valves when equipped with solder-joint adaptors can be used. A j few of the popular types are illustrated on page 505. I Instruction tag: These valves are furnished with * a tag giving special instructions for soldering. : Size A B C D Dimensions, in Inches 1 3/s % 3/4 1 1 m 1 1% !% 13/ie % 1 1 ivie 1 l>/8 1 W,S 13/l6 1 IVie 1 iy8 1 l3/l6 1 33/4 3% 4% 51/4 1 5% 1 6% 1 21/4 2V, 2% 3 1 33/8 1 3% 2 l3/s 1% 7% 4V, _ k ................ ........................ ''& _______________________ CRANE____________________ ' ___________ 505 Large Size, High Pressure, or Other Style Brass Solder-Joint Valves Users may sometimes require Brass Solder-Joint Valves in larger sizes, other styles, or heavier construction than those shown on the preceding three pages. This is especially true when valves are wanted for industrial installations where pipe sizes are often large or where severe services frequently demand other styles of valves. For such purposes, Crane Co. supplies a wide variety of screwed end and flanged end brass valves made suitable for copper tubing through the use of adaptors. A few of the popular types are illustrated below: Screwed End Valves with Solder-Joint Adaptors Globe Valve Gate Valve The No. 1353 Copper to Male Pipe Thread Couplings shown on page 508 are ideal adaptors for screwed end valves. They make available for copper tubing installations the com plete Crane line of Screwed End Brass Valves, providing the user with an excellent selection of sizes, styles, and weights. They are easy and economical to use. Flanged End Valves with Solder-Joint Adaptors The No. 1385 Companion Flanges shown on page 510 are ideal adaptors for flanged end valves. They provide a quick, easy, and economical means of making any of the wide selection of Crane- Flanged End 150Pound Brass Valves suitable for copper tubing installations. With this combination, the en tire valve can be removed at any time by simply taking out the end flange bolts. Globe Valve Check Valve Screwed End and Flanged End Brass Valves are shown on pages 23 to 81. Gate Valve 38 Brass Solder-Joint Radiator Valves and Union Elbows Solder-Joint Radiator Angle Valve Brass Solder-Joint Radiator Valves and Radiator Union Elbows can be made to order; prices and dimensions are furnished on application. Inquiries should state quantity, size, style of valve, and service. Screwed End Brass Radiator Valves and Union Elbows are shown on pages 77 to 81. Solder-Joint Radiator Union Elbow 506 CRANE Brass Solder-Joint Fittings Pressure Ratings and Service Recommendations Unusually wide range of application: Brass Solder-Joint Fittings combined with copper tubing have an unusually wide range of application. They are ideally suited for hot and cold water lines, for low pressure steam lines, and for underground water lines such as are used in plumbing, heating, and air condi tioning systems in homes, apartments, hotels, offices, public buildings, hospitals, and factories. In addition, they are well suited for an almost endless variety of services in industrial and processing plants,, as on water and air lines, low pressure steam lines, pressure lubricating systems, stock lines in paper mills,-liquor lines in breweries and distilleries, certain dye lines in textile mills, and many others. Service recommendations: Brass Solder-Joint Fittings are recommended for hot w-ater, cold -water, saturated steam, air, vacuum, liquors used in brew eries and distilleries, and many similar services that are not corrosive to brass and copper and are nonhazardous. Hazardous fluids: Because soldered joints are gen erally made with an open flame torch, and also be cause solders fuse at a comparatively low tempera ture, considerable danger attends the installation and; use of soldered joints on noxious or inflammable}, liquids and gases. When all danger of fire is elimP nated, Brass Solder-Joint Fittings can "be used for' such service. Detail recommendations will be fur nished upon receipt of complete information regard-: ing the proposed installation. Steam service: The success of a solder-joint instal-j lation on steam service depends upon the quality of| the solder used when making joints. The solder musts; have a melting point that is high enough to remain;] unaffected by the temperature of the steam. Fori] recommendations on solders, see page y u. ] Working pressure ratings: Working pressure rat-J ings of Solder-Joint Fittings are given in the tables shown below. For convenience, the ratings of Crane: Solder-Joint Valves are repeated in the table. j Working Pressure Ratings, Pounds per Square Inch Article Catalog Numbers Sizes Working Pressures -"Saturated Steam Water, 200 F. Solder-Joint Valves Solder-Joint Fittings' Solder-Joint Flanges Nos. 1300, 1301, 1302, 1303, 1304, and 1319 Nos. 1326 to 1371 inclusive Nos. 1380, 1381, 1383, and 1384 No. 1385 All sizes 2-inch and smaller 2% and 3-inch 3%-inch and larger 2-inch and smaller 2y2-inch and larger 100 pounds | 200 pounds 80 pounds 80 pounds || 150 pounds 80 pounds 125 pounds 250 pounds 250 pounds 150 pounds 225 pounds 225 pounds *These saturated steam ratings are based upon the maximum recommendation for the valve or fitting. Users must select an appropriate solder for the service temperature in order to obtain a suitable installa tion; see page 511 for solders. Crane Soldered Joints Are Unusually Strong Photomicrographs and innumerable tests prove con clusively that a Crane Soldered Joint is actually a complete and perfect bond of tubing, solder, and valve or fitting. The joint is unusually rugged and has an exception ally high safety factor. The large bonding surface assures generous strength. Both pressure and tensile tests show that loads far in excess of those found in service are required to cause failure in an assembled connection, and that when failure finally does occur, it is generally in the tubing, not the joint,--even when Type K Extra Heavy Hard Copper Tubing is used. Expansion and contraction tests conducted under extremely severe conditions left the soldered joints without the slightest indication of damage. Rigid tests on a vibrator proved that the joints are ideal j for services where vibration is present. } Photograph of a 13^-inch Solder-Joint Tee after being subjected to a tensile test. The copper tubing broke at 13,440 pounds. Pages 507 to 511 skou) the most popular types of fittings available in the Crane Solder-Joint Line. Information on other types is furnished on application. c CRANE Brass Solder-Joint Fittings For working pressures, see page 506. 507 No. 1326, 90 Elbow Copper to Copper Straight sizes, 34 to 6-inch Reducing sizes, 34 to 4-inch I ``W No. 1327, 90 Elbow Copper to Outside i. P. S. Straight sizes, 34 to 6-inch Reducing sizes. 34 to 334-inch No. 1328, 90 Elb&w Copper to Inside I. P S. Straight sizes, l/i to 4-inch Reducing sizes, 3a to 3-inch r if i-.i ? n No. 1329 90 Street Elbow Fitting to Copper Straight sizes, yi to 4-inch No. 1331, 45'Elbow Copper to Copper Straight sizes, 34 to 6-inch No. 1332, 45 Street Elbow Fitting to Copper Straight sizes, 34 to 4-inch if l:1 3 . t s- I'.J i iI ( :-i No. 1335, Tee Copper to Copper to Copper Straight sizes, 34 to 6-inch Reducing sizes, to 6-inch No. 1336, Tee Inside I. P. S. to Copper to Copper Straight sizes, 34 to 6-inch Reducing sizes, 34 to 6-inch No. 1337, Tee Copper to Copper to Inside I. P. S. Straight sizes, 34 to 6-inch Reducing sizes, 34 to 6-inch No. 1338, Tee Outside 1. P. S. to Copper to Copper 3t x 34 x % Reducing size only No. 1340, Tee Inside I. P. S. to Inside I. P. S. to Copper Straight sizes, 34 to 134-inch Reducing size, 34 to 1-inch No. 1345, Cross Copper to Copper Straight sizes, 34 to 6-inch Reducing sizes, 34 to 6-inch All Crane Solder-Joint Fittings are licensed under Mueller Brass Co., Streamline Division, Patents. No. 1339, Tee Outside I. P. S. to Copper to Inside I. P. S. 1 x % * 34 Reducing size only Prices, list of sizes, and dimensions will be furnished on application. 508 CRANE Brass Solder-Joint Fittings For working pressures, see page 506. t No. 1350 Wrought Tube Coupling Copper to Copper Straight sizes, J4 to 8-inch Reducing sizes, Y to 4-inch No. 1850 Couplings are made from copper tubing. They have a boss or stop located midway, between the ends on the straight sizes and at the inner end of the smaller opening on reducing sizes. No. 1351, Cast Coupling Copper to Copper Straight sizes, % to 8-inch Reducing sizes, Js to 6-inch No. 1351 Couplings are made from brass castings. They have- an internal shoulder, positively limiting "the dis tance to which the tubing can slip into the ends of the Coupling. No. 1352 . Eccentric Coupling Copper to Copper Reducing sizes, % to 6-inch 41 No. 1353, Coupling \ Copper to Outside 1. P. S. 'j Straight sizes, 3<C to 8-inch ? Reducing sizes, % to 4-inch f . No. 1354, Coupling Copper to 1 nside 1. P. S. Straight sizes, Yi to 6-inch Reducing sizes, % to 3J4-inch No. 1356, Fitting Coupling Fitting to [nside I. P. S. Straight sizes, % to 5-inch Reducing sizes, to 2-inch No. 1355, Fitting Nipple Fitting to Outside 1. P. S. Straight sizes, Y to 6-inch Reducing sizes, Yi to 3-inch No. 1357, Bushing Fitting to Copper Reducing sizes, 3<t to 6-inch Short Type Coupling J Copper to Outside 1. P. S. ,-s Straight sizes, Ys to 1-inch !i J 'j Flush Bushing Fitting to Copper i Reducing sizes, % to 2-inch j i No. 1358, Plug | Sizes to 6-inch \ A Copper to Inside I. P. S. Sizes x 34 and % x 34-inch Flanged Sink Elbows are used with sinks, laundry trays, and similar fixtures installed close to a wall. The flange forms a positive bearing on the back of the fixture and permits a rigid faucet connection. The elbow has a short radius. No. 1367, Water Meter Elbow Copper to Outside I . P. S. j^-inch size only Prices, list of sizes, and dimensions will be furnished on application. No. 1359, Cap Sizes J4, to 6-inch CRANE Brass Solder-Joint Fittings For working pressures, see page 506. 509 No. 1361, Drop Ear Elbow Copper to Inside I. P. S. Straight sizes, 34 to A-inch - Reducing sizes, 34 ar>d 1 54-in< No. 1363, Drop Ear Tee-- Copper to Copper to Inside I. P. S. Straight sizes, % and 34-inch Reducing size, 34 x 34 x J'i-inch No. 1368, Range Boiler Coupling No. 1369, Range Boiler 90 Elbow Copper to Outside I. P. S. to Inside I. P. S. Copper to Outside I. P. S. to Inside I. P. S. The No. 1368 and No. 1369 Fittings are used on a tank or receiver that requires a length of pipe extending into it. The cold water supply to a range boiler or hot water tank is a com mon example. The internal pipe is screwed into the female thread at the^male end of the fitting, and the male end is then screwed into the tank. The cold water supply tubing is soldered into the outer end of the fitting. No. 1364, Crossover Copper to Copper Straight sizes, 34 and 94-inch. Crossovers are suitable for use in limited space back of laundry trays, sinks, or similar fixtures. Range Boiler Dip Tubes consist of a Brass Fitting Nipple and a length of copper tubing soldered to the fitting end; they are used with the Range Boiler Couplings and El bows shown above. No. 1372, Range Boiler Dip Tube Outside 1. P. S. Sizes J4 and 94-inch No. 1365, Short Type Wash Tray Sink Tee Copper to Copper to Inside I. P. S. Made in 34-inch size only. This Tee is a short radius fitting that can be installed in a very small space. The run has solderjoint openings; the outlet has a female iron pipe thread. 38 No. 1380, Union Copper to Copper Straight sizes, 34 to 234-inch . No. 1381, Union Copper to Outside I. P. S. Straight sizes, A to 234-inch Crane Solder-Joint Unions and Union Elbows are recommended for steam, water, and similar fluids. They have a non-corrosive ground joint seat. No gasket is necessary, and the unions can be taken apart and reassembled repeatedly without affecting their strength r tightness. Union Elbow Copper to Copper Straight sizes, 54 to 2-inch PriceSf list of sizes, and dimensions will be furnished on application. k. 510 CRANE Brass Solder-Joint Fittings and Bends No. 1383, Wrought Tube 90 Elbow Copper to Copper , Straight sizes, Js to 2-inch Reducing sizes, Y to 2-inch No. 1384, Wrought Tube 45 Elbow Copper to Copper Straight sizes, :'s to 2-inch No. 1370, Wrought Tube Return Bend Copper to Copper Straight sizes, l/\ to l-inch No. 1371, Cast Return Bend Copper to Copper Straight sizes, Y to 3-inch Short Radius Return Bend with Brass Cleanout Plugs Copper to Copper Sizes on application. Made to order only. No. 1385, 150-Pound Companion Flange Straight sizes, Y to 6-inch Reducing sizes, on application Prices, list of sizes, and dimension^ will be furnished on application. Copper Tubing Bends To eliminate the need for special tools and equip ment which are necessary to fabricate copper tubing bends in the field, Crane Co. has standardized upon the dimensions of several of the more popular types. These bends, made from Type K Extra Heavy Hard Copper Tubing, will meet the requirements of a majority of installations, and erectors will realize more convenience and more economy than in the field fabricated items. The task of installation is then reduced to its simplest form -- that of making solderjoint connections. qo, 450, and U-Bends range in nominal tubing sizes from Y<>, to 8-inch inclusive; offset bends, in nominal tubing sizes from 34 t0 ^M-inch, and expansion U-bends, in nominal tubing sizes from i to 6-inch. The dimensions of these bends provide proper tangents for erection, and the tubing ends are care fully sized to assure freedom from irregularities that might otherwise impair the effectiveness of the solder-joint. In addition. Crane Co. is prepared to furnish bends or offsets made to special dimensions or made from other grades of tubing. Prices and information on application. Expansion of Copper Tubing In order to plan a solder-joint piping installation successfully, it is necessary, as in any other piping assembly, to make suitable provisions for the expan sion of the pipe lines under actual service conditions. Expansion bends can be designed only when the amount of expansion is known. To find the number of inches of expansion in any length of copper tubing, proceed as follows: First, obtain from the table (Right) the expan sion at the minimum line temperature and at the maximum line temperature. Second, subtract the former from the latter, which gives the expansion per foot through that temperature range. Third, multiply the expansion per foot by the number of feet of tubing. Linear Expansion of Copper Tubing, per Foot Temperature In Degrees F. Expansion of Copper Tubing In Inches TemperatureLExPans*01?.of 0 0 260 . | .0295 20 .0025 280 ! .0317 40 .0045 300 | .0342 60 .0065 i 320 | .0370 80 .0087 | 340 | .0395 100 .0110 360 | .0415 120 .0135 ! .380 | .0440 140 .0157 400 | .0464 160 .0177 ! 420 .0489 180 .0200 440 | .0515 200 .0225 460 .0537 220 .0252 480 .0564 240 .0274 500 | .0588 CRANE Bras^ Solder-Joint Drainage Fittings 511 No. 2380 Straight Adaptor No. 2381 45 Adaptor No. 2383' Lead Adaptor Washer - Slip Joint Adaptors provide an easy means of joining the tube ends of traps used on plumbing fixtures to copper waste tubing. No. 2320 90 Y-Branch Tee Pattern No. 2322 90 Y-Branch No. 2328 Caulking Connection 45 Y-Branch Copper to Hub Caulking Connections are used to connect copper waste or vent lines to the hub end of cast iron soil pipe or fittings. Crane Solder-Joint Fittings and copper tubing are ideal for drainage systems. They have excellent resistance to the normal corrosive action of this service, and being made with smooth and full flow areas, they are non-clogging; foreign matter cannot accumulate. An installation of this type offers practically no resistance to flow, it has long service life, and it is particularly compact. List of sizes, prices, and dimensions are furnished on application. Solders and Fluxes Solders and Fluxes should be carefully selected and For higher pressures or special services, recommen- used only on services for which they are suitable, dations will be made on application. They are made especially for Crane Solder-Joints, and 'when used properly, they produce tight and Prices of Solders and Fluxes listed in the following strong joints. ' table are furnished on application. Solder No. Melting Range Solders||Fluxes Service Recommendation Form Supplied' Flux No. and Uses Form Supplied Solder 358 to 414 F. Solder i 450 to 460 F. No. 104 Solder 460 F. 400 pounds water 15 pounds saturated steam Air conditioning systems 35 pounds saturated steam 400 pounds water 80 pounds saturated steam 3/32-inch round wire in 1-pound spools and %-inch round wire in 1-pound and 5-pound spools %2-inch and La-inch round wire in 1-pound spools %2-inch round wire with flattened side in 20-inch lengths No. 50 Flux Use with No. 50, No. 95, or No. 104 Solders 2-ounce, 8-ounce, 1-pound, and 5-pound tins Tools and Straps for Copper Tubing Square End Sawing Vise and Guide for Copper Tubing Sizing Tool for Soft Copper Tubing The Sizing Tool shown above is used to prepare the tube end to fit in the valve or fitting end. Soft copper tubing is easily deformed and the ends must be re-sized to assure good joints. The Sawing Vise, a combination vise and saw guide for tubing 2 inches and smaller, is an ideal tool to use when making an installation; it makes square cutting easy. Any standard hack saw can be used; a 32-tooth blade is recommended. Copper Straps are made especially for use with copper tubing. Prices and sizes on application. 512 CRANE Copper Tubing Standard Specifications 'i -t Copper Tubing for general plumbing and. heating All four weights are furnished in hard temper, and i purposes and for industrial uses is available in four in addition, Types K and L are furnished soft ,j :jweights, commonly known as Types K, L, M, and 0. annealed. . Dimensions and Weights|^ :| Hard Copper Tubing[]Soft Copper Tubing Nominal Outside! Type K Size Diam- Extrt? Hfavy j Ext^|eavyType L Type M Heavy Hard Standard Hard Light Hiard Type L ; Heavy Soft of Tubing of || Wall Weight Wall Weight Wall Weight Wall WeightII Wall Weight Wall Weight Tubing Thick- per Thick per Thick per Thick per | Thick- per Thick per . II ness Foot ness Foot ness Foot ness Foot | ness Foot ness Foot ,i Inches Inches ,|| Inches Pounds Inches Pounds Inches Pounds Inches Pounds! Inches Pounds Inches Pounds ; % 1 % II -032 .1337 .030 .1260 % 1 % II -049 .2691 .035 .1982 i/2 | % || .049 .3437 .040 .2849 3A 1 % II .065 | .6411 .045 .4548 1 H/g || .065 .8390 .050 .6545 1V4 1% II -065 1.037 .055 .8840 IV2 1% II .072 1.362 .060 1.143 2 2l/g || .083 2.064 .070 1.752 2V2 2% || .095 2.927 .080 2.479 3 3Vg II .109 4.003 .090 3.326 3V2 3% II .120 5.122 .100 4.292 4 4i/g || .134 6.512 .110 5.378 5 5Vg || .160 9.673 .125 7.611 6 6Vs II .192 13.87 .140 10.20 8 8% II .271 25.92 | .200 19.30 10 10l/8 || .338 40.28 | .250 30.06 12 12l/g || .405 57.80 .280 40.39 .025 .025 .028 .032 .035 .042 .049 .058 0,65 .072 .083 .095 .109 .122 .170 .212 .254 , .107 .145 .204 .328 .465 .682 .940 1.46 2.03 2.68 3.58 4.66 | 6.66 8.92 16.46 25.57 36.69 .049 .049 .058 .065 .072 .083 .109 .134 || || || I || I || | || 1 II 11 11 | 1.835| | 2.134| I 2.872| | 4.005 | | 5.307 j 8.128| | 13.29 | | 19.57 | .032 .049 .049 .065 .065 .065 .072 .083 .095 .109 .120 .134 .160 .192 .271 .338 .405 .1337 .2691 .3437 .6411 .8390 1.037 1.362 2.064 2.927 4.003 5.122 6.512 9.673 13.87 25.92 40.28 57.80 .030 .035 .040 .045 .050 .055 .060 .070 .080 .090 .100 .110 .125 .140 .200 .250 .280 .1260 / .1982 | .2849 i; .4548 ; .6545 j .8840 ; 1.143 1.752 2.479 J 3.326 . 4.292 : 5.378 7.611 10.20 19.30 30.06 40.39 Saturated steam Hot water, cold water, air, and similar fluids WORKING PRESSURES, Pounds per Square Inch Type K Type L Type M Type O Type K Extra Heavy Hard Heavy Hard Standard Hard Light Hard Extra Heavy Soft 250 pounds 150 pounds 80 pounds 15 pounds 250 pounds 400 pounds 250 pounds 250 pounds 125 pounds 250 pounds Type L Heavy Soft 150 pounds 150 pounds Service recommendations: Copper Tubing is recommended for many services, such as for steam, water, air, oil, gas, or similar fluids. The Types K, L, and M are used for general plumbing and heating purposes, and for industrial applications. In addi tion, the Type K Tubing soft annealed is especially adapted to service oh underground lines. The Type 0 Tubing is recommended only for industrial uses. On steam installations, the successful application of Copper Tubing depends not only upon the weight of tubing but also upon the solder used when making joints. For recommendations on solders, see page 511. Hard Copper Tubing: Hard Copper Tubing is intended primarily for use in straight lengths. It is not recommended for field bending except when proper bending equipment is used. Soft Copper Tubing: Soft Copper Tubing can be bent without special bending equipment; it is recom mended for service where bends must be made in the field, as on concealed replacement work. Soft Copper Tubing while in transit or when being handled may become flattened or distorted. Before being used, the ends of the tubing should be sized to assure a tight soldered joint. For sizing tools, see j page 511. ; Standard lengths: 20-foot straight lengths for ` both hard and soft Copper Tubing and 6o-foot coiled lengths for soft Copper Tubing are generally con- ; sidered standard. Other lengths can be furnished: Tinning: Copper Tubing can be furnished tinned j on the outside, on the inside, or on both the outside j and the inside. Federal Specification: Type K hard and soft, ; Type L hard only, and Type M Copper Tubing in sizes % t0 6-inch conforms to Federal Specifics- . tion WW-T-799, dated October 18, 1932; the J^-inch / and the 8, 10, and 12-inch sizes are not included in ; the Federal Specification. American Standard: Type K hard and soft, : Type L hard and soft, and Type M Copper Tubing j in sizes % to 6-inch conforms to the American - Standard for Copper Water Tube, A.S.A. No. ; H23.1-1934; the 34-inch and the 8, 10, and 12-inch sizes are not included in the Standard. : The American Standard designates tubing by j "Class" letters instead of by "Type" letters, thus: J Class K, and Class L, and Class M. 1 CRANE Pipe Hangers and Supports 513 Hangers Standard Ring and Bolt Hangers...................................page 314 Adjustable Clips..................................................................page 514 Band Hangers......................................................................page 514 Clevis Hangers.................................................................... page 3 14 Malleable Iron Ring Hangers...........................................page 515 Adjustable Swivel Pipe Rolls........................................... page 516 Spring Cushion Hangers....................................................page 316 Single Pipe Rolls and Sockets..........................................page 317 U-Hooks..............................................................................page 518 Genspring Hangers............................................................. page 333 Hanger Extensions and Connections Adjustable Swivel Couplings........................................... page 518 Rod Couplings.....................................................................page 518 Hanger Rod Couplings and Toggle Bolts......................page 518 Turnbuckles......................................................................... page 51 <5 Perforated Extension Bars............................................... page 519 Planger Flanges................................................................... page 510 Extension Pieces........................ {.................................... page 320 Hanger Rods............................................... page 521 Coach Screw Rods..................................... "..................... page 521 Hook Rods........................................................................... page 521 Eye Rods.............................................................................. page 521 Square Head Hanger Rods............................................... page 521 Extension Eye Bolts.......................................................... page 523 Beam Clamps I-Beam Clamps.................................................. pages 322 to 324 Channel Clamps...................................... page 322 Clamps for Wide Flange Beam Sections. . .pages 322 and 323 Brackets Application of Welded Steel Brackets............................page 324 Welded Steel Brackets.......................................................page 323 Bracket Clips...................................................................... page 323 Supports Pipe Roll Stands.................................................................page 326 Pipe Roller Supports..........................................................page 326 Adjustable Pipe Roll Stands............................................ page 327 Pipe Rolls and Plates........................................................ page 328 Pipe Pole Supports for Outside Lines............................ page 328 Pipe Chairs.......................................................................... page 329 Anchor Chairs..................................................................... page 329 Pipe Seats............................................................................ page 329 Pipe Saddle Support..........................................................page 331 Pipe Stanchion Saddles.....................................................page 331 Wall Pipe Supports........................................................... page 331 Miscellaneous Riser and Pipe Clamps..................................................... page 319 Pipe Covering Protection Saddles.................................. page 330 Single Hooks....................................................................... page 3 31 Hook Plates.........................................................................page 332 Floor and Ceiling Plates...................................................page 332 For general remarks and excerpts from Code for Pressure Piping, see page 534. For deflection of horizontal pipe lines and spacing of pipe supports, see pages 642 and 643. 514 CRANE Standard Ring and Bolt Hangers No. 2-C: These hangers are made of high quality soft steel. They can also be furnished gal vanized or made of brass; special prices will apply. Standard Ring and Bolt Hangers can be used with No. ,i-C Per forated Extension Bar, page yiq, or with No. i io-G or No. no R-G Malleable Iron Sockets for use with pipe or rod extensions; see page 515. Prices on application No. 2-C Standard Rirfg and Bolt Hanger Pipe Size Inches % Vi 1 Wi IV2 2 2% 3 3i/2 4 '5 6 8 10 12 bize or otock .Width ThickInches ness v* 16 Ga. % 16 Ga. % 16 Ga. % 16 Ga. 1 15 Ga. 1 15 Ga. 1% 12 Ga. 1% 12 Ga. iwy*8 12 Ga. 12 Ga. ww** 12 Ga. 12 Ga. IwV** 3/is" 3/io" 1% 3/is" * Size of Bolt Size of No. 1-C Extension Bar to use Inches Number V* Vi Vi Vi . V* Vi V* Vi V* V* . 5/l6 S/l6 % % % 0. 0 0 i1 1 1 2 2 3 3 4 or 5 4 or 5 5 or 6 5 or 6 5 or 6 No. 116-G Clip Base Adjustable Clips No. 106-G No. 105-G Adjustable Clip Clip Ring Underwriters' Approved Malleable Iron List Prices and Dimensions, in Inches Pipe List Price per 100 Square Head Ceiling to Inside Size No. 106-G No. 116-G No. 105-G Hanger Rod Center of Pipe Diameter Inches Black | Galv. Black[ Galv. Black Galv. Length|Diam. Min. | Max. of Ring % 44.00 54.00 21.60 24.10 15.00 16.50 6V4 1 47.50 58.00 21.60 24.10 18.00 20.00 63/4 W* 48.50 59.50 21.60 24.10 19.00 21.50 63/4 51.00 62.50 21.60 24.10 21.00 24.00 7 2 56.00 68.50 21.60 24.10 26.00 30.00 71/4 % 8 9% % 8% 10% % 8% 10% % 9 10% % 9% 11% Wie lVie l13/l6 29/ig Band and Clevis Hangers Adjustable ;s M No. 269-G, Band Hanger, Wrought Steel No. 260-G, Clevis Hanger, Wrought Steel Underwriters' Approved f. 1: i' List Prices and Dimensions, in Inches Pipe Size Inches List Price np.r 100 No. 260-G No. 269-G A *No. 260-G, Clevis Hanger Adjust. BCD No. 269-G, Band Hanger Adjust. F G H' J 3/4 23.00 1 . 24.00 U/4 28.00 U/2 30.00 13.00 13.50 14.00 15.00 % 3% 313/is 2% % 3% 41/16 21/2 % 3% 47/i6 21/2 % 313/is 4% 21/2 1% 2 29/i6 21/2 1% 23/is 2% 21/2 iy2 29/is 37/l6 21/2 1% 2Vi 3* Vis 21/2 1 1 IVi Wi 2 32.00 2% 35.00 3 46.00 31/2 58.00 15.50 21.50 22.00 23.00 % 4 f/l6 2% % 4% 6!/ig 3 % 415/ie 6n/l6 3 y2 sv* 71/4 3 1% 3 4%6 1% 315/l6 5% 1% 41/4 6 1% 41/2 61/2 21/2 31/2 31/2 31/2 Wi Wi Wi Wi 4 5 6 8 64.00 74.00 87.00 135.00 24.50 34.00 37.00 57.00 % 5Vi 8 31% m 4% 7% 31% Wi % 69/is 9% 31/2 2 5% 81/2 4 2 V* 75/l6 10% 4 2 67/ie 93/4 41/2 2 % 89/ig 12% 41/4 2 711/16 12 4% 2 10 300.00 12 400.00 3 14 500.00 16 700.00 % 101/4 15% 41% 2% 7/s H% 18 4% 2% 1 1 13 14% 20 22% 51/4 2% 6 r 31/4 ^Clevis Hangers, sizes 10-inch and larger, are provided with a Pipe Spacer on the bolt. 5 k. 4 CRANE Malleable Iron Ring Hangers 515 No. 101-G Adjustable Swivel Ring Solid Ring Type Underwriters' Approved No. 104-G Adjustable Swivel Ring Split Ring Type Underwriters' Approved No. 107-G, Pipe Threaded No. 107 R-G, Rod Threaded Split Pipe Ring and Socket r- No. 108-G Split Pipe Ring No. 110-G Pipe Threaded Socket No. HO R-G Rod Threaded Socket Regularlv furnished in black. Galvanized furnished when ordered. No. ioi-G and No. 104-G Hangers can-be adjusted by turning the swivel nut to raise or lower the pipe. When the pipe is in the desired position, the swivel shank automatically locks to prevent loosening due to vibration and to assure permanent alignment of the piping. Split Ring Hangers can be applied after the pipe line is in place. No. 104-G is hinged off center to provide sufficient seating to hold the pipe before closing the ring. A wedge pin is loosely but insepa rably cast into the hinged section for fastening after the pipe is in place. List Prices and Dimensions, in Inches, for Complete Hangers Pipe Size List Price per 100 No. 101 -G No. No. 107-G 104-G No. 107 R-G Inches Black| Galv. Black Black) Galv. A B No. 101-G Adjust. c -D E F No. 104-G No. 107-G No.107R-G Adjust. GH J KL K L 14 21.50 23.50 Vs 23/i6 3/8 23/l6 % 22.80 27.20 41.40 23.50 25.50 3/s 2ls/l6 2V,6 3% 2 2Vs 23/8 37/i6 113/,fi Vs 23/8 3/8 23/s 1 24.60 29.10 43.40 24.50 27.00 % 2% 2Vs 3 V16 IH/16 27/s 21/4 39/,6 13/4 i/r 21/2 3/8 21/2 iy4 25.40 30.00 46.40 27.00 30.00 % 3*/, 6 23/16 3% m 3 23/, 6 3% 111/16 1/4 33/,6 3/8 213/, 6 iy2 26.40 31.20 52.40 30.00 33.50 % 3Vi6 2Vs 4 111/16 3i/s 23/,6 41/s IH/16 1/4 33/16 3/8 213/16 2 29.00 34.40 58.40 32.00 36.00 % 37/ie 2y4 4% l13/l6 3% 23/, 6 411/16 113/16 1/4 31 Vi 6 3/r 33/, R 2i/2 41.20 50.00 67.20 39.00 44.00 1/2 4 29/l6 SVie 2l/i6 313/16 21/2 53/r l7/s 1/4 313/,fi Vi. 31 Vl6 3 51.20 61.00 77.20 45.00 51.00 y2 4% 2% 6y8 2i/s 43/8 23/8 6l/s 2 1/4 43/ Vi. 4% 3y2 53.20 65.00 105.20 53.50 63.50 y2 49/,r 29/l6 69/ib 2V16 43/4 23/4 63/4 2i/s 3/8 43/4 Vi. 4% 4 67.00 84.00 124.00 63.50 74.50 % 5Vis 33/16 711/l6 29/ie 513/16 39/l6 81/16 2% 3/8 51/8 3/s bVie 5 84.00 104.00,172.00 88.00 108.00 % 6 31/4 8i3/1fi 2% 63/s 33/r 93/,6 213/, 1/2 &9/,6 % 69/,8 6 8 132.00 164.00l218.00 103.00 130.00 3A 7V 3i3/i6 IOV16 31/ie 7S/ 4s/, 6 1013/i6 3i/2 231.00 318.00l375.00 173.00 224.00 Vs 813/16 41/2 131/8 3% 91/8 4'% 13i/2 3% 1/2 73/,6 3i 71/2 V2 83/16 Vs 89/,6 Pipe Size 1/2 34 1 n/4 n/2 2 21/2 List Prices and Dimensions, in Inches, for Rings and Sockets Only No. 108-G, Split Pipe Rings Only Price per 100 Pipe Price per 100 Black | Galv. M Size Black Galv. 15.00 17.00 18.00 20.00 23.00 25.00 32.00 16.00 18.00 19.50 22.00 25.50 28.00 36.00 1S/l6 H/8 H/4 l9/l6 111/16 21/16 23/16 3 31/2 4 5 6 8 38.00 43.00 45.00 53.00 55.00 64.00 75.00 92.00 90.00 114.00 160.00 208.00 M 23/4 31/s 31/2 43/8 53/8 6y4 Sockets Only Pipe Size No. 110-G Pipe Threaded Pipe Size No. 110 R-G Rod Threaded Price per 100 Price per 100 Inches Black Galv. K N Inches Black Galv. K N 1/2-I 11/4-3 31/2-4 5-8 6.50 7.50 7.00 8.00 8.50 10.50 13.00 16.00 18.00 22.00 Vs 11/4 1/2-2 6.50 7.50 3/8 11/4 1/4 13/8 21/2-31/2 7.00 8.00 1/2 13/8 3/8 13/8 4-5 8.50 10.50 3/s 113/16 1/2 113/16 6 13.00 16.00 3/4 21/s 3/4 2i/s 8 18.00 22.00 Vs 23/is 516 CRANE Adjustable Swivel Pipe Rolls List Prices and Dimensions, in Inches Pipe *Size Price Size (covered) per 100 A B c D E G 2% % 152.00 6% 4 2%6 5% Vi 6 V? 3 1, m 155.00 7%6 4y)6 29/,s 6y Vl6 % 3y2 m 185.00 8 4% 2% 6% y2 V? 4 2 225.00 9Vl6 5% 31/s 7Vl6 yk % 5 2V2, 3 295.00 10% 5^/16 31/8 8% % % 6 3V2, 4 410.00 12V4 7`/l6 3% 10'% % % 8 6 645.00 15% 8Wl6 41/2 13% % Vs 10 7 920.00 18V, 10 4% 15% Vs Vs 12 8 1250.00 20% ny8 4% 17% 1 Vs *Pipe sizes used when covered with standard thickness covering/ These Adjustable Swivel Pipe Rolls have a malleable iron yoke and a cast iron roll. Vertical adjustment is made by use of the swivel shank which automati cally locks, preventing loosening due to vibration. This type of hanger is primarily designed for use with uncovered pipe; but, covered pipe with Pipe Covering Protection Saddles can be used when proper pipe rolls are installed. Spring Cushion Hangers No. 255-G Spring Cushion Pipe Hanger Spring cushion hangers: No. 255-G and No. 256-G are recommended for service where constant support is required and compensation must be made for movement of the piping. The use of springs is an efficient means of absorbing vibration. These hangers are designed to support ten feet of extra strong pipe filled with water or equivalent. No. 256-G Spring Cushion Pipe Roll Hanger When pipe lines are subjected to vertical movement due to thermal conditions, Genspring Hangers are recommended; see page 533. List prices for No. 255-G include steel flanges, spring, and outside bolts with nuts. List prices for No. 256-G include the roll, roll rod, adjustable sockets, springs, and cups. Size Price Inches per 100 1 380.00 iy4 380.00 iy2 380.00 2 380.00 2% 470.00 3 470.00 3% 470.00 4 620.00 5 620.00 6 725.00 8 960.00 10 960.00 12 960.00 14 OD 1160.00 16 OD 1160.00 18 OD 1250.00 20 OD 1750.00 24 OD 1900.00 Spring Cushion Hanger Size No. 1 1 1 1 2 2 2 3 3 4 5 5 5 6 6 7 8 9 List Prices and Dimensions, in Inches No. 255-G No. 256-G Price Max. AB cDEFG per B H J KL M 100 3 % 2% iy8 4 1 2 180.00 3 % 2% 1 Vs 4 1 2 182.00 3 % 2% l Vs 4 1 2 184.00 3 % 2% lVs 4 1 2 187.00 3% V? 3 iy2 4% 11/4 2% 220.00 3% y2 3 1% 4% DA 2V? 230.00 3V> V? 3 1% 4% HA 2V? 252.00 41/4 Vs 3% 1% 5% 1% 2% 370.00 4% Vs 3% 1% 5% 1% 2% 382.00 4y4 % 4 2 6%. 1% 3 4% Vs 5% 21/4 8 H/2 3 4% Vs 51/4 2% 8 IV? 3 471.00 605.00 660.00 4% Vs 5y4 2y4 8 1% 3 760.00 4% 1 6% 2V? 9% l7/s 3 1265.00 4% 1 6% 2% 9% iy8 3 1390.00 5 iy8 6 Vs 2Vs 9% 2 31/2 1735.00 6 ha 7% 31/s 11% 21/s 4 2250.00 6 1V2 8 Vs 3% 12% 2% 41/2 3200.00 % 3 21 %6 1%6 2Vz 4%6 % 3% 21 %6 li/4 2% 49/,s % 3% 21 %6 1% 2% 41 % 6 % 4l/ 21 %6 1% 21/2 5s/, 6 y2 47/g 31/4 11 %6 3 6`i/,s Vz V?, 51/2 6ys 31/4 3%6 21/4 2% B \ 1 3 3 7%s 71 %6 Vs 6% 3%6 21 %6 3 91/4 Vs % 8V16 99/l6 31 %6 4% 37/l 6 4 /1 33% 10%G 121/4 % Ul%6 3%fi 5Vs i 3% 14% Vs 141/1 fi 5%6 6% 1 31/2 167/s Vs lt>%6 5%6 77/l6 3% 19% 1 17% 6% 8% 4 21 1 19% 6% 9Vs 4 23 lVs 21 Vs 7i/s ioy2 41/2 25% 1V4 241/4 8% 11% 41/2 273/g iy2 28% 81/4 14 5 32% CRANE Single Pipe Rolls and Sockets -fP 517 No. 171-G Single Pipe Roll, Complete No. 173-G Pipe Roll Only No. 171 A-G' Adjustable Socket Only Cast Iron Pipe Roll and Sockets, No. 171-G, is designed to take care of expansion and con traction. The adjustable sockets permit-verti cal adjustment of the roll, and the nuts at the bottom of the sockets fit into a recess to pre vent loosening-or turning due to vibration. Hanger rods and nuts' are to be ordered separately. Rolls of special lengths can be fur nished on special order; prices on application. List Prices and Dimensions, in Inches Pipe List Price per 100 Socket Size No. 171-G 1 No. 173-G [No. 171 A-G Number A B CD E F G. H J 1 68.00 m 70.00 1% 72100 2 75.00 2% 90.00 3 100.00 3% 122.00 4 130.00 5 142.00 6 151.00 8 220.00 10 275.00 12 375.00 14 OD 16 OD 18 OD 20 OD 24 OD 30 OD 700.00 825.00 1160.00 1400.00 2200.00 3300.00 13.00 13.50 17.00 18.00 25.00 41/s 3 1% 1 lVl6 25.00 25.00 1-78 41/2 43/4 33/s 35/g 1% I1/, A 2% lVs 3/ 3L ZL 9/' 1% 13/8 25.00 51/4 4% 23/g l'Vl6 13/8 19.00 24.00 43.00 45.00 28.00 2-7/l6 6i/4 4% 3% 13/8 % Vs % 11S/16 28.00 2-7/ie 6% 5% 33/ l'/l6 % V,6 lA H/l6 2% 28.00 2-% 71/2 6% 41/4 13/8 1 % V2 3/4 2S/l6 28.00 3-y2 81/4 63/4 43/4 l3/4 1 % Vs 3/4 213/16 58.00 62.00 98.00 130.00 200.00 28.00 34.00 48.00 48.00 56.00 3-% 4-3/4 s-% 5-% 5-1 911/is llVis 14V, 6 163/(5 187/ik 8V16 99/,6 ll15/l6 141/16 163/, 8 513/,6 6% 8% 11 13 2 23/,6 213/1S 33/s 3% 1% 1% 1% 13/4 2 5/8 3/4 % %1 %' 3/4 % 37/l6 14 % 1% 5% % 1% 63/g 7/s 1% 7'/l6 400.00 - 64.00 6-iy8 20% 173/4 141/4 43/g 2% 1% 1 13/8 83/ 520.00 750.00 68.00 90.00 6-D/4 22% 193/4 16% 5 23/g 7-P/4 24% 21% 18% 5% 6 23/4 1% 1% 1 1% 97/l6 1% 1% 10% 900.00 115.00 8-13/g 271/4 241/4 20% 6 3 13/8 1% 13/8 113/8 1500.00 160.00 9-11/2 32% 28% 24% 73/,6 33/8 1% 1% 13/4 14 2100.00 215.00 10-1% 39% 35% 30% 813/,6 41/2 l7/s l7/s 2% 17 %6 Single Pipe Rolls with Special Sockets For use with Pipe Cover ing Protection Saddles No. 171 S-G Single Pipe Roll with Special Sockets For use with Pipe Covering Protection Saddles No. 171 AS-G Special Socket Only No. 171 S-G is a special adaptation of No. 171-G. The special sockets, No. 171 AS-G, are provided to permit the use f hanger rods of the same standard size as regularly used with each size of pipe, vet to allow the use of larger rolls to accommodate covered pipe with Pipe Covering Protection Saddles. Protection^'Sctddles.. . -page 530 Roll Size List Price per 100 Socket No. 171 S-G No. 171 AS-G Number Size of Covered Pipe K L M 4" 130.00 5 142.00 6 151.00 28.00 28.00 34.00 2-% 2-3/s 3-3/g 2-3/4 3-3/4 2%-3" 3% 4 2% 5 %" 8" % 97/l6 3/8 91 %6 % 1015/16 3/8 113/16 63/8" 8V16 99/ie 2-3/4 3-3% % ll15/l6 7 165.00 34.00 3-3/ 4 3/8 123/,fi 109/l6 4-3/4 6 3/4 127/,6 8 220.00 48.00 2-% 3-% 9 240.00 48.00 3-% 4-% 5-% 10 | 275.00 | 48.00 3-% 12 375.00 56.00 4-1 5-1 14 OD 700.00 | 64.00 5-1% 15 OD 790.00 64.00 1 5-1% 16 OD 825.00 68.00 5-1% 6-1% 18 OD 1160.00 24 OD 2200.00 "68/00 " 68.00 90.00 !- j 160.00 5-1% 6-1% 7-1% 6-1%' 7-1% 8-1% 9-1% 3-3% 5 4 6 8 5 6 8-10 10 10-12 10 14 12 14-16 18 16 . 18 20 24 % 3/8 133/16 139/ie 1113/16 3/8 149/ie 3A 1413/i6 1215/16 % 15Vi6 3/8 1511/ie 141/l6 3/4 % 183/,8 187/l6 163/16 % 19% 173/4 % 20% 18% A 21% 1 221/g 1934 % 23% 213/ 1 24% 213/ 1% 24% 21% 1 31 1% 31% 1% 313/8 1% 32% 28% 518________________________________ CRANE U-Hooks No. 205-G, U-Hook Underwriters' Approved List Prices per 100 and Dimensions Nominal Pipe Size Inches 3/4-2 21/2-3 31/2-4 5 -6 8 Center of Eye to Bottom of Pipe, Inches 6 8 10 12 14 16 18 20 24 30' 36 |7.00 8.00 9.25|10.50 11.50 12.50 14.00 15.00 17.00 22.00| 26.00 | 12.50|14.00 15.50 17.00 19.00 21.00 24.00 30.00| 36.00 | 18.00|20.00 22.00 24.00 26.00 28.00 32.00 38.00| 44.00 1 |30.00 33.00 36.00 39 ..00 42.00 48.00 57.00| 66.00 | 135.00 39.00 43.00 47.00 51.00 60.00 70.00| 80.00 | ' 1 60.00 65.00 70.00 80.00 95.001110.00 Dia. of Rod Inches 5/is % 7Ae 9/ig % 3/4 Size ' Screw ! t 3 No. 16 * 3/8 1 1/2 j ' 1/2 1 1/2 %i 1 Yt i Adjustable Swivel Couplings and Rod Couplings j Size No. No. 134-G No. 136-G List Prices and Dimensions 1 1213 Price Size, rod tappings Length, overall Price Size, rod tappings Length, overall per 100 Inches Inches per 100 Inches Inches 28.00 1 44.00 1 55.00 3/s 1 % 1 3/8 3Vi6 1 33/g 1 43/g 12.25 1 16.50 1 20.00 3/s I % 1 3/8 l1S/l6 1 XV* I 2/2 4 105.0Q 3/4 53/le 24.00 3/4 2* Vie 5 150.00 7/s 63/8 32.00 Vi 31/8 No. 134-G Adjustable Swivel Coupling has the same adjustable and self-locking features as No. ioi-G and No. 104-G Adjustable Swivel Rings; see page 515. When No. 134-G is used as a hanger rod coupling, the large end should be locked to the rod with a check nut. No. 136-G is furnished with straight U.S. Standard Right Hand Threads unless otherwise specified. No. 134-G No. 136-G Adjustable Rod Swivel Coupling Coupling Hanger Rod Couplings and Toggle Bolts List Prices and Dimensions, in Inches jripe Size No. 208-G, Hanger Rod Coupling Only Coupling Price No. per 100 A B C D 3/4-2 1 23.00 2V? 2 3/8 2 21/2-31/2 2 27.00 23/4 2V4 V? 2Vs 4-5 3 33.00 31/4 2% 3/8 2V? 39 6 8-12 4 43.00 33/4 2% 3/4 27/s 5 53.00 41/4 3% Vi 31/4 This type of hanger, designed for use under tile and cinder concrete construction, allows for adjustment to accommodate varying thicknesses of plaster. No. 209-G Toggle Bolt . No. 208-G Hanger Rod Coupling M Al1 t 1 ci> S&i * A The Toggle Bolt illustrated at the right is used for hanging pipe, up to the jJ^-Hch size, from hollow tile construction. When hanging pipe larger than 3 34~inch from hollow tile construction, and for hanging all sizes of pipe from cinder concrete con struction, the hanger rod coupling is used with a rod which is installed in a hole drilled through the entire slab.. The nut or bolt head at the upper end of the rod rests on a plate washer. %-inch diameter V^-inch diameter List Prices for No. 209-G, Toggle Bolt Only Inches I 6 9 | 12 | 15 18 24 | 30 | 36 | 42 | 48 54 I 60 66 | per 100|31.00 32.00|33.00|35.00|36.00139.00|42.00|45.00|49.00|52.00 55.00157.00 60.00 per 100|55.00 57.00)59.00161.00164.00168.00173.00178.00184.00189.00 93.00198.00 103.00 72 CRANE 519 Forged Steel Turnbuckles List Prices, Each Diameter of Screw Dimension A, Inches Diameter of Screw Dimension A, Inches Inches f6 9 12 18 24 Inches 16 12 18 . 24 No. 230-G, Forged Steel Turnbuckles. These drop forged steel turnbuckles will be furnished with stub ends unless definitely specified "without stub ends". For galvanized turnbuckles, add 25 per cent to the list price. % .45 1% . 2.10 y2 .50 .75 .88 iy2 2.50 4.38 6.25 8.75 Vs .60 .90 1.05 1.50 1% 3.25 % .75 1.13 1.31 1.88 2.63 m 4.00 10.00 14.00 Vs .90 1.58 2.25 3.15 2 6.25 21.88 1 1.10 1.93 2.75 3.85 214 9.25 32.38 1 Vs 1.40 2.45 3.50 4.90 2% 13.00 45.50 11/4 1.70 2.98 4.25 5.95 tStandard length turnbuckles have a 6-inch opening; this length will be sent unless otherwise ordered. Steel Perforated Extension Bars Prices on application Steel Perforated Extension Bars are made of high quality soft steel which can easily be cut with a cold chisel. These bars can be furnished galvanized or made of brass; prices on application. No. 1-C, Steel Perforated Extension Bar Size Number 1 00 0 1 2 .3 4 Size of pipe to be supported Inches | y2-i y2-i D/4-2 2V4-3 3i/2-4 5-6 Width Thickness Length Inches [ 34 1 18 Ga. Feet| 5 & 10 3/4 16 Ga. 5 & 10 Vs 16 Ga. 5 & 10 1 15 Ga. 5 & 10 iy8 12 Ga. 5 8z 10 li/4 12 Ga. 5 & 10 Center to center of holes Diameter of holes Inches | % Inches | %2 % . Vs %2 %2 Vs n/sz % n/32 Vs 11/12 Order by figure and size number; also specify the length, when two lengths are listed. 5 8-12 H/4 3/is" 8 1 7/l6 6 8-12 11/4 1/4" 8 1 7/l6 Riser Clamps and Pipe Clamps Pipe Size Inches 3/4 1 11/4 11/2 2 21/2 3 31/2 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD No. 261-G, Extension Pipe or Riser Clamp Wrought Steel--Underwriters' Approved No. 212-G, Pipe Clamp Wrought Steel--Underwriters' Approved List Price per 100 No. 261-G No. 212-G 41.00 43.00 45.00 47.00 49.00 51.00 53.00 66.00 68.00 95.00 120.00 170.00 252.00 284.00 320.00 420.00 440.00 460.00 40.00 41.00 43.00 55.00 58.00 61.00 120.00 140.00 225.00 260.00 300.00 330.00 460.00 725.00 875.00 List Prices and Dimensions, in Inches No. 261-G No. 212-G L Stock Size Size Bolts A B c D 93/8 9% 10 103/s 103/4 111/4 12 13 131/2 141/2 151/2 I8I/2 2034 223/4 24 26 28 30 3/is x 1% 3/l6 x iy4 1/4XU/4 1/4x11/4 3/8x11/4 3/8x11/4 3/s X II/4 3/8X11/4 1/4x11/4 7/16xll/2 1/4XII/4 VlsXll/2 1/4x11/4 7/l6x IV2 1/4x11/2 I/2XU/2 1/4x11/2 i/2x11/2 1/4x2 1/4x2 3/8X2 3/8x2 %X2 1/2 X 11/2 % X 11/2 S/8 X 2 %x 2 Vs x 21/2 1/2X2 %x2i/2 5/8x21/2 %x21/2 5/8x21/2 34x3 3/4x3 3/4x3 2i/g 23/g 213/16 33/,6 33/8 Wl6 5 63/g 77/l6 8 'A6 91/2 101/2 u7/g 131/4 153/4 113/16 21/4 23/16 213/is 31/4 313/is 47/l6 511/16 63/4 73/4 S7/g 9% 11 123/g 141/2 51/16 6 65/8 73/16 8l/s 91/4 1015/16 1313/iS 1515/ie 1715/16 203/g223/8 2514 281/g 33 1/2 % Vs % 3A 34 % 1 1 X 11/s 11/8 1J4 l3/s 13/8 EF 3/8 iAxl Vs V4 x X Vs A x * Vs v4 x 1V4 Vs 14 x 1V4 % V4XIV4 Yf Vs x iy2 72 78 X lyz % y2x 2 78 72 X 2 Vs %x2 3A 72X 2 1 * 72 X 2% XVs %x3 114 5/8x3 520 i CRANE Hanger Flanges Underwriters' Approved f % ' $ f No. 153-G Pipe Hanger Flange (Malleable Iron) These ceiling flanges allow for an adjustment of i inch whete the rod enters the flange. No. 153-G is designed primarily for use on a level ceiling; No. 154-G is a semi-swinging type hanger and can be No. 154-G Swivel Hanger Flange (Cast Iron) used on a ceiling having a slant of not more than i; five degrees from level. Size No. 1 has'two holes for I wood screws. Sizes 2,-3, 4, and 5 each have three holes for coach screws. Pipe Size Inches 3/4-2 2l/2-3y2 4-5 6 8-12 Size No. 1 2 3 4 5 List Prices and Dimensions, in Inches List Price No. 153-G per 100 No. 153-G No. 154-G A B C DE 27.00 51.00 68.00 82.00 137.00 48.00 75.00 91.00 130.00 194.00 % 2% 1% 7/s % 1/2 4 I1/2* l5/l6 1/2 5/s 4% ls/s 1 3/8 3/4 51/4 l7/s lVl6 3/4 7/g 6 2i/g 11/8 % No. 154-G FG 31/4 % 41/s 18 51/4 57/8 1 61/2 11/8 Size H Screws . 13/g 11/2 No. 18 IV2 3/8x2 13/8 . * 1/2x2 l7/8 3/l6 X 2 21/8 3/8x2 Adjustable Swinging Hanger Flanges Malleable Iron -- Underwriters' Approved No. 1S5-G Adjustable Swinging Hanger Flange (Complete;*. No. 157-G Extension Piece Rod Threaded E 1 These Adjustable Swinging Hanger Flanges provide a means of hanging pipe where a swing through a radius of 180 is required. No. 155-G is a combina tion of No. 156-G and No. 157-G. Size No. 1 has two holes for wood screws; Nos. 2, 3, 4, and 5 have three holes for coach screws. Extension Piece No. 157-G provides for an adjust ment of approximately 1 inch. This Extension Piece can also be used in conjunction with No. 225-G Universal Side I-Beam Clamps, and with No. 226-G Universal Channel Clamps; see pages 522 and 523. Order by figure number and size number. X \ X Pipe Size List Price per 100 Size No. No. 155-G No. 156-G I No. 157-G A B C D E F GH Size Screws Size Bolt 3/4-2 21/2-31/2 4-5 6 8-12 1 2 3* 4 5 76.00 107.00 142.00 181.00 261.00 52.00 75.00 105.00 136.00 202.00 20.00 28.00 32.00 39.00 53.00 3/8 31/4 2l/g 3/4 FA l5/8 1/2 9/l6 ll/z No. 18 % x llA, 1/2 4 23/8 13/16 13/8 113/16 3/8 11/16 %x2 34x13/4 3/8 34 7/8 43/4 23/16 11/8 l9/l6 2l/s 3/8 "/16 51/4 27/g lS/l6 l3/4 27/is 3/8 13/16 6 31/l 6 l7/l6 l7/s 23/g 3/4 7/s 1/2x2 9/l6x2 3/8x2 Viexfa 7/16X?I 1/2 x2j CRANE Hanger Rods 521 ; I---c--4 ;--2j-r--i No. 1'42-G Coach Screw Rod Machine Threaded l on Opposite End U LB 1--2M"-d No. 148-G Hook Rod Machine Threaded No. 140-G Hanger Rod Both Ends Machine Threaded with Right Hand Threads No. 143-G ' Coach Screw Rod Opposite End Not'Threaded No. 248-G Eye Rod Machine Threaded -e *-B !-2kf--! No. 144-G Square Head Hanger Rod Machine Threaded The following rods, not illustrated, can be fur fraction thereof on each end. The extra charge is nished; prices on application. as follows: No. 253-G Hanger Rod, right and left hand threads No.. 141-G Hanger Rod, one end threaded (R. H. threads) No. 254-G Hanger Rod, one end threaded (L. H. threads) No. 149-G Hook Rod, not threaded No. 249-G Eye Rod, not threaded J^-inch rods................................................................ 4.00 per 100 and jj^-inch rods................................................... 5.00 per 100 54, J4, and 1 -inch rods..............................................6.00 per 100 ]p8, 1M and 134-inch rods....................................... 7.00 per 100 Dimension "C": The lengths of Coach Screw I threads are as follows: j^g-inch rods... 2 inches; 34-*nch rods. .. 2%; inches; % and %-inch rods ... 2% inches. Longer thread: All right hand threaded rods can bmLeaefdnuegrnthfioshr eedacwhithaLdliodsNnittgoiPo.enrr1ia4cth2le-rGse-i,ya%dpse.inrcA1hn0e0se, xoatfnradthcDrheaiamrgdeenoisrsions, for No. 142-G and No. 140-G No. 140-G A Rod Size B, Inches Rod Size B, Inches Inches % % % 3/4 % % % % 7/s 1 1% Wi IV2 8 11.50 15.25 20.00 24.00 11.25 16.25 20.00 23.00 28.00 39.00 83.00 108.00 142.00 10 12.50 16.50 22.00 27.00 12.00 17.50 21.00 26.00 32.00 45.00 90.00 117.00 155.00 12 13.50 18.00 24.00 30.00 13.00 19.00 23.00 29.00 36.00 51.00 98.00 126.00 168.00 14 14.50 19.50 26.00 33.00 14.00 20.50 25.00 32.00 40.00 57.00 105.00 135.00 181.00 18 16.00 22.00 31.00 39.00 16.00 23.00 29.50 38.00 48.00 68.00 119.00 153.00 207.00 24 18.50 26.50 37.00 48.00 18.50 27.50 35.50 47.00 59.00 85.00 141.00 180.00 246.00 30 21.00 31.00 43.00 57.00 21.00 32.00 42.00 56.00 71.00 102.00 163.00 207.00 285.00 36 24.00 35.00 49.00 66.00 24.00 36.00 48.00 65.00 83.00 120.00 185.00 234.00 325.00 42 30.00 45.00 64.00 84.00 35.00 49.00 66.00 87.00 113.00 142.00 210.00 265.00 366.00 48 34.00 50.00 71.00 94.00 38.00 54.00 73.00 97.00 126.00 160.00 235.00 295.00 408.00 54 37.00 56.00 79.00 104.00 41.00 59.00 81.00 107.00 140.00 178.00 260.00 325.00 450.00 60 41.00 61.00 86.00 115.00 44.00 64.00 88.00 117.00 153.00 196.00 285.00 355.00 492.00 66 44.00 66.00 94.00 125.00 48.00 69.00 95.00 127.00 167.00 214.00 310.00 385.00 533.00 72 47.00 71.00 102.00 135.00 51.00 74.00 102.00 137.00 180.00 232.00 335.00 415.00 575.00 Length A Inches 8 10 12 14 18 24 30 36 42 48 54 60 66 72 List Prices, per 100, and Dimensions, for Nos. 143-G, 148-G, 248-G, and 144-G No. 143-G Rod Size B, Inches No. 148-G and No. 248-G Rod Size B, Inches No. 144-G Rod Size B, Inches % 5.50 6.50 7.50 8.50 10.00 12.50 15.00 18.00 23.00 27.00 30.00 34.00 37.00 ! 40.00 % 8.25 9.50 11.00 12.50 15.00 19.50 24.00 28.00 37.00 42.00 48.00 53.00 58.00 63.00 %% 13.00 . 15.00 17.00 19.00 16.00 19.00 22.00 25.00 24.00 30.00 36.00 42.00 56.00 31.00 40.00 49.00 58.00 75.00 63.00 71.00 78.00 86.00 94.00 85.00 95.00 106.00 116.00 126.00 % 15.00 16.00 17.00 18.00 20.00 23.00 26.00 29.00 35.00 38.00 41.00 44.00 47.00 50.00 % 19.00 20.00 22.00 23.00 26.00 30.00 34.00 38.00 48.00 53.00 58.00 63.00 68.00 73.00 % % Vs % % 23.00 25.00 27.00 29.00 29.00 32.00 35.00 38.00 40.00 8.50 44.00 10.00 48.00 12.00 52.00 14.00 13.00 15.00 17.00 19.00 33.00 39.00 45.00 51.00 66.00 43.00 60.00 17.00 23.00 52.00 72.00 22.00 30.00 60.00 84.00 27.00 36.00 68.00 96.00 33.00, 43.00 87.00 120.00 40.00 50.00 73.00 97.00 133.00 80.00 107.00 146.00 87.00 117.00 159.00 94.00 127.00 172.00 101.00 137.00 185.00 % 16.00 18.00 20.00 22.00 27.00 34.00 42.00 50.00 60.00 % 20.00 23.00 26.00 29.00 35.00 44.00 54.00 64.00 75.00 7/s 29.00 33.00 37.00 41.00 50.00 b5.00 80.00 95.00 120.00 522 CRANE. Universal Side I-Beam and Channel Clamps The tables on this page and on the following page show the beam dimensions and the corresponding clamp numbers far American Standard I-Beams and Channels, and foil Wide Flange Beam sections. These Clamps are made of malleable iron and can be u used with No. 220-G Extension Eye Bolts (page 523); or with No. 157-G Extension Pieces (page 520). For: clamp numbers, the numerals indicate jaw sizes and the letters or actual dimensions indicate the length ; and type of hook rod. Orders must specify both the figure number and clamp number wanted. ] m No. 225-G, Universal Side I-Beam Clamp Underwriters' Approved No. 226-G, Universal Channel Clamp Underwriters' Approved List Prices and Clamp Numbers of I-Beam and Channel Clamps Pipe Size Price per Inches 100 American Standard I-Beams No. 225-G Wide Flange Beam Sections i No. 226-G [ Price American per Standard 1 100 Channels 88.00 1-A, B, C, D, E 1-C, D, T, U, V 3/4-2 90.00 2-E, F, G 92.00 3-G, H, I 2-C, I, T, U, Y, W, X, Z, 14 107.00 l-A, B, C, D, E 3-1, W, X, Y, Z, 12%, 13%, 14,16% 147.00 4-A, B, C, D, E 4-C, D, S, T, U 21/2-6 151.00 5-E, F, G >5-C, S, T, U, V, W, Z, 14% ) 170.00|4-A, B, C, D, E 153.00 6-G, I 16-V, W, X, Y, Z, 13, 14, 14%, 17, 17% 175.00 7-A, B, C, D, E|7-D, S, T, U, V 8-12 179.00 8-E, F, G |8-D, S, T, U, V, W, X, Z, 14% 184.00 9-G, H, I ]9-V, W, X, Y, Z, 13, 14%, 17, 17% | 198.00|7-A, B, C, D, E DIMENSION "B" inches for supporting M to-2-inch pipe. i|Hs inches for supporting 2to 6-inch pipe. 1M inches for Supporting 8 to 12-1'nch pipe. DIMENSION "C" Varies from j/g to j^-inch Clamp Numbers and Dimensions, in Inches, for American Standard I-Beams Beam Dimensions No. 225-G Clamp Numbers Beam Dimensions No. 225-G Clamp Numbers Beam Dimensions No. 225-G Clamp Numbers Ht. A Lbs. per Foot Width 3/4 2% to 2- to 6- tol2inch inch inch Pipe Pipe Pipe Ht. A Lbs. per Foot Width 3/4 to 2inch Pipe 2% 8 to 6- toninch inch Pipe Pipe Ht. A Lbs. per Foot % 2% 8 Width to Cl inch to 6- tol2inch inch Pipe Pipe Pipe 5.7 221/g4 1-A 4-A 7-A 12.5 32I/64 1-B 4-B 7-C 21.8 42 %4 1-D' 4-D '7-D 3 6.5 213/i2 1-A 4-A 7-A 6 14.-75 3%6 1-C 4-C 7-C 25.. 0 4Vl6 1-D 4-D 7-D 7.5 233/g4 1-A 4-A 7-A 17.25 3/l6 1-C 4-C 7-C 30.0 419/32 1-D 4-D 7-E 7.7 22%2 1-A 4-A 7-B 15.3 32 %2 1-C 4-C 1 7-C 35.0 4/gi 1-D 4-D 7-E 8.5 22 %2 1-B 4-A 7-B 7 17.5 3% 1-C 4-C 7-C 25.4 42Vs2 1-D 4-D 7-E 9.5 2SV64 1-B 4-A 7-B 10.5 2% 1-B 4-B 7-B 20.0 18.4 33%4 4 1-C 4-C 7tD 1-C 4-C 7-D 10 30.0 35.0 45I/64 41S/1G 1-E 4-D 1-E 4-E 7-E 7-E 10.0 3 1-B 4-B 7-B 20.5 4%4 1-C 4-C 7-D 40.0 5%2 1-E 4-E 7-E 5 12.25 3%4 1-B 4-B, 7-B 23.0 4^/64 1-D 4-D 7-D .31.8 5 1-E 4-E 7-E 14.75 3%2 1-B 4-B 7-C 25.5 417/64 1-D 4-D 7-D 35.0 S%4 1-E 4-E 7-E Clamp Numbers and Dimensions, in Inches, for American Standard Channels Channel Dimensions Ht. A Lbs. per Foot Width No. 226-G Clamp Numbers 3/4 2% 8 to 2- to 6- to12- inch inch inch Pipe Pipe Pipe Channel Dimensions Ht. A. Lbs. per Foot Width No. 226-G Clamp Numbers 3/4 2% 8 to 2- to 6- ton- inch inch inch Pipe Pipe Pipe Channel Dimensions Ht. A Lbs. per Foot Width No. 226-G Clamp Numbers 3/4 2% 8 to 2- to 6- ton- inch inch inch Pipe Pipe Pipe 4.1 l13/32 1-A 4-A ~7-A 14.75 219/g4 1-B 4-B 7-B 25.0 2S7/G4 1-C 4-C 7-C 3 5.0 1% 1-A 4-A 7-A 7 17.25 23/32 1-B 4-B 7-B 10 30.0 3l/32 1-C 4-C 7-C 6.0 l19/32 1-A 4-A 7-A 19.75 233/64 1-B 4-B 7-B 35.0 33/ig 1-C 4-C 7-C 5.4 l37/64 1-A 4-A 7-A 11.50 217/g4 1-B 4-B 7-B 20.7 21s/i6 1-C 4-C 7-C 4 6.25 141/G4 7.25 l23/32 1-A 4-A 7-A 1-A 4-A 7-A 8 13.75 2"/s2 16.25 27/ig 1-B 4-B 7-B 1-B 4-B 7-B 12 25.0 30.0 33/g4 3U/G4 1-C 4-C 7-C 1-C 4-C 7-C 6.7 1% 1-A 4-A 7-A 5 9.0 l57/64 1-A 4-A 7-B 18.75 2i7/32 1-B 4-B 7-B 21.25 2% 1-B 4-B 7-C 35.0 319/g4 1-C 4-Cj 7-D 40.0 327/g4- 1-C 4-C 7-D 11.5 2V32 1-A 4-A 7-B 13.4 27/i6 1-B 4-B 7-B 33.9 313/32 1-D 4-D 7-D 8.2 6 10.5 13.0 1S9/g4 2Vs2 25/$2 1-A 4-A 1-A 4-A 1-B 4-A 7-B 7-B 7-B 9 15.0 20.0 25.0 231/64 2/g4 21 3/ig 1-B 4-B 7-B 1-B 4-B 7-C 1-B 4-B 7-C 35.0 40.0 45.0 327/g4 333/g4 3% 1-D 4-D 7-D 1-D 4-D 7-D 1-D 4-D 7-D 7 15.5 9.8 12.25 2%2 2%2 23/ig 1-B 1-A 4-B 4-A 7-B ' 10 7-B 1 15.3 20.0 1-B 4-B 7-B 219/i2 1-B 4-B 7-C 247/g4 1-B 4-B 7-C 50.0 55.0 323/32 313/ig 1-D 4-D 7-D 1-D 4-D 7-E CRANE Universal Side I-Beam Clamps 523 Wide flange beam sections: No. Z25-G Universal Side I-Beam Clamps are used with wide flange beam sections as illustrated at the.left. The clamps can be used with No. 2.20-G Extension Eye Bolts, illustrated below, or with No. 157-G Extension Pieces shown on page 520. For list prices, general description, and dimensions "B" and "C" see page 522. Clamp Numbers, and Dimensions, in Inches, for Wide Flange Beam Sections Beam Dimensions Ht. Lbs. per Width A Foot No. 225-G Clamp Numbers % to 2inch Pipe 2V2 to 6inch Pipe 8 to 12inch Pipe Beam Dimensions Ht. Lbs. per Width A Foot No. 225-G Clamp Numbers 3A to 2inch Pipe 2V2 to 6inch Pipe 8 toninch Pipe Beam No. 225-G Clamp Numbers Ht. Lbs. 3A - 21/2 8 to 2- to 6- to 12- per Width inch inch inch A Foot Pipe Pipe Pipe 13.5 4.990 5 16.0 S.000 18.5 5.025 12.0 4.000 16.0 4.030 15.5 18.0 20.0 22.5 25.0 27.5 5.990 5.995 6.000 6.020 6.050 6.085 13.0 4.000 15.0 4.015 17.0 5.250 19.0 5.264 21.0 5.272 24.0 6.500 8 27.0 6.528 31.0 33.0 35.0 40.0 48.0 58.0 8.000 8.012 8.027 8.077 8.117 8.222 15.0 4.000 17.0 4.010 19.0 4.020 21.0 5.750 10 23.0 5.750 26.0 5.769 29.0 5.799 33.0 7.964 37.0 7.978 1-T 1-T 2-T 1-C 1-D 1-U 1-U 1-U 2-U 2-U 2-U 1-C 1-C 1-T 1-T 1-T 1-V 2-U 2-W 2-W 2-1 2-1 3-1 3-X 1-C 1-D 1-D 1-U 1-U 2-U 2-U 2-W 2-1 4-S 4-S 5-S 4-C 4-D 4-T 4-T 4-T 5-T 5-T 5-T 4-C 4-C 4-S 4-S 4-S 4-U 5-U 5-W 5-W 5-W 5-W 6-W 6-X 4-C 4-D 4-D 4-T 4-T 5-T 5-T 5-W 5-W 7-S 7-S 8-S 7-D 7-D 7-T 7-T 7-U 8-T 8-T 8-U 7-D 7-D 7-T 7-T 7-T 7-U 8-U 8-W 8-W 8-W 8-W 9-W 9-X 7-D 7-D 7-D 7-T 7-T 8-T 8-T 8-W 8-W 41.0 8.000 2-1 45.0 8.022 2-1 49.0 10.000 2-Z 10 54.0 10.028 2-Z 60.0 10.075 3-Z 66.0 10.117 3-Z 72.0 10.170 3-Z 5-W 5-W 5-Z 5-Z 6-Z 6-Z 6-Z 8-W 8-X 8-Z 8-Z 9-Z 9-Z 9-Z 68.0 10.040 3-Z 6-Z 9-Z 74.0 10.072 3-Z 6-Z 9-Z 78.0 12.000 3-14 6-141/2 9-141/2 14 84.0 12.023 3-14 , 6-14i/2 9-141/2 87.0 14.500 3-16l/2 6-17 9-17 95.0 14.545 3-161/2 6-17 9-171/2 103.0 14.575 3-I6I/2 6-171/2 9-171/2 16.5 4.000 1-C 4-C 7-D 36.0 6.992 2-V 5-U 8-V 19.0 4.010 1-D 4-D 7-D 40.0 7.000 2-W 5-V 8-V 22.0 4.030 2-C 5-C 8-D 45.0 7.039 2-W 5-V 8-V 25.0 6.500 1-V 4-U 7-U 28.0 6.500 2-U 5-U 8-U 50.0 7.073 3-W 6-V 9-V 16 58.0 8.464 3-1 6-W 9-X 32.0 6.533 2-V 5-U 8-U 64.0 8.500 3-X 6-X 9-X 36.0 6.565 2-V 5-U 8-U 71.0 8.543 3-X 6-X 9-X 40.0 8.000 2-X 5-W 8-W 88.0 11.502 3-131/2 6-14 9-141/2 12 45.0 8.042 2-X 5-W 8-W 47.0 7.492 2-W 5-V 8-W 50.0 8.077 3-W 6-W 9-W 50.0 7.500 2-W 5-V 8-W 53.0 10.000 2-Z 5-Z 58.0 10.014 3-Z 6-Z 64.0 10.060 3-Z 6-Z 8-Z 9-Z 9-Z 18 55.0 7.532 3-W 64.0 8.715 3-X 70.0 8.750 3-X 6-V 6-X 6-X 9-V 9-X 9-X 65.0 12.000 2-14 5-14i/2 8-141/2 59.0 8.230 2-X 5-W 8-X 72.0 12.040 79.0 12.080 3-14 3-14 6-141/2 9-141/2 6-141/2 9-141/2 21 63.0 8.250 3-1 68.0 8.270 3-X 6-W 6-X 9-W 9-X 85.0 12.105 3-14 6-141/2 9-141/2 30.0 6.733 1-V 4-U 7-V 73.0 8.295 3-X 6-X 9-X 82.0 8.962 3-Y ' 6-Y 9-Y 34.0 6.750 2-V 5-U 8-U 74.0 8.975 3-X 6-X 9-X 38.0 6.776 2-V 5-U 8-V 80.0 9.000 3-Y 6-Y 9-Y 42.0 6.801 2-V 5-U 14 43.0 8.000 2-X 5-W 4SL0 8.031 2-X 5-W 53.0 8.062 3-X 6-W 58.0 8.098 3-X 6-W 8-V 8-W 8-W 9-W 9-W 87.0 9.025 3-Y 6-Y 9-Y 100.0 12.000 3-14 6-141/2 9-141/2 91.0 9.983 3-Z 6-Z 9-Z 98.0 10.000 3-Z 6-Z 9-Z 30 108.0 10.484 3-121/2 6-13 9-13 61.0 10.000 3-Y 6-Y 9-Z 33 125.0 11.500 3-13% 6-14 9-141/2 Extension Eye Bolts Pipe Size Inches 3A-2 21/2-31/2 4-5 6 8 List Prices and Dimensions List Price per 100 Length Length Diameter Diameter of of of of Eye Bolt Thread Eye Bolt Hole Inches Inches Inches Inches 62.00 64.00 66.00 70.00 2l/2 1 2 4 1 21/4 5V2 1 21/4 23/4 | 2 % 13/32 72.00 74.00 76.00 80.00 84.00 120.00 125.00 130.00 125.00 132.00 140.00 41/4 | 21/2 53/4 1 21/2 3 1 21/3 41/2 1 31/4 6 1 31/4 3 1 2% 41/2 1 31/2 6 1 33/4 31/4 1 21/4 43/4 | 33/4 61/4 1 4% % 1S/32 % 15/32 3A i5/sz % 17/32 Thick ness of Metal at Eye y2 % 5/s % 3A No. 220-G Extension Eye Bolt Underwriters' Approved No. 220-G can be used with No. 225-G Side I-Beam Clamps and with No. 226-G Channel Clamps, illustrated above and on page 522. In addition, these Extension Eye Bolts can be used with No. 156-G Adjust able Swinging Hanger Flanges; seepage 520. Order by figure number and specify the length and diameter of eye bolt. 524 CRANE I-Beam Clamps No. 40-C Standard I-Beam Clamp No. 41-C Extra Heavy I-Beam Clamp No. 131-G I-Beam Clamp Underwriters' Approved List Prices, per 100, and Dimensions for No. 40-C and No. 41-C Clamp Maximum Size of Dia. of Space No. Load Stock Bolt for Width of I-Beam Flange, in. Inches ______ , T Rd 2 - Pounds Inches Inches Inches 3 4 5 6 7 8 9 10 :11 12 r No. 40-C . No. 41-C 1000 1250 1500 3000 3250 3500 1!4 x IV2XI/4 lV2x% 2 x y2 2y2xy2 2yzx% % 1 y2 128.001 35.00| 38.00| 42.001 46.001 50.001 55.00 1 '1 i/2 | i/2 | | 50.00 j 55.001 60.00| 65.001 70.001 75.00 11 i/2 | % | | 70.00] 77.00j 84.00| 91.00] 98.00|105.00 11 % | 34 j j 80.00 j 85.00 j 95.00| 100.001110.00j 120.00 140.00 150.001170.001180.00- 5/g | y4 | | 90.00] 95.001110.001125.00 135.00 145.00|155.00 165.001180.00 195.00 % | 3/i | 1100.001115.001130.001150.00 170.00 190.00|210.00 225.00|250.00|275.00 Width of I-Beam Flange, Inches | 2 Black No. 131-G Galv. per 1001 31.00 per 100| 36.00 List Prices for No. 131-G 2% 3V2 I 4 | 33.00 ] 36.00 38.00 | 39.00 | 38.00 | 42.00 45.00 | 46.00 | 4i/2 | 40.00 | 47.00 5 I 5/2 |.... 6 .. 43.00 | 44.00- | 53.00 51.00 j 53.00 j 62.00 ' No. 40-C and No. 41-C: These clamps are made of strap steel; order by figure number and specify the width of I-beam flange and weight of maximum load. No. 131-G: These malleable iron clamps have a 34 x 134-inch bolt. The vertical distance from the bottom of the beam to the bolt center is about 134 inches. Order by-figure number; specify the width of I-beam flange on which the clamp is "to.be used and the required space between the halves.of the clamp. Applications of Welded Steel Brackets Used with Pipe Rolls and Supports No. 198-G Pipe Seat No. 271-G Pipe Roll Stand No. 274-G Pipe Roll Stand with Base Plate No. 276-G Adjustable Pipe Roll Stand Left: When a bracket is bolted to a wall, back plates must be ordered of such size and thickness to properly distribute the weight over the wall section. The size and thickness of the plate will be governed by the load to be carried and the construction and condition of the wall. In some installations it is advisable to reinforce the back plates with addi tional steel in the form of a plate or angle to distribute the load over an even greater wall area. This is espe cially desirable when Anchor Chairs are mounted on a bracket. The above illustrations show various types of pipe supports mounted on welded steel brackets. Pipe supports and welded steel brackets must be ordered separately. Pipe Supports: There are many types of pipe supports that can be used with welded steel brackets; for list prices, descriptions, and dimensions, see pages ?2b to 52Q. * ; i ; Welded Steel Brackets: Welded steel brack- : ets can be furnished in three weight classifica- j tions; light weight, medium weight, and j heavyweight. See page 525. List prices cover i the cost of the bracket only; back plates and g bolts must be ordered separately. 1 CRANE Welded Steel Brackets Light Welded Steel Brackets--Steel Bracket Clips -3T 525 No. 193/G: These Bracket Clips will support/334-inch pipe and smaller from any position along the arm of the bracket. The clip consists of two steel plates, one nut, ^and one bolt. The hanger rod and two nuts, sold separately, serve as the second bolting member. No. 194-G': Light Welded Steel Brackets are designed to support pipe lines up to and including the 6-inch size. These brackets may be installed as illus trated or inverted for use as suspension brackets, The ends of the brackets are drilled to take hanger rods up to the 34-inch size'. Hanger rods and hex nuts are sold separately; for hanger rods, see page 521. Changes in drilling or dimensions are subject to an additional charge. No. 194-G Light Welded Steel Bracket MAXIMUM LOAD -- 750 pounds List Prices and Dimensions, in Inches No. 194-G, Bracket Only Bracket Price No. per 100 A B C I No. 193-G, Clip Only D Clip No. Price per 100 Pipe Size E 1 550.00 9 8 6% s/i6 1 50.00 3A-2 % 2 560.00 13 12 101/2 5/ie 2 55.00 21/2-3% % 3 615.00 19 18 16% % . Medium and Heavy Welded Steel Brackets Medium Weight Brackets MAXIMUM LOAD -- 1500 pounds Heavy Weight Brackets MAXIMUM LOAD -- 3000 pounds No. 195-G, Medium Welded Steel Bracket No. 199-G, Heavy Welded Steel Bracket When brackets are bolted to a wall, back plates must be ordered of such size and thickness as to properly distribute the weight over a greater wall area. This installation is illustrated on page 524. List Prices and Dimensions, in Inches Figure No. Bracket Price No. per 100 AB CDE FGH j No. 195-G 0 1 2 1200.00 1500.00 2060.00 12 18 15% li/4 2% 4 1% 1% 3/l6 18 24 21% IV4 2% 4% 1% m. -Vl6 24 30 27% li/4 2% 5 2 2 J/4 No. 199-G 0 1 2 3 4 5 1400.00 2425.00 2840.00 3100.00 4800.00 5330.00 12 18 151/4 IV4 2% 4 1% 2 V* 18 24 21% 1% 2% 5 2 2 % 24 30 27% 1% 2% 5 2 2% S/lfi 30 36 331/4 1% 3 5 2 2% b/l6 36 42 39 1% 3 6 2% 3% % 42 50 46 1% 3% 6 2% 3% % *Medium Weight Brackets and No. 0 Heavy Weight Brackets have only one bolt hole at the top. *K L * iy.6 `-Vie 13/l6 * i3/ifi 2% `Vis 2% 11/16 2% 1%6 3% lVl6 3% ll/l6 M % % % % V2 Vz V2 V2 Vz N 1 1 1 1 1 1 1 1 1 These Welded Steel Brackets can be used with many types of pipe supports as illustrated on page 524. The brackets are comparatively light in weight, but are unusually strong and well constructed. The top of the bracket and the supporting brace are made of two angle irons with a one-inch space between them. Welded steel brackets can be furnished in practically any size or type. Inquiries must be accompanied by a sketch showing essential dimensions and necessary details; prices on application. Brackets are coated with a protective paint to pre vent rust during shipment. 526 CRANE Pipe Roll Stands s These Cast Iron Pipe Roll Stands are designed for supporting piping in cases where vertical adjustment is not necessary, but where provision must be made for expansion and contraction of the pipe line. There are two i-inch cored holes located on the out side of the stands for 2 to 6-inch pipe, see dimension No. 271-G Pipe Roll Stand, Complete ' No. 272-G, Pipe Roll and Rod Only No. 273-G, Pipe Roll Only "J"; the stands for 8-inch pipe and larger have two There are four cored holes (diameter "L") located i-inch cored holes located inside of the uprights, see at the four corners of the stand. Dimensions- "M" dimension "H". and "N" show the location of these holes.. List Prices and Dimensions, in Inches * Pipe Price per 100 Size No. 271-G | No. 272-G | No. 273-G A B C DE F G H J ,.K L m' N Bolt Size 2 2% 3 3% 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD 30 OD 220.00 .270.00 390.00 650.00 925.00 1500.00 2750.00 77.00 92.00 180.00 340.00 475.00 900.00 1500.00 60.00 72.00 135.00 270.00 340.00 630.00 965.00 39/ie 313/,e 4% 4% 1% 413/ie 57/ie 21/16 6 8% 9% 5% 2% l7/s % 55/s 3% 2%6 % 6% 7% SWie 913/lfi 3Vi6 8% 6% 6 31/4 3/4- 11% 12 3% lOis/ie 7% 8 4 % 13% 14% 41/4 12% 8% 9 4% 1% 15% 173/4 !4% 2D3/i6 1 5% 13% 1 8% 10 4Vl6 13/8 17 il03/4 12% 5% 1 13/4 4 53/4 63/4 7% 10 V.G % 3Vl6 '4 % 411/lG 41/4 3/4 % 7 5 % 3/4 91/16 6 % 13/16 101/4 6% 1 13/16 11% 6% 11/4 H/l6 14.1/4 8 %' % % % % % 7/s- *' < Is -.1 Pipe Roller Support 39 'J Pipe Roller Support The No. 17-C Cast Iron Adjustable Roller has a wide range of application. It can be used on welded steel brackets or on almost any type of steel construction. The support is readily adjustable; adjustment can be made while the pipe is in place, and the nut3 lock the roller in position. All sizes provide a vertical adjustment of 6 inches. List Prices and Dimensions, in Inches Pipe Price Size per X00 A B CD E 1 70.00 11/4 . 70.00 1% . 70.00 2 75.00 2% 90.00 3 95.00 3% 95.00 4 135.00 5 155.00 6 160.00 8 290.00 10 390.00 12 525.00 14 OD 635.00 16 OD 840.00 18 OD 1025.00 20 OD 1485.00 24 OD 1985.00 30 OD 3425.00 3 3% 3% 4% 4% 5% 6% 63/4 8 l/l 6 9/ig 1113/16 141/16 165/16 173/4 193/4 21% 241/4 285/s 35% 1% 1% 2% 25/8 31/8 33/4 41/4 43/4 513/16 6% 8% 11 13 141/4 I6V4 I81/4 201/4 241/4 30% 9% 9% 9% 9%. 9% 9% 10 10 10 11 ' 113/4 113/4 113/4 H3/4 18 18 18 24 24 % % % % % % S/8 % 3/8 3/4 % % % % 11/4 11/4 11/4 1% 1% 11/lG 11/4 1% 1% 11S/,6 21/4 29/l6 213/16 37/l6 4 5% 63/g 77/ie 83/g 9Vie 10% 113/8 14 17T/i6 The list prices include the roll with sockets, roll rod, two vertical threaded rods, and eight nuts. 4, t ! CRANE Adjustable Pipe Roll Stands 527 No. 274-G Adjustable Pipe Roll Stand with Base Plate No. 275-G, Adjustable Pipe Roll Stand Only No. 274 P-G, Base Plate Only No. 274-G: These Cast I ron Stands are designed for supporting piping where there must be provision for vertical adjustment and lateral movement as well as for expansion and contraction. Vertical adjustment is obtained by .the four adjusting screws. Lateral movement of i inch on smaller sizes to i % inches on larger sizes is secured by sliding the stand on the ends of the adjusting screws. No. 276-G Adjustable Pipe Roll Stand No. 276-G: These Cast Iron Stands are for support ing piping where vertical adjustment is needed as well as allowance for expansion and contraction. Vertical-adjustment is secured by turning the two adjustment screws which raise and lower the adjust ing slides located at either end of the stand. When proper alignment is obtained, the adjusting screws may be locked by tightening the small set screws. Pipe Size 2 2% 3 3% 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD 30 OD List Prices and Dimensions, in Inches, for No. 274-G, No. 275-G, and No. 274 P-G List Price per 100 A No. 274-G | No. 275-G | No. 274 P-G Min. | Max. B Max. CD E FGHJ 700.00 __ 785.00 1150.00 1725.00 2450.00 3250.00 6500.00 535.00 165.00 5% 53/g 113/16 5% 5% 55/8 6 21/ig 23/g 67/8 51/2 1% 1/2 3% % 23/ 6 6% 25/s 600.00 185.00 6% 7 23/4 7 71/2 3% 8% 53/4 21/ig 1/2 51/s 1% 33/4 7% 8% 315/1B 900.00 250.00 103/g 11% n% 123/4 51/4 6% 10% 63/4 31/4 3/4 73/s 13/4 6 1385.00 340.00 13 141/4 71/2 133/g 14% 8% 13 8 4 % 91/2 I3/ 8 1885.00 565.00 151/4 16% 9% 16% 173/4 103/g 145/g 85/g 41/2 1% 11% l7/s 17% 183/4 11% 9 2550.00 700.00 195/g 21 133/g 153/4 8% 4Vifi 1% 121/ l7/s 10 5415.00 1085.00 24 263/ 16i Vie 191/4 Id/ 51/2 1% 153/4 31/4 121/2 The values of "M" and *'N'\ locating the adjustment screws, correspond to dimensions "h/T and "N" in the table and sketch for No. 271-G, page 526. K % % 3/4 Vs 1 1 w* List Prices and Dimensions, in Inches, for No. 276-G Pipe Size Price per 100 L Min. | Max. P QR S T U V WX Y Z 4 7% 83/g 23/4 5 925.00 73/ 9 33/g 7 6 33/ 21/16 % 2% 4 6 8s/16 9% 6 315/, fi 8 10 1350.00 107/g 12% 51/4 12 13% 63/g 91/2 6 6 31/4 3/4 4% 4 12 14 OD 2300.00 138/i6 153/i6 7% 143/i6 1513/, fi 8% 12 6 8 4%6 4 16 OD 18 OD 2650.00 153/g 17 91/4 16% 18% 103/g 13 6% 9 4% 1% 7 4% 20 OD 17% 19% 113/g 24 OD | 3300.00 1911/is 215/8 133/g 14% | 6% 10 47/i6 1% 8 4% 30 OD | 6500.00 243/4 27 1611/ie 171/4 | 8 12% 5% l3/ 101/ 6 Vs 1 1 1 1 1 3/- 7% 7/g 8% 19 1 9% 1 9% 1% Tl% 39 528 e* CRANE Pipe Roll and Plate No. 277-G, Pipe Roll and Plate No. 277 PtG, Base Plate Only This Cast Iron Pipe Roll and Plate is used for sup porting piping in installations where vertical adjust | . ment is not necessary, but where provision must be made for expansion and contraction. In cases of necessity, these supports can be raised or lowered by blocking or shimming up the base plate. These supports use pipe roll No. 273-G. For list prices and dimensions,'see page 526. List Prices and Dimensions, in Inches Pipe Price per 100 Size No. 277-G No. 277 P-G A B C D E 2 2 y2 3 31/2 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD . 30 OD 140.00 165.00 360.00 625.00 820.00 1325.00 2400.00 80.00 93.00 225.00 355.00 480.00 695.00 1435.00 3 Vi 3M> 3I3/ie 4Vl6 45/l6 415/ig 5% 7/i6 811/ig 101/4 10% 12% 131/2 141/2 16% 209/ig 1 1>3/ig 21/16 2% 2% 2% 3% 315/l6 51/4 63/g 71/2 8% 91/4 10% 11% 13% 16H/,g' '4% 53/4 81/4 10% 12 I31/4 16%. 2% 3% 6 8 9 10 12% 1% 21/ig 31/4 4 41/2 47/ig 51/2 1 1 F 1% 2% 4 55/s 6% 7% 91/2 G 1/2 .1/2 n/iG % % 1 1% H 11/2 21/2 4 5 5% 7 Pipe Pole Supports for Outside Lines List Prices and Dimensions, in Inches Pipe Size Inches Size No. Price per 100 A B C D Max. E F 4- 6 i 8500.00 32 5 21/2 4 141/4 1 8-12 2 12500.00 46 7 4 5 21 1 14-18 3 16500.00 59 81/4 5 6 27 11/4 39 These Pipe Pole Supports provide a permanent, sub stantial method of supporting piping between build ings. No. 257-G can be used with many types of hapgers and supports, three of which are illustrated in the sketch at the right. Each Pipe Pole Support consists of a length of standard steel pipe with two angles securely welded onto the top. A steel plate, welded in, makes a weather-tight cap. The space between the angles allows for the insertion of hanger rods or bolts. 20-foot pipe poles are usually buried in a concrete foundation to a depth of approximately 4 feet. List prices are based on pipe poles 20 feet long. Poles longer than 20 feet can be furnished when ordered; prices on application. No. 2S7-G Pipe Pole Support for Outside Lines Center: Adjustable Pipe Roll Stand, No. 274-G Right: Pipe Roll with Adjustable Sockets. No. 171-G CRANE P^>e Chairs--Anchor Chairs--Pipe Seats 529 Pipe Size 3 4 5 6 List Prices and Dimensions, in Inches Price per 100 AB Min. Max. Min. Max. C D 900.00 1025.00 1150.00 1150.00 314 3% 43/ie 4Vie 5 5% 5*5/i6 61 */i s71y/42 4 Wie &13/l6 7Vz 10 Ws 4% 73/l6 71S/l6 10 6 61r/2 7 E 2Vs 2y2 2Vs 2% No. 184-G: These Cast Iron Pipe Chairs are designed to meet the requirements of blow-off lines. The chairs are adjustable and can be brought securely against the pipe after erection. ,/' "\ /\ No. 183-G: These Cast Iron Pipe Chairs are suitable for service where a low-priced support is desired. The chairs have two bolt holes located on diagonal corners of the bottom mem ber. List Prices and Dimensions, in Inches Pipe Price Size per 100 HJ KLM 2 32.00 3% 2% 3% 29/i6 5/s 1/2 7,6 2Vz 36.00 41/4 3% 4i6 2% 3/4 1/2 Vl6 3 53.00 5 3 Vi 41 V16 213/16 3/4 % 7,6 31/2 80.00 51/2 31/4 4% 2% 3/4 1/2 7l6 4 80.00 w* 3% 5% 31/ie % s/s 9/l6 5 105.00 7Vz 4 6 33/16 1 % 9/l6 6 8 145.00 8% 205.00 10% Wz sya 67, s 31/r 7V4 3716 1 P/4 % 9/l6 3/4 1 l/l 6 10 410.00 13 6V2 9 3% 11/4 % U/l6 12 550.00 15 14 OD 765.00 17 7y2 IOI/2 4% m 113/4 43/4 H/2 11/2 1 1 U/l6 11/16 16 OD 1060.00 19 18 OD 1100.00 21 20 OD 1400.00 231/4 9% 13 ioy4 133/4 ny2 15 5 434 5 13/4 2 21/4 11/4 11/16 13/8 "he 1% 11/16 N 3/8 % 3/8 3/8 716 1/2 1/2 9/l6 S/8 3/8 n/, 6 3/4 3/4 3/4 List Prices and Dimensions, in Inches Pipe Price Size per 100 P Q R S T 4 775.00 5 825.00 6 950.00 8 1300.00 10 1650.00 12 2300.00 HOD 16 OD 18 OD 20 OD 24 OD 2800.00 3300.00 3600.00 4000.00 5000.00 3 4i/s 3% 5 47i6 53/4 SVie 71/s 61/2 8% 73/8 91/2 8Vz 9% 10% 12 14 ld/s IP/2 121/2 131/2 151/2 3/4 13/16 3/4 1 11/8 1% 11/2 1% 1% 2 2 3/8 33/16 3/4 3'/s % 49/ie 1 5% li/s 613/i6 11/4 713/16 11/4 8716 11/2 9716 iy2 10716 iy2 117l6 11/2 13716 No. 197-G: These supports consist of a cast iron chair, a round iron yoke, two special cast iron washers, and two hexagonal nuts. A flat iron strap can be furnished in place of the round iron yoke at a slight additional charge. These Anchor Chairs are well adapted for use with Welded Steel Brackets; see pages 524 and 323. Pipe Size 4 5 6 8 10 12 List Prices Price Dimensions, in Inches per 100 U V W 220.00 260.00 290.00 320.00 370.00 460.00 213/ie 33/s 313/ie 5i/i6 6i/s 71/s 41/2 51/4 61/4 8 93/s 11 9/l6 9/l6 3/8 3/43/4 3/4 No. 198-G: These Pipe Seats conform to a relatively large portion of the pipe circumference which minimizes the tend ency of the pipe to "jump out" of the seat. The seat offers little resistance to expansion and contraction, carries a heavy load, and will resist vibration. For sizes larger than 12-inch, prices and dimensions on application. 39 530 / CRANE Pipe Covering Protection Saddles Type "A" For 10-inch pipe . and smaller Type "B" For 12-inch pipe and larger ' No. 186-G, For Standard Thick Covering No. 186 A-G, For 2-inch Thick Covering No. 187-G, For Double Standard Thick Covering No. 188-G, For Double 134-inch Thick Covering Application showing Saddle on No. 273-G Pipe Roll Pipe Covering Protection Saddles are used for re ducing heat losses by providing a continuous, smooth, weather-tight covering. All saddles are 12 inches long and are made of curved steel plates with the edges turned up. Type "B" saddles have a center plate welded in. Saddles are furnished unfilled, and should be filled with plastic cement or covering material before being installed in position.' Saddles of special lengths, dimensions, or construc tion, not listed above, can be furnished on order; prices on application. List Prices and Dimensions, in Inches No. 186-G, For Standard Thick Covering No. 186 A-G, For 2-inch Thick Covering Nominal Size of Pipe Inches List Price per 100 Thickness Size of Pipe Roll of No. No. Cover- 173-G 273-G ing Inches Inches C D List ThickPrice ness Size of Pipe Roll E of No. No. C per Cover- 173-G 273-G 100 ing Inches Inches D E % 185.00 1 185.00 lv* 210.00 1% 210.00 2 235.00 2% 235.00 3 270.00 3i/2 270.00 4 280.00 5 280.00 6 295.00 8 370.00 10 450.00 12 480.00 14 OD 530.00 16 OD 575.00 18 OD 615.00 20 OD 660.00 24 OD 705.00 7/s % 7/g 7/s` 1V&2 IV32 IV32 IV32 1% 1% m 1lvV*4 1 y2 iy2 iy2 iy2 1% 1V2 2 2 2% 3 3% 4 4 5 5 6 7 9 12 15 16 18 18 24 24 2- 3y2 1% 2- 3y2 i 111/16 2- 314 l13/l 2- 31/2 l15/l6 2- 31/2 2% 2- 31/2 2% 2- 31/2 3 4- 6 4- 6 3 Vi 3 Vis 4- 6 43/is 4- 6 7-10 7-10 12-15 4* Vis SWie 615/l6 83/is 16-20 16-20 16-20 87/s m 11 22-24 12 26-30 14 I7 Vi 6 21/8 2%6 21/2 21/, 21/4 27/,fi 23/g 195.00 195.00 225.00 225.00 213/16 31/4 3% 3* Vi* 41/4 3 31/4 33/s 3% 43/is 250.00 250.00 290.00 290.00 305.00 41S/l6 5B/is 613/is 8 93/g 47/s 305.00 53/8 320.00 613/,fi 420.00 8V,fi 500.00 97/l6 560.00 10V16 ioy4 600.00 ll7/is 111/4 670.00 129/i6 12% 710.00 1313/is 13% 760.00 161/8 1511/16 810.00 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 4 2- 3% 2i Vie 31/4 33/r 4 2- 3% 21 Vie 33/8 3% 5 2- 3y2 3 3% 3*1/16 5 2- 31/2 3 Vi6 31 Vie 33/4 6 4- 6 35/,fi 4 313/,fi 6 4- 6 3%fi 4y4 43/16 7 4- 6 315/,6 41 3/i6 43/8 7 4- 6 43/, 6 3 Vie 4% 7 4- 6 47/i6 55/ie 51/8 8 7-10 5Vi6 513/,fi 6 9 7-10 59/i6 69/i6 63/fi 12 7-10 69/,b 71V, fi 711/16 14 12-15 711/i6 9Vi6 87/r 15 12-15 81 Vie 10%8 97/s 16 16-20 9% 101V, 103/4 18 16-20 10% 12 113/4 24 22-24 24 22-24 30 26-30 11% 13v/l6 1213/16 12% 147/i6 1313/,6 14% 17 161/4 No. 187-G, For Double Thick Covering No. 188-G, For Double 1%-inch Thick Covering Nominal Size of Pipe Inches List Price per 100 Thick- Size of ness Pipe Roll of No. No. Cover- 173-G 273-G ing Inches Inches C D List ThickPrice ness Size of Pipe Roll E of No. No. C per Cover- 173-G 273-G 100 ing Inches Inches D E 3A 195.00 1 195.00 1% 225.00 1% 225.00 2 250.00 2% 250.00 3 290.00 3% 290.00 4 305.00 5 305.00 6 320.00 8 420.00 10 500.00 12 560.00 14 OD 600.00 16 OD 670.00 18 OD 710.00 20 OD 760.00 24 OD 810.00 l3/4 13/4 13/4 13/4 2Vl6 2Vie 2Vl6 2Vie 2V4 2JA 2% 2Vz 2% 3 3 3 3 3 3 4 2- 3i/2 2% 213/16 3 4 2- 31/2 2Vis 31/8 31/4 5 2- 31/2 23/4 3% 3V,6 5 2- 31/2 213/l6 3Vis 31/2 6 4- 6 33/s 41/16 41/, fi 285.00 6 4- 6 3% 43/16 4/is 285.00 7 4- 6 4 47/s 4% 325.00 7 4- 6 41/4 51/8 41 3/, fi 325.00 7 4- 6 41Vis 5%6 5% 335.00 8 7-10 53/1 fi 63/,fi 63/, fi 335.00 9 7-10 513/is 613/16 613/,fi 350.00 12 12-15 7Vi6 81/4 81/4 450.00 15 12-15 83/is 911/16 97/,s 545.00 18 16-20 9* Vis 113/16 IIV16 18 16-20 24 22-24 24 22-24 10% 12 113/4 11% 131/4 1213/ie 121/2 14V, s 14 24 ,26-30 131/2 15% s 151/8 30 |26-30 151/2 18 171/4 3 7 4- 6 4% 5% 51/,fi 3 7 4- 6 4% 5% 53/,fi 3 8 7-10 41 S/l 6 513/is 513/,6 3 8 7-10 53/ie 6V16 63/,fi 3 9 7-10 57/l6 67/l6 6% 3 10 7-10 6V,6 7% 7% 3 12 7-10 69/is 7% 7i Vis 3 12 12-15 79/i6 83/4 8H/16 3 16 16-20 8W16 103/16 101/16 12 to 24-inch, see No. 187-G { CRANE Cast Iron Pipe Supports 531 No. 264-G Adjustable Pipe Saddle Support No. 258-G Pipe Saddle Support No. 259-G Pipe Stanchion Saddle J\ [I ?j ! iH-- ;iList Prices and Dimensions, in Inches Pipe Size Inches Price per 100 Complete Saddle Only fNo. 264-G AB C No. 258-G and No. 259-G Price per 100 D I Min. Max. No. 258-G No. 259-G H J K 2% 2 3i/2 4 5 6 8 10 12 14 OD 16 OD 18 OD 20 OD 24 OD 30 OD 36 OD 662.00 666.00 670.00 '825.00 855.00 910.00 965.00 1025.00 1080.00 1525.00 1725.00 2325.00 3510.00 4500.00 5700.00 7250.00 112.00 116.00 120.00 145.00 175.00 230.00 285.00 345.00 400.00 725.00 925.00 1115.00 2300.00 325.0.00 4450.00 6000.00 2% 3Vi6 2% 3* Vis 2% 3>5/i6 3 43/i6 8% 8% 8% 9 3 4% 3 5Vie 3 9 9 9 3 8Vis 3 9>5/16 9 9 4 1015/16 114 12% 11 6 13'% 131/2 6 153/s 131/2 6 1715/us 13% . 6 215/16 13% 6 24% 13% 1% 1% 1% 2% 2% 2% . 2% 2% 2% 3 3 3% 3% 4 4 4 8 8I/4 8% 91/4 10 10% 11% 13% 15 16% 173/4 19% 21 233/4 27 30% 13 13% 13% 14 143/4 15% 16% 18% 193/4 203/4 22% 24 25% 28% 31% 343/4 170.00 190.00 250.00 305.00 365.00 425.00 740.00 950.00 1200.00 2500.00 3600.00 4800.00 7200.00 580.00 600.00 620.00 780.00 920.00 1100.00 1660.00 1920.00 2120.00 3700.00 5300.00 7000.00 13500.00 3 4% 9 3 4% 3 5% 37 3 8% 3 . 10 9 9 9 9 9 4 11 11 4 12% 11 4 14 11 6 15% 13% 6 18 13% 6 21% 13% 8 243/4 16 *List Prices do not include Riser Pipe or Reducing Flange. the nipple after assembly to prevent separation of the nipple fNo. 264-G has retaining spots welded to the lower end of and reducer during adjustment. Wall Pipe Supports List Prices and Dimensions Pipe Size Inches| 3 | 3% | 4 | 5 | 6 | 8 10 | 12 Price Center to center of holes per 100|100.00|l25.00|150.00|200.00|275.00|450.00 550.00|700.00 Inches| 10% | 11% | IH/4 | 12% | 13% | 16% 18% | 20% Size of stock Inches| %xl% | % x 1% |%x2 % x 2% Sizes 3 to 6-inch have holes for %-inch bolt; sizes 8 to 12-inch for %-inch bolt Application: No. 26-C Supports are used for vision must be made for expansion and consupporting horizontal piping on walls when traction, a welded steel bracket and roll supthere is no appreciable movement. When pro- port should be used, see pages 524 to 528. No. 26-C Wall Pipe Support Single Hooks No. 168-G Single Hook Pipe Size Price Center to center of holes Size of screws List Prices and Dimensions Inches| % % 1 1 1 1% 1 1% 2 per 100| 18.00 21.00 124.00 26.00 140.00 59.00 Inchesl 12%2 2% 1 27/ig 3 | 3S/16 3% i No. 14 I- No. 18 2% 1 3 95.00 1130.00 413/igI 5% %-inch Application: No. 168-G Single Hooks are there is no movement due to expansion and used mainly from sides of beams where no contraction. Single hooks are often used in adjustment is necessary, and in cases where conjunction with hook plates to carry wall coil. 39 k * 532 CRANE Hook Plates if No. 166-G Standard Type F No. 167-G Expansion Type List Price per 100 Nominal Center Pipe to Size Center ` Inches Inches No. 166-G || No. 167-G Number of Branches || Number of Branches 23456234 5 6 ,1 | 21/2 1 49.00! 62.00| 70.00| 86.001102.00|| 56.00| 71.00[ 81.00 99.001117.00 iy4 | 3 | 57.00| 73.00| 86.001110.001140.00|| 66.00j 84.00| 99.00 127.00|161.00 iy2 1 31/2 I 75.00j 115.001156.00| 169.00j237.00H 86.00|132.00|179.00 194.00|273.00 2 | 41/2 '115.00 [ 175.001243.001310.001364.00|| 135.001205.001280.00 360.00 j 420.00 ! J J i No. 166-G and No. 167-G: These Standard and Expansion Type Hook Plates I are made of high quality cast iron. They are furnished up to six branches; when J a greater number of branches are required, order two or more plates. '| Nominal Pipe Size Inches Center to Center Inches List Price per 100 No. 48-C I Nominal Center Number of Hooks Pipe to 30 25 20 j Size Inches Center Inches No. 49-C Number of Hooks 6 8 10 12 1 2V2 325.001.......... .........1 1 2Vz 120.00|130.00|140.00|150.00 W4 3 325.00|.......... .......11 IV* 3 120.00|130.00|140.00|150.00 1% 3Vz ....... 375.00 .........1! 1% 31/2 120.00|130.00|140.00|150.00 2 41/2 ....... ......... 425.00H 2 41/2 130.00|140.00|150.00|160.00 No. 48-C and No. 49-C: These Standard and Offset Type Hook Plates are made of strip steel. No. 48-C is made with a i x 12 ga. hook and a 2" x 10 ga. back-piece; these hook plates can be cut to any desired length. No. 49-C has a 'Hr, x iM" hook and a M x 2" back-piece; specify the size of offset required. No; 48-C Standard Steel Hook Plate No. 49-C' Heavy Offset Hook Plate I I : : B & C Floor and Ceiling Plates Black, Nickel-Plated, and Polished Brass | 'i % No. 10 and No. 20 are smooth faced Combination Floor and Ceiling Plates. No. 10 has both the hinge and catch concealed. The two plates are similar except that No. 20 is somewhat lighter in construc tion and the hinge is not concealed. Springs hold the plates in position on the pipe. Nos. 3, 4, and 5 conform to government specifica tions. No. 3 is a Floor and Ceiling Plate which is held firmly to the pipe with a set screw. No. 4 and No. 5 are solid cast plates. No. 4 consists of a plate only, without a set screw, for floor use; No. 5 is a similar plate, with a set screw, for ceiling use. Order by size and figure number. State finish wanted; brass plates will be furnished only when so ordered. Size of Jripe Inches *List Prices No. 10 and No. 20 No 3, No. 4, and No. 5 Steel Brass Cast Iron Cast Brass Black Nickel Polished Nickel Black Nickel Polished Nickel Plated Plated Plated Plated Bach Each Each Each Each Each Each Each B Sz C No. 10 Pressed Steel Pressed Brass Sites J4 to 6-inch Packed 12 in a box B Sz C No. 20 Pressed Steel Pressed Brass Sizes % to 4-inch Packed 12 in a box B & C No. 3 Cast Iron Cast Brass Sizes Vi to 12-inch Packed 12 in a box B 8z C No. 4 or 5 Cast Iron Cast Brass Sizes }4 to 4-inch Packed 12 in a box V .15 .27 .60 .60 % .16 .28 .60 .60 % .17 .29 .62 .62 % .18 .30 .65 .65 1 .20 .32 .72 .72 m .22 .35 .80 .80 W2 .25 .38 .85 .85 2 .30 .45 1.00 1.00 2% .50 | .65 1.50 1.50 3 .65 I .80 1.80 1.80 3% .80 ' 1.00 i 2.25 2.25 4 | 1.00 1 1.25 2.75 2.75 5 ; 1.50 i 1.75 3.75 3.75 6 i 1.75 | 2.00 4.25 4.25 8 Ii 10 1 1 12 .15 .16 .17 .18 .20 .22 .25 .30 .50 .65 .80 1.00 1.50 1.75 2.25 2.75 3.25 .27 .28 .29 .30 .32 .35 .38 .45 .65 .80 1.00 1.25 1.75 2.00 2.50 3.00 3.50 1.00 1.00 1.00 1.20 1.30 1.60 1.80 2.00 2.50 3.00 4.00 5.00 7.00 9.00 12.00 16.00 18.00 1.00 1.00 1.00 1.20 1.30 1.60 1.80 2.00 2.50 3.00 4.00 5.00 7.00 9.00 12.00 16.00 18.00 *The list prices only apply to the sizes regularly made and as indicated under each illustration. ?1 j CRANE Genspring Hangers For High Temperature Piping Installations (Patented -- Other Patents Pending) Recommended for High Temperature Piping in Power Plant, Oil Refinery, and Marine Installations Genspring'Constant Support Hangers are designed to reduce the total -stresses of high temperature piping. The total sup porting- effort of these hangers is equal, in all positions, to the constant weight of the vertically shifting pipe line. These hangers " float" pipe lines, eliminate support stresses, protect expensive equipment, simplify piping design, and reduce the design costs. To meet'all conditions, Genspring Hangers are made in two sizes; the full-size Model H 11 (No. 286-G), and the half size Model H 14 (No. 288-G). In turn, each model is designed to handle a number of different load capacities. No. 286-G (Model H 11) This model is made in eleven different sizes and having an over-all load range from 250 to 8500 pounds. Each size per mits a total vertical travel of 2 to 4 inches. Size No. 1, the smallest size, will support a 257 to 32q-pound load with 4 inches of vertical travel, and will carry a 627 to 732-pound load with a vertical travel of 2 inches. Size No. 11, the largest size, supports a 3538 to 4326-pound load with a 4-inch vertical travel, and supports a 7146 to 8350-pound load with a vertical travel of 2 inches. Each size, of course, supports proportionate loads at all intermediate steps between the 2 and 4-inch limits of total vertical travel. Size No. 2 to No. 10 handle intermediate load ranges between those of Size No. 1 and Size No. 11. I 1 I No. 288-G (Model H 14) No. 288-G is a smaller model than No. 286-G and is made in five sizes having an over-all load range from 230 to 2300 pounds. Each size permits from 1J4 to 214. inches of vertical travel. Size No. 1, the smallest size, will carry a 231 to 294-pound load with a total vertical travel of 2Y% inches, and will sup port a 531 to bu-pound load with a total vertical travel of 13T inches. Size No. 5, the largest size, supports' a 933 to 1183-pound load with a 2)^-inch travel, and can support a 1983 to 2282-pound load with a vertical travel of 1 inches. These hangers support proportionate loads between the 1J4 and 2}4-inch limits of vertical travel. Sizes No. 2, No. 3, and No. 4 support loads between those of No. 1 and No. 5. List prices, dimensions, tables of load ranges, descriptions of auxiliary equipment, and other related information will be furnished on request 533 39 534 CRANE Standards and Specifications For Pipe Hangers and Supports Hangers: The method of installing overhead hangers by means of hanger rods is governed by the type of construction to which the rod is applied. For wooden construction, the hanger flanges or brackets are applied directly to the ceiling or beams with wood or coach screws, or by the use of hanger rods with coach screw threads. Hangers are applied to steel construction by the use of Universal Side I-Beam Clamps or Channel Clamps. In addition, hangers can be used with welded steel brackets fastened to steel columns. Concrete construction requires the use of Concrete Inserts or of Expansion Cases placed in the concrete. Supports: Piping is supported from walls and col umns by means of welded steel brackets and adjust able pipe roll stands. Adjustable pipe rolls, chairs with bases, and saddle stands or stanchions are used for supporting piping from floors or piers. Regardless of the method of hanging, the size of the hanger rod is determined by the size of the pipe to be supported, where, normal loads are involved, in accord with the foliow'ing schedule: % to 2-inch pipe................................... ... 24-inch rod 234 to 334-inch pipe.............................. .. 34-inch, rod 4 and 5-inch pipe........................................ j4-inch rod > 6-inch pipe.................................................. %-inch rod \ 8 to 12-inch pipe......................................... J4-inch rod 14 to 16-inch OD pipe........................ :.. . . i-inch rod : 18-inch OD pipe.........................................124-*nch rod : 20-inch OD pipe.........................................134-inch rod 24-inch OD pipe.......................................,. 134-inch rod ; 30-inch OD pipe.........................................134-inch rod ' Note: The above schedule for normal loads is based on not more than 12 feet of extra strong steel pipe filled with water, and with or without pipe covering. For deflection of horizontal pipe lines and spacing of pipe supports, see pages 642 and $43. The following excerpts from the "Code for Pressure Pip ing," American Tentative Standard, ASA B31-1935, will serve as a guide in the selection of hangers and supports. Material requirements: "All equipment for per manent hangers, supports, and anchors shall be fab ricated from durable materials suitable for the service conditions involved. Where this equipment is sub ject to atmospheric or other conditions likely to cause deterioration or corrosion, it shall be protected from such harmful effects by painting or other suitable preservative means". Design limitations: "Pipe, straps, or bars of strength equal to the equivalent hanger rod may be fabricated for use instead of hanger rods for the sup port of piping of nominal sizes 3 34-inch and smaller. Hangers used for the support of piping of 2-inch nominal pipe size and larger shall be fabricated to permit screw or equivalent adjustment after erec tion. Exception to this may be made in cases where hangers are to be used for the support of piping requiring exact grades, for which they may be fabricated as rigid hangers. Screw adjustments shall be fabricated so that all threaded members will have a true and complete depth of thread. The turnbuckle or adjusting nut shall have its full length of thread in service while in use and the amount of adjustment shall be plainly visible at all times. All screw or equivalent adjust ments shall be provided with suitable locking features". Loading: "The required strength of all supporting equipment except springs shall be based on the com bined weight of the piping filled with water or oil and the insulating covering if the latter is used. Where piping is conveying a fluid which in the liquid state is heavier than water or oil, the combined weight shall include that of the piping filled with this liquid and the insulating covering if the latter is used. Weight calculations for springs should be based upon the normal operating conditions of the piping' \ Supports permitting pipe movement: "When expansion or contraction of piping will be produced by reason of conveying fluids at temperatures above 150 F. or by other causes, hanger and supporting equipment shall be fabricated and assembled to per- ' mit the free movement of this piping. This should be accomplished by the use of long rod hangers, spring hangers, chains, hangers or supports fitted with rollers .... Rollers shall be accurately made, properly guided, and shall roll freely". Covering Protection Saddles: "When pipe is covered by insulation, a suitable metal shield prop erly constructed and secured to the covered pipe should be used to protect the covering at points where the pipe is supported on movable rollers or in large diameter rings". Anchors: "Anchors shall be fabricated and assem bled in such form as to secure the desired points of piping in relatively fixed positions. They shall per mit the line to take up its expansion and contraction freely in opposite directions away from the anchored point, and shall be so arranged as to be structurally suitable for the particular location, line, and loading conditions in question". Further information on the application of hangers and supports will be furnished on request. CRANE 535 Pipe Tools, Insulating Materials, and Thread Lubricants Pipe Vises.............................................. ...............................page 536 Stocks and Dies.................................... ............................... page 537 Pipe Threading Devices...................... Pipe Cutters.......................................... ............................... page 54a Pipe End Reamers...................... .... .. ................................page 542 Pipe Taps and Reamers..................... ................................Page 545 Pipe and Monkev Wrenches............. Pipe Tongs............................................. ...............................page 544 Flue Brushes and Scrapers................ ...............................Page 545 Insulating Materials........................... Thread Lubricants............................... '.............. ....page 548 5^ ^ ^ In addition to the tools and supplies shown on pages 53b to 548, the following are shown in other sections of this catalog, in order to group them with allied products: Tools Sizing Tools for Soft Copper Tubing............................... page 511 Square-End Sawing Vises.................................................. page 511 Supplies Machine Bolts Gaskets.................. Sheet Packings.... Hose....................... Solders and Fluxes ............................ page 556 pages 564 to 571, and 485 ............................ page 565 ............................ page 73 ............................ page 511 L 536 CRANE Pipe Vises Reed Pipe Vises Long Jaw Pipe Vise For-pipe, to 43^-inch Reed "Long Jaw" Pipe Vises have long bearing alloy tool steel jaws which grip firmly without crush ing, marring, or bending the pipe. Lower jaw is r-eversible. Automatic take up keeps the vise tight. List Prices, Bach, "Long Jaw" Number of Vise No. 001 No. 0 No. 1 No. 2 For Pipe Inches Vs to U/2 Vs to 2 Vs to 2% Vs to 31/2 Vise, complete 3.60 4.25 5.00 7.50 Base 1.40 | 1.60 1.90 2.80 Handle and screw 1.00 1.20 1.40 2.20 Hook .25 .30 .35 .50 Upper jaw .50 .60 .60 .85 Lower jaw .50 .60 .60 , .85 Yoke .90 1.00 1.20 1.80 No. 3 Vs to 41/2 11.00 4.20 3.00 .75 1.20 1.20 2.65 List Prices, Each, "Extra Heavy" Number of Vise | No. 64 For Pipe Inches | Vs to 6 No. 65 | No. 66 1 to 8 IU/2 to 12 Vise, complete | 23.50 47.50 | 70.00 Base Handle and screw Hook Jaw clamp Upper jaw | 9.00 | 6.60 | 1.60 | 1.20 | 2.00 18.00 | 26.50 13.00 | 19.50 3.30 | 5.00 2.80 | 4.20 2.85 i 4.50 Lower jaw | 2.00 2.85 | 4.50 Yoke | 5.75 11.50 | 17.00 Extra Heavy Pipe Vise Large Capacity For pipe, Vs to 12-inch Reed "Extra Heavy" * Pipe Vises have an extremely large capacity. :: They are available in | various sizes to hold J pipe ranging from Vs to | 12-inch. They will not % crush or mar the pipe. Williams Drop Forged Chain Pipe Vises "Vulcan" Chain Pipe Vise For pipe, Vs to 8-inch Williams "Vulcan" wrought steel chain pipe vises, adapted for use on bench or post, are rapid in action and positive in grip. The jaws are tem pered for file sharpening. List Prices, "Vulcan" Number of Vise ! No. 1 No. 2 For Pipe Inches j Vs to 2 V* to 4 Vise, complete | 7.00 15.00 Jaws, pair | 3.00 Chain and screw, set | 2.50 7.00 4.80 Screws, each | .80 Handle and nut, set | 2.20 1.40 4.20 Nuts, each | 1.40 2.70 No. 3 | No. 4 1/2 to 6 | 1/2 to 8 27.00 | 36.00 12.00 | 18.00 9.00 | 12.00 2.50 [ 2.50 7.00 | 7.00 4.00 [ 4.00 List Prices, "Vulcan" Superior Number of Vise | No 11 No. 12 For Pipe Inches | Vs to 2V2 Vi to 4V2 Kind of Finish | Std. | Chrome Std. | Chrome Vise, complete Jaws, pair Chains, each Chain arms, each | 10.00 1 | 3.30 j | 2.00 | | 1.20 j 12.00 4.00 2.20 1.40 19.00 | 7.70 j 3.60 | 1.85 | 22.00 9.00 4.00 2.25 Screws, each | 1.00 | 1.15 Handle and screw, set | 2.35 | 2.80 1.45 | 1.65 3.50 | 4.15 :\ it ,,J "Vulcan" Superior Chain Pipe Vise For pipe, Vs to 4J-inch t! Williams "Vulcan" Superior chain vises are made from tough wrought T<\ steel.They are high grade, '% i rapid acting, sure-grip vises. Reversible jaws provide long life. Over head adjustment simpli fies operation. Combination Pipe Vises Pipe jaws of highest grade steel, milled and tempered be turned from end to end when worn, make these in oil, and the reversible front jaw which can combination pipe vises ideal for general use. List Prices and Dimensions, "Combination Number of Vise |No. 4331/2,1 No. 4341/2!No. 435|No. 436 Price, complete Each! 17.50 i| 24.00 | 38.00 | 60.00 Size of jaw Inches | 31/2 11 41/2 |5|6 Vise opens Inches | 3 1 s 1 6 | 91/2 Max. pipe size Inches | 2 1 3 1 4 ; 6 The vises bolt to a benchThe split ring swivel base j construction assure?( ample gripping power. A tension spring holds the handle wherever it placed. CRANE Stocks and Dies 537 Nye Solid Ratchet Die Stocks Solid Ratchet Die Stock . No. 1 and No. 1y> Solid Ratchet Die Stock No. 2, with Leader Screw List Prices Catalog Number For Pipe l-RS-2 Inches Vi to 1 Price, complete Each 21.00 Extra Parts Stock with handle and screws Dies Each Die heads Each Guides Each Guide rings Each Ratchet cases Each Ratchet pawls, complete Each 8.00 3.00 2.00 .40 .40 1.25 .55 Handles Name plates Each Each .60 .55 Lock rings Leader screws Each Each Thumb screws Each li/2-RS-2 | 2-RS-2 y2toiy21 1 to 2 27.00 | 29.00 10.00 | 12.00 4.00 j 5.00 3.00 | 4.00 .60 1 .75 .55 | 1.75 | .60 | 1.00 j .65 | [ 2.00 .80 1.25 .75 .50 | 2.00 | .20 The working parts on these Solid Rat chet Die Stocks are completely en closed, protecting them from dirt and sand. The stocks are unusually com pact and can be used in extremely close quarters. Handles are plated. Guides are machined throughout and are marked with the pipe size. A complete set of bushings is furnished with each stock but any ordinary bush ing will fit. No. i Die Stocks use any make of die having outside dimensions of 2 34 x 234 xM'- No. i 34 Die Stocks use any make of die having outside dimensions of 3 x 3 x%". No. 2 Die Stocks use any make of die having outside dimensions of 4 x 4". The stocks are equipped with a leader screw which permits easy starting on 1 to z-inch pipe. Unless otherwise specified, American Standard right hand dies are furnished. Armstrong Adjustable Stocks and Dies Genuine Armstrong Adjustable Stocks and Dies with ring bushings are extremely serviceable. The dies can be quickly adjusted to accommodate any variation in fittings. The stocks are fitted with removable bushings which permit the threading of close nipples of all sizes. Oiling spaces are located to assure easy, ample, and thorough lubrication. Adjustable Die A "double taper" lead with full size leading threads in the throat (see illustration at left) pulls the dies easily onto the pipe and quickly starts a clean, true thread over the meanest burr. No. 1, No. 2, and No. 3 Stocks have single end dies requiring one get of two pieces to thread one size of pipe. No. 2Stocks have double end dies in which Adjustable Stocks and Dies With Ring Bushings No. 11/2, No. 2, or No. 3 (Single End Dies) No. 2i/2 (Double End Dies) two pieces also comprise one set, but each set threads two sizes of pipe. A complete set includes an adjustable stock, adjust able dies and ring bushings for each cutting size, as well as screws, handles, and a wrench. Unless otherwise ordered, No. 134 is furnished for 34 to %" pipe and No. 2, for % to 1" pipe. Catalog Number For Pipe List Prices No. iy2 Inches y2 and 3/i %, to % to % V* to 1 No. 2 3/S to 1 No. 2i/2 No. 3 % to 1 x 3/4 *1 x iy4 1% to 2 Price, complete (Right hand dies) Stock with screws, wrench, and handle tAdjustable dies, right hand bushings Each Each Per pair Each 6.20 3.40 1.70 .30 7.60 3.40 1.70 .30 9.00 3.40 1.70 .30 12.00 4.00 2.00 .40 10.50 8.75 4.00 4.00 2.00 2.00 .40 | .40 14.00 | 18.00 5.25 7.00 3.50 3.50 .60 | .75 "These are double end diestLeft hand dies per pair are twice the price of the right hand dies. 40 t 538 _________________________________CRANE_______________________ Toledo Pipe Threading Devices Adjustable Threader No. 1, Plain, Capacity 1 to 2-inch The No. i is the first of the so-called easy-operating threaders. It utilizes the receding die principle. 'Instantly adjusted for cutting over or under size as well as standard threads. Uses a separate set of dies for each size of pipe. Adjustable Threader ' No. 1A, with Ratchet, Capacity 1 to 2-inch f j Like the No. i illustrated at the left, except equipped^ with a ratchet which makes it easy to thread pipe in;; restricted places. The No. iA may be used with;} two handles as an ordinary die stock when desired. ' Exceptionally easy operating. ` j Super-Threader No. IB, Plain, Capacity 1 to 2-inch No. 1BR, with Ratchet, Capacity 1 to 2-inch The Nos. iB and iBR are similar to the No. i and No. i A illustrated above except they do not use bushings. Clamped to the pipe by three broad-faced chuck jaws, they are easily and" quickly centered. A separate set of dies is used for each size pipe. Super-Threader : No. 10B, Plain, Capacity 1 to 2-inch No. 10BR, with Ratchet, Capacity 1 to 2-inch -} t The No. ioB and No.ioBR thread i to 2-inch pipe \ using but one set of dies. The pipe holder is similar - in design to that of the No. iB and No. iBR. ; These threaders use no bushings. The No. ioB is plain; the No. 10BR is equipped with ratchet. 3-Way Pipe Threader No. 30, Capacity % to 14-inch No. 31, Capacity hj to l-inch The lightest, the smallest and easiest to operate of all 5-way tools. Each die head is "on center", and the handles project from either side, thus producing a perfectly balanced tool. Dies easily reground or replaced at small cost. No adjustments necessary. No loose parts. No. 0, Pipe Threader Capacity, 34 to jf-inch The No. 0 is but 24 inches from tip to tip of handle. Embodies the receding die feature for threading )^ ; and jj^-inch pipe. Produces perfectly tapered threads. Is a very easy-operating tool. Bushings make for perfect centering. Uses but three sets of'; dies. 1 ' These ratchet threading devices are small, compact, and easy to operate. They have an instant die change and-will operate in close quarters. Dies are easily removed and reground or replaced at small cost. The threaders are ideal for close corner jobs. The No. 00 can be furnished with z/%, J4. and ff-inch left hand die heads and dies, %-inch die heads and dies for Boston Brass fine thread tubing, or :ff-inch brass pipe dies. The No. 11 can be furnished with special JA to i-inch bolt die heads and dies, special dies for cutting straight threads on electric conduit, or with brass pipe dies. No. 00, Capacities from 34, 34, ?s, or 3 2 to ih-inch No. XI, Capacities from 34, 14, 3S, or M to 1-inch or to 134-inch No. 12, Capacities from 14. 34. 34 or 1 to 2-inch ,} -j The No. 12 can be furnished with special and | Vs-inch die head and pipe dies, and special J4 t0| 134-inch bolt dies and die heads. 1 Additional information and prices for complete threading devices, dies, or die heads will be furnished on application h. CRANE Toledo Pipe Threading Devices 539 Geared Adjustable Threader No. 2, Capacity 2 34 to 4-inch The No. 2 Geared Adjustable Threader is consider ably lighter than other tools' of similar capacity. The tools use the receding die principle. A separate =et of dies is.used for each size. Geared Adjustable Threader No. 2Vi, Capacity 434 to 6-inch The No. Geared Adjustable Threader is similar in design, construction, and operation to the No. 2 described at the left. It enables the user of the No. 2 to thread up to 6 inches. Geared Adjustable Threader No. 25, Capacity 2!> to 6-inch These tools thread seven sizes of pipe with one set of lies. Adjustment is positive and quickly accom plished. They utilize the receding die principle, special long-barreled bushings on the threaders per mit easy centering. - Geared Adjustable Threader No. 3, Capacity 434 to 8-inch No. 4, Capacity 9 to 12-inch These are compact threaders. They use a separate set of dies for each pipe size. The No. j can be furnished with special 4-inch dies and bushings, and the No. 4, with special 8-inch dies and bushings, when so desired. Geared Adjustable Super-Threader No. 2BR, Capacity 2J4 to 4-inch No. 25BR, Capacity 234 to 6-inch Simpact Self-Contained Pipe Threaders With Ratchet, Capacity 1 to 2-inch The No. 2BR is similar to the No. 2 illustrated at the top of the page, except it is equipped with a new type :3~jaw pipe holder. No bushings are required. Offers more positive action and longer life than any cam operated mechanism. It is quickly and easily cen tered to the pipe. The No. 25BR is similar to the No. 25 illustrated above, except it is equipped with four broad faced huck jaws and requires no bushings. These tools bread all sizes of pipe from 2to 6-inch with one ret of dies. Adjustment is positive and quickly ccomplished. The tools feature the receding die wnciple. An extra set of dies is furnished with ach tool. Accuracy, simplified operation, and easy adjustabil ity make these new Simpact self-contained ratchet threaders the ideal pipe threading device. They are used to thread 1 to 2-inch pipe. Light in weight and rugged in design, they feature larger wearing service with a minimum amount of internal friction or lost motion. The Simpact provides direct action. The dies bear directly against the tapered steps. There are fewer moving parts. Cleaning is simplified. The Simpact has short over-all, a distinct advantage when threading projecting pipe. The dies used on these threaders are made of high speed steel. dditional information and prices for complete threading devices, dies, or die heads will be furnished on application. 540 v CRANE Toledo Power Pipe Machines No. 999 Standard and Super Models Types Available (For Y2 to 2-inch Pipe) No. 999, Standard Mode) With 6 Non-Opening Die Heads and Dies No. 999, Super Model With 6 Quick-Opening Die Heads and Dies Models are equipped with motor. Replace ment parts such as cutter blades, bushings, die heads, and dies, or special reamer for use on the standard model are available. Super Model SuperModel with enclosed steel stand, rubber tired wheels, and partitioned die head box. Furnished in two models, super and standard. The super model is equipped with quick-opening die heads. The standard model is equipped with non-opening die heads. In all other respects the machines are identical. Both machines are equipped with rack and pinion, carriage feed wheel, thread length indicator, and heavy guard protecting switch. All gears run in oil. A safety friction gear will slip in the event of overload and protect the machine from damage. The three-jaw universal chuck is equipped with chuck wrench ejector fingers. Centrifugal type oil pump assures a constant flow of oil. 2-inch pipe is cut off in 14 seconds and threaded in 20 seconds with the super model, and in 30 seconds with the standard model machine. Wrenches, die heads and dies, cable, bushings, and one gallon of black sulphur base oil are furnished. No. 1-2-4 and 2" High Speed Models pa Types Available No. 1-2-4, complete, 1 to 4-inch Power Pipe Machine, with A.C. 60, 50, or 40 cycle, 3 phase, 220-240 volt motor. 2" High Speed, complete, V2 to 2-inch Power Pipe Machine, with A.C. 60 cycle, 3 phase, 220-240 volt motor. Motors of other current specifications can be furnished. No. 1-2-4 Pipe Machines can be equipped for )4 and 54-inch pipe, and with 54 to 2-inch bolt dies when ordered special. 2" High Speed Machines can be equipped for 34. M. and 3/s-inch pipe, and with 34 to 134-inch bolt dies or 54 to 2-inch left hand pipe dies, when ordered special. No. 1-2-4 Power Pipe Machine No. 1-2-4--Very efficient, high speed, high produc tion. Cuts off 4-inch pipe in q seconds; threads 4-inch pipe in 42 seconds. Cuts off 2-inch pipe in 33seconds; threads 2-inch pipe in 18 seconds. Separate quick-opening die head and dies for each size pipe from 1 to 4-inch inclusive, furnished with machine. Four blade cutter head, six spindle speeds, forward and reverse, controlled by one clutch and gear shift lever. Electrical reverse. Multiple disc clutch. Safety friction gear. Motor protected by fuses. Gears all hardened steel and run in oil. Centrifugal type oil pump -- no relief valves. Auto matic lubrication. AH steel construction. 2" High Speed -- Threads, cuts, and reams XA. to 2-inch pipe. Similar in design to No. 1-2-4, except smaller. Requires less than 30 seconds to cut, thread, and ream 2-inch pipe, completing all three operations. Other sizes in proportion. Separate quick-opening die head and dies for each size pipe furnished with machine. Prices and additional information will be furnished on application. t CRANE Beaver Pipe Tools 541 No. 3 Beaver Ratchet No. 6 R Beaverette Ratchet Fully adjustable Ratchet mechanism fully enclosed, no teeth on die .heads to become mutilated. Oil holes in die heads for easy oiling and chip clearance. Dies square in shape, no'weak sections to break. For iron, steel, brass, or copper pipe. Right or left. Uses any range of die heads. Specials: Bolt Die Heads Ts to i-inch; Straight Thread Conduit Dies to i-inch; Tf-inch OD 20-thread Brass Pipe Dies. No. 17 Ratchet and Die Heads The only "one-piece" ratchet tool threading to %-inch No. 6 Plain and No. 6-R Ratchet are fully selfcontained and fully adjustable. The two sets of dies required for this range (Tf x jks-inch), and (14 x %-inch) are always in the stock and are set to size by a single cam, or may be set to cut standard, oversize, or undersize threads without affecting the length of thread. A three-jaw Universal pipe guide eliminates loose bushings. (3^-inch dies extra.) Improved locking device, now on top, is more accessible. Range to 2-inch Nos. 12 and 13 Ratchet Series Beavers A rugged fool-proof unit type tool. Four large oil holes, bridged across the top to prevent spreading of die slots, facilitate oiling, provide ample chip clear ance, and insure good threads. Die segments square in shape; no weak sections to break off. Dies removable for regrinding over and over again. Extra long handle and special die grinding assist easy operation. For steel, iron, cast iron, brass, or copper pipe. Uses any range of die heads. Fully self-contained. Right hand only. Dies adjust able for oversize, undersize, or standard thread -- of full length. No. 12 Series uses grooved bolt and washer centering device; No. 13 Series uses Universal chuck centering device. Made in plain type, onehandle ratchet, and two-handle ratchet. No. 25 and No. 26 A heavy-duty tool 1 to 2-inch Fully adjustable Nos. 41-E, 61-E, 80-E, and 90 Beaver Geared Threaders No. 25 Plain and No. 26 Ratchet Beaver Die Stocks are fully self-contained (no loose parts); they thread i-inch, iJ4-inch> 1 J^-inch and 2-inch pipe without changing dies or bushings. Adjustable for standard, oversize, or undersize threads without affecting the length of thread. Will cut drip threads or close nip ples. A number of important improvements have been made in these tools. Improved die grinding enable these new models to pull with greater smooth ness. No. 41 E threads 2T2 to 4-inch; No. 61 E, 2J4 to 6-inch; No. 80 E, 4T2 to 8-inch; No. go, g to 12-inch. Nos. 41 E and 61 E gears are fully enclosed (packed with graphite grease), preventing damage to gear and pinion and eliminating costly repair bills. Lower end of pinion rides in bronze bushings. Prices and additional information will be furnished on application 542 CRANE Pipe Cutters and Pipe-End Reamers % Barnes Three-Wheel Pipe Cutters Saunders Pipe Cutters Trimo Pipe Cutter The Barnes, List Prices, Each Trimo, and Barnes Cutters Saunders Cutters Trimo Cutters Saunders Pipe No. Cuts Price, Extra Cutters shown pipe complete wheels Cuts pipe Price, Extra Extra complete wheels rollers Cuts pipe Price, Extra complete wheels above are fur 1 Vs to 1" 4.50 .50 Vs to 1" 3.00 .50 .24 Vs to V/i" 5.00 .60 nished withpla in 2 Vs to 2" 1 6.00 | .60 1 to 2" 4.50 .60 .32 Vs to 2" 6.00 .60 -4 edge thin blade 3 lV2to3"| 10.00 | .80 2 to 3" 7.50 1.10 .50 1 to 3" 10.00 .90 J wheels unless 4 2l/2to4' | 20.00 | 1.00 2Vz to 4" 15.00 I 1.10 .50 2 to 4" 20.00 1.20. knurled' wheels 5 4 to 6" 1 30.00 | 1.10 4 to 6" 22.50 1.10 .60 1 are specified. 6 6 to 8" | 40.00 | 1.10 11 1 <* "Beaver" Square End Pipe Cutter No. 1 -- For pipe, Vs to ]-inch No. 5 --For pipe, }4i to 2-inch No. 000 -- For tubing, to 1-inch No. 00 -- For tubing, % to 1 J^-inch No. 0 -- For tubing, V to 2J^-inch Ridgid Pipe Cutter - No. 1 -- For No. 2 -- For No. 3 -- For No. 4 -- For pipe, to 1 %-inch pipe, J4 to 2-inch pipe, 1 to 3-inch pipe, 2 to 4-inch f. i ;l }} , Knife Blade Cutter Wheels Pipe-End Reamers List Price 7.50 each Edge Knife blade cutter wheels with knurled or smooth edges for Barnes, Saunders, or Trimo Cutters are listed in the table above. Prices of wheels not listed will be furnished on application. j ;; > '-] ;> 'j i Prices of Beavefj Ridgid, ` and Toledo Cutters furnished on application* CRANE Pipe Wrenches 543 O cn 00 Sdllson Pipe Wrench Stillson Pipe Wrenches are made to Federal Specifications GGGW-65ia for Type I, Normal Duty Pipe Wrenches. Wrenches with steel handle are regularly furnished; sizes 14-inch and smaller can be furnished with wood handle when orders so specify. Genuine "Stillson" Pipe Wrenches (List Prices, Each) Length open Takes pipe Inches 6 | 8 10 24 | 26 48 Inches Mi to Ms Vs to 3A Vs to 1 Vi to 1% Vi to 2 Vi to 2M: Vi to 3% 1 to 5 ... Steel handle Wic"Jl Wood handle 1.90 | 2.20 2.85 3.85 | 5.50 9.50 |20.00 30.00 2.00 j 2.30 3.15 4.25 | 1 Bar with springs , 1.00 | 1.15 1.60 2.20 | 3.25 5.15 |10.50 17.00 Jaw .65 | .70 1.10 1.50 | 2.15 3.50 | 5.70 9.00 Frame and pin Frame pin Adjusting nut .45 | .55 .70 .80 | .95 1.75 | 2.75 3.50 .03 j .03 .04 .04 j .04 .04 | .05 .05 .15| .15 .20 .30 | .35 .55 j 1.10 2.00 Wood handle and ferrule End nut Front spring Back springs (Pair) Spring pin or rivet .23 | .25 .30 .36 | 1 .15 | .15 .20 .20 | 1 .10| .10 .10 .10 | .10 .11 | .13 .13 1 .20 .20 j .20 .22 | .01 1 .01 .02 .02 | .02 .02 | .02 .02 Waico Pipe Wrench Vlade to Federal Specifications GGG-W-65ia for Type II. Heavy Duty Adjustable Pipe Wrenches. Large sizes feature renewable lower jaw that will not loosen. "Waico" Pipe Wrenches (List Prices, Each) Length open Takes pipe Wrench, complete Movable jaws Lower jaw and pin Nuts Springs Pins, for lower jaw Rubber grips Inches | 6 | 8 | 10 | 14 18 | 24 36 48 Inches Vs to Vi to Vi to Vi to Vi to 1 to 1 lMs 2 21/2 4 6 | 1.90 | 2.20 2.85 | 3.85 5.50 | 9.50 20.00 30.00 | .65 | .70 1.10 | 1.50 2.15 I 3.50 5.70 9.00 || j .15 | .15 | .25 j .30 .65 | .85 .20 | .30 .35 | .40 .95 | 1.10 .35 | .55 .50 | .60 1.50 2.00 1.10 2.00 .70 .80 || O O .04 | .04 .05 .05 | | .30 .40 | .50 1 "Ridgid" Pipe Wrenches (List Prices, Each) Size Inches 6 1 8 10 12 | 14 | 18 24 36 | 48 60 "Straight" 1.90|2.20 *2.85 3.35|*3.85|5.50 9.50 20.00[30.00 45.00 Wrench "End" 1.90|2.20 *2.85 3.35|*3.85|5.50 9.50 20.00| Handle "Straight" 1.75|1.95 2.50 2.851 3.45|4.95 7.95 15.00|25.00 35.00 Assembly "End" 1.75|1.95 2.50 2.851 3.45|4.95 7.95 15.00| Ridgid Pipe Wrench Straight Pattern Hook jaw .65[ .70 1.10 1.25| 1.50|2.15 3.50 5.70| 9.00 17.00 Heel jaw Si pin (Set) .55 .65| .65| .75 .85 1.15| 2.05 4.55 Pin ,03| .03 .04 .04| .04| .04 .04 .05| .05 .05 Coil spring .03| .03 .03 .03| .03| .04 .04 . 041 .04 .04 Flat spring Nut Capacity, inches .20| .20 .20 .25| ,30| .40 .50 60| .80 1.50 .15| .15 .20 .25| .30j .35 .55 1.101 2.00 4.00 % 1 1 lMs 2 1 2 |2Ms 3 4% 1 6 8 Ridgid Pipe Wrench End Pattern (Style E) *Wrenches in the 10-inch size can be furnished complete with rubber grip for ?3.1) each, and in the 14-inch size for $4.25 each. 10-inch rubber grips are listed at $4.80 per dozen (.40 each): 14-inch rubber grips are listed at $6.00 per dozen (.50 each). "Trimo" Pipe Wrenches (List Prices, Each) Size Inches 8 | 10 [ 12 | 14 | 18 [ 24 | 36 48 Steel handle Wrench Wood handle Movable jaw Nut 1.90|2.20|2.85|3.35|3.85 5.50 9.50|20.00|30.00 2.00|2.30|3.15 3.60 4.25 1 .65 .70 1.10 1.25 1.50 2.15 3.50 5.70 9-00 .15 .15 .20 .25 .30 .35 .55 1.10 2.00 Insert jaw and pin .50 .55 .65 .75 .85 .95 1.10 1.50 2.00 Frame and pin .45 .55 .70 .75 .80 .95 1.75 2.75 3.50 Spring and pin .03 .03 .03 .03 .03 .04 .04 .04 04 Frame or jaw pin .03 .03 .04 .04 .04 .04 .04 .05 05 Steel handle 1.00 1.15 1.60 1.80 2.20 3.25 5.15 10.50 17.00 Wood handle & ferrule .23| .25 .30 .35 36| | Nut guards Per pair | .15| .15 .20 .30 .30| .35| .45 .55 65 Trimo Pipe Wrerich Trimo Pipe Wrenches are furnished with a wood handle in sizes 6 to 14-inch and with a steel handle in sizes 6 to 48-inch. Orders should specify which tvpe of handle is required. 40 , 2 544 \ "Parmelee" Pipe Wrench CRANE Wrenches "Warnock" Strap Wrench "Trimo" Monkey Wrench 39 For brass pipe, smooth rods, or tubing. Made to Federal Specifi cations GGG-W-65ia for Type IV, Girth Pipe Wrenches. List Prices, "Parmelee" No. Takes Length Each Pipe Complete 1 % to 1" 10" 2 1 to 2" 20" 3 2 to 3" 20" 4 3 to 4" 37" 8.50 15.00 17.00 52.00 A special wrencjj, ideal for handling finished, turned, and polished work in the machine shop. List Prices, "Warnock" Length Inches Takes Pipe Each Complete Extra straps Each 12 Vs to 2" 5.00 .75 18 1 to 5" 10.00 1.50 List Prices, "Trimo" Size Inches Wrench opens Price per dozen 6 8 10 12 15 18 21 i" l%e" 1%" 21/4" 2%' 31/4" 4%' 15.00 18.00 22.00 28.00 38.00 48.00 58.00 4 S :<h 1 Chain Pipe Tongs "Vulcan" Drop-Forged Chain Pipe Tongs .msmsm) List Prices, Each Number 10 11 12 13 For pipe, size, inches | Vs to % Vs to 11/2 Vi to 21/2 %to4 Length 13% 20 27 37 Flat chain, length 9% 131/2 171/2 221/2 Breaking strain, lbs. | 3,600 Cable chain, length 1 9V4 6,700 141/2 9,800 18 12,500 27 Breaking strain, lbs. 1,800 6,000 9,000 12,500 Price, complete | 5.00 7.00 10.00 14.00 Extra chain 1.50 2.00 3.00 5.00 Jaws, pair | 2.00 3.50 5.50 8.00 Bolt and nut, per set .28 .36 .46 .60 131/2 1 to 6 441/2 32 14,300 331/2 14,300 18.00 7.00 9.50 .70 14 15 1 Vi to 8 501/2 401/2 15,700 42 15,700 22.00 9.00 11.00 .90 2 to 12 641/2 551/2 21,800 57 21,800 36.00 15.00 15.00 1.30 16 4 to 18 87 741/2 40,000 76 40,000 80.00 40.00 32.00 2.50 With Flat Link Chain These pipe tongs are furnished with either flat link or cable chain. Each flat chain is individually "proof-tested" to twothirds of breaking strain listed in table. "Vulcan Superior" Drop-Forged Pipe and Fittings Tongs Reversiblejaws give double life. The tongs can be sup plied with either flat link or cable chain, the former being proof-tested. "V" recess in the jaws, combined with general design, make possible a greater num ber of grips or bites on both pipe and fittings. *Extra jaws sup plied in pairs unless otherwise called for. If only a single jaw is wanted, specify right or left. List Prices, Each Number 10 1 2 For pipe and fittings, inches i Vs to Vi Vs to 11/2 1/4 to 21/2 Extreme length, inches 1 13% 20 27 Flat link chain, breaking strain, lbs. | 3,600 6,700 9,800 Cable chain, breaking strain, lbs. | 1,800 6,000 9,000 Price, complete | 5.00 7.00 10.00 Chains, each | 1.50 2.00 3.00 *Jaws, per pair | 2.00 3.50 5.50 Bolt and nut, per set | .28 .36 .46 3 Vi to 4 37 12,500 12,500 14.00 5.00 8.00 .60 31/2 1 to 6 44i/2 14,300 14,300 18.00 7.00 9.50 . .70 4 V/2 to 8 501/2 15,700 15,700 22.00 9.00 11.00 .90 5 2 to 12 641/2 21,800 21,800 36.00 15.00 15.00 1.30 CRANE Pipe Taps and Pipe Reamers 545 Pipe Tap Pipe Reamer Combined Drill and Tap Size Price Threads per Inch Number of Flutes Overall Length Pipe Taps, List Prices Inches | Vs % % % % 1 m 1% 1 2 Each| 1.00 1.20 1.60 2.00 2.80 4.40 5.00 6.60 | 10.00 1 27 18 18 14 14 11% n% 11% 1 11% 14 4 4 4 5 s 5 61 6 Inches | 2% 27/l6 29/l6 3% 31/4 3% 4 41/4 1 4% These taps are regularly furnished with right or left hand American Standard Threads. 2% 15.00 8 8 51/2 3 22.50 8 8 6 Pipe Reamers, List Prices Size %' Inches [ % 1 J/4 % % 1 3/4 1 1 1% .1% 1 2 2% 1 3 Price Diameter, Large End Diameter, Small End Each| 1.00 | 1.20 Inchesj .362 | .472 Inches | .316 | .406 1.60 .606 .540 2.00 | 2.80 .751 | .962 .665 | .876 4.40 5.00 6.60 | 10.00 1.212 1.553 1.793 | 2.268 1.103 [1.444 1.684 | 2.159 15.00 1 22.50 2.722 1 3.347 2.561 1 3.183 Length of. Flutes Diameter of Shank Size of Square Overall Length Inches | Inches | Inches | Inches | 3/4 1 .4375| .328 | 2% WlG .5625 .421 27/is Wig .7000 .531 29/ie 1% 1 6875| .515 | 3% 1 l3/s l3/4 .9063 1.125 .679 .843 3V4 3% 1 l3/4 1.3125 | .984 14 l3/4 1 1.500 | 1.125 | 4% 1 1% 1.875 1.406 4% 29/l6 1 2% 2.250 1 2.625 1.687 1 1.968 5% 1 6 These reamers are tapered M of an inch to the foot. Prices and dimensions of larger sites on application. Combined Drill and Tap, List Prices Size Inches | Vs \ V* % 1 V2 ! 3/4 1 w* 1% 1 2 Price Small End Size of Square Large End Square Length Thread - Overall Each| 2.25 1 2.50 Inches | V2 1 % Inches | V4 1 % Inches! 1% 1 1% Inches | % 1 Wig Inches! 3% 1 3% 3.00 | 3.75 | 5.00 %1 %1 % % 1 3/4 1 % l3/4 1 1% 1 l3/4 Wig 1 1%' 1 1% 3% 1 41/4 1 4% 6.25 % 3/4 l3/4 l3/4 4% 7.50 % 3/4 13/4 1% ' 4% 9.25 1 12.00 % 1 3/4 3/4 1 1 1% 1 2 1% 1 1% 4% 1 53/s These taps are furnished with National Standard form of threads. Left hand taps, and taps with special shanks, are special. Flue Brushes and Flue Scrapers Flue Brush Round Steel Wire, Single Spiral For flues from 1 to 6-inch Flue Brush Round Steel Wire, Double Spiral For flues from 1 to 6-inch Engineers' Favorite Flue Scraper For flues from 1 % to 6-inch List Prices Single Spiral Flue Brush Double Spiral Per diameter inch | 1.00 Per diameter inch | 1.00 Flue Scraper Per diameter inch | 1.00 Sizes smaller than 2-inch, same price as 2-inch size. Hue brushes are supplied with single or double spiral round steel wire. The brushes are made to fit standard sizes of flues which are measured from the outside. Thus, the actual diameter of the brush is JT-inch less than the O.D. flue size. For example, a brush for a 3-inch flue is actually inches in diameter. Flue scrapers are made of high grade malleable iron and spring steel. The scrapers are adjustable and will clean the entire flue. 4Q k 546 CRANE Insulating Materials Pre-Shrunk Asbestocel Pipe Insulation Pre-Shrunk Wool Felt Pipe Insulation For temperatures to 300 F. For hot and cold water service. Pre-Shrunk Asbestocel, made of alternate layers of plain and corrugated' asbestos felts, is an im proved cellular type of insulation, ideal for use on low pressure steam and hot water lines. The specially-treated asbestos paper composition effectively resists moisture and pre vents "breathing", thus removing the cause of objectionable shrinkage cracks. Pre-Shrunk Wool Felt Insulation is composed of moisture-resistant felt, a material which minimizes drying shrinkage and pulling apart at the joints after applica tion. Dual service liners, a water proof, asphalt saturated felt makes this type of insulation ideal for cold water lines or hot water lines subject to temperatures as high as 225 F. \! .5 *Sizes and finishes: For standard pipe sizes. Furnish'ed in 3-foot sections, and in thicknesses of 2 to 8 plies; each ply is approximately }^-inch thick. Canvas, asbestos, or aluminum finish. /`Sizes and finishes: For standard pipe- sizes. J Furnished in 3-foot sections, and in thicknesses of Yi,1. Double Yi, and Double %-inch. Canvas or aluminum finish. 85% Magnesia Pipe Insulation For temperatures to 600 F. 85% Magnesia Pipe Insulation combines the high insulating qualities of basic carbonate of magnesia and asbestos. The in sulation is composed of a maxi mum number of voids or minute dead-air cells, a feature which increases its natural resistance to heat transmission and reduces its weight. Actual service conditions have proved 85% Magnesia to be the most durable, as well as the most efficient, of moulded insulations. *Sizes and finish: For standard pipe sizes. Fur nished in 3-foot sections or in segments, and in Standard, 1 J/j-inch, 2-inch, 2J4-inch, Double Stand ard, and 3-inch thicknesses. Canvas finish. Zero Pipe Insulation For cold water service. n 'j Zero Pipe Insulation -is ideally used to prevent cold water, pipes from freezing under ordinary con ditions or for insulating lines where the surrounding air is subject -to below freezing temperatures for only a short time. The insulation is not recom- ` mended for use where extremely low temperatures \ prevail. The insulation is composed of hair felt, :? one of the best of insulating materials. When ' 4 applied to pipes running out of doors, special pro- ] vision should be made for a separate jacket of J Double Coated Flexstone. *Sizes and finish: For standard pipe sizes. Fur- .j} nished in 3-foot sections, and in one thickness, ;f approximately ikHncb- Canvas finish. jj Asbestos-Sponge Felted Pipe Insulation For temperatures to 700 F. Asbestos-Sponge Felted Insula tion is especially designed to withstand, permanently and without disintegration, the high temperatures, severe wear, and vibrations encountered ir.modern steam and fluid pipe lines. Fab ricated of felts composed of asbestos fibres and small particles of spongy cellular material, the insulation maintains its high efficiency indefinitely. Its efficiency is not impaired by exposure to water. *Sizes and finish: For standard pipe sizes. Fur nished in 3-foot sections, and in thicknesses of 1 to 3-inch. Also available in sheet or block form. Canvas finish.* Anti-Sweat Pipe Insulation For cold water service. | Anti-Sweat, a cold water pipe insulation, is recommended to keep water cold and to prevent condensation and damage due to dripping. The insulation is un usually well suited for use in textile and paper mills, packing plants, etc. Made of pre-shrunk insulating felts and waterproofing felts, the material 9 is ideal for use on lines subject to impact or shock, fj When used in the proper thickness, the insulation is, j suitable for the entire range of cold and ice water .'j. service. i H *Sizes: For standard pipe sizes. Furnished in 3" 1 foot sections, and in thicknesses of Yi to 2-inch J Double layer construction on larger sizes. \ i *The insulations shown on this page can also be furnished in sices to fit straight runs of copper pipe or tubing having outside diameters of 3 j-inch or larger. Prices and additional information will be furnished on application. A CRANE Insulating Materials l 547 85% Magnesia Blocks Asbestos Sheet Millboard 1- - 85% Magnesia Blocks are recommended for the insulation of flat, curved, or irregular surfaces where the temperature does not exceed 6oo F, The material is particularly adaptable where high insulat ing value and light weight are necessary, or where an extremely irregular surface necessitates the use of an easily cut insulation. A Composed of hydrated basic carbonate of magnesia bonded with asbestos fibre, the material is moulded and machined into block form. Sizes: 85% Magnesia Blocks are furnished in flat ..blocks of 3, 6, q, and 12 inches in width and either 18 or 36 inches in length. Other sizes and curved blocks can be furnished to order. The blocks are made in thicknesses of 1 to 4-inch. Asbestos Sheet Millboard is recommended for pro tection against fire, heat, acid fumes, etc. It is frequently used as a fireproof lining for floors, par titions, ceilings, elevator shafts, ranges, stoves, grates, and for various other industrial uses. Millboard is made in a number of grades of varying densities, resiliency, and fire-resistant properties and 'can be furnished in grades to withstand effectively temperatures ranging-as high as 1800 F. Millboard can be cut with shears to any size desired and fastened with nails or screws. Sizes: The size of a standard sheet of millboard is 42 x 48 inches, but the material can also be furnished in cut pieces. Asbestos Paper and Roll Board Insulating Cements i i Asbestos Paper and Roll Board are recommended for use where an insulating material of minimum thick ness is required. Asbestos Paper is used principally in the manufac ture of corrugated insulation in various forms. It is also used in locations where little room is available, serving as a protection against heat or as a fire retardent between walls, floors, and ceilings. Special grades are supplied for use in filtration of chemicals and in electrolytic and allied processes. Asbestos Roll Board is similar to Asbestos Paper but is used where a heavier material is required. Sizes: Asbestos Paper is regularly furnished in 18, H, and 36-inch widths and in 50 or 100 pound rolls. Asbestos Roll Board is furnished in standard rolls, 18 and 36-inch wide, weighing 50 or 100 pounds. Other sizes will be furnished to order. Insulating cements provide excellent coverage, dura ble finish, and good insulating value. They are made in various grades and forms of asbestos, vermiculite, mineral wool, and magnesia. Insulating cements are well suited for insulation of irregular surfaces where it would be difficult to apply sectional insulation, sheets, or blocks. Asbestos insulating cements are generally used as a surface finish over block or sheet forms of insulation to seal all joints between the blocks and to provide a smooth, attractive finish or a surface to which canvas may be applied, if desired. Several of the many types of cements available are: No. 352 Asbestos and No. 0352 Asbestos. Suitable for temperatures as high as 1000 F. Furnished in 100 pound bags. Covering capacity is 19 square feet and l-inch thick per bag of cement, applied and dried. No. 352 also furnished in 50 pound bags. No. 400, Asbestos. Furnished in 100 pound bags. Covering capacity is 25 square feet and 1-inch thick per bag of cement, applied and dried. Prices and additional information will be furnished on application. 548 CRANE Crane Thread Lubricants For Threaded Pipe Joints, Bolt Threads, and Gasket Coating CRANE BLACK thread lubricant for pipe joints . CRANE CO. 36 sO. MICHIGAN AtfEN CHICAGO. ILLINOIS 6B; CRANE lifHETA. DWHLI^TRE ICAp.I, BOMBING INSTAIAAJ CRANE CO- '' i.-MIchlGAN CHICAGO, ILLINOIS., crane TEMPERATUPf ead LUBRlCAl FORMULA NO. 425 ; crane c.o. .. ' SO. MICHIGAN AVENUE; Chicago. Illinois Crane Black Thread Lubricant Sold in 1, 5, 10, and 20-Pound Cans Crane White Thread Lubricant Sold in 1 and 5-Pound Cans Crane High-Temperature Thread Lubricant Sold in 1 34 and 734-Pound Cans For industrial purposes....................... For plumbing installations................ For high temperature service............ List Prices Per Pound | Per Pound | Per Pound | .50 .50 1.00 Use of thread lubricants: In the making up of tight threaded pipe joints, the first requisite is that both threads be smooth and of the proper taper and pitch in order to form a substantial metal to metal joint. Friction incidental to the assembly of a threaded joint generates heat which tends to en courage "seizing" or "galling" of the metal between the male and female threads. To minimize this fric tion and avoid its damaging action upon the threads, it is desirable to use a lubricant that will facilitate assembly and retain the smoothness of the threads in an intimate metal to metal contact. For this purpose, Crane Thread Lubricants are ideal; they are not recommended for conditions requiring a mate rial that will harden and cement, or provide a seal against leakage resulting from imperfect threading. Cranite or corrugated metal gaskets, when coated with a thread lubricant prior to being inserted in a flanged joint, are adapted much more readily to the facing to make a pressure tight joint. Removal of gaskets is facilitated without sticking or damage, and they can be used over again with excellent results. Crane "Black" Thread Lubricant: Formerly known as Crane Cement, Crane "Black" Thread Lubricant has excellent lubricating quality, spreads readily through the threads, and is of a consistent and uniform composition. It gives satisfactory results on innumerable services in industrial pipe thread applications. Having been in popular use for the past fifty odd years, the merits of this material are well known; it has been ordered in ton lots for threaded joints on oil and gas lines. Crane "White" Thread Lubricant: Crane "White" Thread Lubricant is especially recom mended for plumbing installations where the Black may be objectionable. It has superior lubricating and spreading qualities, and is uniform and consist ent in composition. It is not affected by hot or cold water, steam, or gas; and the ingredients are non-poisonous. Crane "High Temperature" Thread Lubricant: Crane "High Temperature" Thread Lubricant is the result of years of development and research in an endeavor to find a lubricant having low frictional qualities with particular suitability for high tem perature service. The tendency of metal to seize or gall is more pronounced under high temperatures and high loading, and only a proper lubricant can avoid these damaging effects. Threaded pipe joints, made up with Crane High-Temperature Thread Lubricant, after having been in service under temperatures as high as iooo F., can be taken apart readily and re-used; threads are kept smooth and a pressure tight metal to metal contact is maintained. On bolt-studs used in flanged joints for high pressuretemperature installations, the tendency of seizing or galling of the threads is a common failing because of the high bolt loads and increased friction. Crane High-Temperature Thread Lubricant is ideal for use on bolt-studs; it enables the maximum stress to be obtained with a minimum of power applied to the nut. Bolted joints are more easily assembled to tightness under high pressures, and damage of threads incidental to high loading is avoided. Crane Black and Crane White Thread Lubricants always are furnished in 1 -Pound Cans unless otherwise ordered- Crane High-Temperature Thread Lubricant always is furnished in 1112-Pound Cans unless otherwise ordered. h. CRANE 549 Drilling Templates; Bolts; Flange Facings; Gaskets; Galvanizing 'L Templates for Drilling, Brass, Iron, and Steel......................... pages 550 to 355 Machine Bolts.............................................................................. pages 556 and 557 Triplex and Templex Steel Bolt-Studs___ .............................pages 3.38 and 359 Bolting on Companion Flanges................................................................. page 557 Wooden Flange Protectors......................................................................... page 557 Special Facings for Flanges, Valves, and Fittings................... pages 560 to 563 Gaskets for Iron, Brass, and Steel Flanged Joints.................. pages 564 to 570 Ring Gaskets for Unions............................................................................. page 571 Sheet Packing, Cranite and C. C. Rubber.............................................. page 565 Galvanized Flanged Fittings and Flanges............................................... page 572 Pages 550 to 572 are devoted to a variety of subjects, not wholly related, but having in common the fact * that they apply to nearly all Crane products and are referred to frequently. In addition, other sections of this catalog include data on subjects of a somewhat similar nature, but more specialized or technical in character. Among these are found the following: Normal Engagement Between Male and Female Threads...................page 591 Threaded Pipe Joints................................................................................... page 592 Flange Finishes.............................................................................pages 612 and 613 Assembly and Maintenance of Flanged Joints....................................... page 624 Crane Bolting, Engineering Data on....................................... pages 622 and 623 Taps and Drains for Flanged Fittings.................................. ^................. page 643 Taps and Drains-for Flanged Valves.....................................`................. page 646 Pipe and Fabricated Piping......................................................... pages 573 to 6iq Engineering Data............................................................................ pages 621 to 667 Thread Lubricants.. page 548 Gaskets for valves, fittings, and flanges for ammonia. . . .page 485 A portion of'the base ment piping in a large office building--Crane products were used throughout. Crane Valves and Fit tings can be found in all industries, on all services, wherever fluids are conveyed in pipe lines. i 550 CRANE Templates for Drilling Brass Flanged Valves, Flanged Fittings, and Flanges 150-Pound MSS Standard Size Dimensions, in inches Diameter Thickness Diameter i Number Diameter of of of of of Inches Flange Flange Bolt Circle' Bolts Bolts 1/2 % 1 m 1V2 i, W2 3 31/2 4 5 6 8 10 12 3% 3% 4% 5 6 7 7% 8V2 9 10 11 131/2 16 19 5/l6 11/32 % 1%2 7/l6 1/2 9/l6 % "/l6 H/16 % Wie 1S/l6 1 IV16 2% ' 2% ! 31/s 1 31/2 ! , 3%, | 4% ! 51/2 i 6! 71 71/2 1 81/2 ' 91/2 I 11% 1 141/4 I 17 , 4 4 4 4 4 4 4 4 8 8 8 8 8 12 12 1/2. 1/2 1/2 1/2 1/2 % 5/s 5/s % % 3k 3k 3k 7/s 7/s Length of Bolts li/4 11/2 H/2 IV2 11/2 l3k 2 2 21/4 21/4 21/2 21/2 2% 31/4 31/4 Length of Bolt-Studs with 2 Nuts 1% l7/g 2 2 2i/s 21/2 2% 2% 2Vs 2% 31/4 3% 3% 41/g 41/4 This Standard is known as MSS 150-Pound SP Bronze ' Flange Standard (No. SP- ' 2-1937). It was developed and adopted as "Standard ' Practice" by the Manufac turers' Standardization So- - ciety of the Valve and Fit- i tings Industry. ! The flange diameter, bolt , circle, and number and di ameter of bolts are the ; same as for the Cast Iron ; Class 125 and 150-Pound Steel American Standards, ; but the thickness and fac- 1 ing of the flanges are ' different. 250-Pound and 300-Pound MSS Standards These Standards are known as MSS 250 and 300-Pound SP Bronze Flange Stand ards (No. SP-2-1Q3 7). They were developed and adopted as "Standard Practice" by the Manufacturers' Stand ardization Society of the Valve and Fittings In dustry. Except for flange thickness, bolt lengths, and bolt-stud lengths, the two Standards are alike. The flange diameter, bolt circle, and number and di ameter of bolts are the same as for the 250-Pound Cast Iron and 300-Pound Steel American Standards, but the thickness and fac ing of the flanges are different. Dimensions, in Inches Size Diam Thickness Diam Num eter of eter of ber of Flange Bolt of Flange 250- 300 Circle Bolts Inches Pound Pound Diam Length Length of eter of Bolt-Studs of Bolts with 2 Nuts Bolts 250 300 250 300 Pound Pound Pound Pound % 3 3k 1%2 V2 2% 4 1/2 11/2 1% 2 21/4 3k 4% 7/ig 17/32 31/4 4 % 1% 2 2% 21/2 1 47/s 1/2 l9/i2 31/2 4 % 1% 2 21/2 2% iy* 51/4 l7/32 s/s 37/s 4 % 2 2 21/2 2% iy2 61/s 9/l6 11/16 41/2 4 % 2 21/4 2% 3l/s 2 61/2 ' % 3k 5 8 % 2 21/4 2% 3 21/2 71/2 u/l6 13/w 57/g 8 % 21/4 21/2 3l/s 3% 3 81/4 % 29/32 6% 8 3k 21/2 2% 31/4 . 3% 31/2 9 l3/l6 3V32 71/4 8 3k 21/2 3 3% 3% 4 10 % 11/16 77/s 8 3k 2% 3 31/2 3% 5 11 is/is li/s 91/4 8 3k 2% 31/4 3% 4 6 121/2 1 l3/l6 10% 12 3k 3 31/4 3% 4i/s 8 IS 11/8. l3/s 13 12 Vs 31/2 3% 4% 4% 10 171/2 l3/l6 151/4 16 1 3% 4% 12 201/2 11/4 17% 16 ll/s 4 51/4 Facing: All 150, 250, and 300-Pound flange faces are plain faced, with two V-shaped concentric grooves between the port and the bolt holes. Bolt holes: Bolt holes are drilled i/g-inch larger than the diameter of the bolt. The bolt holes are in multiples of four, so that valves or fittings can be turned to face in any quarter when being installed. They are drilled to straddle the center line unless otherwise ordered. Spot facing: Bolt holes in all Crane Brass Flanged ; Valves, Flanged Fittings, and Flanges are spot faced. ; Gaskets: Full face gaskets should be used. For list i prices of gaskets, see page 567. ! When brass flanged material is bolted to iron or steel flanges that normally have a raised face, the raised face should be removed to provide a full face bearing for the gasket. Brass flanged material should not be j bolted to Cranelap Flanged, Pipe Joints. I '& Templates for Drilling 2 5-Pound and 12 5-Pound Cast Iron Dimensions, in Inches 25-Pound Cast Iron 125-Pound Cast Iron Size Diam Thick Diam Num Diam eter ness eter of ber eter of of Bolt of of Flange Flange Circle Bolts Bolts 1 11 'm 11 ~ 1V2 - ' .! . ! 2 6 % 4% 2Vz 7 9/l6 51/2 1 i 1 4 !% 4 !% 3 3% 4 5 6 8 10 12 71/2 81/2 9 10 11 131/2 16. 19 % 11/lfi 3/4 3A . % % 7/s 1 6 7 71/2 8% 91/2 11% 141/4 17 4 1% 8 !%J 8 !%! 8 !%1 8 |%1 8 1%1 12 | % ! 12 | % | 14 21 ll/s 183/4 16 231/2 IVs 211/4 18 25 w* 223/4 20 271/2 11/4 25 24 32 1% 291/2 30 | 38% 11/2 36 36 46 1% 423/4 42 53 1% 491/2 48 . | 59i/2 2 56 12 I % 1 16 | 3/4 j 16 | % ,| 20 | 3/4 | 20 | % | 28 | % 1 32 | % ! 36 | 1 | 44 | 1 1 54 661/4 21/4 623/4 44 | 1 1 60 73 21/4- 691/4 72 1 861/2 21/2 821/2 84 | 99% 23/4 9Si/z 52 | IVs | 60 | IVs ! 64 | 11/4 i 96 I II31/4 | 3 IO8V2 68 | iy4 | Length of Bolts A |B 1 1 1 1% 1 2 2|2 2 1 21/4 21/4 I 21/4 21/4 | 21/2 21/4 1 21/2 21/4 | 21/2 21/4 | 23/4 21/2 ( 3 23/4 1 3 31/4 | 31/2 31/4 | 3% 31/2 | 33/4 31/2 | 4 33/4 | 41/4 41/4 5 51/4 51/2 5% 6 6i/4 71/4 73/4 Diam Thick Diam Num Diam Length Length of eter ness eter of ber eter of Bolt-Studs of of Bolt of of Bolts with Flange Flange Circle Bolts Bolts 2 Nuts 41/4 4% 5 6 7 71/2 8% 9 10 11 131/2 16 19 21 23l/2 25 271/2 32 383/4 46 53 59l/2 661/4 73 861/2 993/4 II31/4 7/l6 1/2 9/ig % n/l6 % 13/l6 is/is 19/l6 1 iy8 l3/l6 w* 1% l7/lS l9/l6 l"/l6 l7/s 21/s 23/s 2% 23/4 3 3 Vs 31/2 3Vs 41/4 3i/s 31/2 37/s 4% 51/2 6 7 71/2 81/2 i 91/2 U% 141/4 17 183/4 211/4 223/4 25 29i/2 36 423/4 491/2 56 623/4 691/4 821/2 95i/2 IO81/2 4 4 4 4 4 4 8 8 8 8 8 12 12 12 16 16 20 20 28 32 36 44 44 52 60 64 68 V4 % % % % % % % % % % 7/s . 7/s l 1 1% 1% 11/4 1% 2 2 21/4 21/2 21/2 2% 3 3 31/4 31/2 33/4 33/4 I 41/4 41/2 43/4 5 51/2 w* 11/2 1 1% ! 11/2 1 61/4 7 7i/2 73/4 1% 1 1% 1 1% 1 21 21/4 1 ioy2 103/4 111/2 123/4 14 Length of Bolts A -- Valve to valve. R_``Valve to screwed companion flange, or a \ Valve to special ixj-pound fitting with 25-pound drilling. 25-Pound Cast Iron: In sizes 4-inch and larger, the 25-Pound templates for drilling conform to the American Tentative Standard for Cast Iron Pipe Flanges and Flanged Fittings for 25 pounds steam working pressure (Bi6b2-ip31). In sizes 3}4-inch and smaller, they are Crane Standard, proportioned from the American Tentative Standard. Screwed Companion Flanges sizes 24-inch and smaller are 125-Pound Standard thickness, with 25-Pound Standard diameter and drilling. See page 291. 125-Pound Cast Iron: The 125-Pound templates for drilling conform to the American Standard for Cast Iron Pipe Flanges and Flanged Fittings, Class 125 (Bi6a-iQ39). Facing: 25-Round Flanges and 125-Pound Flanges are plain faced, with a smooth finish. Bolt holes: For bolts smaller than 1 jbt-inch diame ter, bolt holes are drilled Jds-inch larger than the diameter of the bolt. For bolts i?4-inch diameter and larger, bolt holes are drilled ^-inch larger than the diameter of the bolt. Drilling templates are in multiples of four, so that valves or fittings may be turned to face in any quar ter when being installed. Bolt holes straddle the center line unless otherwise ordered. Spot facing: Bolt holes are not spot faced except on 125-Pound Cast Iron Flanged Fittings sizes 18 to 24-inch inclusive, unless so ordered. An extra charge is made for spot facing. 41 552 CRANE Templates for Drilling 250-Pound and 800-Pound Hydraulic Cast Iron Dimensions, in Inches 250-Pound Cast Iron 800-Pound Hydraulic Cast Iron Size 1 W4 W2 ,2 2Vi 3 3l/2 4 5 6 8 10 12 14 16 18 20 24 30 36 42 48 Diam- Thick- Diam- Num- Diam- Length Length of eter ness eter of ber eter of Bolt-Studs of of Bolt of of Bolts with 2 Nuts Flange Flange Circle Bolts Bolts A A 4% 51/4 6Vs .61/2 7V2 8 Vi 9 10 11 123/2 15 171/2 20i/2 23 251/2 28 301/2 36 43 50 57 65 n/iG % 'Vie 7/s 1 li/s l3/l6 11/4 1% 17/ig 1% l7/s 2 23/s 21/4 2% 21/2 23/4 3 33/s 311/16 4 31/2 4 % 3% 4 s/s 41/2 4 3/4 5 8% 57/s 8 .3/4 6% 8 3/4 71/4 8 3/4 nb 8 3/4 91/4 8 3/4 10% 12 3/4 13 12 4 7/s 151/4 16 1 173/4 16 ll/s 201/4 20 ll/s 221/2 20 11/4 243/4 24 11/4 27 24 11/4 32 24 11/2 391/4 28 13/4 46 32 2 5234 j 36 2 603/4 40 2 21/2 21/2 23/4 23/4 31/4 31/2 31/2 33/4 4 4 41/2 51/4 51/2 6 61/4 61/2 63/4 73/4 IOI/2 113/4 121/2 13 Diam- Thick- Diam- Num- Diameter ness eter of ber eter of of Bolt of of . Flange Flange Circle Bolts Bolts ,, 61/2 11/4 5 8 71/2 13/s 57/s 8 81/4 iy2 6% 8 9 1% 71/4 8 103/4 l7/s 81/2 8 13 2i/s IOI/2 8 14 21/4 Ui/2 12 I6I/2 21/2 133/4 12 20 2% 17 16 22 3 191/4 20 % 3/4 34 7/s 7/s 1 1 ll/s 11/4 11/4 For sizes larger Ind Steel material. Length of Bolts B1 c 33/4 .31/2 41/4 i 4 41/2 1 41/4 5 1 43/4 51/2 i 51/4 6 11 53/4 61/4 i 6 7- 1 63/4 73/4 1 71/2 8 I 73/4 Length of Bolts or Bolt-Studs A -- J4" raised face to J4" raised face valve, fitting, or companion flange B -- 34" male to 34" male valve, fitting, or companion flange P j 34" large male to large female valve, fitting, or companion flange \34" tongue to 34" groove valve, fitting, or companion flange 250-Pound Cast Iron Standard: The-250-Pound templates for drilling conform to the American Standard for Cast Iron Pipe Flanges and Flanged Fittings for 250 pounds steam working pressure (B16b-1928). These templates apply also to 175-Pound Ferrosteel Gate, Globe, Angle, and Cross Valves, and to 400Pound W.O.G. and 500-Pound W.O.G. Ferrosteel Double Disc Gate Valves. The flanges have a j/fe-inch raised face. The raised face is included in the dimension for thickness of flange. Large male, large female, large tongue, or large groove facing can be supplied to order. In sizes 24-inch and smaller, these templates are the same as for the 300-Pound Steel American Standard. 800-Pound Hydraulic Cast Iron Standard: The 8oo-Pound Hydraulic templates for drilling conform to the American Standard for Cast Iron Pipe Flanges and Flanged Fittings for a maximum non-shock hydraulic working pressure of 800 pounds at ordinary air temperatures (Bi6bi-iQ31). 8oo-Pound Hydraulic and 8oo-Pound W.O.G. Valves . are regularly furnished with a %-inch male (large f male) face on the flanges. The height of the male (34") is not included in the dimension for thickness of flange. Valves with large female, large tongue, or large groove faces can be supplied to order. Except for flange thickness and length of bolts, these ; templates are the same as for the 6oo-Pound Steel American Standard. Bolt holes: For bolts smaller than 134-inch diame ter, bolt holes are drilled %-inch larger than the diameter of the bolt. For bolts 134-inch diameter and larger, bolt holes are drilled 34-inch larger than the diameter of the bolt. , Drilling templates are in multiples of four, so that valves or fittings may be turned to face in any quar ter when being installed. Bolt holes straddle the center line unless otherwise ordered. Spot facing: Bolt holes are not spot faced unless so ordered. An extra charge is made for spot facing. ; : S- * li CRANE 553 Templates for Drilling 150 and 300-Pound Steel Standards Length of Bolt-Stud Length of Machine Bolt ^jo-inch Raised Face Joint American Standard: The 150 and 300-Pound flange dimensions, drilling templates, and bolt-stud lengths shown in the table at the right conform, respectively, to the American Standard for 150 and 300-Pound Steel Pipe Flanges and Flanged Fittings, Bibe-iqjq. Facing: Unless otherwise or dered, 150 and 300-Pound Steel Flanged Valves, Fittings, and Companion Flanges are regularly furnished with a Jjer>nch high raised face. The thickness of flange dimension (dimension "C") includes the He-inch high raised face. Bolt holes: Bolt holes are drilled Vg-inch larger than the diameter of the bolt. Drilling templates are in multiples of four, so that valves or fittings may be turned to face in any quarter when installed. Boltholes are drilled to straddle the centerline unless otherwise ordered. The bolt holes are spot faced. Dimensions, in Inches Class Size A BC For For Com Valve panion or Flange Fitting D E No. Dia. of of F bolts bolts or or bolt- bolt- studs studs % % 31/2 3/4 3/4 37/g 1 1 41/4 w* 1% 4% Wz iy2 5 2 26 m 2Vz 7 3 3 71/2 3 Vi 3y> 81/2 150 4 4 9 Pound 5 5 10 1 6 6 11 I 8 8 J13Vz! 10 10 1 16 i 12 12 i i9 i 14 13V4| 21 | 16 i5V4l23yz| 18 171/41 25 | 20 191/4127i/21 24 231/41 32 | % 1/2 ! 33/41 3/4 3/4 1 4% 1 1 1 1 47/s 1 m 11/4 1 51/4 | lVi 1% 1 6ys 1 2 2 1 6V2 1 2% 21/2 1 71/2 | 3 3 1 81/4 | 3y2 31/2 1 9 | 300 4 4 | 10 | Pound 5 5 1 11 1 6 6 1121/21 8 8 i 15 | 10 10 1171/21 12 12 1201/2 j 14 131/4) 23 | 16 151/41251/21 18 17 1 28 | 20 19 130% | 24 23 | 36 | Vlfi 1 y2 1 9/l6 1 7/l6 % ! y2 11/l6 9/is 3/4 Vs 7/g ii/ie 1S/l6 3/4 IVlfi 13/,e 1S/l6 is/16 1 iy8 IV, 6 iy4 13/g iy,6 19/,fi li Vis V/s y,6 Vs "/us 3,k 13/ie % 1 li/g 13/16 li/4 1% lVis 1% 1% 2 2l/g 21/4 23/g 21/2 234 1% lWie 2 21/2 27/g 3% 4% 5 51/z 63/ie 75/i6 81/2 103/s 123A 15 1 16% | isy2 | 21 23 271/4 1% l1 Vie 2 21/2 27/g 3% 4i/g 5 5i/2 53/l6 75/l6 81/2 105/s 123/4 15 16% I8I/2 21 23 271/4 2% 23/4 3i/8 31/2 37/g 43/4 5i/2 6 7 71/2 81/2 91/2 ll3/4 141/4 17 18% 211/4 223/4 25 291/2 23/g 31/4 31/2 37/g 41/2 5 57/g 65/b 71/4 77/g 91/4 105/g 13 151/4 173A 201/4 221/2 243/4 27 32 4 4 4 4 4 4 4 4 8 8 8 8 8 12 12 12 16 16 20 20 4 4 4 4 4 8 8 8 8 8 8 12 12 16 16 20 20 24 24 24 % 21/4 y2 21/4 y2 21/2 y2 21/2 y2 23/4 % 31/4 % 31/2 % 31/2 % 31/2 % 31/2 3A 33/4 3/4 4 % 41/4 Vs 43/4 Vs 43/4 1 51/4 1 sy2 11/s 6 11/s 61/4 11/4 7 y2 21/2 %3 %3 % 31/4 3/4 31/2 5/s 31/2 3/4 4 3/4 41/4 3/4 41/4 3/4 41/2 3/4 43/4 3/4 43/4 Vs 51/2 1 61/4 iy8 63/4 li/s 7 W* 71/2 FA 1 7% 1 % 1 8I/4 iy2191/4 G 13/4 2 2 21/4 21/4 21/2 23/4 3 3 3 3 31/4 31/2 33/4 33/4 4i/4 4i/2 43/4 5 51/2 2 21/4 21/2 21/2 23/4 23/4 31/4 31/2 31/2 33/4 4 4 41/2 51/4 .51/2 6 61/4 61/2 63/4 73/4 Bolt and bolt-stud lengths: The lengths in dicated as dimensions F and G in the above table apply for flanged joints other than Cranelap, made up of combinations of 150-Pound or of 300-Pound valves, fittings, or companion flanges with l{6-'mch high raised faces. 150-Pound joints, made up of any combination of valves, fittings, or flanges having the regular JTo-inch raised face. 300-Pound Class: For male to female or tongue to groove flanged joints, add the height of the male or tongue (34-itich) to dimension F or G. For flanged joints made up of Cranelaps, or for Cranelaps in combination with valves, fittings, or companion flanges having He-inch raised faces, add to dimension F or G the thickness of the lap for each Cranelap used. 150-Pound Class: The bolt-stud lengths established by the American. Standard are adequate for all When Cranelaps are used in combinations of male to female flanged joints, add the thickness of the lap for each Cranelap. Caution: the male Cranelap must have a minimum lap thickness of J^-inch. For Cranelaps of tongue to groove flanged joints, add to dimension F or G the thickness of each lap, plus kf-inch. List prices of bolt-studs..............pages 558 and 559 List prices of machine bolts......................page 556 Special facings.......................... .pages 560 and 562 Length of bolt-studs for ring joints----- page 562 41 % 1 k -*r 554 CRANE Templates for Drilling 400, 600, and 900-Pound Steel Standards Dimensions, in Inches j No. Dia. Class jsise A B C D E of of bolt- bolt- F G 1 - studs studs Male to Male Flanged Joint Male to Female Flanged Joint Bolt-Stud Length "G" also applies for Tongue to Groove Flanged Joint. American Standard: The 400, 600, and. 900-Pound flange dimensions, drilling templates, and bolt-stud lengths shown in the table at the right conform, respec tively, to the American Standard for 400, 600, and qoo-Pound Steel Pipe Flanges and Flanged Fittings, Bi6e-iQ3q. The Standard does not include qoo-Pound Flanges and Flanged Fittings in the 3 T^-itioh size. Facing: Unless otherwise ordered, 400, 600, and qoo-Pound Steel Flanged Valves and Fittings are regularly furnished with a 34-inch high large male face. Compan ion Flanges are regularly furnished with J4-inch high large male or ikfo-inch deep large female facing, as ordered. The thickness of flange dimension (dimen sion "C") does not include the 34-inch high large male face. Bolt holes: Bolt holes are drilled J-fi-inch larger than the diameter of the bolt. Drill ing templates are in multiples of four, so that valves or fittings may be turned to face in any quarter when being installed. Bolt holes are drilled to straddle the center line unless otherwise ordered. Spot facing: The bolt holes are spot faced. Bolt-stud lengths: The bolt-stud lengths shown in the table at the right ! 4 4 10 13/g 63/16 7% 8 7/s 5% 51/4 5 5 11 1% 73/16 91/4 8 % 5% 5% 6 6 12% 1% 8% 10% 12 7/s 6 53/4 8 8 15 1% 10% 13 12 1 63/4 6% 10 400 Pound 12 14 10 17% 12 20% 13% 23 2% 21/4 23/g 123/4 1 151/4 15 173/4 I6I/4 201/4 16 16 20 1% 7% 71/4 11/4 8 73/4 11/4 81/4 8 16 15 25% 2% 18% 22% 20 1% 83/4 8% 18 17 28 2% 21 243/4 24 1% 9 83/4 20 18% 30% 23/4 23 27 24 1% 9% 9% 24 22% 36 3 271/4 32 24 1% 103/4 10% % % 33/4 9/l6 13/8 2% 4 % 3 2% 3/4 % 4% % lin/is! 31/4 4 % 3% 31/4 1 1 4% H/16 2 3% 4 % 3% 31/4 m m 51/4 13/16 2% 3% 4 % 3% 3% 1% iy2 6% % 2% 4% 4 3/4 41/4 4 2 2 6% 1 3% 5 8 % 41/4 4 21/2 2y2 7% 1% 4% 5% 8 % 43/4 4% 3 3 81/4 11/4 5 6% 8 % 5 43/4 3y2 3% 9 1% 5% 71/4 8 7/s 5% 51/4 600 4 4 103/4 1% 63/Ifi 8% 8 Vs 5% 5% Pound 5 5 13 13/4 73/16 10% 8 1 6% 61/4 6 6 14 1% 8% 11% 12 1 6% 6% 8 77/s 16% 23/16 10% 133/4 12 1% 173/4 7% 10 20 2% 123/4 17 16 l'/4 8% 81/4 12 ll3/4 22 2% 15 191/4 20 11/4 83/4 8% 14 12% 233/4 23/4 I61/4 20% 20 1% 91/4 9 16 143/4 27 3 18% 23% 20 1% 10 93/4 18 16% 291/4 31/4 21 25% 20 1% 10% 10% 20 isy4 32 3% 23 28% 24 1% 11% liy4 24 22 37 4 271/4 33 24 l7/g 13 12% 3 2% 9% 1% 5 7% 8 7/s 5% 5% 3y2i 33/8 103/4 | 1% 5% 8% 8 1 61/4 6 4 3% 11% 1 13/4 63/,6 91/4 8 1% 63/4 6% 5 43/4 133/4 2 75/,6 11 8 1% 7% 71/4 6 53/4 15 23/16 8% 12% I 12 1% 73/4 7% 8 900 Pound 10 12 7% 18% 2% 10% 15% 9% 21% 23/4 123/4 18% ny 1 24 3% 15 21 12 16 20 1% 83/4 8% D/s 91/4 9 13/8 10 9% 14 121/4 251/4 33/8 I6I/4 22 20 1% 103/4 10% 16 14 27% 3% 18% | 241/4 20 ! 1% 111/4 11 18 153/4 1 31 4 21 27 20 ; iy8 13 12% 20 17% | 333/4 1 41/4 23 1 29% 20 ! 2 133/4 1 13% 24 21 41 5% 271/4 1 35% 20 12% 171/4 1 17 apply for flanged joints other than Cranelap, made up of combinations of valves, fittings, or For flanged joints made up of Cranelaps or for companion flanges with male, female, tongue, or Cranelaps in combination with valves, fittings, or groove faces. Male or tongue faces are J4-inch high I companion flanges, new bolt-stud lengths must be female or groove faces are ikir-inch deep. established in the following manner: Bolt-Stud Lengths for Cranelap Joints (Based on length "G" for bolt-studs). Cranelap to Cranelap............................... Deduct 34"inch and add thickness of both laps Cranelap to 34-inch male.........................Add thickness of one lap Cranelap to female....................................Deduct 34-inch and add thickness of one lap* Cranelap to female Cranelap.................. Deduct 31-inch and add thickness of both laps* Tongue or groove Cranelaps................... Add thickness of each lap *The Cranelap serving as the male must have a minimum lap thickness of kf-inch. Special facings.... pages 561 to S63 List prices of bolt-studs.. . .pages 558 and 559 Length of bolt-studs for ring joints.. . .pages 562 and 565 CRANE Templates for Drilling 1500 and 2500-Pound Steel Standards 555 Dimensions, in Inches No. Dia. Class Size A B C D E of of bolt- bolt- F G studs studs Flanged Joint Flanged Joint Bolt-Stud Length "G" also applies for Tongue to Groove Flanged Joint. American Standard: The 1500 and ^yoo-Pound flange dimensions, drilling templates, and bolt-stud lengths shown in the table at the right conform, respective ly, to the American Standard for 1500 and 2500-Pound Steel Pipe Flanges and Flanged Fittings, Bi6e-iq3q, This Stand ard does not include 1500-Pound Flanges and Flanged Fittings in the 3 34-inch size. Facing: Unless otherwise ordered, 1500 and 2500-Pound Steel Flanged Valves and Fittings are . regularly furnished with M-inch high large male facing. Companion Flanges are regularly fur nished with 34-'nch high large male or 34inch deep large female facing, as ordered. The thickness of flange dimension (dimen sion "C") does not include the 34-inch high large male face. cn Co* 00 !Sn % y2 % I1/l6 X Vs VAX 1% 1V2I 1% 2m 2% 3 3% 1500 4 Pound 5 6 8 2% 2% 3% 3% 4% 5% 7 10 8% 12 10% 14 11% 16 13 18 14% 20 16% 24 19% % %6 % %g 1 3A V/4 1 IV2 1% 2 1% 2500 21/2 1% Pound 3 21/4 4 2Vs 5 3% 6 4% 8 5% 10 7V* 12 \ 8% 43/4 Vs 1% 31/4 5% 1 I'Vifi 3% 1% 2 4 61/4 1% 2% 4% 7 VA 27s 47s 8y2 l% 3% 6% 9% 1% 4% 7% ioy2 17s 5 8 11 2 5% 8% 12V4 2% 6%s 9% 143/4 27s 7%6 11% 15% 31/4 8% 12% 19 3% 10% 15% 23 VA 123/4 19 26% 47s 15 22% 29% 51/4 1674 25 32% 5% 18% 27% 36 63/8 21 30% 383/4 7 23 32% 46 8 2774 39 5y4 1%6 1% 3% 5% 1% I'Vie 3% 6%4 1% 2 41/4 7% 1% 2% 5% 8 1% 27s 53/4 9y 2 3% 63/4 10% 2% 4% 7% 12 2% 14 3 16% 1 3% 19 474 5 6% 6 75/i6 8% 9 103/4 123/4 14% 21% 5 10% 171/4 26% 6% 12% 211/4 30 71/4 15 243/s' 4 4 4 4 4 8 8 8 8 8 8 12 12 12 16 16 16 16 16 16 4 4 4 4 4 8 8 8 8 8 8 12 12 12 3/4 1 41/4 % 4% Vs 5 Vs 5 1 5% 7s 534 1 6%4 1% 7 1% 71/4 VA 73/4 1% 9% 1% 101/4 1% 11% 17s 13% 2 15 21/4 I6I/4 2% 173/4 23/4 19% 3 21% 3% 241/4 % 43/4 %5 7s 5% 16 1% 63/4 17 m 7% m 1% 10 13/4 1 12 2 13% 2 151/4 2% 191/4 2% 211/4 4 41/4 4% 4% 51/4 5% 6 6% 7 7% 9% 10 1174 131/4 14% 16 17% 191/4 2174 24 4% 43/4 51/4 5% 6% 63/4 7% 8% 9% 113/4 13% 15 19 21 Bolt holes: Bolt holes are drilled 34-inch larger than the diameter of the bolt. Drilling templates are in multiples of four, so that valves or fittings may be turned to face in any quarter when being installed. The bolt holes are drilled to straddle the center line unless otherwise ordered. Spot facing: The bolt holes are spot faced. ***** Bolt-stud lengths: The bolt-stud lengths shown in the above table apply for flanged joints other than Cranelap, made up of combinations of valves, fit tings, or companion flanges with male, female, tongue, or groove faces. Male or tongue faces are 34-inch high; female or groove faces are %-inch deep. For flanged joints made up of Cranelaps or for Cranelaps in combination with valves, fittings, or companion flanges, new bolt-stud lengths must be established in the following manner: Bolt-Stud Lengths for Cranelap Joints (Based on length "G" for bolt-studs). Cranelap to Cranelap............................... Deduct 34-inch and add thickness of both laps Cranelap to 34-inch male.........................Add thickness of one lap Cranelap to female....................................Deduct 34-inch and add thickness of one lap* Cranelap to female Cranelap.................. Deduct 34-inch and add thickness of both laps* Tongue or groove Cranelaps................... Add thickness of each lap *The Cranelap serving as the male must have a minimum lap thickness of M-inch. Special facings.. . .page 561 and 563 List prices of bolt-studs.. . .pages 558 and 559 Length of bolt-studs for ring joints.. . .page 563 41 556 CRANE Machine Bolts For a variety of services and for temperatures up to a maximum of 500 F., Machine Bolts with square heads and hexagon nuts are the standard practice of the Pipe and Fitting Industry. Length Inches 1% 1% 2 2 Vi 3 ' -3V4 4 4V2 5 5V4 6 6y2 7 7i/2 8 sy2 9 9y2 10 ii12 13 14 15 w Dia. %' Dia. List Prices, Per 100 3/4" Dia. Vs" Dia. 1" Dia. D/s" Dia. Wi Dia. List Prices, Per 100. Quantities of 500 or more of one diameter 1%" Dia. iy2" Dia. 5.90 6.10 6.45 6.85 7.25 7.60 7.95 8.35 8.75 9.15 9.55 11.25 11.70 12.15 12.60 13.05 13.50 13.95 14.40 15.80 16.70 17.60 18.50 19.40 9.55 I I I I 9.80 12.65 19.45 27.05 10.30 13.30 20.35 28.20 10.80 13.95 21.25 29.35 11.30 14.60 22.15 30.50 49.90 11.80 15.25 23.05 31.65 51.20 12.30 15.90 23.95 32.80 52.50 12.80 16.55 24.85 33.95 53.80 13.30 17.20 . 25.75 35.10 55.10 13.80 17.85 26.65 36.25 56.40 14.30 18.50 27.55 37.40 57.70 14.80 19.15 28.45 38.55 59.00 15.30 19.80 29.35 39.70 60.30 15.80 20.45 30.25 40.85 61.60 16.30 21.10 31.15 42.00 62.90 16.80 21.75 32.05 43.15 64.20 17.30 22.40 32,95 44.30 65.50 17.80 23.05 33.85 45.45 66.80 18.30 23.70 34.75 46.60 68.10 19.30 25.00 36.55 48.90 70.70 20.30 26.30 38.35 51.20 73.30 21.30 27.60 40.15 53.50 75.90 22.30 28.90 41.95 55.80 78.50 23.30 30.20 43.75 58.10 81.10 ii it 59.75 !| 72.80 61.40 74.80 63.05 76.80 64.70 l| 78.80 66.35 u 80.80 68.00 82.80 69.65 84.80 71.30 86.80 72.95 88.80 74.60 i) 90.80 76.25 i| 92.80 77.90 II 94.80 79.55 i 96.80 81.20 98.80 82.85 100.80 86.15 104.80 89.45 108.80 92.75 112.80 96.05 * 116.80 99.35 | 120.80 88.45 90.85 93.20 95.60 97.95 100.35 102.70 105.10 107.45 109.85 112.20 114.55 116.95 119.35 121.70 126.45 131.20 135.95 140.70 145.45 For intermediate lengths, use the list price for the next longer length. List Prices: The list prices shown in the table above cover Machine Bolts having, a Regular Unfinished Square Head and equipped with a Heavy Unfinished Hot Pressed Hexagon Nut. Unless otherwise speci fied on the order, Machine Bolts and Nuts of this description will be regularly furnished. When so specified, Machine Bolts can be supplied without nuts, with other types of bolt heads, or with several different kinds of nuts. List prices for these different types or combinations are adjusted according to the following table of deductions from or additions to the above list prices: Bolts Nuts Deductions from or Additions to the List Prices in the above table, Per 100 w %" W Vs" 1" I'/s" u/T 1%" i1// Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia. Dia. Regular Unfin. Sq. Head, Without Nuts Regular Hexagon Head, Unfinished Heavy Hexagon Head, Unfinished Deduct| 2.05 | 3.10 4.10 6.65 9.10 |12.75 16.90|20.20 27.85 Add .65 | 1.00 1.40 2.20 | 3.00 5.00 7.00| Add| 1.30 2.00 2.50 | 3.50 5.00 7.50 10.50| Heavy Hexagon, Unfinished, C.P. Heavy Hexagon, Semi-finished, C.P. Add .20 .45 .90 1.35 2.00 | 2.00 4.00| Add| .50 1.00 1.60 2.05 2.90 3.10 5.401 Regular Hexagon, Unfinished, C.P. Regular Square, Unfinished, H.P. Deduct | .60 | .25 .05 Add| .50 | .70 1.25| 1.20| 5.00 6.10 Deduct | 1.10 1.20 1.70 2.75 | 3.80 j 4.00 5.30 2.80| 4.45 Standards: Machine Bolts and Nuts are made from openhearth steel conforming to the ASTM Specification A-107. The dimensions of bolt heads and nuts conform to the American Standard ASA-B18.2. Bolt and nut threads conform to the American Standard ASAB1.1--IQ35 Standard on Screw Threads, Coarse Thread Series, Class 2 Fit. Machine Bolts with Nuts--per Set. . . .page 5S7 For engineering data on Machine Bolts, see pages 622 and 623. Extra List Prices, Per 100 For less than 500 of one diameter Quantities | 1%" Dia. lVi" Dia. 400 to 499 300 to 399 200 to 299 100 to 199 50 to 99 25 to 49 10 to 24 | ! 1 ! | I | 2.00 3.20 7.20 19.20 44.00 92.00 240.00 2.25 3.50 7.50 19.60 44.50 92.50 241.00 CRANE Machine Bolts with Nuts, per Set 557 The following table will be found convenient when ordering Machine Bolts and when figuring prices. It shows the number, diameter, and length of bolts used in the more popular sizes and types of brass and iron flanged joints, and includes the list prices per set 1 applying thereto. Similar prices for other joints can be computed from the pages showing templates for drilling (pp. 550 to 555) and the pages showing list prices of bolts or bolt-studs (pp. 556, 558, and 559). The prices shown cover the number, diameter, and length required for each jdint and apply to Regular Unfinished Square Head Machine Bolts equipped with a Heavy Unfinished Hot Pressed Hexagon Nut. These are the standard practice in the pipe and fitting industry. See page 556. Size Inches Brass Flanged Joints 150-Pound 300-Pound Number Diameter and "Length List Price Per Set Number Diameter and *Length List Price Per Set Cast Iron Flanged Joints 25-Pound 125-Pound 250-Pound Number Diameter and fLength List Price Per Set Number Diameter and `Length List Price Per Set Number Diameter and fLength List Price Per Set Vz Va 1 Wa P/2 2 2V? 3 3 V2 4 s 6 8 10 12 14 16 18 20 24 . 4-y2xiy4 4-..y2x 1V2 4-y2xiy2 4-y2xiy2 4~y2xiy2 4-%xiy4 4-% X2 4- % x 2 8-%x2y4 8-%x2i/4 s - y4 x 2i/2 8~y4x2l/2 8 - 34 x 2% 12-y8x3l/4 12-%x3V4 .24 .24 .24 .24 .24 .41 .41 .41 .86 .86 1.12 | 1.12 1.17 2.77 2.77 4-y2xl3/4 4- % x2 4~% x 2 4- % x 2 4-y4x2y4 8-%x2y4 8~3/4x2y2 8- 34 x 2% 8-% x 3 8-34x3 8-3/4x3y4 -12-3/4x3y4 12- y8 x 334 .26 ! .41 ! i .41 ' .41 .56 II .86 i 4-s/8x2 1.12 |l 4-%x2 1.17 1 4-S/8x2y4 1.17 1 8-%x2Va 1.17 ' 8-%x2Vz 1.22 : 8-s/8x2i/2 1.83 1 8-S/8x2y2 2.87 1 8 - s/8 x 23/4 1 12-s/8x3 ll 12 - s/s x 3 '1 12 -- 3/4 x 3y2 '1 16-3/4X3y2 H 16-34x33,4 20-34 x 4 20- 3/4x4y4 ! 1! i '1 .41 .41 .43 .86 .86 .86 .86 .90 1.36 1.36 1.83 2.44 2.54 'is GO rs "fT3!' C^) s$ P4 4-i/2 x13/4 4- y2 x 2 4 - y2 x 2 4- % x2yt 4 - % x2y2 4- 5/g x2y2 8-s/g x234 8~s/g x 3 8 34 x 3 8-34 x 3V4 8-3/4 x3i/2 12-7/g x334 12-1 x 4j4 16-1 x 4l/2 16~iy8x434 i .26 4-3/s x21/2 .43 .26 4 - % x2y2 .43' .26 1 4-3/4 x23/4! .58 .43 8-3/s x23/4 .90 .43 1 8-34 x3i/4| 1.22 .43 8-3/4 x3l/2 1.22 .90 8-3/4 x3l/2 1.22 ,90| 8-3/4 x33/4 1.27 1.17 8-3/4 x 4 1.27 1.22 12~3/4 x 4 1.91 1.22! 12 -- y8 x4l/2 2.98 2.87 16-1 x 514 5.80 i6-iy8x5y2 9.02 4.07 1 20-ll/8x6 11.54 5.43 20-114x614 14.26 8.82 ! 24-iy4x6y2 ! 17.11 3.18 20~iy8x5 11.02 24 - 1*4 x 634 17.51 3.31 20- iy4x5y2 13.60 Tor any combination of valves, fittings, or flanges with regular (plain) facing. (150 and 300-Pound Brass are MSS Standard; 125-Pound Iron is A.S.A. Class 125 Standard.) JFor 25-Pound Valve to 25-Pound Flange or to special 125-Pound Fitting with 25-Pound drilling; not for combination of 25-Pound Valves, which take shorter lengths. (A.S.A. Standard.) JFor any combination of valves, fittings, or flanges with regular (ff6-inch raised) facing. (A.S.A. Standard.) Bolting On Companion Flanges Orders for valves, fittings, or other products with companion flanges bolted on should indicate clearly what is wanted: catalog number of flange; style of facing on flanges, if necessary, as in the case of high pressure steel material; kind of bolts or bolt-studs; and kind of gasket, if gaskets are required. An additional charge is made for the labor involved in bolting on the flanges; see the Crane Discount Sheet for prices. Wooden Flange Protectors Damaged flange faces may make it difficult or impossible to make up tight joints. Wooden protectors are a worthwhile investment, offering ample protection to flange faces while in transit and prior to installation. In addition, in the case of valves, they keep out foreign matter that might otherwise injure the seating surfaces. For complete information on protectors for the ends of valves and fittings, refer to the Crane Discount Sheet. 558 CRANE Crane Triplex and Templex Alloy Steel Bolt-Studs Bolt-Stud Threaded Entire Length With Two Nuts The list prices apply to alloy steel bolt-studs made either of Triplex Steel or of Templex Steel; see the Crane Discount',. Sheet for discounts. \ Each Triplex or Templex Steel Bolt-Stud is equipped with two\ medium carbon, oil-quenched, semi-finished, .heavy, steely hexagon nuts; these are included in the list prices. The lengths shown below do not include the crowned ends. ' Triplex Steel Bolt-Studs: The merits of Crane Triplex Steel are well known. Triplex Steel Bolt-Studs have been used with uniformly satisfactory results in thousands of steel. valve and fitting installations, many of which--par ticularly in oil refineries--have been operating under extreme pressures and temperatures. Made to rigid manufacturing tolerances of a high quality chrome-molybdenum steel, they provide liberal strength for the bolting of steel flanged joints. Templex Steel Bolt-Studs: Templex Steel, a recent Crane development in bolting materials, is superior to Triplex Steel in creep resistance On temperatures over 850 F., especially where joints are made up for permanent, long-time service, as in steam power plants, CraneTemplex Steel will be found ideal. A specially heat treated chrome-molybdenum-vanadium steel, Templex exhibits greater resistance to creep than any other bolting material offered on the market today. Marking: On one end of each bolt-stud is stamped the identifi cation of the material; CraneTriplexismarked with the symbol Triplex Steel* Templex Steel "T B7", and "Crane Templex is marked with the symbol "T B14'. These markings are shown in the accompanying illustrations. Standard lengths: The lengths of bolt-studs are stand ardized in increments of jT-inch in accordance with the American Standard ASA Bi6e-iQ3q; other lengths (in l^-inch increments) shown in the price tables are for replacements for bonnet joints of Crane Steel Valves. When ordering bolt-studs for Cranelap requirements, lengths should be selected as follows: A. I f calculated length is J4-inch or more longer than a standardized length, use the next longer standard J4-inch length. B. If calculated length is less than Hrinch longer than a standardized length, use the next shorter stand ard 34-inch length. Bolt-stud lengths in 34-inch increments, other than those shown in the price tables, can be made to order at the price of the next longer Ht-inch increment. Threads: Crane Alloy Steel Bolt-Studs are threaded their entire length. The bolt-studs and nuts are threaded to dimensions within those of the MSS Standard SP-29-1939. This Standard agrees with ASA Standard Bi. 1-1935 Coarse-Thread Series diameters i-inch and smaller, and Description of materials . . .page 9 Length Vie" Inches Dia. 2 39 21/g .40 21/4 .40 2% .41 2% .41 2% 23/4 2% 3 3l/a 31/4 33/ 3l/2 3% 33^ 3ys 4 41/8 41/4 41/2 43/4 4'/r 5 51/4 51/2 53/4 6 J ! i 1 i | 1 61/4 1 61/2 63/4 7 71/4 71/2 73/4 8 81/4 81/2 83/4 9 91/4 91/2 1 | I 1 1 1 1 ! 1 t 1 I 1 List Prices, Each . 1/2" Dia. %" Dia. W Dia. .39 .43 .40 .44 .41 .42 .42 .43 .43 .44 f .45 ' .45 ' .46 .46 .47 .47 .48 .48 .49 .49 .50 .50 .51 .51 .52 .53 .54 11 .55 11 | .57 1 1 .59 1 I 11 ' .53 .55 .57 -57 .59 .61 .63 .64 .65 .66 .67 .69 .71 .72 .73 .75 .77 .79 .81 .83 .85 .87 .89 .91 .93 .95 .97 w Dia. . .72 .74 = .76 - 78 , .80 ' .82 .84 .86 .88 .90 . .92- ; .94 .96 -.98 1.00 : 1.02 1.04 1.06 . 1.08 1.10 1.12 ... 1.14 : 1.16 : 1.18 j 1.20 1.23 ; 1.24 8-Pitch Thread Series diameters i )/g-inch and | larger. In the manufacture of these products, CraneJ Co. maintains closer tolerances than those allowed by the MSS Standard, to provide a| "clearance" at all times between bolt-studl and nut, thereby insuring against freezing oC| seizing of the two parts. Engineering data on Bolting , . pages 622 to 2**! CRANE Crane Triplex and Templex Alloy Steel Bolt-Studs (Cont.) 559 Bolt-Stud Threaded Entire Length With Two Nuts The list prices apply to alloy steel bolt-studs made either of Triplex Steel or of Templex Steel; .see the Crane Discount Sheet for discounts. Each Triplex or Templex Steel Bolt-Stud is equipped with two medium carbon, oil-quenched, semi-finished, heavy, steel hexagon nuts; these are included in the list prices. The lengths shown below do not include the crowned ends. Length Inches ' 1" Dia. List Prices, Each 1%' iv*' 1%" riy2" Dia. Dia. Dia. Dia. Length Inches List Prices, Each 1%" Dia. 13/4" Dia. l7/s" Dia. Length Inches List Prices, Each 2" Dia. 21/4" Dia. V/z" Dia. 5 51/4 51/2 5% 6- 6V4 61/2 63/4 7 71/4 7V2 73/4 8 8V4 8y2 83/4 9 914 9V2 93/4 10 10y4 ioy2 103/4 11 UV* ny2 113/4 12 121/4 12i/2 123/4 13 131/4 131/2 133/4 14 141/4 141/2 14% 15 1.21 ,T'.24 1.27 1.30 1.33 1.36 1.39 1.42 1.45 1.48 1.51 1.54 1.57 1.60 1.63 1.66 1.69 1.72 1.75 1.78 1.81 1.84 1.87 ! 1 ! i ; i 1 1 i ! 1 1 1 1 1 1.74 1.78 1.82 1.86 1.90 1.94 1.98 2.02 2.06 2.10 2.14 2.18 2.22 2.26 2.30 2.34 2.38 2.42 2.46 2.50 2.54 2.58 2.62 1 2.66 2.70 2.74 2.78 \ ! 1 ) 1 1 j 1 i 2.45 i ! 2.50 2.55 : 2.60 2.65 I 2.70 2.75 3.31 2.80 3.39 2.85 3.47 4.35 2.90 3.55 4.45 2.95 3.63 | 4.55 3.00 3.71 4.65 3.05 3.79 4.75 3.10 3.87 4.85 3.15 3.95 4.95 3.20 4.03 5.05 3.25 4.11 5.15 3.30 4.19 5.25 . 3.35 4.27 5.35 1 3.40 i 4.35 5.45 | 3.45 - 4.43 5.55 i 3.50 | 4.51 5.65 1 3.55 , 4.59 5.75 ' 3.60 ' 4.67 5.85 3.65 , 4.75 5.95 1 3.70 1 4.83 6.05 1 3.75 | 4.91 ' 6.15 . 3.80 4.99 6.25 | 3.85 | 5.07 6.35 1 ' 5.15 6.45 | 5.23 6.55 1 i 5.31 6.65 , 1 5.39 6.75 1 1 5.47 6.85 1 | 5.55 6.95 m 9y4 10 ioy4 ioy2 103/4 11 mA ny2 113/4 12 121/4 121/2 123/4 13 131/4 131/2 133/4 14 141/4 141/2 143/4 15 151/4 ' 15i/2 153/4 16 I6I/4 16i/2 163/4 17 171/4 17i/2 173/4 18 I8I/4 181/2 183/4 19 191/4 19i/2 6.46 6.59 6.72 8.55 6.85 8.70 6.98 8.85 7.11 9.00 7.24 9.15 7.37 9.30 11.30 7.50 9.45 11.45 7.63 9.60 11.60 7.76 9.75 11.75 7.89 9.. 90 11.90 8.02 10.05 12.05 8.15 10.20 12.20 8.28 10.35 12.35 8.41 10.50 12.50 8.54 10.65 12.65 8.67 10.80 12.80 8.80 10.95 12.95 8.93 11.10 13.10 9.06 11.25 13.25 11.40 13.40 9.32 11.55 13.55 13.70 9.58 11.85 13.85 1 14.00 9.84 12.15 14.15 1 14.30 1 12.30 i 14.45 ! '; 14.75 1 ! 15.05 ! ;j I '! i' |1 15.35 1 ! 1 I 12 121/4 121/2 123/4 13 131/4 131/2 133/4 14 141/4 141/2 14% 15 151/4 151/2 153/4 16 I6I/4 I6I/2 163/4 17 171/4 171/2 173/4 18 181/4 I8I/2 183/4 19 191/4 191/2 193/4 20 201/4 201/2 21 211/4 211/2 22 221/z 23 14.00 14.20 14.40 14.60 14.80 15.00 15.20 15.40 15.60 15.80 16.00 . 16.20 16.40 21.40 16.60 21.60 16.80 1 21.80 17.00 22.00 17.20 22.20 | 22.40 17.60 22.60 27.60 27.80 18.00 23.00 28.00 28.20 18.40 23.40 28.40 28.60 18.80 23.80 28.80 29.00 19.20 24.20 29.20 i | 29.40 | 19.60 24.60 29.60 | 29.80 1 25.00 30.00 1 30.20 ! 25.40 30.40 | 30.60 | 25.80 30.80 1 26.20 31.20 1 31.40 ; 31.60 | 32.00 | | 32.40 | | 32.80 Standards: Crane Triplex and Templex Steel Bolt- Studs and Nuts conform to the American Standard B16e-1 q3q and to various A.S.T.M. Specifications. Triplex Steel conforms to A.S.T.M A q6 for Class C Bolting and to A.S.T.M. A iqj. Grade B7. Templex Steel conforms to A.S.T.M. A q6 for Class C Bolting and to A.S.T.M. A 193. Grade B14. The nuts con form to A.S.T.M. Specifications A q6, Class 1, and A 1Q4, Class zH; they are made to American Stand ard "Heavy" Hexagon Nut dimensions, ASAB18.2. Thread lubricant: Crane High Temperature Thread Lubricant is recommended for use with alloy steel bolt-studs. On bolting subjected to high temperatures, this lubricant-is unsurpassed. Because it reduces friction, maximum stress can be obtained in the bolt-stud with a minimum amount of power applied to the nut. In addition, by minimizing the tendency of the metals to gall or seize, joints can be more readily assembled and taken apart without injuring the bolting. See page 548. 41 560 CRANE Male, Female, Tongue, and Groove Flange Facings For 250-Pound Cast Iron and 300-Pound Steel Large Female Class Dimensions, in Inches Size A B c 175-Pound Cast Iron 250-Pound Cast Iron 400-Pound WOG Cast Iron 500-Pound WOG Cast Iron 300-Pound Steel 1/2 % 1 11/4 lVi 2 2Vi 3 3Vt 4 5 6 8 10 12 14 16 18 20 24 1 1% 1'VlG 2 2Vi 2Vs 3% 4% 5 51/2 63/l6 7'As 8Vz : 10% 123/4 15 I61/4 ; 18Vi ! 21 23 27 Vi 1 Wig IV2 m 2Vs 2% 3% 4 Vi 4V4 53/, B 63/16 7Vi 93/8 HVi 131/2 143/4 163/4 191/4 21 251/4 ! 33/12 13/16 i Wig 11/2 l3/4 2j/4 ! 21 Vi. 35/ig 313/16 45/ig s% 63/8 83/g 101/2 121/2 133/4 153/4 173/4 1934 233/4 Refer to the Crane Discount Sheet for prices. D 1% in/iG IV.8 21/4 21/2 31/4 33/4 4% 5% 51 Vi 6 6 Wig 8 10 12 141/4 151/2 175/8 201/s 22 261/4 The dimensions shown above conform to the American Standard for Steel Pipe Flanges and Flanged Fittings. Bi6e-iQ3Q. Small Male The large male, large female, large tongue, and large groove facings can be applied to end flanges on cast iron valves and fittings, and to cast iron loose flanges conforming to the 2jo-Pound American Cast Iron Flange Standard, Bi6b1Q28. This includes 175-Pound, 250-Pound, 400-Pound W.O.G., and 500-Pound W.O.G. products. All of the types of facings can be applied to flanged prod ucts in the 300-Pound steel class, conforming to the American Steel Flange Standard, Bibe-iQ3g. Center to face: The illustrations show how regular valve or fitting center to face dimensions are affected by these special facings. Notice: the male or tongue facing increases the regular center to face hj-inch; the female or groove facing does not alter the regular center to face. Regular facing and finish: Flanged valves, flanged fittings, and flanges of the classes indicated are regularly furnished with a J^-inch raised face. Mo-inch raised faces and Mr-inch male faces are finished with concentric grooves, approximately 16 grooves per inch on the iron and 32 grooves per inch on the steel, known as a "serrated" finish. Female, tongue, and groove faces are regularly furnished with a smooth finish. Caution: Small male and female facing, when used with steel screwed flanges, makes the joint directly on the end of the pipe. In these cases the pipe must be thick enough to provide a bearing surface of ample width to prevent crushing of the gasket. Small Groove Gaskets for male and female and for tongue and groove joints should cover the bottom of the recess with minimum clearances, allowing for the plus or minus tolerance of 0.016 inch (J-ei") which is permitted by the American Standard on the inside and outside diameters of all facings. Dimensions of ring joint facing.,,.pages 562 and 563 Facings on Cranelap Joints. . pages 607 and 608 Templates for drilling . . .pages 552 and 553 CRANE 561 Male, Female, Tongue, and Groove Flange Facings For 800-Pound Hydraulic Cast Iron and 400 to 2500-Pound Steel Large Male Dimensions, in Inches Class Size A B 800-Pound Hydraulic Cast Iron 800-Pound WOG Cast Iron 400, 600, 900, 1500, or 2500-Pound Steel % % 1 l'/4 iy2 2 2% 3 3i/2 4 5 6 8 10 12 14 16 18 20 1% l"/l6 2 21/2 2% 3% 4% 5 51/2 83/l6 75/ig 81/2 10% 12% 15 161/4 18% 21 23 1 lVis IV2 1% 2% 2% 3% 41/4 4% 5% 6 6%s 71/2 9% IP/4 131/2 14% 16% 191/4 21 24 271/4 251/4 c M/4* i% 1%R 11/2 1% 21/4 211/ib 3%b 3i%fi 4%b 5% 6% 8% IO1/2 121/2 13% 15% 17% 19% 233/4 D 1% lil/is l7/s 21/4 21/2 31/4 3% 4% 5% 5ii/is 61%S 8 10 12 141/4 151/2 17% 20% 22 261/4 Refer to the Crane Discount Sheet for prices. The dimensions shown above conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6e-iQ3Q. The large male, large female, large tongue, and large groove facings can be applied to the end flanges on cast iron valves conforming to the 8oo-Pound Hydraulic American Cast Iron Flange Standard, Bi6b-iQ31. This includes 800Pound Hydraulic and 8oo-Pound W.O.G. Valves. All of thevtypes of facings can be applied to flanged prod ucts in the 400, 600, qoo, 1500, and 2500-Pound steel classes, conforming to the American Steel Flange Standard, Bi6e-iQ3q. Center to face: The illustrations show how regular valve or fitting center to face dimensions are affected by these special facings. Notice particularly: the male and tongue facings are included in the regular center to face; the female and groove facings require a deduction of J^-inch from the regular center to face. Regular facing and finish: Flanged valves and flanged fittings of the classes indicated are regularly furnished with a pf-inch male face. Steel Companion Flanges have a 34-inch male face or a pfg-inch female face, as ordered. The male faces are finished with concentric grooves, ap proximately 16 grooves per inch on the iron and 32 grooves per inch on the steel, known as a ` serrated finish. Female, tongue, and groove faces regularly have a smooth finish. Caution: Small male and female facing, when used with steel screwed flanges, makes the joint directly on the end of the pipe. In these cases the pipe must be thick enough to provide a bearing surface of ample width to prevent crush ing of the gasket. Gaskets for male and female and for tongue and groove joints should cover the bottom of the recess with minimum clearances, allowing for the plus or minus tolerance of 0.016 inch Q4i) which is permitted by the American Standard on the inside and outside diameters of all facings. Dimensions of ring joint facing.. . .pages SS2 and S63 Facings on Cranelap Joints.. . .pages 607 and 608 Templates for drilling.. . .pages SS2, 554, and 555 41 562 CRANE Ring Joint Facing and Rings A.P.I. and American Standard -- Dimensions, in Inches 150 and ,400,600,900,1500 300-Pound' and 2500-Pound (See explanation of "Center to face" on next page.) For Valves, Fittings, arid Flanges "G" is approxi mate clear ance with boltstuds tight. Assembled Ring Joint *Dimension "J" does not apply to Cranelap Joints; see "Boltstud lengths" on next page. ]Caution: The 3-inch 300 and 600-Pound Cranelap Ring Joints use Ring No. R 30, having a pitch diameter of 4Vs inches. When 3-inch 300 or 600-Pound ring joint valves, fittings, or flanges are to be bolted to Crane lap joints, orders must so specify; they will be machined special. Ring Class Size Num ber i Wi 1% 2 2% 3 3% 4 150 5 Pound 6 8 10 12 14 16 18 20 24 R 15 R 17 R 19 R 22 R 25 R 29 R 33 R 36 R 40 R 43 R 48 R 52 R 56 R 59 R 64 R 68 R 72 R 76 A m 2'A 29/lS 3y4 4 4% 53/is 5y8 63/4 7% 93/4 12 15 15% 177/8 203/8 22 26% BC 5/l6 Vie S/l6 Vie s/ie Vie Vie Vie Vie 1 Vie 5/isl.9/is S/l6 Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie Vie DE F y2 "/32 % y2 xVsz y* y2 11/zz V* y2 "/32 V* y2 11Az V* y2 "/32 V* y2 11/3Z V* y2 1 %2 V* Vz 1V3Z Vi Vz n/32 Vi Vz 1%2 Vi Vz "/% Vi Vz lVzz Vi Vz ll/3Z Vi Vz "/32 Vi Vz. 1 Vez Vi Vz 1V32 Vi Vz "/32 Vi No. of Dia.of G H *J Bolt- Bolt- Studs Studs %2 2% 3 4 %2 27/8 37/4 4 Vzz 3y4 3Vi 4 Viz 4 33/4 4 V3Z 43/4 4 4 Vsz 5y4 41/4 4 Vsz 6% 6 4y4 8 V32 63/4 41/4 ' 8 V32 75/8 4% 8 V32 8% 4%' 8 V32 103/4 43/4 8 V32 13 5y4 12 V32 16 5% 12 y8 163/4 6 12 % 19' 6 16 % 21% 1.6% 16 Vs 23% 7 20 Vs 28 73/4 20 % y2 % % S/8 3/8 3/8 3/8 3/4 3/4 3/4 7/8 7/s 1 1 iy8 1% iy4 Ring Class SizeNum- A ber B CD E F % ! R 11 |ll%2| 1/4 7/l6 3/s 1 V22 V32 3/4 1 R13 UWisI 5/i6 1 Vie % l"/32 Vi 1 | R16 | 2 | Vie Vie % l"/32 Vi iy4| R 18 I 23/g | s/1B Vie % |1%2 Vi 1%| R20 |2U/1fi| 5/,g Vie % l"/32 Vi 2 | R 23 | 31/4 | 7/16 "/is 3/8 113/32 Vie 2%l R26 | 4 |7/1B "/is 3/s 115/32 Vie t3 ItR 31 t4% | 7/16 "/is 3/s 115/32 Vie |300, 3%1 R 34 53/,S | 7/1B "/isl 3/s [ 1V32 Vie 400, 4 and f600 5 Pound 6 R 37 | 57/g | Vie "/isl 3/s |15/32 Vie R41 | 7% | 7/1B "/is Vs I15/321 Vie R 45 | 85/le | 7/1B. "/is Vs |15/32l 5/,fi 8 | R49 | 105/s ! 7/1B "/isl 3/8 11V321 S/1G 10 | R 53 | 123/4 | V16 "/isl 3/8 |1S/32| S/1B 12 | R 57 | 15 | 7/1B "/l6l Vs l15/32| Vie 14 1 R 61 | 16% | Vie 1 Vie 1 Vs lls/i2| Vie 16 | R 65 | 18% 7/i6 "/isl % lls/%| Vie 18 | R 69 | 21 7/i6 "/isl 3/s |is/32| s/1B 20 | R 73 | 23 | % 3/4 1 "/IS I17/82 3/8 24 | R77 | 271/4 | s/s | 7/8 |13/16|2i/32 7/lS G H *J No. of : Dia..of Bolt-Studs Bolt-Studs 300 400 600 Lb. Lb. Lb. 300 400 600 300 400 600 300 400 600 Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. Lb. %1 %1 2 3 1 3 | 4 | 1 4 |% 1% V32 1 5/32 1 2% 3% 1 31/2 | 4 | | 4 | % 1 3/s V32 1 V32 1 2% 3% 1 3% | 4 | | 4 | s/s 1 3/s V22 1 5/32 1 3% 33/4 1 33/4 | 4 |. | 4 | % 1 S/g S/32 1 5/32 |39/ig 4 I 41/4 | 4 | | 4 | Vi 1 3/4 VZ2 Vie I 4% 41/4 1 4% | 8 1 |8| Vs . 1 3/s V32 Vie 1 5 43/4 |5|8 1 8 | Vi 1 1 3/4 7/32 Vie 1 53/4 5 |5i/4l 8 1 8 | 3/4 1 3/4 7/32 3/,g 1 6I/4 51/4 1 534 | 8 1 8 | Vi 1 7/s 7/s2 7/32 3/lfi 1 67/s 51/4 53/4 | 6 8 8 1 8 | Vi 7/8 1 7/g V22 V32 1 Vie 1 8% 5% 6 |63/4 8 8 1 8 | Vi 7/s 1 1 7/32 7/32 1 3/lG 1 9% 53/4 61/4I 7 12 12 | 12 | Vi 7/8 1 1 7/32 7/321 Vie urn 61/4 7 | 8 12 12 | 12 | 7/g 1 1% 7/32 7/32 1 V16 1 14 71/4 73/4 | 83/4 16 16 | 16 | 1 1% iy4 7/% 7/32 1 3/te II6I/4 7% 8% 1 9 16 16 | 20 | 1% iVi l>/4 7/32 V32 1 3/iG I 18 73/4 83/4 | 9% | 20 20 | 20 | 1% iVi 13/8 7/32 7/32 1 Vie 1 20 8% 1 91/4 1101/4 20 20 | 20 | 1% 13/g 1% 7/% 7/32 1 Vie 1225/s 8% 1 9% | 11 24 | 24 | 20 | 11/4 13/s 15/8 V32 7/32 1 Vie 1 25 1 91/4 IIO1/411P/4 24 | 24 | 24 | 11/4 1% lVs Vi Vi 1 7/32 129% 110% 111 % 113% 24 | 24 | 24 | 1% 13/4 17/g \ CRANE TMSHi 563 Dimensions, in Inches (Cont.) Class Size Ring Num bers A B cD E FG H No. Dia. *J of of Bolt- Bolt- Studs Studs 3 R 31 | 47/s VleF/lS % 1 Vsz S/16 V32 6i/s 1 6 3% R 34 153/i6 Vu I1 Vic % 1S/32 s/ie %2 6% I 6V2 4 R 37 | 57/g Vis I1 Viel % 1 %2 5/l6 1 S/32 71/s 1 7 5 R 41 1 7i/g 7/l6 11 Vl61 % 1 V32 S/l6 1 VsZ 81/2 1 73/ 6 R 45 | 8s/i6 Viel7 Viel % 1%2 S/l6 I %2 91/2 1 8 900 Pound 8 10 r 491 ioy8 7/i6 I1 Viel % 1 Vsz 5/l6 1 5/32 121/g 1 9 R 53 112% 7/l6 1 Viel % l5/32 5/ie 1 Vsz 141/ I 91/2 12 1 R57 | 15 Vie 1 Viel % 1 V32I S/l6 1 Viz I6V2 UO1/4 14 | R 62 1161/2 % Vs l13/ie 2Vzz 7/l6 1 S/32 IS3/ fill/ 16 j R 66 118i/2 % 7/s l13/ie 21/32 Vie 1 %2 20% IIP/ 18 j R 70 1 21 3Z 1 l1S/l6 25/32 1/2 1 3/ie 233/g 1131/2 20 | R74 1 23 % 1 l1S/l6 25/32 Vz 1 3/l6 251/2 1141/2 24 | R 78 1271/4 1 1 l5/iel 1V4 UVis % 1 7/32 303/g II8V4 8 8 8 8 12 12 16 20 20 20 20 20 20 Vs 1 ll/s 11/4 11/8 1% 1% 1% 11/2 1% l7/s 2 21/2 i/2 | R 12 | 19/16 1 5/l6 9/l6 1 Vz ln/32 1/4 1 S/32 23/8 141/4 3Z 1 R 14 | 1% 1 5/l6 9/l6 1 Vz PV32 1/4 1 S/SZ 2% 141/2 1 . I R 16 | 2 | %a 9/l6 1 V2 l11/32 Vi 1V32 213/el 5 1% R 18 | 23/g I S/16 9/iel Vz I1 V32 1/4 1 5/32 l 33/16 J 5 iy?. R 20 |2U/16|5/16 9/ie 1 V2 \llAz 1/4 1 5/32 1 3% 151/2 4 1 3/ 4 3Z 4 Vs 4 Vs 41 2 21/2 3 31/2 1500 4 Pound 5 6 8 10 12 R 24 | 33/4 1 Vie 11/igI % l1S/32 5/ie 1 1/8 1 47/g 1 6 | R 27 | 41/4 1 Vis 'Viel % l15/32 S/lG 1 1/8 1 53/s I 61/2 R 35 | 53/g i Vis 'Viel % l15/32 6/l6 1 VS 1 65/s | 71/4 R 37 1 57/g | Vie 1 Viel 5/a lls/32 S/l6 1 Vs 1 71/s 171/2 R39 | 63/g | Vie n/iel % l1S/32 5/is 1 1/8 1 75/g 1 8 R44 | 7% 1 Vie 'Viel % lls/32 Vie 1 Vs 1 9 | 10 R 46 185/ie | 1/2 % lll/iel17/32 % 1 `A 1 93/ |103/4 R 50 110% | 5/s 7/e I73/i6pV32 7/l6 1 5/32 1 121/2 | 12 R 54 1123/4 | % Vs l13/iel21/32 Vie 1 5/32 I 145/8 |133/4 R 58 i 15 | % Ws 11 Viel29/32l 9/ie 1 3/ie 117% 1153/ 8 8 8 8 8 8 12 12 12 16 Vs 1 11/8 11/8 HZ 11/2 1% 1% 1% 2 14 R 63 II6I/2I 1 lViel 1V4 UViel % IV32 1191/4 171/ 16 21/ 16 R 67 118% 11% |l7/iel 1% |l3/i6l11/i6l 5/i6 211/2 19 16 21/2 18 R 71 | 21 | li/s UViel 1% IWiel'Viel 5/ie 241/g 203/ 16 23/ 20 R75 | 23 111^4 U9/ig! 1j/2 ilViel1 Viel % 261/2 223/ 16 3 24 R 79 | 27% | 1% i 1% | 1% UVieR/iel 7/l6 311/ 26 | 16 31/2 V?. R13 llii/ie 5/ie 1 9/ig 1/2 IH/321 1/4 V32 29/l6 43Z1 4 | 3/ 3Z R16 | 2 S/l6 1 9/l6 1/2 11/321 'A 5/32 2% 5 | 4 3Z 1 R 18 | 23/g S/l6 1 9/l6 1/2 H/32I Vi 5/32 31/ 51/2 1 4 Vs 11/4 1'R 21 1227/32 7/l6 In/l6 % 1%2| 5/l6 1/8- 4 61/1 4 1 1% 1 r 23131/4 Vie I1 Vie % i%2| 5/ie 1/8 41/2 7 1 4 ll/s 2 R 26 4 Vie I1 Vie % l5/32l5/l6 Vs 51/ 71/1 8 1 2500 21/2 R 28 43/s % 1 % H/l6 l7/32l % Vs 5% 8 | 8 ll/s Pound 3 R 32 5 % 1 3Z 'Vie 17/32l % `A 65/8 91/1 8 11/4 4 R 38 63/16 % 1 7/s 13/l6 2V321 7/l6 Vsz 8 IIO1/2I 8 11/2 5 R 42 71/2 % 1 1 1 Vie 2%2l Vz %2 91/2 II21/2I 8 6 R47 1 9 % 1 1 15/i 25/32l 'A 5/32 11 141/1 8 13/ 2 8 R 51 | 11 % 1 iy8 iv 29/32l 9/l6 3/ie 13% 16 | 12 2 10 R 55 II31/2 1% uvis l% H3/i 1 Vie 1/4 116V4 20Vi| 12 2% 12 R 60 | 16 111/4 |l9/i6 1V2 |l5/i< 11/iel s/is 1191/2 221/1 12 23Z Rings: See page 564. Type "A" or"B" Rings %, ?f6, or Winch wide are regularly furnished oval shape; }4-mch wide or wider, are octagonal shape. All Type "C" Rings are octagonal shape. Standards: The dimensions of the ring joint facing and of the rings conform to the American Standard for Steel Pipe Flanges and Flanged Fittings, Bi6e-iQ39 and Addendum Bibeq-iqqo, and to the American Petroleum Institute Standard on Ring Joints, No. 5-G-3, Second Edition, April, 1940, except that the American Standard does not define octagonal rings of widths less than Winch. The dimensions shown on this and the preceding page apply to ring joint facing and rings for the end flanges of steel valves and flanged fittings, and for steel flanges. The groove (smooth finish) for the ring is cut in a raised face as illustrated on the preceding page. Center to face: When ring joint facing is applied to 150 and 300-Pound valves and fittings, the center to the raised face is equal to the regular center to face dimension (which includes the Ffg-inch raised face) plus the depth of the groove on sizes 2-inch and larger, or plus the depth of the groove minus fl inch on smaller sizes. On higher pressure ring joint valves and fittings, the center to the raised face is equal to the regular center to face dimension minus Vi-inch (the height of the large male), plus the depth of the groove on 400, 600, qoo, and 1500-Pound sizes' 2-inch and larger and on 2500-Pound sizes iM-inch and larger, op plus the depth of the groove minus fl inch on the smaller sizes. This practice also applies to loose flanges; that is, the raised face which is equal to the depth of the groove is added to the flange thickness (dimension "B" on pages 366 and 367) except that on the smaller sizes the groove cuts Fa-inch into the flange thickness. On Cranelap joints with ring joint facing the depth of the groove is added to the minimum thickness of the lap. See pages 605 to 608 for Cranelap joints. *Bolt-stud lengths: The length of bolt-studs indicated as dimen sion "J" in the tables applies for all combinations of ring joint valves, fittings, and flanges other than Cranelap. . For ring joint combinations made up of valves, fittings, or flanges bolted to Cranelaps, add the pipe thickness to dimension "J". For Cranelap to Cranelap ring joints, add twice the pipe thickness to dimension "J" List prices of.rings.. . .page 564 Dimensions of Cranelap Joints, .page 608 List prices of holt-studs... .pages 558 and 559 Templates for drilling and flange dimensions..pages 553 to 555 t 1 564 CRANE Rings for Ring Joints Shape of Ring Regularly Furnished For Various Size Ring Joints Oval Ring Types A and B Octagonal Ring Types A, B, and C Crane Oval and Octagonal Rings are made in a variety of high grade materials, suitable for use in iyo, 300, 400, 600, qoo, 1 yoo, and 2yoo-Pound ring joints. The shape of the ring regularly furnished for various sizes and pressure classes of joints is indicated in the table at the right. Ordering: Orders for rings should specify the Ring Number and the Type: "A", "B", or "C". When Type is not specified, Type A Rings will regularly be supplied. Pressure Class Oval Rings Type A or B Octagonal Rings Type A or B |Type C 150-Pound All sizes 300-Pound 400-Pound 18" and smaller *20 and 24" 600-Pound All sizes 900-Pound 12" and smaller *14" and larger 1500-Pound 5" and smaller * 6" and larger 2500-Pound Information furnished on request . *Oval-shaped rings can be furnished for these sizes when so ordered; prices on application. Type A Rings are made of Armco Fron (qo Brinellmaximum hardness), in oval or octagonal shape; see table above. Type B Rings, made of 4 to 6% Chrome with lA% Molybdenum (130 Brinell maximum hard ness), are recommended for corrosive services, as in oil refinery work, and for use with ChromeMolybdenum Steel products. They have the same shape as Type A Rings, being distin guished by a square bead (or fin) on the- outer periphery. Type c Rings are made octagonal shape only, of Soft Steel (130 Brinell maximum hardness) and are recommended for use in all steam or ivater installa tions. Sealing Ring For unusually corrosive fluids, Corrosion Sealing Rings are recommended for protection of rings. Prices on -application. List Prices, Each Class | Size Ring Type I Type Type Class | Size Ring I Type Type Type \ Num A | B C Num-! A - B C [inches ber Rings |Rings Rings (Inches ber [Rings Rings Rings For 150 Pound Ring Joints For 300, 400, and 600 Pound Ring Joints 1 w* P/z 2 2% 3 3Vz 4 5 6' 8 10 12 14 16 18 20 24 V4 % 1 w* P/2 2 21/2 3 t3 3% 4 5 6 8 10 12 14 16 18 20 24 R 15 R 17 R 19 R 22 R 25 R 29 R 33 R 36 R 40 R 43 R 48 R 52 R 56 R 59 R 64 R 68 R 72 R 76 R 11 R 13 R 16 R 18 R 20 R 23 R 26 R 31 fR 30 R 34 R 37 R 41 R 45 . R 49 R 53 R 57 R 61 R 65 R 69 . R 73 R 77 .75 2.60 .80 2.90 .82 .88 For sizes 2b>-inch and smaller, use 1500-Pound Rings. 1.00 1.20 1.30 1.45 1.65 1.85 2.25 2.40 3.55 4.15 4.15 4.35 4.90 5.40 6.30 6.70 1.10 1.32 1.43 1.59 1.81 2.03 2.47 2.64 For 900 Pound Ring Joints 3 3y2 4 5 6 8 10 12 R 31 R 34 | R37 ! R41 | R 45 R 49 R' 53 R 57 1.60 1.70 1.90 2.30 2.65 5.00 6.60 11.40 4.90 4.90 5.40 6.50 7.30 13.00 16.80 22.40 1.76 1.87 2.09 2.53 2.91 5.50 7.26 12.54 4.20 10.45 4.62 14 R 62 18.04 36.08 18.04 6.00 16.00 6.60 16 R 66 22.77 40.48 22.77 11.00 20.40 12.10 18 R 70 27.50 66.55 27.50 11.40 22.40 12.54 1 20 R 74 34.10 75.02 34.10 12.80 29.00 14.08 24 R 78 70.40 135.52 70.40 15.40 38.50 16.94 15.90 45.00 17.49 27.50 57.60 30.25 % R 12 % R 14 1 R 16 .70 2.40 .70 2.60 .75 2.60 .77 .77 .82 .70 2.40 .70 2.40 .75 2.60 .77 .77 .82 w* R 18 1V2 R 20 2 R 24 ..85 1.05 1.30 3.20 3.55 4.15 .93 1.15 1.43 .85 3.20 .93 1.05 3.55 1.15 2% R 27 3 R 35 1.35 4.35 1.48 1.70 5.25 1.87 1.30 1.30 1.60 tl.50 1.70 4.15 445 4.90 f4.35 4.90 1.43 1.43 1.76 tl-65 1.87 For 1500 Pound Ring Joints 3V2 -4 5 6' 8 R 37 R 39 R 44 R 46 R 50 1.90 5.40 2.05 5.95 2.45| 6.75 3.96 11.88 8.58 16.83 2.09 2.25 2.69 3.90 8.58 1.90 5.40 2.09 10 R 54 10.67 25.08 10.67 2.30 6.50 2.53 \ 12 R 58 18.37 48.40 18.37 2.65 7.30 2.91 , 14 R 63 27.28 54.23 27.28 5.00 13.00 5.50 16 R 67 36.74 64.02 36.74 6.60 16.80 7.26 18 R,,71 41.80 90.75 41.80 11.40 22.40 12.54 20 R 75 66.00 121.00 66.00 12.80 27.00 14.08 24 R 79 108.901181.59 108.90 14.10 16.00 26.07 36.85 31.60 15.51 40.00 17.60 57.20 26.07 73.70 136.85 2500 Pound Ring Joints. Prices are turnished on application* tRing R 30 in Types A, B, and C is for 300 or 600-Pound Ring Joint's only; use when one or both halves of the joint are Cranelap. . Dtrnensions of Rings and Ring Joints............. pages 562 and 563 Flanged joint assembly and maintenance ....................page 624 l s L ------------------------------------ --,,....... ...vtm^mwwgsmr,.' gpgiiir<iwiif r _____________________CRANE____________ ___________________ _________ 565 Cranite Sheet Packing /in As&esfos Composition Manufactured Solely for Crane Co. CRANITE is the highest grade of sheet packing obtainable. The name "CRANITE" is registered in the United States Patent Office. The list price of Cranite Sheet Packing is $1.00 per pound. The Vig-inch thickness averages .62 pound to the square foot. Cranite Sheet Packing: Cranite Sheet Packing is made of an asbestos composition, using only selected long fiber asbestos, cross laminated to provide un usual tensile strength. It offers a very uniform and high resistance to compression, is exceptionally strong and rugged, and will not deteriorate with age. This packing is unhesitatingly recommended for a multitude of services, such as steam, water, oil, dry air, acids, ammonia, alkali, gases, etc., and for temperatures up to 750 F. Because of the great number of services for which Cranite Sheet Packing can be used, its unusually high quality, and its ability to withstand deteriora-. tion, users will find it economical to purchase the packing in quantities and to carry it in stock. For best results, gaskets cut from Cranite Sheet Packing should be coated with Crane'Thread Lubri cant when being installed. See page 548 for Crane Thread Lubricants. Sizes: Cranite Sheet Packing in the 1^-inch thick ness is regularly furnished in sheets 36 or 48 inches square. Other thicknesses from \4a t0 M"inch, or other sizes up to 120 inches square can be made to order; prices on application. Cranite Packing has been inspected and is listed by thk Underwritersf Laborato ries (National Board of Fire Underwriters), Chicago, for use on hazardous liquids. "CC" Rubber Sheet Packing Manufactured Solely for Crane Co. CC" Rubber Sheet Packing, manufactured solely inches wide, weighing approximately 200 pounds for Crane Co., is especially well adapted for high or each, and in thicknesses of Hrr'nch and J/^-inch. low pressure service on saturated steam, hot and "CC" Rubber Sheet Packing can be furnished in cold water, air, gases, etc. It is made up in rolls 36 rolls up to 72 inches wide. k. 566 CRANE Gaskets Ring Gaskets cover - the face of the flange to the inside edge of the bolts, and will always be fur nished unless otherwise ordered. Full Face Gaskets are furnished without bolt holes unless otherwise ordered; an extra charge is made for punching bolt holes. For 25>Pound Cast Iron Flanged Joints Ring Gaskets Full Face Gaskets List Prices, Each Inside | List Prices, Each Inside Size V! 6-inch Vl6-inch 4-ounce and | 1/16-inch 1/16-inch 4-ounce and Cloth "CC" Canvas Outside Cloth "CC" Canvas Outside ; Inserted Rubber Diameters Inserted Rubber Diameters Inches Rubber Inches 1 Rubber Inches 2 .07 .17 2% .09 3 .12 .21 .25 3% .14 4 .16 .35 .39 5 .19 .50 6 .23 .59 8 .30 .75 10 .42 1.00 12 .58 1.25 14 .70 1.56 16 .82 2.00 18 .86 1 2.30 20 | 1.02 2.50 24 1 1.40 2.90 30 2.10 4.40 36 2.90 6.80 42 ! 3.50 8.05 48 | 9.40 .06 .07 .09 .10 .11 .13 .15 .18 .25 .35 .42 .49 .52 .61 .85 1.27 1.75 2.10 2.75 2 x4% | .18 2%x4% | .23 3 x53/8 || .28 3y2x6% || .30 4 x6% II .35 5 x7% || .42 6 x8% || . .47 8 xliy8|| ' .65 10 x 13%|| .88 12 x 16%|| 1.15 14 x 18 l| 1.30 16 x20y2|| 1.65 18 x22 || 1.85 20 x 24%|| 2.00 24 x 283/4|| 2.55 30 x 35% || 3.80 36 x41%|| 5.10 42 x48i/2|| 48 x55 ;; | .34 | .42 | .50 | .67 1 .75 | 1.00 | 1.20 | 1.45 | 2.00 | 2.50 1 2.80 I 3.55 1 4.00 | 4.40 | 5.25 | 8.90 | 13.55 1 16.15 | 18.75 | .14 .18 .21 .22 .24 .28 -.30 .40 .55 .70 .80 1.00 1.12 1.20 1.55 2.30 3.10 3.75 4.85 2x6 2%x7 3 x7% : 3%x8% 1 4 x9 ' 5 X 10 { 6 xll 4 8 x 13%,* 10 x16 i 12 x 19 t 14 x21 ; 16 x 23% ; 18 x 25 20 x 27% | 24 x32 *, 30 x 3834 36 x 46 i 42 x 53 i 48 x 59% : For 125-Pound Cast Iron Flanged Joints Size Inches 1 1% 1% 2 2% 3 3% 4 5 6 8 10 12 14 16 18 20 24 30 36 42 48 l/i 6-inch Cloth Inserted Rubber .05 .07 .07 .07 .09 .12 .14 .16 .19 .23 .30 .42 .58 .70 .82 .86 1.02 1.40 2.10 2.90 3.50 CVCO in GO Ring Gaskets List Prices, Each Vi 6-inch 4-ounce "CC" Canvas Rubber Vie-inch Cranite .09 .13 .13 .17 .21 .25 .35 .39 .50 .59 .75 1.00 1.25 1.56 2.00 2.30 2.50 2.90 4.40 6.80 8.05 9.40 .04 .06 .06 .06 .07 .09 .10 .11 .13 .15 .18 .25 .35 .42 .49.52 .61 1.27 1.75 2.10 2.75 .12 .15 .19 .22 .27 .32 .46 .50 .58 .65 .90 1.20 1.80 1.85 2.25 1.95 2.35 4.00 On Application Inside and ! Vi 6-inch Outside Cloth Diameters * Inserted Inches Rubber 1 x2% 1% x 3 1% x 3% 2 x 4% .2%x4% |! 3. x53/6 3% x 63/8 4 ,x6% 5 x73/4 6 8 xll 10 x 13% 12 x 16% 14 x 1734 16 x 20% | 18 x 21% 20 x 23% 24 x 28I/4 30 x 343/4 36 x 41% 42 x 48 48 x 54% .10 .14 .14 .18 .23 .28 .30 .35 .42 .47 .65 .88 1.15 1.30 1.65 1.85 2.00 2.55 3.80 5.10 Full Face Gaskets List Prices, Each % 6-inch 4-ounce "CC" Canvas Rubber % 6-inch Cranite .17 .25 .25 .34 .42 .50 .67 .75 1.00 1.20 1.45 2.00 2.50 2.80 3.55 4.00 4.40 5.25 8.90 13.55 16.15 18.75 .09 .29 .12 .31 .12 .35 .14 .50 .18 .70 .21 .78 .22 .98 .24 1.05 .28 1.15 '.30 1.30 .40 1.90 .55 2.70 .70 3.70 .80 4.15 1.00 4.95 1,12 5.00 1.20 5.60 1.55 6.80 2.30 3.10 O11 Application 3.75 4.85 Inside and Outside Diameters Inches 1 x 4% 1% x 4% 1% x 5 2 x6 2% x 7 3 x 7%, 3% x 8% 4 x9 5 x 10 6 x 11 8 x 13% 10 x 16 12 x 19. 14 x 21 16 x 23% 18 x 25 20 x 27% 24 x 32 30 x 38yf 36 x 46 42 x 53 48 X 59S Canvas Gaskets: Canvas Gaskets are furnished uncoated. They should be coated with Crane Thread Lubricant or with red lead and oil when installed. Cranite Gaskets: When installing Cranite Gas kets, they should be coated with Crane Thread Thread Lubricants... .page S48 Lubricant in order to facilitate making tight joints. Cranite Gaskets are satisfactory for use in oil lines where asbestos gaskets are permitted. Other materials: Other commercial sheet packing gaskets are made to order; prices on application. Sheet Packings.. . .page S6S CRANE 567 Gaskets Ring Gaskets ex tend to the inside edge of the bolts. Corrugated Copper Gasket These gaskets also are used with 400Pound W.O.G. and 500-Pound W.O.G. Valves. . For Large Tongue __ and Groove Gaskets, see page 570. For 175-Pound or 250-Pound Cast Iron Flanged Joints Size Ring Gaskets Vl6-inch Cranite 27-Gauge or "CC" Rubber Corrugated List Prices I.D. Copper "CC" Cran- List I.D. ite Price Inches Each Each In. Each In. O.D. In. Large Male and Female Gaskets ViG-inch Cranite or "CC" Rubber 27-Gauge O.D. Corrugated List Prices I.D. Copper "CC" Cran- List I.D. ite Price Each Each In. Each In. In. i w* iv2 2 2Vi 3 31/2 4 5 6 8 10 12 14 16 18 20 24 .17 .17 .17 .19 .25 .32 .35 .38 .52 .63 .90 1.15 1.50 2.10 2.50 2.85 3.05 4.00 .15 .18 .22 .24 .31 .42 .48 .57 .75 .98 1.30 1.65 2.00 3.30 3.70 4.15 4.85 6.30 1 IV* 1% 2 2Vz 3 3yz 4 5 6 8 10 12 13Vi 15V4 17 19 23 .16 .17 .18 .20 .29 .40 .42 .45 .60 .84 1.04 1.45 1.88 1.94 2.88 2.96 3.54 4.88 iy2 l7/s 2Vr 2% 3% 4V4 43/4 53/, 63/16 71/2 93/s ny4 131/2 143/4 163/4 191/4 21 251/4 2% 31/4 33/4 43/g 51/s 5% 61/2 71/s 81/2 9% 121/s 141/4 16% 191/g 211/4 23% 253/4 30y2 11 .11 .11 .11 .13 .17 .21 .23 . .32 .35 .52 .67 .92 1.00 1.20 1.45 1.70 2.40 .08 .10 .11 .18 .19 .23 .26 .38 .46 .58 .75 .98 1.30 1.40 1.70 2.15 2.30 3.75 1 l'/4 D/2 2 2y> 3 3y2 4 5 6 8 10 12 13V, 151/4 17 19 23 .14 .16 .17 .18 .20 .29 .32 .40 .54 .63 .90 1.20 1.70 1.80 2.20 2.70 3.18 3.50 11/2 17/S 21/8 27/s 33/8 41/4 43/4 ' 53/l 6 63/,6 71/2 93/8 111/4 131/2 143/4 163/4 191/4 21 251/4 2 21/2 2% 33/s 41/s 5 51/2 6*4? 73/ie 81/2 105/s 123/4 15 I61/4 I8I/2 21 23 271/4 Gaskets for 800-Pound Hydraulic Cast Iron Flanged Joints.. . .page 570 Full Face Gaskets are fur nished without bolt holes un less otherwise ordered; an extra charge is made for punching bolt holes. Size Inches 1/2 3/4 1 li/4 D/2 2 21/2 3 31/2 4 5 6 8 10 12 For Brass Flanged Joints 150-Pound MSS Standard Full Face Gaskets List Prices, Each V,6-inch 1/16-inch 1/,6-inch Cloth "CC" Cranite Inserted Rubber Rubber Inside and Outside Diameters Inches .10 .17 .23 V2 x3% .10 .17 .27 3/4 x3% .10 .17 .29 1 x 41/4 .14 .25 .31 iy4 X 4% .14 .25 .35 IV2 x 5 .18 .34 .50 2 x 6 .23 .42 .70 2V2 x 7 .28 .50 .78 3 x 71/2 .30 .67 .98 3M> x 8% .35 .75 1.05 4 x9 .42 1.00 1.15 5 x 10 .47 1.20 1.30 6 x 11 .65 1.45 1.90 8 x 131/2 .88 2.00 2.70 10 x 16 1.15 2.50 3.70 12 x 19 300-Pound MSS Standard Full Face Gaskets List Prices, Each Vl 6-inch 1/,6-inch "CC" Cranite Rubber Inside and Outside Diameters Inches .36 .26 V2 x33/4 .36 .33 3A x 4% .38 .35 1 x 4% .38 .41 l'/4 x 51/4 .38 .55 11/2 X 6% .45 .60 2 x 61/2 .55 .84 21/2 x 71/2 .67 .97 3 x 8Vi .75 .95 1.05 1.10 1.40 1.60 31/2 x 9 4 x 10 5 x 11 1.25 1.90 6 x 121/2 1.70 2.55 8 x 15 1 ! Cranite Gaskets: When installing Cranite Gaskets, they should be coated with Crane Thread Lubricant in order to facilitate making tight joints. Cranite Gaskets are satisfactory for use in oil lines where asbestos gaskets are permitted. Corrugated Copper Gaskets: Corrugated Copper Gaskets are recommended only when used with smooth faced flanges, and should be coated with Crane Thread Lubricant when installed. Other materials: Gaskets made from other com Thread Lubricants page 548 mercial gasket materials can be made to order; prices on application. Gaskets for Brass Flanged Joints: Full face gas kets should always be used for Brass Flanged Joints. Metallic gaskets are not recommended. When,brass flanged material is bolted to iron or steel material which normally has a raised face, the raised face should be removed to provide a full face bearing for the gasket. Brass flanged material should not be bolted to Cranelap Flanged Pipe Joints. Sheet Packings....page 565 41 568 CRANE Gaskets For Steel Flanged Joints Ring Gaskets extend to the inside edge of the bolts Corrugated Metallic Gasket Class | Size 1 Inches 1 150 ' Pound Vi 3/4 1 w* 1% 2 21/2 3 .31/2 4 5 6' 8 10 12 14 16 18 20 24 Ring Gaskets Vis-inch Cranite List Price Each I.D. and O.D. Inches Corrugated Copper List Price Each I.D. and O.D. Inches .10 .11 .12 .15 .19 .22 .27 .32 .46 .50 .58 .65 .90 1.20 1.80 2.15 2.80 2.50 2.85 4.70 V2 x 1% V* x 21/4 1 X 2% iy4 x 3 IV2 x 3% 2 x 41/g 21/2 x 4y8 3 x 5% 3V2 X 63/g 4 x 6% 5 x7V* 6 x 834 8 xll 10 x 133/g 12 x16Vi 131/4 x 173/4 151/4x201/4 171/4x215/8 191/4 X 231/8 231/4 x 28V4 .13 .15 .16 .16 .17 .19 .29 .29 .42 .45 .55 .63 .89 1.19 1.76 1.87 2.42 2.58 2.77 3.49 1 x 1% l5/is x 21/4 1% x25/8 1% x 3 2Vi x33/g 2% x4i/8 3% x4% 41/4 x 5% 43/4 x 6% 53/,sx6y8 65/is x 73/ 71/2 x83/4 93/g xll III/4 X 133/g 131/2 x 16% 143/4 x 173/ 163/4 X 201/4 191/4 x 21% 21 x 23% 251/4 x 281/4 Cranite Gaskets: Cranite Gaskets are not recommended for temperatures higher than 7jo F. When being installed, they should ' be coated with Crane Thread Lubricant in j order to facilitate making tight joints. 1; Cranite Gaskets are satisfactory for use in J oil lines where asbestos gaskets are per- I mitted. ! Corrugated Metallic Gaskets: These gas- ;j kets are recommended only for use with .< smooth faced flanges and for best results j should be coated with Crane High Tempera- jj ture Thread Lubricant when installed. 1 Corrugated Copper Gaskets are made of 27- gauge copper; Corrugated Soft Iron Gaskets, | of 22-gauge iron. They have a large inside 1 diameter to assure a high unit compressive load. Other materials: Gaskets of other com- i mercial materials can be made to order; prices on application. . \ 800-Pound Hydraulic Cast Iron Joints: 8oo-Pound Hydraulic Cast Iron Flanged I Joints use the same gaskets as the 6oo-Pound if Steel. For greater convenience, these are J listed separately on page 570. J 175 and 250-Pound Cast Iron Joints: The :j dimensions of gaskets for 175 and 2jo-Pound Ij Cast Iron Flanged Joints are the same as for C 300-Pound Steel. These are listed on page J ?&7- 1 Class Size Ring Gaskets Large Male and Female Gaskets Inches Yl e-inch Cranite List I.D. and Price O.D. Each Inches Corrugated Copper or Soft Iron List Price Each I.D. and O.D. Inches % 6-inch Cranite List Price I.D. and O.D. Each Inches Corrugated. Copper or Soft Iron ,, List Price Each I.D. and O.D. Inches 300 Pound 1/2 3/4 1 IV4 W2 2 21/2 3 31/2 4 5 6 8 10 12 14 16 18 20 24 .12 y2x 2i/s .13 3/4 x 2% .15 1 x 2% .18 11/4 x 31/4 .22 11/2 x 33/4 .24 2 x 43/s .31 21/2 X 51/8 .42 3 x 5% .48 31/2 x 6% .57 4 x 71/s .75 5 x 81/2 .98 6 x 9% 1.30 8 x 12% 1.65 10 x 14% 2.00 | 12 x 16% 3.30 1 131/4x191/8 3.70 | 151/4x211/4 4.15 | 17 x 231/2 4.85 j 19 x 753/t 6.30 j 23 x 30y2 .14 .16 .16 .17 .18 .20 .29 .40 .42 .45 .60 .84 1.04 1.45 1.88 1.94 2.88 2.96 3.54 4.88 1 x 2% lS/l6X 25/8 iy2 X 2% 1% x 3% 2% x 334 2% x 43/g 33/8 x 5% | 4% x 5% ( 434 x 61/2 | 53/16 x 7% | 65/16x 81/2 1 71/2 x 9% | 93/g x 12% I 11% x 14% | 131/2 x 16% | 14% x 19% 1 1634 x 21% | 19% x 23% 1 21 x2534 | 25% x 30% .07 %x 1% .08 3/4 x in/16 .08 1x2 .10 l%x 2% .11 l%x 2% .18 2 x 35/8 .19 2% x 4% .23 3x5 .26 3% x 5% .38 4 x 63/16 .46 S x 75/ls .58 6 x 81/2 .75 8 x 10% .98 10 x 1234 1.30 12 x 15 1.40 1 13% x 16% 1.70 | 15%x181/2 2.15 j 17 x 21 2.30 | 19 x 23 3.75 | 23 x 27% .10 .12 .14 .16 .17 .18 .20 .29 .32 .40 .54 .63 .90 1.20 1.70 1.80 2.20 2.70 3.18 3.50 1 x 1% i 15/lfix ll%6 1% x 2 1% x 2% 2% x 2% 2% x 35/s 33/g x 4% 4% x 5 434 x 5% 53/l6 x 63/i6 65/ib x 75/16 \7% X 8% \9% x 105/8 1\% X 123/4 131/2 x 15 1434 x 16% 1 1634 x 18% | 19% x 21 1 21 x 23 | 25% x 271/* (Continued on the next page) Sheet Packings------page S6S Large Tongue and Groove Gaskets____page S70 Thread Lubricants____page 549 CRANE 569 Class 400 Pound 600 Pound 900 Pound 1500 Pound Size Inches 4 5 6 8 10 12 14 16 18 20 24 % 34 1 Wi : i% 2 21/s 3 31/2 4 5 6 8 1012 14 16 18 20 24 3 31/2 4 5 6 8 10 12 14 16 18 20 24 % 3/4 1 l% 1V2 2 21/2 3 31/2 4 5 6 8, 10\ 12\ -14s Ring Gaskets Large Male and Female Gaskets Vl 6-inch Cranite List Price Each I.D. and O.D. Inches Corrugated Copper or Soft Iron List Price Each I.D. and O.D. Inches 1/16-inch Cranite List Price Each I.D. and O.D. Inches Corrugated Copper or Soft Iron List Price Each I.D. and O.D. Inches For sizes 3%-inch and smaller, use 600-Pound Gaskets. .54 | 4 x 7 .45 53/i6 x 7 .38 ! 4 x63/ie | .40 .72 5 x 83/g .63 6%GX83/8 .46 j 5 x 75/ie | .54 .95 6 x 934 .80 7% x93/4 .58 ! 6 x 8% | .63 1.25 1.60 8 x 12 10 x 14% 1.00 1.36 9% x 12 111/4 x 14% .75 i 8 x 10% | .90 .98 i 10 xl234 j 1.20 1.95 12 x 16% 1.84 13% x 16% 1.30 j 12 xl5 | 1.70 3.25 13% x 19 2.26 1434 x 19 1.45 ! 13% x 16% I 1.80 3.75 15 x 21% 2.80 1634 X 21% 1.80 | 15 x 18% | 2.20 4.10 17 x 233/g 3.12 191/4 x 233/g 2.15 j 17 x21 | 2.70 4.80 18% x 25% 3.46 21 x 25% 2.40 j 18% x 23 | 3.18 6.35 22% x 30y4 4.72 251/4 X 301/4 4.00 | 225/gx 271/4 | 3.50 .12 % x 2% .14 1 x 2% .07 | % x 1% | .10 .13 3/4X25/8 .16 ls/l6 x 2% .08 34 x IH/16 1 -12 .15 1 x 2% .16 I%x2% .08 1 x2 | .14 .18 1V4 x 3% .17 1% x 3% .10 11/4 x 2% | .16 .22 I%x3% .18 2% x33/4 .11 1% x 2% | .17 .24 2 x 43/g .20 2% x43/g .18 2 x 3% | .18 .31 2% x 5% .29 3% x 5% .19 2% x 4% | .20 .42 3 x 5% .40 | 41/4 x 5% , .23 3 x5 | .29 .46 3% x 6% .42 | 434 x 6% .26 3% x 51/2 | .32 .70 4 x 75/g .55 ! 534 s x 7% .38 4 x63/i6 | .40 1.05 5 x 9% - .92 ! 65/i6 x 9% .46 5 x75/lfi | .54 1.10 6 x 10% .94 i 7% x 101% .58 6 x 8% | .63 1.60 7% x 12% 1.18 ! 9% x 12% .80 7% x 10% | .90 2.60 9% X 153/4 1.58 | III/4 xl534 1.05 934x1234 | 1.20 3.20 113/4 x 18 2.20 | 13% x 18 1.40 1134x15 j 1.70 3.60 12% x 19% 2.44 | 1434 xl93/g 1.55 12% x 16% | 1.80 4.60 14% x 221/4 3.30 | 1634 x 221/4 1.90 143/4 x 18% | 2.20 5.10 16% x 24% 3.62 i 191/4 x 24% . 2.50 16% x 21 | 2.70 6.10 I8I/4 x 26% 3.84 | 21 x 26% 2.85 18i/4 x 23 | 3.18 7.60 22 x 31% 5.30 | 251/4 x 31% 4.50 22 x 271/4 | 3.50 For sizes 2%-inch and smaller, use 1500-Pound Gaskets. 53/l6 x 634 b &s/i6 x 7s/ib 7% x 8% 93/g x 10% 11% xl234 13% x 15 143/4 x161/4 1634 x 18% 19V4 x 21 21 x 23 251/4 X 271/4 1 x 1% l5/l6Xlll/1G 1% x 2 1% x2% 2% x 2% 2% x 3% 3% x 4% 41/4 x 5 434 x5% 5346X63/46 6s/igx754b 7% x 8% 93/g x 10% 111/4 X 123/4 13% x 15 1434 x161/4 1634 x 18% 191/4 x 21 21 x 23 25% X 271/4 .57 .73 .87 1.15 1.60 2.25 3.35 4.15 4.30 5.25 6.00 7.05 10.20 .13 .15 .18 .21 .24 .44 .58 .63 .'72 .93 1.30 1.60 2.25 3.40 4.85 6.10 2% x 6% .47 3% x 7% .55 3% x 8% .58 434 x 934 .92 534 x 11% 1.14 7% x 14% 1.74 93/g x 17% 2.62 11% X 195/g 3.15 1214x20% 3.20 14 x 22% 3.70 153/4x25% 4.50 17% x 27% 4.92 21 x 33 6.88 % x 2% .16 11/16X234 .16 % x 3% .17 1 % x 3% .17 1% x 3% .18 1% x 5% .32 21/4x6% .42 234 x 6% | .47 3% x 73/g .55 33/s x 81/4 .60 43/g x 10 .96 . 53/8X11% 1.08 7 x 13% 1.66 83/4 X 17% 2.62 10% x 20% 3.74 113/8X2234 4.68 41/4 x 6% 434 x 71/2 53/i6 x 8i/s 65/16x934 7% x 11% 9% x 14% 111/4 x 17% 13% x 195/s 1434 x 20% 1634 x 22% 191/4 x 25% 21 x 27% 25% x 33 1 x2% lS/l6 x 234 1% x 3% 1% x 3% 2% x 3% 2% x55/g 3% x 6% 41/4 x 6% 434 x73/g 53/l6 x 81/4 65/ie x 10 7% xll% 93/g x 13% 111/4 x 17% 13% x 20% 1434 x2234 .24 | 2% x 5 | .29 .28 | 33/g x 5% .32 .40 | 3%x63/16 .40 .50 | 434 x 7S/16 .54 .62 | 534x8% .63 .89 | 7% x 10% .90 1.15 | 9% x 123/4 1.20 1.60 | 11% x 15 1.70 1.80 | 121/4 xl6Vi 1.80 2.25 | 14 x 18% 2.20 3.10 | 1534x21 2.70 3.50 | 17% x 23 3.18 5.10 | 21 x 27% 3.50 .07 | % x 1% .10 .08 | H/,6Xlll/l6 .12 .09 | % x 2 .14 .11 | 1% x 2% .16 .12 | 13/gx2% .17 .19 | 1% x 3% .18 .20 | 214x4% 1 .20 .26 | 234 x 5 .29 .33 | 3% x 5% .43 1 35/s x 63/16 .57 43/g X 75/16 .70 53/s x 8% 1.00 7 x 105/s 1.40 834x1234 1.85 10% x 15 .32 .40 .54 .63 .90 1.20 1.70 2.00 | 11% x 16% 1.80 4% x 5 434 x 5% 53/16 X 63/16 65/46x7546 7% x8% 9% x 10% 111/4 X1234 13% x 15 1434 xl6i/4 1634 x 18% 191/4 x 21 21 x 23 25% x 27% 1 x 134 15/46X111/46 1% X 2 1% X2% 2% x2% 2% x35/r 3% x 4% 41A x 5 434 x 5% 53/i6 x 634fi 65/ib x 754b 7% x 8% 9% x 105/s 111/4 xl234 13% x 15 143/4 XI6I/4 V 570 CRANE Gaskets j < For 800-Pound Hydraulic Cast Iron Flanged Joints Ring Gaskets extend to the inside edge of the bolts. Corrugated Metallic Gasket Size Inches 2 2Vz 3 31/2 4 S 6 8 10 12 Ring Gaskets Vi 6-inch Cranite Corrugated Copper or_ Soft Iron List I.D. List I.D. Price Price Each In. Each In. .24 .31 .42 .46 .70 1.05 1.10 1.60 2.60 3.20 2 21/2 3 31/2 4 5 6 7% 9% 11% .20 .29 .40 .42 .55 .92 .94 1.18 1.58 2.20 2% 3% 4y4 4% 53/l6 65/i6 71/2 9% uy4 131/2 | Large Male and Female Gaskets O.D. % 6-inch Cranite Corrugated Copper or Soft Iron O.D. I List I.D. List I.D. Price Price In. 1 Each In. Each In. In. 4% | 5Vs 1 5% | 6% | 7% | 91/2 | ioy2 | 12% | 15% | 18 I .18 -19 .23 .26 .38 .46 .58 .80 1.05 1.40 2 21/2 3 3% 4 5 6 7% 9% 11% .18 .20 .29 .32 .40 .54 .63 .90 1.20 1.70 2V& 3% 4 Vi 4% 53/ig 6%e 71/2 9% IDA 13% 3% 41/8 5. 51/2 6%6 7%6 81/2 10% 12% 15 For All Large Tongue and Groove Flanged Joints Size Inches 1/2 % 1 M iy2 2 21/2 3 31/2 4 5 6 8 10 12 14 16 18 20 24 1/16-inch "CC" Rubber .05 .05 .06 .07 .07 .07 .07 .11 .11 .13 .13 .15 .23 .32 .38 .40 .55 .60 .75 1.00 List Prices, Each Inside and 1/16-inch 27-Gauge Corrugated Outside Cranite Corrugated Soft Diameters Copper Iron Inches ..05 .10 .10 1 xl% .05 .12 .12 l%6XllVl6 .05 .14 .14 iy2 x 2 .06 .16 .07 .17 .16 1% x 2% .17 2y8 x27/$ .08 .18 .09 .20 .18 .20 327%/s .14 .29 .29 .16 .32 .32 4% x 5% .19 .40 .21 .54 .40 5%6x 6%g .54 | 6%6x7%6 .25 .63 .63 7V2 x 8V2 .40 .90 .57 1.20 .67 1.70 .73 1.80 .97 2.20 1.10 2.70 1.40 3.18 .90 1.20 1.70 1.80 2.20 2.70 3.18 9% x 10% ny4 x 12% 131/2 x 15 14% x 16% 16% x I8I/2 191/4 x 21 21 x 23 1.65 3.50 3.50 251/4 x 271/4 Large Tongue and Groove baskets: ; The list prices and dimensions of the Large Tongue and Groove Gaskets, shown in the j table at the left, apply to the following classes of flanged joints; / 1 175-Pound Cast Iron j 400-Pound W.O.G. Cast Iron 2->o-plruunu-1 PGnas-fL. lTiornnn * 1 .............. 8oo-Pound Hvdraulic Cast Iron 8oo-Pound W.O.G. Cast Iron 150-Pound Steel 300-Pound Steel 400-Pound Steel boo-Pound bteel qoo-Pound Steel 1500-Pound Steel ' ? ,1 1 ,1 / > ;f :j Z i| Rubber Gaskets: "CC" Rubber Tongue and Groove Gaskets are recommended only for 175Pound and 250-Pound Cast Iron Flanged Joints. Cranite Gaskets: Cranite Gaskets are not recom mended for temperatures higher than 750 F. When being installed, they should be coated with Crane Thread Lubricant in order to facilitate making tight joints. Cranite Gaskets are satisfactory for use in oil lines where asbestos gaskets are permitted. Corrugated Copper Gaskets: Corrugated Copper Gaskets (27-gauge) are recommended only when used Thread Lubricants... .page 548 with smooth faced flanges, and should be coated with /{ Crane High Temperature Thread Lubricant when 4 installed. j Corrugated Soft Iron Gaskets: Corrugated Soft 7 Iron Gaskets are made of 22-gauge iron, and are I recommended for use with smooth faced flanges only. JJ For best results, they should be coated with Crane p High Temperature Thread Lubricant when in-: * stalled. Other materials: Large Tongue and Groove Gas kets made of other commercial gasket materials can ; be made to order; prices on application. Sheet Packings.... .page 565 CRANE Ring Gaskets for Unions 571 Gaskets for Screwed Unions and Union Fittings List Prices and Dimensions Size of union or union fitting Inches| % I Vi % 1 V2 ' 3A ; 1 ! u/41 1%: 1 |2%i 3 13% 1 4 Standard Malleable Iron Unions and Union Fittings and *CircuIating Boiler Fittings Rubber Per 100| .70) .90 Cranite Per 100)1.00)1.25 I. D. O. D. Inches|i%2!17/32 Inches[25/32|2%2 1.10 11.30 |X.60| 2.00, 2.40 | 3.00 |4.00|5.25|6.75| 8.50)11.00 1.55 i 1.85 |2.25]2.80 3.35 | 4.20 )5.60|7.35)9.50)12.00)15.50 2%2 1 l3/is 1 1 1 U/4 U%2l27/32l2S/l6l23/4|33/8 | 3% | 4V,fi U/l6 1 U/4 |U/2 1127/32 2% 275/32l3l/32| 3% |47/j2j 47/8 1 51/2 Gaskets for Flange Unions List Prices and Dimensions Size of union Inchesl Vi % y2 3/4 1 1 U/4 U/2 2 21/2 3 31/2 4 5 6 8 10 12 Standard Brass Flange Unions CO Rubber Each I. D:- Inches 0. D. Indies! i .05 .05 .06 .07 .07 .08 .09 .11 .13 .15 .20 .30 .42 i 1S/l6 IU/16 |13/s Uyi6|li5/J6 2% 12% 31/2 4 41/2 15yiB |6% 8%) i U/ie |Ui/16|lis/16 2% |2% 37/,e|3% 45/r 51/4 |53/4 7 18% I101/2I 1 2 >0-Pound CO Rubier Each Brass Cradle Each Flange I. D. Inches Unions 0.1). Inches .05 .06 |U/16 11% .06 .07 U/16 2% .07 .07 .08 .09 .08 .08 .10 .13 UM U5/16 2% 12% 25/g 2% 31/2 13% .11 .13 .16 .18 31/2 4 4% 5% .15 .21 4y2 55/4 .20 .27 59/ie 7 .30 42| .42 60| 65/r | 8%) 8J/4 10y2 Standard Cast Iron Flange Unions CC Rubber Each 1.1). Inches 0. D. Inches [ .05 .05 .06 "/is U/l6 |ls/l6 11% 1% 12% .07 .07 .08 .09 Ui/i6 U5/,6 2% )2% 25/g 27/g 3% 13% .11 .13 3% 4 45/r 5y4 .15 4y2 53/4 .20 59/16 7 .30 .42 .55 .80 65/s 1 85/r 10% 123/4 sy4 10% 1213/16 15V,6 250-Pound CC Rubber Eachj Cast Iron Cranite Each or No. 95E I. D. Inches Mall. Iron 0. D. Inches 1 1 1 .05 1-06 |U/16 lU/s .05 .06 .06 .07 U/le |15/16 U/s 2% .07 .07 .08 .09 .08 .08 10| .13 Ui/16|U5/16 2% 2% 25/g 2% 31/2 3% .11 .13 .16 .18 3% 4 45/r SVi .15 .20 .30 .21 1 .27 .42 41/2 59/ie 16% 53/4 7 8 Vi .42 .60 8% 10%l i 5-Bolt Rubber Each (Cloth inserted rubber gasket) .07 1 ! 1! Cast Iron 1.D, Inches 1 1 21/4 1 1 11 Union 0.1). Inchesl 3% 1 1 Standard CC Rubber Each Cranile Each! .05 .06 .07 .07 .08 .09 .11 .13 .15 .20 .30 42| .55 .80 .06 .07 .08 .08 .10 .13 .16 .18 .21 .27 .42 .60| .75 1.10 Flange I. D. Inches- U/16 1% Ui/16 U5/j6 2% 2% 3% 4 41/2 59/ie 6% 85/R|103/4 125/4 Unions 0. D. Indies] Ui/is U5/le 2% 2% 31/2 3% 45/r 5y4 53/4 7 8I/4 10%11213/je 151/16 Tongue & Groove Unions Cranile Lead 1. D. O.D. Dozen 25| .30 .30 Dozen 45| .50 .50 Inches 19/32l 2%2 7/s Inches 31/i2|l3/32 1%2 .40 .40 .50 .50 .55 .60 .70 .85 1.00 |1.20 1.50 2.40 3.00 3.75 .70 .90 1.25 1.25 1.50 1.70 11.85 2.15 2.40 |2.70 3.50 4.80 5.60 | 6.50 1% 1% Ul/i6 U5/16 27/is 215/16|39/16 4Vie 49/16 |55/8 6H/16 93/a IU/4 13% U5/32 l25/32 2%2 215/32 33/32 32V32|4%2 42%2|5i 5/32]627/32|727/32 105/r 123/4 15 *Gaskets for Circulating Boiler Fittings: Cir services such as saturated steam, hot and cold water, culating Boiler Fittings use the following size gaskets: air, and gas. No. 585 Elbows -- and )4x^xi"................M" gasket %X34XM> MXJ4XI. and %x%xi".gasket No. 586 Elbows and No. 589 Couplings --all sizes.........................................%" gasket Thickness of gaskets: All gaskets listed on this Page are J4-inch thick. "CC" Rubber gaskets: "CC" Rubber is a superior grade of rubber packing, unusually tough and durable. It is made to a special formula and is given frequent and careful tests to assure the finest quality. CC Rubber is recommended for all pressures on "Cranite" gaskets: "Cranite", the highest grade of sheet packing obtainable, is an exceptionally strong and durable asbestos composition that does not deteriorate with age. Only especially selected long fibre is used in its manufacture. It is recom mended for service on saturated and superheated steam, oil, gas, air, gasoline, ammonia, and similar fluids. Cranite packing has been inspected and is listed by the Underwriters' Laboratories (National Board of Fire Underwriters), Chicago, for use on hazardous liquids. 41 , *^."rhr,u 572 CRANE Galvanized Flanged Fittings and Flanges 125-Pound and 250-Pound Cast Iron Flanged Fit tings or Flanges, 125-Pound Malleable Iron Flanges, and 150-Pound and 300-Pound Cast Steel Flanged Fittings or Forged Steel Flanges will be galvanized to order at the extra list prices shown below. Prices for galvanizing cast steel flanged fittings and forged steel flanges in the 400 to 1500-Pound pres sure classes will be furnished on application. Cast iron flanged fittings and flanges are described on pages 273 to 2<55; malleable iron flanges, on page 292; cast steel flanged fittings, on pages 343 to 34Q; and forged steel flanges, on pages 361 to 367. PH Extra List Prices for Galvanizing Size 125-Pound Cast Iron Fittings and Flanges Malleable Iron Flanges 250-Pound . Cast Iron Fittings and Flanges { i No. 525 No. 526 No. .527 No. 528 No. 545 No. 538 Elbows No. 540 No. 546 No. 547 No. 549 No. 548 No. 550 Reducers No. 551 Elbows No. 529 No. 531 No. 533 No. 534 No. 535 No. 536 Tees No. 530 No. 532 Tees No. 537 No. 539 Crosses No. 541 No. 543 Laterals No. 553 No. 559 Screwed Flanges No. 555 Blind Flanges No. 557 Reducing Screwed Flanges No. 101E No. 122 E No. 135 E No. 151 E No. 103 E No. 125 E No. 137 E Screwed No. 121 E No. 1251/2 E Tees Flanges Elbows No. 127 E No. 131 E No. 123 E No. 133 E No. 1231/2 E No. 139 E Reducers No. 141 E Elbows No. 113 E No. 115 E Crosses No. 117 E No. 119 E No. 105 E Laterals No. 107 E No. 109 E No. Ill E No. 112E No. II21/2 E Tees No. 153 E Blind Flanges No. 155 E Reducing Screwed Flanges ' ; i 1* % l X 150-Pound Cast Steel Fittings and Forged Steel Flanges 300-Pound Cast Steel Fittings and Forged Steel Flanges l * No. 525 D No. 550 D No. 537 D No. 527 D No. 551 D No. 539 D No. 545 D Elbows Crosses Elbows No. 531D No. 541 D No. 547 D No. 534 D No. 543 D No. 548 D Tees Laterals Reducers Inches 1 1% 1% 2 2% 3 31/2 4 5 6 8 10 12 14 16 Extra Each 2.40 2.40 2.40 2.40 2.50 2.75 3.25 3.65 4.85 6.00 9.00 14.50 21.00 30.00 40.00 Extra Each 3.60 3.60 3.60 3.60 3.75 4.15 4.90 5.50 7.25 9.00 13.50 22.00 31.00 45.00 60.00 Extra Each 4.80 4.80 4.80 4.80 5.00 5.50 6.50 7.25 9.75 12.00 18.00 29.00 42.00 60.00 80.00 No. 556 Screwed Flanges No. 554 Slip-On Welding Flanges No. 556y2 No. 401D No. 4251/2 D No. 413 D No. 291 E Blind No. 403 D No. 427 D No. 415 D Screwed Flanges No. 421 D Elbows Crosses Flanges Elbows No. 5541/2 No. 407 D No. 417 D No. 294 E Reducing No. 423 D No. 412 D No. 419 D Slip-On Slip-On No. 4231/2 D Tees Laterals Welding Welding Reducers Flanges Flanges No. 297 E Blind Flanges No. 290 E Reducing Slip-On Welding Flanges ; > y / /. / f No. 5581/2 Reducing Screwed Flanges No. 292 E H Reducing Screwed . / Flanges No. 568 Welding Neck Flanges No. 296 E Welding Neck Flanges ^ ,< Extra Each .60 .60 .60 .70 .75 .85 1.00 1.20 1.35 1.65 2.50 3.75 5.00 7.00 10.50 O.D. Extra In. Each 41/4 .90 4% .90 5 .90 6 1.00 7 1.10 7% 1.25 sy2 1.50 9 1.80 10 2.00 11 2.50 ,'131/2 3.75 16 5.75 19 7.50 ! 21 10.50 I231/2 16.00 Extra Each 3.00 3.00 3.00 3.00 3.10 3.50 4.10 4.50 6.00 7.50 11.25 18.00 26.00 37.50 50.00 Extra Each 4.50 4.50 4.50 4.50 4.65 5.25 6.15 6.75 9.00 11.25 16.75 27.00 39.00 56.00 75.00 Extra Each Extra Each 6.00 6.00 6.00 .85 .85 .85 6.00 6.25 7.00 8.25 1.00 1.05 1.15 1.40 9.00 12.00 15.00 22.50 1.65 1.90 2.30 3.50 36.00 5.25 52.00 7.00 75.00 10.00 | 100.00 I 15.00 O.D. Extra In. Each : - 47/s 1.25 5% 1.25 . ey8 1.25. * eyz 1.50 7y2 1.60 sy4 1,75 9 2.10 10 2.50 j 11 2.85 i 12% 3.50 % 15 5.25 | 17% 8.00 | 20% io.5tf jr 23 is-oo&l 251/2 22.50Mm I J CRANE 573 Pipe, Pipe Data, and Thread Information Pipe, Casing, and Boiler Tubes General Notes, Pipe Trade Practice.................................page 574 Double Random Lengths Carried In Stock.................... page 574 Standard Pipe........................................................................ page575 Extra Strong Pipe...................................................................page576 Double Extra Strong Pipe........................................ page 577 Hydraulic Pipe....................................................................... page577 Reamed and Drifted Pipe........................................ .page 578 Large O.D. Pipe..................................................................... page579 A.P.I. Line Pipe..................................................................... page580 Brass and Copper Pipe........................................................... page583 Boiler Tubes........................................................................... page583 Merchant Casing....................................................................page581 Inserted Joint Casing..............................................................page582 Bundling Schedule for Pipe.....................................................page378 American Standard for Pipe................................ pages 584 to 587 Pipe Data....................................................................................... pagey88 Internal Fluid Pressures for Pipe.................................................... page589 Thread Information American Standard Pipe Threads........................................... page590 British Standard Pipe Threads............................................... page591 Normal Thread Engagement Between Pipe Threads....... page 591 Discussion of Threaded Pipe Joints........................................ page592 Threading Material for Oil Country Use................................ page593 Thread Data for Casing, Tubing, Etc...............pages 594 and 595 Fittings with Casing Threads................................................. page596 Pages 574 to 596 constitute the section devoted to Pipe, Pipe Data, and Thread Information. In addition, this catalog contains useful engi neering data.on pipe and lists of sizes and weights of copper tubing; see the pages referred to below: Calculating Working Pressure, Stress, or Wall Thickness of Pipe.........pages 635 to 637 Thermal Expansion and Modulus of Elasticity of Pipe.....................................page 641 Deflection of Horizontal Pipe Lines................................................................. page 643 Calculation of Pipe Bends................................................................. pages 638 and 639 Length of Pipe in Bends.................................................................................. page 640 Expansion of Pipe Lines...................................................................................page 426 Expansion of Copper Tubing........................................................................... page 510 Types K, L, M, and 0 Copper Tubing for Solder-Joints...................................page 512 Type B Copper Tubing for Crane-Seal Silbraz Joints...................................... page 498 Threads for Railing Fittings... .page 266 Fabricated Piping... .pages 597 to 619 42 C 574________________________________ CRANE ________________ Wrought Steel and Genuine Wrought Iron Tubular Products Butt-Welded, Lap-Welded, and Seamless Pipe Casing, Boiler Tubes, and Tubing >'*'`"'''11 General Notes Pipe Trade Practice All weights are figured on the basis of one cubic inch of steel weighing .2833 pound. All material will be cut to length when so ordered, with extreme variation not exceeding one-eighth of an inch over or under, unless otherwise arranged. All threads, unless otherwise indicated, are in ac cordance with American (Briggs') Standard. The outside diameter of all classes of pipe, casing, tubing, tubes, etc., heavier than standards listed, is the same outside diameter as standards listed, the extra thickness always being on the inside and there fore reducing the inside diameter of the pipe. Tubular material is known either by its nominal inside diameter or its outside diameter, and the tables of weights and dimensions should be consulted for the proper designation for each class of goods. When listed by nominal inside diameter, it is desig nated "Size", and when listed by outside diameter, "Size O.D." When ordering pipe 12-inch and smaller designate weight desired, and when ordering tubes designate thickness desired. Above 12-inch inside diameter, pipe and tubing are usually known and spoken of by their outside diam eters;-and when ordering, thickness desired must be specified. All Boiler Tubes are known by their outside diameters. All dimensions of tubular goods are subject to change without notice. On orders calling for commercial sizes of pipe which are finished with threads and couplings, in sizes 3^-inch to 12-inch, inclusive, and. where orders specify quantity in lineal feet, it is understood that random lengths fitted with threads both ends and coupling one end will be shipped; and the measure ment is charged from end to end, that is overall including coupling. If cut lengths of any sizes are ordered, instructions must appear on the face of the order whether plain ends, threads only, or threads and couplings are required. The pipe is then cut to the length spec ified for plain end and threads only, but if cut, lengths with threads and couplings are specified the practice is the same with the exception that the couplings are charged separately, whether they are shipped loose or screwed on the pipe. On sizes 14-inch O.D. and larger, information must appear on the order as to whether plain ends, threads only, or threads and couplings are required, inasmuch as these large sizes are customarily held in stock in plain ends, subject to order as to the necessary requirements in regard to threads only or threads and couplings. All data given on the following pages, numbers 575 to 582 inclusive, apply to Wrought Steel Tubular Products. Pipe Carried in Stock A distinguishing feature of Crane policy has always been to maintain widely distributed and adequate stocks of all staple lines for the convenience of customers. These include not only valves, fittings, flanges, and accessories but also large stocks of the various kinds of pipe. stocks of regular pipe, double random lengths are regularly carried in stock. Averaging 38 feet to 43 feet in length, depending on the size, they are stocked as follows: ,, ,, ,, _. Standard and Extra Strong Pipe Stocks of pipe are carried by each Crane Branch in sufficient sizes, kinds, and quantities to meet all normal local requirements. Prompt ship- ments can be made of random lengths or of cut pipe, plain end or threaded. At the Crane Chicago Works, in addition to large Butt-Welded......... 1M t0 3-inch, inclusive Lap-Welded..........3/2 to 12-mch, inclusive Seamless............... 2 to 12-inch, inclusive information on other sizes, on longer lengths, anc| Qn icjncis Qf pipe will be furnished on application. V CRANE Standard Pipe Black and Galvanized 575 All Dimensions and Weights Are Nominal Size List Prices Inches Per Foot Diameters Thickness External Internal Inches Inches Inches Weight per Foot Plain Ends Pounds Threads and Couplings Pounds Vs % % % 3A l m lVz 2 2% 3 3% 4, *4y2 5 6 *7 f8 05% .06 .06' .081/z 11% .17 .23 27% .37 .58% .76% .92 1.09 1.27 1.48 1.92 2.38 2.50 2.88 .405 .540 .675 .840 .1.050 1.315 1.660 1.900 2.375 2.875 3.500 4.000 4.500 5.000 5.563 6.625 7.625 8.625 .269 .364 .493 .622 .824 1.049 1.380 1.610 2.067 2.469 3.068 3.548 4.026 4.506 5.047 6.065 7.023 8.071 7.981 .068 .24 .24 .088 .42 .42 .091 .56 .56 .109 .85 .85 .113 1.13 1.13 .133 1.67 1.68 .140 2.27 2.28 .145 2.71 2.73 .154 3.65 3.67 .203 5.79 5.81 .216 7.57 7.61 .226 9.10 9.20 .237 10.79 10.88 .247 12.53 12.64 .258 j 14.61 | 14.81 .280 18.97 19.18 .301 i 23.54 23.76 .277 ! 24.69 25.00 .322 28.55 28.80 *9 3.45 3.20 no 3.50 4.12 m 4.63 f!2 1 4.50 1 5.07 9.625 10.750 11.750 12.750 8.941 .342 ! 33.90 34.18 10.192 .279 31.20 32.00 10.136 .307 34.24 35.00 10.020 .365 40.48 41.13 11.000 | .375 1 45.55 | 46.24 12.090 .330 43.77 45.00 12.000 .375 i 49.56 50.70 *These sizes are listed as standard but are not commonly used. Number of Threads per Inch 27 18 18 14 14 11% 11% 11% 11% 8 8 8 8 8 8; 8i 8 8 8 i 8i ! 8i 8 Test Pressure Pounds per Square Inch ButtWeld LapWeld Seam less 700 1000 700 1000 700 1000 700 1000 700 1000 700 1000 700 2500 700 2300 700 1000 2000 800 1000 2100 800 1000 1900 1000 1700 1000 1600 1000 1500 1000 1500 1000 1500 1000 1200 800 1000 1000 1200 900 1100 600 800 800 900 900 1000 800 950 600 800 800 900 Unless otherwise ordered: Unless otherwise ordered. Standard Pipe is furnished with threads and couplings and in random lengths. On sizes 3-inch and smaller, butt-weld pipe will be furnished unless otherwise specified. Cut lengths: For cut lengths, an extra charge will be made above random lengths. Galvanized or coated pipe: For galvanized or coated pipe, an extra charge will be made above Black. Threads: The taper of threads is jkt-inch per foot, measured on the diameter for all sizes. Weights: The permissible variation in weight is 3 per cent above and 5 per cent below. The weight per foot of pipe with threads and cou plings is based on a length of 20 feet, including the coupling. f8, 10, and 12-inch sizes: On sizes made in more than one weight, weight desired must be specified. General notes,. ..page 574 Standard Bundling Schedule,. . .page 578 576 CRANE Extra Strong Pipe Black and Galvanized / All Dimensions and Weights Are Nominal Size List Diameters Thickness Weight Prices External Internal per Foot Plain Ends Inches Per Foot Inches Inches Inches Pounds ButtWeld Vs .12 .405 Va .071/2 .540 % 071/2 .675 Vi .11 .840 Va .15 1.050 1 .22 1.315 .215 .095 .302 .119 .423 .126 .546 .147 .742 .154 .957 .179 m .30 1V4 361/2 2- .501/2 1.660 1.900 2.375 1.278 1.500 1.939 .191 .200 .218 .77 2.875 2.323 .276 3 1.03 3.500 2.900 .300 3y2 1.25 4 1.50 4.000 4.500 3.364 3.826 .318 .337 * 4y2 5 1.80 2.08 5.000 5.563 4.290 4.813 .355 .375 6 2.86 6.625 5.761 .432 * 7 3.81 7.625 6.625 .500 8 4.34 * 9 4.90 8.625 9.625 7.625 8.625 .500 .500 10 5.48 10.750 9.750 .500 *11 6.10 11.750 10.750 .500 .12 6.55 12.750 11.750 .500 These sizes are listed as standard but are not commonly used. .31 .53 .73 1.08 1.47 2.17 2.99 3.63 5.02 7.66 10.25 12.50 14.98 17.61 20.77 28.57 38.04 43.38 48.72 54.73 60.07 65.41 700 700 700 700 700 700 1500 1500 1500 1500 1500 Test Pressure Pounds per Square Inch LapWeld 2500 2000 2000 2000 2000 1800 1800 1800 1500 1500 1500 ' 1200 1100 1100 Seam less 1000 1000 1000 1000 1000 1000 2500 2500 2500 2500 2500 2500 2200 2100 2000 2000 2000 1700 1600 1400 1300 1100 Unless otherwise ordered: Unless otherwise ordered, Extra Strong Pipe is furnished with plain ends and in random lengths. On sizes 3-inch and smaller, butt-weld pipe will be furnished unless otherwise specified. Random lengths: Random lengths of Extra Strong Pipe are considered to be 12 feet to 22 feet, we to have the privilege, however, of supplying not exceeding 5 per cent of total order in lengths b feet to 12 feet. Cut lengths: For cut lengths, an extra charge will be made above random lengths. Threads, couplings: For pipe fitted with threads only or with threads and couplings, an extra charge will be made above plain ends. Galvanized or coated pipe: For galvanized or coated pipe, an extra charge will be made above Black. Weights: The permissible variation in weight is j per cent above and 5 per cent below. General notes.. . page 574 Standard Bundling Schedule . . .page 578 i _______________ CRANE___________ __ Double Extra Strong Pipe Black and Galvanized 577 All Dimensions and Weights Are Nominal Size List Diameters Thickness Weight Prices External Internal per Foot Plain Ends Test Pressure Pounds per Square Inch Inches Per Foot Inches Inches Inches Pounds Butt-Weld Lap-Weld Seamless Vi .32 .840 .252 .294 3/4 .35 1.050 .434 .308 I .37 1.315 .599 .358 U/4 .521/2 1.660 .896 .382 Wz .65 1.900 1.100 .400 2 .91 2.375 1.503 .436 2Vz 1.37 3 1.86 2.875 3.500 1.771 2.300 .552 .600 3V2 2.30 4 2.76 4.000 4.500 2.728 3.152 .636 .674 *41/2 3.26 . 5.000 3.580 .710 5 . 3.86 5.563 4.063 .750 6 5.32 6.625 4.897 .864 *7 . 6.35 7.625 5.875 .875 8 7.25 8.625 6.875 .875 'These sizes are listed as standard but are not commonly used. 1.71 , 2.44 3.65 5.21 6.40 9.02 13.69 18.58 22.85 27-.45 32.53 38.55 53.16 63.07 72.42 , 700 700 700 2200 2200 2200 2200 3000 3000 3000 2500 2500 2000 2000 2000 2000 2000 1000 1000 1000 2500 3000 3000 3000 3000 2500 ' 2500 2500 2500 2500 2500 2500 Unless otherwise ordered: Unless otherwise ordered, Double Extra Strong Pipe is furnished with plain ends and in random lengths. .On sizes 2j4-inch and smaller, butt-weld pipe will be furnished unless otherwise specified. Random lengths: Random lengths of Double Extra Strong Pipe are considered to be 12 feet to 22 feet, we to have the privilege, however, of supply ing not exceeding 5 per cent of total order in lengths 6 feet to 12 feet. General notes. . . page 574 Cut lengths: For cut lengths, an extra charge will be made above random lengths. Threads, couplings: For pipe fitted with threads only or with threads and couplings, an extra charge will be made above plain ends. Galvanized or coated pipe: For galvanized or coated pipe, an extra charge will be made above Black. Weights: The permissible variation in weight is io per cent above and 10 per cent below. Standard Bundling Schedule.. . .page 578 Hydraulic Pipe Size Inches 9 10 11 12 . All Dimensions and Weights Are Nominal List Prices Per Foot Diameters Ex In ternal ternal Inches Inches Thickness Weight Test Fraction Decimal per Foot Pressure Plain Ends Pounds per Inches Inches Pounds Square Inch 6.01 7.11 8.18 9.22 6.76 8.01 9.23 10.42 7.43 8.82 10.17 11.49 8.10 9.62 11.10 12.55 9.625 10.750 11.750 12.750 8.375 8.125 7.875 7.625 9.500 9.250 9.000 8.750 10.500 10.250 10.000 9.750 11.500 , 11.250 : 11.000 1 10.750 1 % % 7/s 1 5/s 3/4 % 1 5/s 3/4 % 1 % 3/4 Vs 1 .625 .750 .875 1.000 .625 .750 .875 1.000 .625 .750 .875 1.000 .625 .750 .875 1.000 60.08 1600 71.09 1700 81.77 ' ' 1800 92.12 , >. 1800 67.59 1400 80.10" 1500 92.28 1600 104.13 1800 74.26 1300 88.11 1400 101.63 1500 114.81 1600 80.94 1200 96.12 1300 ,110.97 1400 125.49 1500 Unless otherwise ordered: Unless otherwise ordered, Hy draulic Pipe is furnished with plain ends and in random lengths. Cut lengths: For cut lengths, an extra charge will be made above random lengths. Weights: The permissible variation in weight is io per cent above and io per cent below. Orders should specify internal diameter or weight desired. General notes,. page 574 42 578 CRANE Reamed and Drifted Pipe All Dimensions and Weights Are Nominal Size List Diameters Thickness Weight per Foot Number Prices External Internal Plain Ends Threads and of Threads per Inch Couplings Inches Per Foot Inches Inches Inches 1 .17 Wi .23 1% 27V2 .37 T2 .40 21/2 .58% 3 76% 3V2 .92 4 1.09 *4y2 1.27 s 1.48 6 1.92 1.315 1.660 1.900 2.375 2.875 3.500 4.000 4.500 5.000 5.563 6.625 1.049 1.380 1.610 2.067 2.041 2.469 3.068 3.548 4.026 4.506 5.047 6.065 .133 .140 .145 .154 .167 .203 .216 .226 .237 .247 .258 .280 *This size is listed as standard but is not commonly used. Pounds 1.67 2.27 2.71 3.65 3.93 5.79 7.57 9.10 10.79 12.53 14.61 18.97 Pounds 1.70 2.30 2.75 3.75 4.00 5.90 7.70 9.25 11.00 12.80 15.00 19.45 11% n% n% n% 8 8 8 8 8 8. 8 Test Pressure Pounds per Square Inch ButtWeld 700 1000 1000 1000 1000 1000. LapWeld 1800 2200 1500 1500 1000 1000 OOO r1--1 000--t OOO Unless otherwise ordered: Unless otherwise ordered, Reamed and Drifted Pipe is furnished with threads and couplings and in .random lengths, 20 feet and shorter. Threads: The taper of threads is %-inch per foot, Pleasured on the diameter for all sizes. Weights: The permissible variation in weight is 5 per cent above and j per cent below. The weight per foot of pipe with threads and cou plings is based on a 'length of 20 feet, including the coupling, but shipping lengths of small sizes will usually average less than 20 feet. f2-inch size: On sizes made in more than one weight, weight desired must be specified. General notes... .page 5/4 Standard Bundling Schedule Number of Pieces, Average Feet, and Average Weight of Pipe, per Bundle Size Inches % % % % % 1 1% 1% Standard Pipe Extra Strong Pipe Number of Pieces per Bundle Average, per Bundle Weight Number of Feet Pounds Number of Pieces per Bundle Average, per Bundle Weight Number of Feet Pounds 30 500 123 |j 30 500 157 24 420 179 1 24 400 214 18 340 193 18 330 244 12 240 204 12 230 250 7 140 159 7 140 206 5 100 168 1 5 100 217 3 60 137 1 3 60 180 3 60 164 1 3 | 60 | 218 1 Double Extra Strong Pipe * Number i of Pieces per Bundle Average, per Bundle Weight Number of Feet Pounds 11! sc i 17 !5 i3 ,3 i3 130 223 95 232 60 220 60 313 60 384 _ Order sizes Ts to i J4-inch by Bundle. Order sizes 2-inch and larger by lengths, using 20 feet as average length.  ..............v. CRANE Large O.D. Pipe Plain Ends 579 - Size O.D. Inches 14 15 16 Thick List ness Prices Per Inches Foot y4 S/l6 .% 7/l6 % 9/l6 S/g "As 3A Vs Vi Vie % VlG Vi 9/l6 % "As % 7/s y4 S/l6 % 7/l6 % 9/lS % "As 3/4 . Vs 3.67 4.56 5.45 6.33 7.20 8.07 8.92 9.77 10.61 12.26 3.93 4.90 5.85 6.80 7.74 8.67 9.59 10.50 11.41 1 13.20 | 4.20 | 5.23 i 6.25 | 7.27 | 8.27 | 9.27 | 10.26 | 11.24 12.21 | 14.13 All Dimensions and Weights Are Nominal Weight per Foot Test Pressure Pounds per Square Inch Size Thick List Weight O.D. ness Prices per Foot Test Pressure Pounds per Square Inch Seamless Pounds Welded Low Carbon Me dium Carbon Inches Inches Per Foot Seamless Pounds Welded Low ) Carbon' Me dium Carbon 36.71 550 5/l6 5.90 59.03 500 500 600 45.68 650 650 750 % 7.05 70.58 650 650 700 54.56 800 800 900 7/l6 8.20 82.06 750 750 850 63.37 950 950 1100 % 9.34 93.45 850 850 950 72.09 1100 1100 1200 18 9/l6 10.47 104.75 950 950 1100 80.72 1200 1200 1400 % 11.59 115.97 1000 1000 1200 89.27 1300 1300 1500 "As 12.71 127.11 1100 1100 1300 97.74 1500 1500 1700 % 13.81 138.17 1300 1300 1400 106.13 1600 1600 1800 Vs 16.00 160.03 1500 122.65 1900 S/l6 6.57 65.70 450 450 550 39.38 500 % 7=85 78.59 550 550 650 49.02 650 7/l6 9.14 91.40 650 650 750 58.57 750 */2 10.41 104.13 750 750 850 68.04 900 I 20 9/l6 11.67 116.77 850 850 950 77.43 1000 | % 12.93 129.33 950 950 1100 86.73 1100 | i "/is 14.18 141.80 1000 1000 1200 95.95 1300 1 | % 15.41 154.19 1100 1100 1300 105.09 1400 ! < 7/s 17.87 178.72 1300 114.14 1500 \ 5/lS 7.23 72.38 450 450 500 132.00 1800 .% 8.66 86.60 500 500 600 42.05 450 j 7/l6 10.07 100.75 600 600 700 52.35 62.57 600 700 600 ! 650 700 ! 800 22 % 11.48 114.81 700 700 750 Vie 12.87 128.78 750 750 850 72.71 800 800 1 950 % 14.26 142.68 850 850 950 82.77 950 950 1100 "/is 15.64 156.48 950 950 1100 92.74 1100 1100 | 1200 % 17.02 170.21 1000 1000 | 1200 102.62 1200 1200 | 1300 % 9.46 94.61 450 450 550 112.43 1300 1300 | 1500 7/is 11.00 110.09 550 550 600 122.15 1400 1400 1 1600 Vi 12.54 125.49 650 650 700 141.34 1600 1* 1 24 9/is 14.08 140.80 700 700 800 5/s 15.60 156.03 800 800 900 "/is 17.11 171.17 850 850 950 y4 18.62 186.23 950 | 950 | 1100 Unless otherwise ordered: Unless otherwise ordered. Large O.D. Pipe is furnished with plain ends and in random lengths. Cut lengths: For cut lengths, an extra charge will be made above random lengths. Threads, couplings: For pipe fitted with threads only or with threads and couplings, an extra charge will be made above plain ends. Weights: The permissible variation in weight is io per cent above and io per cent below. Other sizes: Prices, dimensions, weights, and test pressures on 17 and zi-inch O.D. sizes and on sizes 26-inch O.D. and larger, are furnished on application. eJ General notes.. ..page 574 .. 580 CRANE A. P. I Line Pipe All Dimensions and Weights Are Nominal Size List Diameters Thickness Weight per Foot Number Prices External Internal Plain of Threads Threads Ends and ,per Couplings Inch Inches Per Foot Inches " Inches Inches Vs .06 .405 .269 .068 Vt .O61/2 .540 .364 .088 % .06i/2 .675 .493 .091 % .09 % .12 .840 1.050 .622 .109 .824 .113 i 171/2 1.315 1.049 .133 i% .231/2 1.660 1.380 .140 i% .28 1.900 1.610 .145 2 .371/2 2.375 2.067 .154 2% .59 3 .77 2.875 3.500 2.469 3.068 .203 .216 3% .93 4.000 3.548 .226 4 1.10 4.500 4.026 .237 5 1.50 1 5.563 5.047 .258 6 1.94 6.625 6.065 .280 2.54 t8 2.92 8.625 8.071 7.981 .277 .322 3.25 10.192 .279 no 3.55 10.750 10.136 .307 4.17 10.020 .365 t!2 4.55 5.12 12.750 12.090 12.000 .330 .375 14 ODI 5.68 14.000 13.250 .375 15 OD 6.18 15.000 14.250 .375 16 OD! 6.60 16.000 15.250 .375 17 OD! 7.30 17.000 16.214 .393 18 OD 8.10 18.000 17.182 .409 20 OD i 9.00 20.000 19.182 .409 *Lap-Weld not furnished in sizes below 2 inches. Pounds .24 .42 .56 .85 1.13 1.67 2.27 2.71 3.65 5.79 7.57 9.10 10.79 14.61 18.97 24.69 28.55 31.20 34.24 40.48 43.77 49.56 54.56 58.57 62.57 69.70 76.84 85.57 Pounds .25 .43 .57 .86 1.14 1.70 2.30 2.75 3.75 5.90 7.70 9.25 11.00 15.00 19.45 .25.55 29.35 32.75 35.75 41.85 45.45 51.15 57.00 61.15 65.30 73.20 81.20 90.00 27' 18 18 14 14 11% 11% 11% 11% 8 8 8 8 8 8 8 i 8 8 8 8 8 8 8 8 Test Pressure Pounds per Square Inch. ButtWeld 700 700 700 700 700 700 1200 1200 1200 1200 1200 *LapWeld and Grade "A" Seam less 1000 1000 1000 1000 1000 1000 2500 2300 2000 2100 1900 1700 1600 1400 1300 950 1100 800 850 1000 800 900 800 750 700 700 700 600 Grade "B" Seam less 1000 1000 1000 1000 1000 1000 2500 2500 2200 2400 2100 1900 1800 1600 1400 1100 1300 900 950 1200 900 1000 900 850 800 800 750 700 ' Unless otherwise ordered: Unless otherwise ordered, A. P. I. Line Pipe is furnished with threads and couplings and in random lengths. Cut lengths: For cut lengths, an extra charge will be made above random lengths. Galvanized or coated pipe: For galvanized or coated pipe, an extra charge will be made above Black. Threads: The taper of threads is :i4-inch per foot, measured on the diameter for all sizes. Weights: The permissible variation in weight for any length of pipe is io per cent above and 3 H per cent below, but the carload weight shall not be more than 1 :i4 per cent under the nominal weight. The weight per foot of pipe with threads and cou-. plings is based on a length of 20 feet, including the; coupling. - f8, 10, and 12-inch sizes: On sizes made in moref than one weight, weight desired must be specified.! General notes.. . .page 574 ____________________ CRANE _________________________ 581 Merchant Casing For Water. Wells and Irrigation Purposes All Dimensions and Weights Are Nominal Size List Diameters Thickness Weight per Foot Number Test Prices External Internal Plain Ends Threads and Couplings of Pressure Threads Pounds per per Inch Square Inch Inches Per Foot Inches Inches Inches Pounds Pounds Lap-Weld and Seamless Grade "A" .2 .33 | 2.250 2.050 .100 2.29 2.34 14. 500 2V4 *2% 23/4 3 31/4 *3% 33/4 4 41/4 4y2 43/4 .33 | 2.500 .33 2.750 .40 3.000` .41 3.250 .'46 3.500 .51 3.750 .561/2 4.000 .62 4.250 .681/2 4.500 .74 4.750 .81 5.000 2.284 2.524 2.768 3.010 3.250 3.492 3.732 3.974 4.216 4.460 4.696 .108 .113 .116 .120 .125 .129 .134 .138 .142 .145 .152 2.75 3.18 3.57 4.01 4.50 4.98 5.53 6.06 6.60 7.13 7.87 ' 2.82 3.25 3.65 4.10 4.60 5.10 5.65 6.20 6.75 7.25 8.00 14 14 14 14 14 14 14 14 14 14 14 500 500 500 500 500 500 500 500 500 500 500 5 .85 5.250 4.944 .153 8.32 8.50 14 53/16 .90 5.500 5.192 .154 8.79 9.00 14 5% 1.05 6.000 5.672 .164 10.22 10.50 14 6% 1.20 6.625 6.287 .169 11.65 12.00 14 6% 1.35 7.000 6.652 .174 12.68 13.00 14 *71/4 1.48 7.625 7.263 .181 14.39 14.75 14 7% 1.60 8.000 7.628 .186 15.52 16.00 11% 8V4 1.75 8.625 8.249 .188 16.94 17.50 11% 8% 1.90 9.000 8.608 .196 18.42 19.00 iiy2 9% 2.28 10.000 9.582 .209 21.85 22.75 11V2 *10% 2.68 11.000 10.552 ' .224 25.78 26.75 11% 11% 12Vi 13% 3.15 3.65 4.20 12.000 11.514 .243 30.51 31.50 11% 13.000 12.482 .259 35.24 36.50 11V2 14.000 13.448 .276 40.45 42.00 11% 141/2 4.75 15.000 14.418 .291 45.71 47.50 11% 151/z 5.25 16.000 15.396 .302 50.63 52.50 n% These sizes are listed as standard but are not commonly used; earlier delivery can generally be made of other sizes. 500 500 500 500 500 500 500 500 500 500 500 500 500 500 500 500 Unless otherwise ordered: Unless otherwise ordered. Merchant Casing is furnished with threads and couplings and in random lengths. Cut lengths: For cut lengths, an extra charge will be made above random lengths. Galvanized or coated casing: For galvanized or coated casing, an extra charge will be made above Black. Threads: The taper of threads is jHrinch per foot. measured on the diameter for all sizes. The thickness of walls makes it impracticable to cut threads of coarser pitch than shown on the table. Weights: The permissible variation in weight is 5 per cent above and 5 per cent below. The weight per foot of casing with threads and couplings is based on a length of 20 feet, including the coupling. 42 General notes.. . .page S74 k. 582 CRANE Inserted Joint Casing "i All Dimensions and Weights Are Nominal Size Inches List Prices Per Foot Diameters Thick- External Internal ness Inches Inches Inches Weight per Foot Plain Ends Pounds Number of Threads per Inch Joint Length Diameter of of Joint Joint Inches Inches. Test Pressure Pounds per Square Inch Lap-Weld and Seamless Grade "A" 2 .33 2.250 2.050 .100 2.29 14 .968 2.340 214 .33 2.500 2.284 .108 2.75 14 .993 2.606 *2% .33 2.750 2.524 .113 3.18 14 1.018 2.866 23/4 .40 3.000 2.768 .116 3.57 14 1.043 3.122 3 .41 3.250 3.010 .120 4.01 14 1.068 3.380 3y4 .46 3.500 3.250 .125 4.50 14 1.093 3.640 *31/2 .51 3.750 3.492 .129 4.98 14 1.118 3.898 33/4 .561/2 4.000 3.732 . .134 5.53 14 1.143 ' 4.158 4 .62 4.250 3.974 .138 6.06 14 1.168 4.416 41/4 .681/2 4.500 4.216 .142 6.60 14 1.193 4.674 4y2 .74 4.750 4.460 .145 7.13 14 1.218 4.930 43/4 .81 5.000 4.696 .152 7.87 14 1.243 5.194 5 .85 5.250 4.944 .153 8.32 14 1.268 5.446 5Vi6 .90 5.500 5.192 .154 8.79 14 1.293 5.698 5% 1.05 6.000 5.672 .164 10.22 14 1.343 6.218 5% 1.20 6.000 5.620 .190 11.78 11% 1.374 6.246 1.20 6.625 6.287 .169 11.65 14 1.405 6.853 65/8 1.35 7.000 6.652 .174 12.68 14 1.443 7.238 *7y4 1.48 7.625 7.263 .181 14.39 14 1.505 7.877 . 75/s sy4 1.60 1.75 8.000 8,625 7.628 8.249 .186 .188 15.52 16.94 11% 11% 1.574 1.636 8.238 8.867 8% 1.90 9.000 8.608 .196 18.42 11% 1.674 9.258 95/8 2.28 10.000 9.582 .209 21.85 11% 1.774 10.284 *105/g 2.68 11.000 10.552 .224 25.78 11% 1.874 11.314 115/g 3.15 12.000 11.514 .243 30.51 11% 1.974 12.352 12% 3.65 13.000 12.482 .259 35.24 11% 2.074 13.384 131/2 4.20 14.000 13.448 .276 40.45 11% 2.174 14.418 141/2 4.75 15.000 14.418 .291 45.71 11% 2.274 15.448 151/2 5.25 16.000 15.396 .302 50.63 11% 2.374 16.470 *These sizes are listed as standard but are not commonly used; earlier delivery can generally be made of other sizes. 1300 1300 1200 1200 1100 1100 1000 1000 950 950 900 900 850 850 800 950 750 750 700 700 650 650 650 600 600 600 600 600 550 *,1 Unless otherwise ordered: Unless otherwise ordered. Inserted Joint Casing is furnished in ran dom lengths. Cut lengths: For cut lengths, an extra charge will be made above random lengths. Threads: The taper of threads is 3 8-inch per foot, measured on the diameter for all sizes. The thickness of walls makes it impracticable to cut j threads of coarser pitch than shown on the table. - .( Galvanized or coated casing: For galvanized or s i coated casing, an extra charge will be made above f Black. :| fj Weights: The permissible variation in weight isf I io per cent above and 5 per cent below. i I General notes.. . .page 574 \ CRANE Boiler Tubes 583 Boiler Tube Sizes Dimensions and Weights -- Prices on Application iBize Thickness *Wt. Size Thickness *Wt. Size Thickness *Wt. Size Thickness *Wt. f).D. Minimum O.D. Minimum O.D. Minimum O.D. Minimum 1 >( B.W.G. inches Dec Pounds imal per of Foot Inch IDec- Pounds B.W.G. Inches |lnch per Foot Dec Pounds B.W.G. imal of - per Foot Inches Inch Dec Pounds B.W.G. imal of per Foot Inches Inch i 13 .095 1.037 13 1.095 2.201 12 .109 3.838 10 .134 7.103 1 12 .109 1.168 11 .120 1.263 2 12 | .109 2.503 11 | .120 2.726 --11 .120 4.189^ "vA 10 .134 4.652 9 .148 7.817 8 .165 8.702 10 .134 1.384 10 | .134 3.018 9 .148 5.110 7 .180 9.447 13 .095 1.328 13 | .095 2.492 11 .120 4.555 9 .148 8.720 m 12 .109 1.502 11 .120 1.628 2V4 12 1.109 2.837 11 j .120 3.092 3Vi 10 .134 5.061 9 .148 5.561 5 8 .165 9.711 7 .180 10.550 10 .134 1.793 10 | .134 3.427 8 .165 6.179 6 .203 11.810 13 .095 1.619 12 | .109 3.171 11 .120 4.921 9 .148 ' 9.622 12 .109 1.836 iy2- 11 .120 1.994 2% 11 | .120 3.457 10 1 .134 3.835 31/2 10 .134 5.469 9 .148 6.012 5% 8 .165 10.720 7 .180 11.650 10 .134 2.201 9 | .148 4.207 8 .165 6.683 6 .203 13.050 13 .095 1.910 12 | .109 3.504 10 | .134 6.286 7 .180 12.750 . 12 .109 2.169 ;m 11 .120 2.360 f 10 .134 2.610 23/4 11 j .120 3.823 10 | .134 4.244 9 1.148 4.658 9 .148 6.915 8 .165 7.693 7 .180 8.347 6 6 .203 14.290 5 .220; 15.410 4 .238 16.640 These are the Manufacturing Weights. General notes.. . .page 574 T'nder the permissible variations allowed in the A.S.T.M. Standard Specification A-83-40, and the : l.S.M.E. Boiler Code, the tubing furnished on an ;rder cannot be lighter in weight than that of the j ;auge thickness specified. Since manufacturing to l.xact specifications is impossible, the variations are represented by heavier wall thickness and over weight. Prices are based on actual weight. Dimensions and weights for Boiler Tubes more than four gauges heavier than Standard and for sizes larger than b-inch O.D. are furnished on application. Brass and Copper Pipe Standard Pipe Sizes tensions andWeights--Prices onApplication Nominal Size (Iron sipe Size) Inches Diameters Ex In ternal ternal Inches Inches Regular Wall Thick ness Inches Weight, Pounds Per Linear Foot Red Brass Copper %- i 1A % * y2 i. % ! 1 m iy2 ;* 2 .405 .540 .675 .840 1.050 1.315 1.660 1.900 2.375 .281 .375 .494 .625 .822 1.062 1.368 1.600 2.062 .0620 .0825 .0905 .1075 .1140 .1265 .1460 .1500 .1565 .2533 .4496 .6302 .9381 1.271 1.791 2.633 3.127 4.136 .2590 .4596 .6441 .9588 1.299 1.831 2.692 3.196 4.228 2% 2.875 2.500 .1875 6.003 6.136 3 3.500 3.062 .2190 8.560 8.750 3y2 4.000 3.500 .2500 11.17 11.42 , 4 4.500 4.000 .2500 12.66 12.94 5 v* 6 5.563 6.625 5.063 .2505 15.85 6.125 .2500 18.99 16.20 19.41 : 8 8.625 8.000 .3125 30.95 31.63 To 10.750 10.019 .3655 45.22 46.22 ------ 12.750 12.000 .3750 [ 55.28 56.51 Ordering: Unless otherwise ordered, Brass or Cop per Pipe is furnished with plain ends. When Brass Pipe is ordered, regular weight Red Brass Pipe will be furnished unless another type of brass is specified. Lengths: Commercial lengths regularly availdble are 12 and 20 feet. Intermediate or shorter lengths are cut to order only. Weights: Actual weights of Brass and Copper Pipe will vary slightly from the theoretical weights shown in the accompanying table. Gauge tubing: Seamless brass or copper tubing in nominal or outside diameters, sizes y$ to 10-inch, can be supplied in any gauge. Prices, based upon direct shipment, are furnished on application. Extra strong pipe: Brass and Copper pipe, made to the extra strong thicknesses and regular outside diameter up to 10-inch nominal pipe size can be furnished on special order, when so specified. Prices and complete information are furnished on applica tion. Types K, L, and 0 Copper Tubing for Solder-Joint Valves and Fittings.. . .page 512 Type Bt Thin Wall Copper Tubing for Crane-Seal Valves and Fittings' . . .page 498 'W 584 CRANE American Standard for Wrought-Iron and Wrought-Steel Pipe ! 1 The American Standards Association, during November, 1035, approved the American Tentative Standard for Wrought-Iron and Wrought-Steel Pipe, known as ASA B36.10-193 5. In April, iqjq. the, American Standards Asso ciation approved an Addendum to this Standard, bringing it up-to-date and advancing it to the status of a full "American Standard" (ASA B36.10- 1930)- In developing the American Tentative Standard, the Sectional Committee, composed of members from The American Society for Testing Materials and the American Society of Mechanical Engineers, with the co-operation of the industry, selected from the existing list of over-lapping sizes and thicknesses certain well-defined schedules of pipe wall thicknesses covering a wide range of pressure-stress ratios. In this way the diversified needs of the piping industry have been provided for with the smallest practicable number of pipe wall thicknesses in each size. For the convenience of users, this American Standard (ASA B36.10-1939) is reprinted here; the Introductory Notes are shown below, and Tables 1 to 5 inclusive appear on the three pages which follow. $ Introductory Notes 1 Scope: These standards shall be known as .the American Standard for Wrought-1 ron and W rought- Steel Pipe". The word "pipe" is used as distin guished from "tubing", restricting the term "pipe ' and therefore the scope of these standards, to apply to tubular products of dimensions and materials commonly used for pipe lines and connections. 2 Size: The "size" of pipe for all schedules in Tables 2, 3, 4, and 5 is identified by the "nominal pipe size". For 14 inches and larger, "size" corre. sponds to the outside diameter of the pipe. 3 Materials: The dimensional standards for pipe described herein are based on products such as are covered by the A.S.T.M. and A.P.I. specifications outlined in Table 1. it is recommended that material be ordered and made in accord ance with these specifications or any subsequent revisions thereof. 4 Wall Thickness: The nominal wall thicknesses are given in Table 2 for steel pipe, and in Table 4 for wrought-iron pipe. 5 Weights: The nominal weights of steel pipe are listed in Table 3, and correspond to the respective wall thicknesses given in Table 2. The nominal weights of wrought-iron pipe are listed in Table 5 and correspond to the respective wall thicknesses given in Table 4. A pipe size may be designated by giving the nominal pipe size and wall thickness, or the nominal pipe size and weight per foot. 6 Permissible Variations: Unless otherwise pro vided by the specification, the actual wall thickness";.; at any point shall not be more than 12.5 per cent under the nominal wall thickness shown in the tables. . Permissible variations for other dimensions are indi- -. ' cated in each specification. : 7 Screw Threads: Unless otherwise specified, the-M screw threads of threaded pipe and couplings shall conform to American Standard for Pipe Threads'-, 1 (ASA B2) as approved by American Standards Asso- k; ciation; or in the case of threaded line pipe as used/" ; in the petroleum and gas industries, the screw threads 1 shall conform to the standard of the American Petro-v leum Institute for line pipe (A.P.I. 5-L). ' 8 Schedule Numbers: As stated under Tables %' . < 3, 4, and 5 the schedule numbers indicate approx!-' j mate values for the expression 1000 X P/S. This ; ; permits an approximation of the wall thickness if > the service pressure and the value of allowable stress ( for the material and service conditions are known*,, j JRecommended values of " S", the allowable stress, may be obtained by reference to engineering codes.g. j such as the A.S.M.E. Boiler Code, the American ; ; Standard Code for Pressure Piping (ASA B31.1), etc- A It is contemplated that the user will compute thCjf; exact value of wall thickness suitable for the condi tions for which the pipe is required, as described in detail in the A.S.M.E. Boiler Code, American Tenta tive Standard Code for Pressure Piping (AB31.1), etc. From the schedules of nominal thi nesses contained herein, a thickness may then selected to suit the value computed to fulfill th conditions for which the pipe is desired. Simplified method for calculating working pressure, stressf or wall thickness of steel pipe.. . .pages 635 to 63 Wrought-iron and Wrought-Steel Pipe (Conf.) CRANE 585 Table 1 (Part i) Specifications for Pipe, With the Tensile Strengths Called for and the Corresponding Uses for Which Each Material Is Intended ASA Desig nation Title Standard Specifi cations Tensile Strength . Lbs. per Sq. In. Scope B36.1 Welded and Seamless Steel Pipe. (A.S.T.M. A 53) Welded, bessemer, 50,000 min Welded, open-hearth, 45,000 min Seamless, low carbon, 48,000 min Seamless, medium, 62,000 min Commercial steel pipe for general uses, also for coiling, bending, flanging, and similar forming operations when so specified. B36.2 Welded Wrought-Iron Pipe (A.S.T.M. A 72) 40,000 min Commercial wrought-iron pipe for general uses, also for coiling, bending, flanging, 82 other special purposes. B36.3 Lap-Welded and Seamless Welded, open-hearth, 45,000 min Steel Pipe for High Seamless, Grade A, 48,000 min Temperature Service Seamless, Grade B, 62,000 min (A.S.T.M. A 106) Seamless, Grade C, 75,000 min Lap-welded and seamless steel pipe for high temperature service. Suitable for bending, flanging, and similar forming operations. B36.4 Electric-Fusion-Welded Material as specified from a list of Steel Pipe, Sizes 30* and A.S.T.M. Standards included in Over (A.S.T.M. A 134) A 134 Covers pipe 30 inch diameter and over in wall thicknesses up to % inch, inclusive, fabricated from steel plates by electric fusion welding. B36.5 El cct ric-ResistanceWelded Steel Pipe. (A.S.T.M. A 135) Grade A, 48,000 min Grade B, 60,000 min Pipe up to 30" inch, for liquids, gas, or vapor at tem peratures below 450 F. Adapted for flanging, bend ing, and similar forming operations in Grade A class. B36.6 Forged-Welded Steel Pipe Grade A, 45,000 min (A.S.T.M. A 136) Grade B, 50,000 min Covers sizes 14 to 96", wall thicknesses )4 to 1 }4", forgewelded from steel plates and intended for various uses. B36.7 Lock-Bar Steel Pipe (A.S.T.M. A 137) Plates, 55,000 to 65,000 Lock-bars, 40,000 to 50,000 Covers sizes 20 to 72", wall thicknesses % to J4". fabri cated from plates, with H-shaped lock bars for the lon gitudinal seams. Suitable for conveying liquids or gases. B36.8 Riveted Steel and Wrought-Iron Pipe (A.S.T.M. A 138) Plates, steel, 55,000 to 65,000 Plates, wrought-iron. Class A, 48,000 min; B, 47,000 min Rivet bar stock, steel, 45,000 to 55,000; wrought-iron, 47,000 min Shop-fabricated pipe suitable for convey ing liquids or gases; made from steel or wrought-iron plates with riveted seams. B36.9 Electric-Fusion-Welded Steel Pipe, 8" to but not including 30" (A.S.T.M. A 139) Grade A, 48,000 min Grade B, 60,000 min or other suitable materials as specified from a list of A.S.T.M. Standards Covers sizes 8 inch up to but not including 30 inch in wall thicknesses not over % inch, fabricated from steel plates by electric fusion welding. Intended for conveying liquids, gas, or vapor at temperatures below 450 F. Adapted for flanging and bending. B36.ll Electric-Fusion-Welded Steel Pipe for High-Tempera ture High-Pressure Service (A.S.T.M. A 155-36) Grade Grade Grade A, B, C, 45,000 50,000 55,000 min min min Covers pipe 18" OD and over for high-temperature and high-pressure service. Suitable for bending, flanging, corrugating, and similar forming opera tions. Welding in accordance with Par U-68 of the A.S.M.E. Code for Unfired Pressure Vessels. G8.7 Black and Hot-Dipped Zinc-Coated (Galvanized) Welded and Seamless Steel Pipe for Ordinary Uses (A.S.T.M. A 120) (See Footnote) Commercial steel pipe for ordinary uses such as low-pressure steam, liquid, or gas lines. Not intended for coiling or close bending, nor for high temperature service. Table 1 (Part 2) A.P.I. and A.S.T.M. Specifications for Pipe, With Tensile Strengths Called for and the Corresponding Uses for Which Each Material Is Intended (These three specifications do not constitute pare of this American Standard but are included for information only.) Title Tensile Strength Lbs. per Sq. In. Scope Line Pipe Specifications (A.P.I. 5-L) Furnace welded: Bessemer, 50,000 min Open-hearth, Class I, 45,000 min Open-hearth, Class 11, 48,000 min Wrought iron, 42,000 min Seamless or electric welded: Open-hearth, Grade A, 48,000 min Open-hearth, Grade B, 60,000 min Open-hearth, Grade C, 75,000 min Seamless or furnace welded: Open-hearth iron, 42,000 min Seamless Carbon-Molybdenum Alloy-Steel Pipe for Service at Temperatures from 750 to 1000 F. 55,000 min (A.S.T.M. A206-38T) Seamless Alloy-Steel Pipe for Service at Temperatures From 750 to 1100 F (A.S.T.M. A158-38T) Ferritic, 60,000 min Austenitic, 75,000 min Pipe for line pipe purposes, to convey gas, water, or oil. Sizes covered, ]4i inch nominal size to 24-inch outside diameter. Couplings for threaded line pipe are of special design. Threads on pipe and in couplings aresubject to official gage limits. Due to the heavier weight of couplings the nominal weights of line pipe are some what greater than given in Tables 3 and 5. Seamless carbon--3-2 per cent molybdenum alloy steel pipe intended for service at metal temperatures from 750 to 1000 F. Suitable for bending, flanging, and similar forming operations, and for fusion welding. Seamless alloy-steel pipe intended for service at metal temperatures from 750 to 1100 F. Several classes of materials that have been rather extensively used are included. Choice from the respective steels should be made on the basis of requirements of de sign, service conditions, and the physical properties. Footnote: No physical test requirements are called for in A.S.T.M. A 120 except the mill hydrostatic tests on each length, which are for the same pressures as called for in B36.1 for the respective types and sizes of pipe. As indicated in the title, the purpose of the Society in framing A.S.T.M. A 120 is to provide a medium for the purchase of pipe from warehouse stocks for use under conditions where the physical and chemical properties of the material are of lesser moment. 586 CRANE ( .)WroughtIron and Wroxxght-Steei Pipe Cont i Table 2 Dimensions of Welded and Seamless, Steel Pipe Nominal Pipe Size a K % lA % 1 \K Outside ldiam. .405 .540 .675 .840 1.050 1.315 1.660 1.900 Nominal Wall Thicknesses for-Schedule Numbers Schedule Schedule Schedule Schedule Schedule Schedule Schedule Schedule Schedule Schedule 10 20 30 40 60 80 100 120 140 160 .068 .095 ___ __ .088 .119 .091 .126 .... .... .109 .113 .147 .154 ' .187 .218 .133 .179 .250 .140 .191 .250 .145 .200 .281 2 2.375 2J4 . 2.875 3 3.500 3K 4.00 4 4.500 .154 .218 .343 .203 .276 .375 .216 .300 .437 .226 .318 .237 .337 .437 .531 5 5.563 6 6.625 8 8.625 10 10.75 12 12.75 .258 .280 .250 .277 .322 .406 .250 .307 .365 .500 .250 .330 .406 .562 .375 .500 .625 .432 .562 .718 .500 .593 .718 .812 .906 .593 .718 . .843 1.000 1.125 .687 .843 1.000 1.125 1.312 14 0.D. 14.00 .250 .312 .375 .437 .593 .750 .937 1.062 1.250 1.406 16 0.D. 16.00 .250 .312 .375 .500 .656 .843 - 1.031 1.218 1.437 1.562 18 0.D. 18.00 .250 .312 .437 .562 .718 .937 1.156 1.343 1.562 1.750 20 O.D. 20.00 .250 .375 .500 .593 .812 1.031 1.250 1.500 1.750 1.937 24 O.D. 24.00 .250 .375 .562 .687 .937 1.218 1.500 1.750 2.062 2.312 30 O.D. 30.00 .312 .500 .625 .... | .... ....... 1 ....... ....... 1 ....... All dimensions are given in inches. The decimal thicknesses listed for the respective pipe sizes represent their nominal or average wall dimensions. For tolerances on wall thicknesses, see appropriate material specification. Thicknesses shown in bold face type in Schedules 30 and 40 are identical with thicknesses for "standard weight" pipe in former lists; those in Schedules 60 and 80 are identical with thicknesses for "extra strong" pipe in former lists. The Schedule Numbers indicate approximate values of the expression 1000 X P/S. (See Introductory Notes, Section 8.) Owing to a necessary departure from the old "standard-weight" and "extra-strong" thicknesses in the 12 in. size in Schedules 40 and '60, the new thicknesses are not as yet stocked by all manufacturers and jobbers. Hence, where agreeable to the purchaser and suitable for the service conditions, the old "standard-weight" 0.375 in. wall pipe corresponding to a 1000 P/S value of 37.7 is still available and can be substituted for the 0.406 in. wall, and the old "extra-strong" 0.500 in. wall pipe corresponding to a 1000 P/S value of 55 can be substituted for the 0.562 in. wall. j n <7.. Table 3 Nominal Weigljtts of Welded and Seamless Steel Pipe1 Nominal Sched Pipe 10 Size Plain (Inches) Ends Sched 20 Plain Ends Schedule 30 jSchedule 40 Sched Threads12 Threads2 60 Plain and Plain and Plain Ends Couplings Ends Couplings Ends Sched 80 Plain Ends Sched 100 Plain Ends Sched 120 Plain Ends Sched 140 Plain Ends Sched 160 Plain Ends M VM Vs A V 1 IK IK 2 2K 3 3K 4 5 6 8 10 12 14 O.D. 16 O.D. 18 O.D. 20 O.D. 24 O.D. 30 O.D. 36.8 42.1 47.4 52.8 63.5 99.0 22.4 28.1 33.4 45.7 52.3 59.0 78.6 94.7 158 24.7 34.3 43.8 54.6 62.6 82.0 105 141 197 25.6 35.0 45.0 .... .25 .25 .43 .43 .57 .57 .86 1.14 1.68 2.28 2.72 .86 1.14 1.69 2.29 2.74 3.664 -- 3.68 5.80 5.82 7.58 7.62 9.11 9.21 10.8 10.9 14.7 19.0 28.6 40.5 53.6 63.3 82.8 105 123 171 14.9 19.2 28.8 41.2 55.0 1 ....... .32 .54 .74 .... 1.09 1.48 2.18 3.00 3.64 5.03 7.67 10.3 12.5 15.0 20.8 28.6 35.7 43.4 54.8 64.4 73.2 88.6 85.0 108 133 167 231 107 137 171 209 297 ....... ! ........ 50.9 77.0 103 131 165 208 251 361 19.0 27.1 36.4 60.7 89.2 126 67.8 105 140 147 171 193 224 239 275 297 342 416 484 ....... 1 ....... 1.31 1.94 2.85 3.77 4.86 7.45 10.0 14.3 ' 22.6 33.0 45.3 74.7 116 161 190 241 304 374 536 ....... 1 Weights are given in pounds per linear foot and are for pipe with plain ends except for sizes which are commercially availabfejp. with threads and couplings for which both weights are listed. :j| * 2 Weights for line pipe with couplings are slightly greater than shown in Schedules 30 and 40 and may be found in A.P.l. Spec, Weights shown in bold face type in Schedules 30 and 40 are identical with weights for "standard weight" pipe in former lists^j*"those in Schedules 60 and 80 are identical with weights for "extra strong" pipe in former lists. The Schedule Numbers indicate approximate values of the expression 1000 X P/S. (See Introductory Notes, Section Wrought-Iron and Wrought-Stccl Pipe (Coni.) CRANE 587 Nominal Pipe Size X Vi % Vi X 1 m VA 2 2M 3 3^ 4 5 6 8 10 12 14 0.D. 16 0.D. 18 0.D. 20 O.D. Outside Diameter .405 .540 .675 .840 1.050 1.315 1.660 1.900 2.375 2.875 3 .500 4.000 4.500 ' 5.563 6.625 8.625 10.75 12.75 14.00 16.00 18.00 20.00 Table 4 Dimensions of Welded Wrought-Irori Pipe ' Nominal Wall Thicknesses for Schedule Numbers Schedule 10 Schedule 20 Schedule 30 Schedule 40 Schedule 60 .070 .090 .093 .111 .115 .136 .143 .148 .158 .208 .221 .231 .242 .263 .286 .283 .329 .313 .372 .sio .336 .414 .574 .250 .312 .375 .437 .625 .250 .312 .375 .500 .687 .250 .312 .437 .562 .750 .375 .500 .562 Schedule 80 .098. .122 .129 .151 .157 .183 .195 .204 .223 .282 .306 .325 .344 .383 .441 .510 ' .606 .702 .750 AU dimensions are given in inches. The decimal thicknesses listed for the respective pipe sizes represent their nominal or average wall dimensions. For tolerances on wall thicknesses, see appropriate material specification. Thicknesses shown in bold face type in Schedules 30 and 40 are identical with thicknesses for "standard weight" pipe in former lists; those in Schedules 60 and 80 are identical with thicknesses for "extra strong" pipe in former lists. The Schedule Numbers indicate approximate values of the expression 1000 X P/S. (See introductory Notes, Section 8.) Owing to a necessary departure from the old "standard-weight" and "extra-strong" thicknesses in the 12 in. size in Schedules 40 and 60, the new thicknesses are not as yet stocked by all manufacturers and jobbers. Hence, where agreeable for the purchaser and suitable for the service conditions, the old "standard-weight" 0.382 in. wall pipe corresponding to a 1000 P/S value of 38.7 is still available and can be substituted for the 0.414 in. wall, and the old "extra-strong" 0.510 in. wall pipe corresponding to a 1000 P/S value of 56.3 can be substituted for the 0.574 in. wall. Nominal Pipe Size (Inches) Vi y* Vs X X 1 m m 2 2Vi 3 3M 4 5 6 8 10 12 14 O.D. 16 O.D. 18 O.D. 20 O.D. Table 5 Nominal Weights of Welded Wrought-Iron Pipe1 Schedule 10 Plain Ends Schedule 20 Plain Ends Schedule 30 Plain Ends Threads and Couplings Schedule 40 Plain Ends Threads and Couplings Schedule 60 Plain Ends .25 .25 .43 .43 .57 .57 .86 1.14 1.68 2.28 2.72 .86 1.14 1.69 2.29 2.74 3.66 5.80 7.58 9.11 10.8 3.68 5.82 7.62 9.21 10.9 24.7 34.3 43.8 25.6 35.0 45.0 14.7 19.0 28.6 40.5 53.6 14.9 19.2 28.8 41.2 55.0 54.8 73.2 36.0 41.3 46.5 44.8 51.4 57.9 77.0 53.6 61.4 80.5 103 62.2 81.2 103 115 87.6 111 136 Schedule 80 Plain Ends .32 .54 ..74 1.09 1.48 2.18 3.00 3.64 5.03 7.67 10.3 12.5 15.0 20.8 28.6 43.4 64.4 88.6 104 1 Weights are given in pounds per linear foot and are for pipe with plain ends except for sizes which are commercially available with threads and couplings for which both weights are listed. Weights shown in bold face type in Schedules 30 and 40 are identical with weights for "standard weight" pipe in former lists; those in Schedules 60 and 80 are identical with weights for "extra strong" pipe in former lists. The Schedule Numbers indicate approximate values of the expression 1000 X P/S. (See Introductory .Notes, Section 8.) c 588________ _____________________________CRANE _________ Standard Wrought Steel Pipe Data All Dimensions and.Weights are Nominal Diameters Size External Internal Ins. Inches Inches Thick ness Circumference External Internal Inches Inches Inches Transverse Areas External Internal Metal Sq. Ins. Sq. Ins. Sq. Ins. Length of Pipe Per Sq. Foot of External Internal Sur/acc Surface Length of Pipe Con taining One Cubic Foot Feet Feet Feet Weight per Foot Plain Ends Pounds Threaded and Coupled Pounds Number of Threads per Inch of Screw Moment of Inertia Wt.of Water Per Fool Pounds Vs .405 .269 Vk .540 .364 % .675 .493 V, .840 .622 % 1.050 .825" 1 1.315 1 Vi 1.660 1U 1.900 2 2.375 2% 2.875 1.049 1.380 1.610 2.067 2.469 3 3.500 4.000 4 4.500 4V> 5.000 s' 5.563 3.068 3.548 4.026 4.506 5.047 6 6.625 6.065 7 7.625 7.023 8 8.625 8.071 8 8.625 7.981 9 9.625 8.941 10 10.750 10.192 10 10.750 10.136 10 10.750 10.020 11 11.750 11.000 12 12.750 12.090 12 12.750 12.000 .068 .088 .091 .109 .113 .133 .140 .145 .154 .203 .216 .226 .237 .247 .258 .280 .301 .277 .322 .342 .279 .307 .365 .375 .330 .375 1.272 1.696 2.121 2.639 3.299 .845 1.144 1.549 1.954 2.589 .129 .229 .358 .554 .866 .057 .104 .191 .304 .533 .072 .125 .167 .250 .333 4.131 5.215 5.969 7.461 9.032 3.296 4.335 5.058 6.494 7.757 1.358 2.164 2.835 4.430 6.492 .864 1.495 2.036 3.355 4.788 .494 .669 .799 1.075 1.704 10.996 12.566 14.137 15.708 17.477 9.638 11.146 12.648 14.156 15.856 9.621 12.566 15.904 19.635 24.306 7.393 9.886 12.730 15.947 20.006 2.228 2.680 3.174 3.688 4.300 20.813 23.955 27.096 27.096 30.238 19.054 22.063 25.356 25.073 28.089 34.472 45.664 58.426 58.426 72.760 28.891 38.738 51.161 50.027 62.786 5.581 6.926 7.265 8.399 9.974 33.772 33.772 33.772 36.914 40.055 40.055 32.019 31.843 31.479 34.558 37.982 37.699 90.763 90.763 90.763 108.434 127.676 127.676 81.585 80.691 78.855 95.033 114.800 113.097 9.178 10.072 11.908 13.401 12.876 14.579 9.431 7.073 5.658 4.547 3.637 2.904 2.301 2,010 1.608 1.328 1.091 .954 .848 .763 .686 .576 .500 .442 .442 .396 .355 .355 .355 .325 .299 .299 14.199 10.493 7.747 6.141 4.635 3.641 2.767 2.372 1.847 1.547 1.245 1.076 .948 .847 .756 .629 .543 .473 .478 .427 .374 .376 .381 .347 .315 .318 2533.775 1383.789 754.360 473.906 270.034 166.618 96.275 70.733 42.913 30.077 19.479 14.565 11.312 9.030 7.198 4.984 3.717 2.815 2.878 2.294 1.765 1.785 1.826 1.515 1.254 1.273 .244 .424 .567 .850 1.130 .245 .425 .568 .852 1.134 1.678 2.272 2.717 3.652 5.793 1.684 2.281 2.731 3.678 5.819 7.575 9.109 10.790 12.538 14.617 7.616 9.202 10.889 12.642 14.810 18.974 23.544 24.696 28.554 33.907 19.185 23.769 25.000 28.809 34.188 31.201 34.240 40.483 45.557 43.773 49.562 32.000 35.000 41.132 `46.247 45.000 50.706 27 18 18 14 14 11% 11% 11% 11% 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 .00106 .00331 .00729 .01709 .03704 .025 .045 .083 .132 .231 .08734 .1947 .3099 .6657 1.530 .375 .65 .88 1.45 2.07 3.017 4.788 7:233 10.44 15.16 3.20 4.29 5.50 6.91 8.67 28.14 46.52 63.35 72.49 107.6 12.51 16.80 22.18 21.70 27.20 125.9 137.4 160.7 217.0 248.5 279.3 35.37 34.95 34.20 41.20 49.70 49.00 Extra Strong Wrought Steel Pipe Data All Dimensions and Weights are Nominal__________ Size Diameters External Internal Thick ness Circumference Transverse Areas External Internal External Internal Metal Length of Pipe per Sq. Ft. of Length of Pipe Con Weight per External Internal taining One Foot Surface Surface Cubic Foot Plain Ends Moment Wt. of of Water Inertia Per Foot Ins. Inches Inches Inches Inches Inches Sq. Ins. Sq. Ins. Sq. Ins. Feet Feet Feet Pounds Pounds Vs U 3 v % 1 1 Vi 1 2 2% 3 341A1 4% 5 ( 7 8 9 10 11 12 .405 .540 .675 .840 1.050 1.315 1.660 1.900 2.375 2.875 3.500 4.000 4.500 5.000 5.563 6.625 7.625 8.625 9.625 10.750 11.750 12.750 .215 .302 .423 .546 .742 .957 1.278 1.500 1.939 2.323 2.900 3.364 3.826 4.290 4.813 5.761 6.625 7.625 8.625 9.750 10.750 11.750 '.095 .119 .126 .147 .154 1.272 1.696 2.121 2.639 3.299 .179 - 4.131 .191 5.215 .200 5.969 .218 - 7.461 .276 9.032 .300 .318 .337 .355 10.996 12.566 14.137 15.708 .375 .432 .500 .500 17.477 20.813 23.955 27.096 .500 .500 .500 .500 30.238 33.772 36.914 40.055 .675 .949 1 329 1.715 2.331 3.007 4.015 4.712 6.092 7.298 9.111 10.568 12.020 13.477 15.120 18.099 20.813 23.955 27.096 30.631 33.772 36.914 .129 .229 .358 .554 .866 ' .036 .072 .141 .234 .433 1.358 2.164 2.835 4.430 6.492 .719 1.283 1.767 2.953 4-238 9.621 12.566 15.904 19.635 6.605 8.888 11.497 14.455 24.306 34.472 45.664 58.426 18.194 26.067 34.472 45.663 72.760 58.426 90.763 74.662 108.434 90.763 127.676 108.434 .093 .157 .217 .320 .433 .639 .881 1.068 1.477 2.254 3.016 3.678 4.407 5.180 6.112 8.405 11.192 12.763 14.334 16.101 17.671 19.242 9.431. 7.073 5.658 4.547 3.637 2.904 2.301 2.010 1.608 1.328 1.091 .954 .848 .763 .686 .576 .500 .442 .396 .355 .325 .299 17.766 12.648 9.030 6.995 5.147 3.991 2.988 2.546 1.969 1.644 1.317 1.135 .998 .890 .793 .663 .576 .500 .442 .391 .355 .325 3966.392 2010.290 1024.689 615.017 333.016 200.193 112.256 81.487 48.766 33.976 21.801 16.202 12.525 9.962 7.915 5.524 4.177 3.154 2.464 1.929 1.587 1.328 .314 .535 .738 1.087 1.473 2.171 2.996 3.631 5.022 7.661 10.252 12.505 14.983 17.611 20.778 28.573 38.048 43.388 48.728 54.735 60.075 65.415 .00122 .00377 .00862 .02008 .04479 .016 .031 .061 .102 .188 .1056 .2418 .3912 .8679 1.924 .312 .56 .77 1.28 1.87 3.894 6.280 9.610 14.05 2.86 3.84 4.98 6.27 20.67 40.49 71.37 105.7 7.88 11.29 14.95 19.78 149.6 212.0 280.1 361.5 25.30 32.35 39.40 46.92 Double Extra Strong Wrought Steel Pipe Data _____ All Dimensions and Weights are Nominal__________________ Diameters Size External Internal Thick ness Circumference Transverse Areas External Internal External Internal Metal Length of Pipe per Sq. Ft. of External Internal Surface Surface Length of Pipe Con taining One Cubic Foot Weight per Foot Plain Ends Moment of Inertia Wt. of Water Per Foot Ins. Inches Inches Inches Inches Inches Sq. Ins. Sq. Ins. Sq. Ins. Feet Feet Feet Pounds Pounds .840 1.050 1 1.315 I V* 1.660 1% 1.900 .252 .434 .599 .896 1.100 2 2.375 2 Vi 2.875 x3 3.500 ' 4.000 4\ ^4.500 1.503 1.771 2-300 2.728 3.152 .294 .308 .358 .382 .400 .436 .552 .600 .636 .674 2.639 3.299 4.131 5.215 5.969 7.461 9.032 10.996 12.566 14.137 .792 1.363 1.882 2.815 3.456 4.722 5.564 7.226 8.570 9.902 .554 .866 1.358 2.164 2.835 4.430 6.492 9.621 12.566 15.904 .050 .148 .282 .630 .950 1.774 2.464 4.155 5.845 7.803 .504 .718 1.076 1.534 1.885 2.656 4.028 5.466 6.721 8.101 4.547 3.637 2.904 2.301 2.010 1.608 1.328 1.091 .954 .848 15-157 8.801 6.376 4.263 3.472 2.541 2.156 1.660 1.400 1.211 2887.-164 973:404 510.998 228.379 151.526 81.162 58.457 34.659 24.637 18.454 1.714 2.440 3.659 5.214 6.408 9.029 13.695 18.583 22.850 27.541 .0242 .0579 .1405 .3411 .5678 1.311 2.871 5.993 9.848 15.28 .022 .064 .122 .273 .42 .77 1.07 1.80 2.53 3.38 5.000 V2 5.563 6 6.625 7 7.625 8 8.625 3.580 4.063 4.897 5.875 6.875 .710 .750 .864 .875 .875 15.708 17.477 20.813 23.955 1 27.096 11.247 12.764 15.384 18.457 21.598 19.635 24.306 34.472 45.664 58.426 10.066 12.966 13.835 27.109 37.122 9.569 11.340 15.637 18.555 21.304 .763 .686 .576 .500 .442 1.066 .940 .780 .650 .555 14.306 11.107 7.646 5.312 3.879 For list prices and tests, see pages 575, 576, and 577. 32.530 38.552 53.160 63.079 72.424 22.62 33.63 66.33 107.5 162.0 4.36 5.61 8.1b 11.75 16.10 CRANE Internal Fluid Pressures for Pipe 589 D -- Outside diameter in inches. Based on Barlow's Formula P = 2/ 7. . Pressure in pounds, per square inch. (=Thickness of wall in inches. J D ^ f--Fiber stress in pounds per square inch. Size Ve Vt % V4 Vi I i'/i l>/2 2 2V4 3 3% 4 414 5 6 7 8 8 9 10 10 10 11 12 12 14 0.D. * 15 O.D. 16 0.D. 17 O.D. 18 O.D. 20 O.D. Vs Vi % Vz 3A 1 U/4 IV2 2 2% 3 3% 4 4% 5 6 7 8 9 10 11 12 y2 \A 1% 1V2 2 21/2 3 31/2 4 51/2 6 7 $ Ultimate bursting pressure Pressures at various factors of safety Butt-weld Lap-weld Factor of safety=5 Factor of safety=6 Factor of safety=8 Factor of safety = 10 External diameter Thickness Fiber stress 40,000 lbs. per sq. in. Fiber stress 50,000 lbs. per sq. in. Butt-weld fiber stress-- 8,000 lbs. per sq. in. Lap-weld fiber stress= 10,000 lbs. per sq. in. Butt-weld fiber stress*8 6,667 lbs. per sq. in. Lap-weld fiber stress*8 8,333 lbs. per sq. in. Butt-weld fiber stress** 5,000 lbs. per sq. in. Lap-weld fiber stress** 6,250 lbs. per sq. in. Butt-weld fiber stress** 4,000 lbs. per sq. in. Lap-weld fiber stress= 5,000 lbs. per sq. in. .405 .540 .675 .840 1.050 1.315 .068 .088 .091 .109 .113 .133 13432 13037 10785 10381 8610 8091 Standard Pipe 2686 2607 2157 2076 1722 1618 2239 2173 1798 1730 1435 1349 1679 1630 1348 1298 1076 1011 1343 1304 1079 1038 861 809 1.660 .140 6747 8434 , 1349 1687 1124 1406 843 1054 675 843 1.900 .145 6105 7632 1221 1526 1018 1272 . 763 954 611 763 2.375 .154 5187 6484 1037 1297 865 1081 648 811 519 648 2.875 .203 5649 7061 1130 1412 941 1177 706 883 565 706 3.500 .216 4937 6171 987 1234 823 1029 617 771 494 617 4.000 .226 5650 1130 942 706 565 4.500 .237 5267 1053 878 658 527 5.000 .247 4940 988 823 61$ 494 5.563 .258 4638 928 773 580 464 6.625 .280 4226 845 704 528 423 7.625 .301 3948 790 658 493 395 8.625 .277 3212 642 535 401 321 8.625 .322 3733 747 622 467 373 9.625 .342 3553 711 592 444 355 10.750 .279 2595 519 433 324 260 10.750 '.307 2856 571 476 357 286 10.750 .365 3395 679 566 424 340 11.750 .375 3191 638 532 399 319 12.750 .330 2588 518 431 324 259 12.750 .375 2941 588 490 368 294 14.000 .375 2679 536 446 335 268 15.000 16.000 17.000 18.000 20.000 .405 .540 .675 .840 1.050 1.315 .375 .375 .393 .409 .409 .095 .119 .126 .147 .154 .179 18765 17630 14933 14000 11733 10890 2500 2344 2312 2272 2045 500 469 462 454 409 Extra Strong Pipe 3753 3526 2987 2800 23472178 3128 2938 2489 2333 1956 1815 417 391 385 379 341 2346 2204 1867 1750 1467 1361 313 293 289 284 256 1877 1763 1493 1400 1173 1089 250 234 231 227 205 1.660 1.900 z.375 2.875 3.500 4.000 .191 .200 .218 .276 .300 .318 9205 8421 7343 7680 6857 11506 10526 9179 9600 8571 7950 1841 1684 1469 1536 1371 2301 2105 1836 1920 1714 1590 1534 1404 1224 1280 1143 1918 1754 1530 1600 1429 1325 1151 1053 918 960 857 1438 1316 1147 1200 1071 994 920 1151 842 1053 734 918 768 960 686 857 795 4.500 .337 7489 1498 1248 936 749 5.000 .355 7100 1420 1183 888 710 5.563 .375 6741 1348 1124 843 674 6.625 .432 6521 1304 1087 815 652 7.625 .500 6557 1311 1093 820 656 8.625 9.625 10.750 11.750 12.750 .840 1.050 1.315 1.660 1.900 .500 .500 .500 .500 .500 .294 .308 .358 .382 .400 28000 23467 21779 18410 16842 5797 5195 4651 4255 3922 1159 1039 930 851 784 Double Extra Strong Pipe 21053 5600 4693 4356 3682 3368 4211 4667 3911 3630 3068 2807 966 866 775 709 654 3509 3500 2933 2722 2301 2105 725 649 581 532 490 2632 2800 2347 2178 1841 1684 580 519 465 426 392 2105 2.375 2.875 3.500 4.000 4.500 5.000 5.563 6.625 7.625 8.625 .436 .552 .600 .636 .674 .710 .750 .864 .875 .875 14686 15360 18358 19200 17143 15900 14978 2937 3072 3672 3840 3429 3180 2996 2448 2560 3060 3200 2857 2650 2496 14200 13482 13042 11475 10145 2840 2696 2608 2295 2029 2367 2247 2174 1913 1691 Published by permission of Notional Tube Co. 1836 1920 2295 2400 2143 1988 1872 1775 1685 1630 1434 1268 1469 1536 1836 1920 1714 1590 1498 1420 1348 1304 1148 1014 Simplified method for calculating working pressure, stress, or wall thickness of steel pipe,.. .pagejs 635 to 637 ill. 590 CRANE ti i American Standard Taper Pipe Threads E- A = D -- (O.OSOD -j- 1.1)? B = A + 0.0625 F E = (0.80/) -|- G.8)P P -- Pitch Depth of thread = 0.80P Total Taper J^-incli per Foot One turn large or small from notch on plug gauge or face of ring gauge. Notch flush with face of fitting. If chamfered, notch flush with bottom of chamfer. Dimensions, in Inches A Bf D Nominal Pipe Size Pitch Diameter at End of Male Thread Pitch Diameter at End of Female Thread Outside Diameter of Pipe E Length of Effective Thread FH Normal Engage ment by Hand between Male and Female Thread P Pitch of Thread Depth of Thread Number of Threads Per Inch % 0.36351 0.37476 0.405 0.2638 0.180 0.03704 0.02963 27 % 0.47739 0.48989 0.540 0.4018 0.200 0.05556 0.04444 18 % 0.61201 0.62701 0.675 0.4078 0.240 0.05556 0.04444 18 */2 0.75843 0.77843 0.840 0.5337 0.320 0.07143 0.05714 14 % 0.96768 0.98887 1.050 0.5457 0.339 0.07143 0.05714 14 l 1.21363 1.23863 1.315 0.6828 0.400 0.08696 0.06957 11% IV* 1.55713 1.58338 1.660 0.7068 0.420 0.08696 0.06957 11% 1% 1.79609 1.82234 1.900 0.7235 0.420 0.08696 0.06957 11% 2 2.26902 2.29627 2.375 0.7565 0.436 0.08696 0.06957 11% 2% 2.71953 2.76216 2.875 1.1375 0.682 0.12500 0.10000 8 3 3.34063 3.38850 3.500 1.2000 0.766 0.12500 0.10000 8 3% 3.83750 3.88881 4.000 1.2500 0.821 0.12500 0.10000 8 4 4.33438 4.38713 4.500 1.3000 0.844 0.12500 0.10000 8 5 5.39073 5.44929 5.563 1.4063 0.937 0.12500 0.10000 8 6 6.44609 6.50597 6.625 1.5125 0.958 0.12500 0.10000 8 8 8.43359 8.50003 8.625 1.7125 1.063 0.12500 0.10000 8 10 10.54531 10.62094 10.750 1.9250 1.210 0.12500 0.10000 8 12 12.53281 12.61781 12.750 2.1250 1.360 0.12500 0.10000 8 14 O.D. 13.77500 13.87263 14.000 2.2500 1.562 0.12500 0.10000 8 16 O.D. 15.76250 15.87575 16.000 2.4500 1.812 0.12500 0.10000 8. L 18 O.D. 17.75000 17.87500 18.000 2.6500 2.000 0.12500 0.10000 8 20 O.D. 19.73750 19.87031 20.000 2.8500 2.125 0.12500 0.10000 8 24 O.D. 23.71250 23.86094 24.000 3.2500 2.375 0.12500 0.10000 8 !Also pitch diameter at gauging notch. Also length of plug gauge. IfAlso length of ring gauge, and length from gauging notch to small end of plug gauge. The above information taken from the American Standard for Pipe Threads, A. S. A.--B2. Crane Railing Pipe Threads. .page 266 CRANE British Standard Taper Pipe Threads 591 Nominal Bore of Pipe Vs Vi % Vz % 1 Wi Wz 2' 2Vz '3 Wz 4 5 6 7 8 9 10 11 12 B A Approximate Outside Diameter of Pipe 13/82 17/32 WlS 27/32 H/16 FVsz W/le 12%2 2% 3 3y2 4 Wz Wz Wz 71/2 8VZ Wz ioy2 ny2 nvz Whitworth 55 Form of Thread Total Taper 3/4-inch per Foot The above information taken from the British AI Engineering Standards Association Report No. 21 Dimensions, in Inches B Gauge Diameter Top of Thread Depth of 'Thread Number of Threads Per Inch .383 .518 .656 .825 1.041 1.309 1.650 1.882 2.347 2.960 3.460 3.950 4.450 5.450 6.450 7.450 8.450 9.450 10.450 11.450 12.450 .0230 .0335 .0335 .0455 .0455 .0580 .0580 .0580 .0580 .0580 .0580 .0580 .0580 .0580 .0580 .0640 .0640 .0640 .0640 .0800 .0800 28 19 19 14 14 11 11 11 11 11 11 ' 11 11 11 11 10 10 10 10 8 8 E Length of Effective Thread % 7/l6 y2 % 3/4 %V 1 1 1% IV* 1% iy2 1% w* 2 214 21/4 2% 2% 214 2Vz F Distance of Gauge Diameter from End %2 3/l6 V* Vi Vs Vs Vz Vz % 1V16 13/l6 Vs 1 iy8 1% 1% Wz IVz 1% 1% 1% Normal Engagement Between Male and Female Threads to Make Tight Joints American Standard Pipe Threads For normal engagement on Crane Railing Pipe Threads, see page 266. Shoulder Type Drainage Fitting Threads Size | 1/g V* % Vz 1 Vi 1 Wi 1% 2 1 2% 3 1 3y2 4 1 5 1 6 8 10 12 | 14 A Vi % 3/ Vz 19/lfi Vi 6 Wis "/16 Vi 1 1S/l6 1 1 1V16 1% 1 Wi 1 l5/ie Wie 1% Wi 1 B* 1 Vi % % Vz 1 Vi 6 "/is 1V16 n/lG 1 1 IS/l6 1 ! lVis iy8 1 iy4 1 lS/l6 Wie Ws l3/4 1 ct 1 11 9/l6 s/s % Vs% 1 11S/lG 1 lVis 1 l3/l6 Wi 1% Wie ln/l6l 1% Dimensions given do not allow for variations in tapping or threading. *The length of thread on A.P.I. Line Pipe is identical with that of American Standard Pipe Thread except on the 2-inch size where the A.P.I. Line Pipe Thread is longer. American Standard Pipe Threaded Fit tings may be used providing there are no obstruc tions in the thread chambers to interfere with the longer A.P.I. Male Thread on the 2-inch size. fUsing American Standard Taper Male Thread with Crane shoulder type Drainage Fittings. The male thread, however, should not be threaded small to gauge and not more than one turn large. Information on threaded pipe joints .. page 592 k 592 __________CRANE_____________ Threaded Pipe Joints. Threads In screwed joints having strength, tightness, and durability, it is necessary to have clean-cut and uni form threads. The threads should be tapered and smooth, cut with the correct taper, lead, thread angle, and diameters. Reasonable manufacturing tolerances are allowed on all of the thread elements to take care of variations in threading. The diameters should be such as to allow sufficient hand engagement and yet allow enough threads for wrench or power make-up. The thread lengths should be long enough to com pensate for pipe strains usually present in the various types of thread joint services. A short thread is satisfactory for joints where little or no pipe strains exist, but longer threads are required where extreme pipe strains are encountered, such as in Oil Field Casing Thread joints. Standardized Threads Several Standards have been established covering pipe threads for various purposes. The oldest and probably most commonly used is the American Standard for Pipe Threads, known as A.S.A. Stand ard B-2. There are also the American Petroleum Institute Standards No. 5A, SF, and 5L covering Oil Field Tubular Goods, such as Line Pipe and Casing Threads. Thread Assembling In making up screwed pipe joints it is very impor tant that the threads in both parts be thoroughly cleaned. Any threads which may have become burred or bent should be straightened or removed and afterward a good grade of lubricant should be applied to the threads. The lubricant reduces the friction which allows the two parts to be pulled up further, resulting in a more effective pipe joint. Pipe joints should not be screwed together too rapidly and thereby avoid objectionably raising the temperature of the two parts.' For Crane Thread Lubricants, see page 548. Normal Engagements The normal amount of engagement to make a tight joint for various types of screwed material is given in the table on page yq 1. These dimensions have been established from tests made under practical working conditions. The normal engagement specified for American Standard Pipe Thread joints is based on both parts being threaded to the American Standard for Pipe Threads, and for A.P.I. Line Pipe Threads it has been based on using A.P.I. Line Pipe Thread for the male thread and American Standard Pipe Thread or A.P.I. Line Pipe Thread for the female thread. The shoulder type Drainage Fitting Thread engagement is based on using Crane Fittings and American Standard Pipe Thread dimensions on the male thread but holding the male thread to a special tolerance as covered in the foot note of the table. In order to obtain the thread engagements listed in the table it is necessary to vary the torque or power applied according- to the size, metal and weight of material used. For example, it requires consider ably less power to make up a screwed joint using a light brass valve than a high pressure steel valve. Screwed Companion Flanges The normal length of thread engagement listed in the table on page 591 does not apply to Screwed Com panion Flanges. The length of thread engagement for Screwed Companion Flanges depends upon the weight of the flange, considering pressure, and the type of thread joint employed. There are two types of threaded flange joints in general use; one where the pipe and the flange are refaced after assembly as distinguished from the other in which the pipe and the flange are not refaced. Pipe threaded for a refaced job snbuld have a thread sufficiently long to extend slightly beyond the face of the flange when assembled, to allow for refacing. For the joint which is not to be refaced, the thread on the pipe should be slightly shorter so that the end of the threaded pipe will be about one thread from the face of the flange when assembled. Leaky Joints Leaky joints can usually be traced either to faulty threading or an improper lubricant. Frequently the trouble lies in the thread on the pipe which may have been cut with dull or improperly adjusted threading tools resulting in wavy, shaved, rough or chewed threads. Wavy threads are noticeable both to the eye and touch, due to circumferential waves or longitudinal flats of slightly helical form rather than the desired true circular form. Shaved threads appear to have been threaded with two dies, one not matching the other, giving a double thread appearance at the start of the thread. Rough or chewed threads are noticeably rough and torn. Should the threads have any of these defects it is . possible that leaky joints might result. Crane Screwed Materials Crane threaded materials have smooth, accurately cut threads properly gauged and carefully inspected for taper, lead, thread angle, height, out-of-roundness, and alignment. They are threaded in compliance with established Standards as the requirements may be, and the start of each thread is properly chamfered for ease in assembling. Crane Co. has taken extraordinary precautions to insure satisfactory thread joints by maintaining con stantly careful inspection of not only the product itself but the threading equipment as well, which is the best available. A complete gauging system has also been established which includes Master Gauges approved by the National Bureau of Standards, Reference Gauges and Working Gauges. These gauges are checked ; periodically and frequently' so as to keep them well within the allowable tolerances. In fact, Crane; threading is held to much closer tolerances than actually required to make a tight joint. CRANE Threading of-Material For Use With Oil Country Tubular Goods 593 The American Petroleum Institute, in an effort to standardize Oil Country Tubular Goods nationally, has published A.P.I. Standards yA, yL, and yF. These Standards contain dimensions of A.P.I. Line Pipe and Casing Threads. Although the A.P.I. has set up these Standards which are being used throughout the country, there are other threads still being used in the oil industry for which there are no established Standards. The number of threads per inch, diameters of pipe, and taper of threads have been fairly well established by common use. The thread lengths vary considerably as conditions require. In some instances material having short thread chambers is ordered tapped to suit pipe or casing with long threads. If this material is tapped to the same size as high pressure valves, the end of the casing would come in contact with the internal parts of the valve or the other openings in the fittings before making a joint in the threaded end along the taper. To overcome this condition, it is necessary to either shorten the thread on the casing or tap the valve or fitting to a thread size slightly smaller in diameter. It is our practice to tap all such material small to gauge so that the end of the regular casing does not come in contact with the internal parts of the valve or other openings of the fitting, yet allowing the casing to screw in the maximum amount. This results in exposed threads on the casing after the joint has been made up. The length of exposed thread.depends on the fitting or valve and upon the casing thread. Pages JQ4 and 595 give the best information available at the present time regarding threads being used in the oil industry. How to designate threading: Owing to the various kinds of casings used in the oil fields today, it is necessary when ordering valves, fittings, nipples, etc., to be tapped or threaded with casing threads, to designate the threading information in the following manner: Specifications for valves and fittings tapped with A.P.I. Threads should include the following: Size, external diameter or external diameter of upset, threads per inch, type of thread and joint: For example: 8;h:-inch-- 8%-inch O.D.-- 8 threads, A.P.I. Standard Round Thread Casing Threads. 8^-inch--Sp-g-inch O.D.-- 8 threads, A.P.I. Long Thread Round Thread Casing Threads. 8p^-inch -- Sf-jj-inch O.D.-- 8 threads, A.P.I. Standard Sharp Thread Casing Threads. 85^-inch -- SyCinch O.D.-- 8 threads, A.P.I. Long Thread Sharp Thread Casing Threads. 4yf-inch--5-inch U.D.-- 10 threads, A.P.I. Standard Sharp Thread External Upset Casing Threads. 5%-inch -- 5?4-inch O.D.-- 8 threads, A.P.I. Standard Drill Pipe Threads. 3-inch-- 314-inch O.D.-- 10 threads, A.P.I. Standard Round Thread Non-Upset Tubing Threads. 3-incW--3-V-inch U.D.-- 8 threads, A.P.I. Standard Round Thread External Upset Tubing Threads. 3-inch -- 3 12-inch O.D.-- 11 }4. threads, A.P. I. Standard Sharp Thread Non-Upset Tubing Threads. 3-inch -- 33:t-inch U.D.-- 10 threads, A.P.I. Standard Sharp Thread External Upset Tubing Threads. Specifications for valves and fittings tapped with casing threads other than A.P.I. Threads should include the following: Size, external diameter or external diameter of upset, threads per inch, included taper per foot, and trade name of casing. For example: 6%-inch -- 7-inch O.D.-- 11 threads, %-inch included taper per foot, Boston Casing Threads. 6J^-inch -- 7-inch O.D.-- 10 threads, inch included taper per foot, California Diamond B. X. Casing Threads. 3-inch -- 3%-inch U.D. of Upset-- 10 threads, %-inch included taper per foot. External Upset Tubing Threads. For valves and fittings it is unnecessary to specify inside diameter or weight of casing per foot. Specifications for casing, pipe or nipples should in clude the same information listed above for valves and fittings, also adding the weight per foot (threads and couplings). For example: 8%-inch-- Syg-inch O.D.-- 38 pounds -- 8 threads. A.P.I. Standard Round Thread Casing. 5%-inch--5-tjj-inch O.D.-- 19 pounds -- 8 threads, A.P.I. Standard Drill Pipe. Ts-inch -- 7-inch O.D.-- 17 pounds--11W threads, M-inch included taper per foot, Boston Casing. 65-K-inch -- 7-inch O.D.-- 30 pounds--10 threads, ihi-inch included taper per foot, California Diamond B. X. Casing. 42 594 CRANE Thread Data for Casing Dimensions, in Inches External nSfES* *1 D.b",,* II Soulh Penn Casing || BoS.o,, Casing Sharp Thread A.P.I. Casing.4 II Round Thread || A.P.I. Casing* Size Diameter of Casing O.D. No. In of cluded Thrds. Taper per per Inch Foot Effec tive Thread Length No. In of cluded Thrds. Taper per per Inch Foot Effec- l| No. | In-' tivc }; of eluded Thread ijThrds.(Taper Length !! per I per [( Inch ' Foot Effec tive Thread Length No. In- j 1 of etudedf Thrds. Taper per per [ : Inch Foot 1 Effcctive Thread Length No. In of cluded Thrds. Taper per per. Inch Foot External Diameter of Upset U.D. No. In of cluded Thrds. Taper per per Inch Foot 2 V/t 2% 23/4 3 3V4 3% 3*4 4 41/4 4V2 4% 5 5M SV2 5% 5% 2.250 2.500 2.750 3.000 3.250 3.500 3.750 4.000 4.250 4.500 4.750 **10 3/8 2.1500 4.750 5.000 5.250 10 3/8 2.1500 10 3/8 *2.4000 j 5.500 5.500 6.000 | 101 3/g 1 1 10 j % 2.3500 2.3500' 5.750 | 8 8 8 8 3/4 2.1875 II 14 14 14 14 14 14 14 14 14 14 II 14 % 3/8 3/8 a 3/8 3/8 % 3/8 3/4 2.1875 3/4 *2.4375 I 1 14 14 11% 3/8 3/8 3/8 1111% 1111% 3/8 3/8 1.6240 *1.8740 14 3/8 II 1 3/4 2.3750 j| 14 3/8 11% 3/8 || - .9679 | .9929 1.0179 1.0429 1.0679 1.0929 | 1.1179 1.1429 1.1679 1.1929 1 1.2179 || 10 no j ll 11 3/s 1 8 t5.000 1.2429 1.2679 1.2989 | 1.2929 1.3429 1.3739 10 10 no %; ll As 1 3/8 I ........ II t% 116.000 |l 3/4 "3/4 6 6.000 |l | II 1 II 1 10 % 1 6V4 6.625 **10 % 2.6000j| 8 3/4 2.625o|^i^ 3/8 3/8 1.7370 *1.9870 14 3/g j 1.4054 j 1 1 6.625 ||!| II II 1 10 3/8 1 6% 7.000 i|**10 3/g | - 2.6OO0JJ 8 3/4 2.6250(j \0 3/8 1.8000 14 3/g i 1.4429 3/8 *2.2000 11% 3/g ] 1.4739 1 7 7.000 i| | II 1 1 II 1 ; || 10 3/s 1 7>/4 7.625 || | II ! i II 1 II 14 3/g | 1.5054 || 1 II A "3/4 II 8 ! II 8 II 3/4 3/4 7.625 II i I Hi! II 1 7% 8.000 11 10| 3/g | 2.850011 8 | 3/4 j 2.8750|| 8% 8.125 !j 1 ! II 1 II 8 1111% 3/s 1 1-5739 || !i| i1 it 10 llfio 3/4 1 II 8 i II 3/8 t% 18.375 3/4 8% | 8.625 10| 3/g | 2.850011**8 | 34 | 2.875011 8 3/4 1.9630||11%| 3/g | 1.6364 || 1 II 8.625 II II 1 1 II 8% 9.000 11 101 3/g | 2.8500||**8 ! % \ 2.8750|| II 1 1 II 8 ||11% i 3/g [1.6739 11 3/4 1 1 II 8 II 3/4 9 9.000 || *1 11 II i II i 1 II 8 3/4 1 II 8 3/4,< 91/4 9.625 II 1 **8 | 34 | 2.8750H | 11 r 1 II 1 II 9.625 || 1 II 1 1; 9% 10.000 || 10 3/g | 2.8500H 8 3/4 1 2.8750H 1 | llll II 8 1111% 1 3/s | 1.7739 H 3/4 I II 8 II 3/4 10 10% 10.7501| 10 3/g | 2.8500H 8 11.000 || 1 34 | 2.8750|| 8 | 34 1 II 1 2.1750H 1 1 || 1111% 1 3/g j 1.8739 H ! II 1 II 103/4 10.750 || 1 II 1 II 1 1 II 8 3/4 i II 8 , 3/4 11 11.7501| 10 % 2.8500||**8 3/4 2.8750H | II 1 1 II 1 II 11% 12.0001| 10 % 2.8500H 8 3/4 | 2.8750H | 1111% 1 3/g | 1.9739 || 1 113/4 12% 11.750 || 1 !! 13.000 || 10 3/g | 2.8500H 8 i II 1 II ' 1 II 8 3,4 | 2.8750 8 | 3/4 , 2.6870||11%| % | 2.0739 || 3/4 ; , 133/8 13.375 || i 1i II 1 II 8 3/4 i 13% 14.000 II 10 3/8 3.3500 1 8 3/4 | 3.3750 1 1111% 1 3/g 2.1739 || 1 14% 15% 15.000 j) i 16.000 || 10 3/g ; 3.350011 8 1 34 ; 3.3750 1 1' 1111% 1 3/g 2.2739 || 1111% 1 3/8 2.3739 || 1 1 16 16.000H | ll 1 1 11 II 1 II 8 3/41 18% 18.625 III II 1 , 1 II 1 II 8 % 1 20 O.D. 20.000 ! 1 1 11 8 | 3/4 i 3.8750 II II 1 11;; 21% 21.500 III II II II 1 II 8 , % | 24% 24.500 J. 1 ; II 1' II 1 II 8 i % , II 11 s 3/4 11 II 8 II II II II II II || || *Material will be furnished with, or to suit, the shorter of the two effective thread lengths unless otherwise specified. fSharp Thread A.P.l. External Upset Casing. **Same Threading as Sharp Thread A.P.I. Casing with corresponding O. AA.P.I. Standard 5A includes Short and Long Thread Casing in most sizes, also two lengths each on the 5 % and 6-inch sizes the Round Thread Short Thread Series. Material is furnished with, or to suit, shortest thread length unless otherwise specify CRANE jljj. '' iiffytfwwfiiil... 595 Thread Data for Drive, Rotary, and Drill Pipe, and Tubing Dimensions, in Inches Size External Diameter of Pipe or Tubing O.D. Drive Pipe 1j Internal Upset Rotary Pipe Number of Threads per Inch Included Taper per Foot Number ] of | Threads per Inch Included Taper per Foot A.P.I. Drill Pipe Number of Threads per Inch Included Taper per Foot 1.050 1 1.315 1% 1.660 i% 1.900 || n%2 2.375 3/ig or 3A\ 2% 2.375 VA 2.875 8 2% 2.875 3 3.500 8 3.500 3% ' 4.000 4 4.500 8 8 4y4 4.750 tio 4.500 4% 5.000 110 8 5 | 5.563 8 59/i6 | 5.563 6 | 6.625 8 6% | 6.625 7 j 7.625 8 7% 1 7.625 || 8 | 8.625 8 8% | 8.625 9 | 9.625 8 10 | 10.750 8 11 | 11.750 8 12 j 12.750 8 14 0.D.| 14.000 8 150.D.| 15.000 8 160.D. | 16.000 17 O.D. j 17.000 8 8 18 O.D. | 18.000 8 20 O.D. | 20.000 8 ID.B.X. Drive Pipe. 3/i6r%ll 1 3/i6 or % 3/i 6 or % 3/ie or 34l 3/8ory4|| _! %or%| 3/i6or%|| 3/i6or%|| II 3/ig II II 3/lfi 1! II 3/1fi 11 II 3/l6 1 3/l6 3/l6 3/l6 3/l6 3/lS 3/l6 3/l6 3/l6 3/l6 8 8 8 8 8 8 10 8 % 8 3/4 8 3/4 II 8 %1 %! 1! 8 3/4 1 18 II II 8 II II 8 % 3/4 3/4 3/4 3A 3A 3A 3A 3A Oil Well Tubing Sharp Thread A.P.I. Tubing Non-Upset Number of Threads per Inch Included-,) Taper per Foot | Number of Threads per Inch Included Taper per Foot 1 14 i a y2 ny2 ii y2 ny2 3/4 1 3/4 II 3/4 II 3/4 1! 11% 3/4 II 11% 3/4 3A |I | 8 or liy2 3/4 1 n% 11 1 8 or liy2 | 3/4 | n% II 1 ||8,10 or lll/2| 3/4 \ 10 |8, 10orliy2| 3/4 || 10 3/4 3/4 3/4 3/4 Round Thread A.P.I. Tubing Non-Upset Number of Threads per Inch Included Taper per Foot II ll II II io II io 3/4 3/4 11 io ll II 10 II II 8 II 8 | % 3/4 3/4 % External Size of Pipe or Tubing O.D. iy4 1.660 i% 1.900 2.375 2% 2.875 3 3.500 3y2 4.000 4 4.500 Dimensions, in Inches External Diameter of Upset ( U.D. External Upset Tubing Number of Threads per Inch Included Taper per Foot Sharp Thread A.P.I. Tubing External Upset Number of Threads per Inch Included Taper per Foot 1.813 | 11% 2.094 | 11% 2.594 | 2.603 11% 3.094 | 10 or liy2 3.750 10orlll/2 4.250 4.750 | 10 3A 3A 3A 3A 3A 3A 11% 11% 10 1 10 10 10 10 3/4 3A 3A 3A 3A 3A 3A Round Thread A.P.I. Tubing External Upset Number of Threads per Inch Included J*aper per Foot 10 % 10 3/4 8 3/4 8 3/4 8% 8 3A 8 3A 42 596 CRANE Malleable Iron and Cast Steel Eittings With Casing Threads Standard Malleable Iron Refinery Oil Fittings, page i8q; Heavy Malleable Iron Fittings, page 192; 1000Pound Cast Steel Fittings, page 341; and 2000-Pound Cast Steel Fittings, page 341, can be tapped for the casing sizes shown in the table below. Fitting Size 2 2l/2 6 31/2 4 *53/16 6 *6% 8 10 12 **A. P. I. Casing Size (Actual O. D.) ! : 4% 51/2 534 6% 7 7% 8% 8% 9 9% ioy4 11% 1 1 1 Dimensions, in Inches California | California D. B. X. ! D. B. 8 Casing I Casing Size Size Boston Casing Size (Nominal) 1 (Nominal) ! 4>/2 4% 53/,6 1 .1 4i/2 4% (Nominal) 2 21/4 21/2 23/4 3 31/4 31/2 33/4 4 41/4 41/2 43/4 5 53/16 5% 61/4 5% 7% 1 55/g 6V4 ! 6% 1 7% 1 5% 61/4 6% 7i/4 1 7% 81/4 81/4 81/4 8% 1 8% 1 8% 1 91/4 1 9% 9% ! 9% 10 i 10 1 1 10% 11 11 ! 11% 1 11% i n% South Penn Casing Size (Nominal) I 1 53/,6 1 61/4 ! 65/8 I 81/4 1 10 1 1 Actual O. D. of Casing 2V4 2% 23/4 3 31/4 3 y2 33/4 4 41/4 4% 43/4 s 51/4 5% 53/4 6 6% 7 7% 8 8% 8% 9 9% 10 103/4 11 11% 12 ' Mhese are casing sizes. Standard Malleable Iron Refinery Oil Fittings, Heavy Malleable Iron Fittings, and Cast Steel Fittings are listed in the 554 and b^g-inch sizes. **A.P.I. Casing is known by its actual outside diam eter; other Casings listed above are designated by their nominal size. 42 See page 593 when ordering Casing Thread Fittings. i \ CRANE Crane Fabricated Piping 597 r.. Advantages of Crane Shop Fabrication......................... ...................page 598 Scope of Crane Shop Facilities......................................... '.................. page 399 Metallurgical and Engineering Control............................................. page 599 Estimating and Ordering Services....................................................... page 599 Crane Shop Fabricating Facilities.................................... pages 600 and 601 Crane Pipe Bends...................................................................... pages 602 to 604 Cranelap Joints......................................................................... pages 605 to 608 Crane Flanging Processes....................................................... pages 605 to 607 Available sizes and Types of Flanged Joints...................................page 610 Flange Facings and Finishes.........'.................................... pages 612 and 613 Crane Welded Piping............................................................ pages 614 and 615 Dimensions of Crane Welded Headers............................ pages 6x6 and 617 Pipe Coils................................................................................................... page 618 Crane Double Pipe Heat Exchangers................................................ page 619 Testing of Fabricated Piping................................................................ page 619 The increasing use of higher pressures and tempera tures has elevated the art of designing, erecting, and purchasing fabricated piping to its rightful position of importance. Discriminating buyers now realize that the purchase of piping requires the same careful thought and attention to details as does the selection of steam generators, prime movers, refinery cracking stills, valves, and other major items of modern plants. Years ago, Crane Co. realized the desirability of having the production and development of its fab ricated piping go hand in hand with the constant improvement in its valves, fittings, and allied arti cles. In this manner, materials of uniform design, workmanship, and performance have been developed. The nature of fabricated piping precludes any at tempt to list completely the variety of materials and operations available in a modern shop. The special and peculiar requirements of industry and its processes daily present problems which must be solved. Your attention is invited to the following pages which tell a brief story about Crane Fabricated Piping; additional information furnished on request. A complete line--not the fabricated piping only! Exacting users of materials for piping installations will recognize the advantages of purchasing the fab ricated piping from a manufacturer who also pro duces a complete line of valves, fittings, bolts, gas kets. and accessories. One responsibility: When the task of furnishing all of the material rests with Crane Co., there is but one responsibility--one uniform standard of ma terials, workmanship, and service. Whether the joints used are threaded, flanged, or beveled for welding, the same standards and gauging systems are used uniformly on all of the products. This assures the user that the component parts of the piping system will fit accurately, provide relia bility and safety, and that the line will be erected easily with a minimum of erection and maintenance costs. Simplicity of ordering: An order for the complete piping job is handled as an integral unit; there is not the division of responsibility regarding the dimen sions and related details of the various items, as may occur when the component parts of a piping system are ordered from several sources of supply. Time saving: There is a saving in time and expense when orders and detailed drawings are prepared for only one source of supply. The delays caused by shipments from several sources are eliminated. Ease of maintenance: When repairs or replace ments are necessary because of the demands of serv ice, they are effected easily when all of the original material was secured from one source of supply Integrated piping systems from a single manufacturing source -- one responsibility for proper and complete fabrication 43 i 598 CRANE Crane Fabricated Piping (Con#.) Advantages of Crane; Shop "Fabrication Accuracy: A piping system, when placed in service, should develop the predetermined results and 'fulfill all of the expectations of a proper design. This should be accomplished expeditiously and at a mini mum of final erected cost consistent with the use of good materials and workmanship. Obviously, this purpose will be defeated unless each piece, large or small, of both simple and complex piping systems, receives the attention necessary to assure accuracy and a high quality of workmanship. Crane Shop Fabrication accomplishes this desirable end. Proficiency: In the Crane Fabricating Shops the mechanics are employed solely on the production of fabricated piping. Such continuity of practice means that they do not lose their proficiency, particularly desirable for welding and other complex operations. Safety: Safety is a prime requisite of every piping installation. Crane Shop Fabrication assures pur chasers that every necessary precaution has been employed to eliminate hidden hazards of piping. A weld may appear excellent on the exterior, yet under the surface it may contain gas pockets or have faulty penetration. A threaded flange joint gives no indication in its external appearance of improper threading. These are but two of the many' hidden hazards of piping. Shop appliances: Shop fabrication permits the use of special machinery, clamps, jigs, and other con venient appliances which are impractical for field service. This equipment permits the alignment and squaring-up of all flanged faces or ends of piping, also accuracy of dimensions and angles--all within the closest practical limits. Such characteristics assure the final: fitting of every piece into position without alteration or improper strain, resulting in increased safety and a saving of time and labor. Stress relieving, annealing, or heat treating, when necessary, are readily performed in the shop. All of these advantages are almost impossible of accom plishment in the field. Working conditions: Working conditions, almost invariably, are better in the shop than in the field. The shop has facilities for handling heavy or bulky pieces, therefore each mechanic is working at all times in a comfortable position and is not concerned about his safety. Testing: Crane Shop Fabrication assures depend ability because the product is tested and proved sound before shipment. Piping which is fabricated in the field usually must be installed in its final position before it can be tested, and. in the event of failure, the removal for replacement or repair proves expensive and causes delay. Simplified assembly: The erecting force in the field should only be called upon to assemble a piping system. It should neither be expected to design and fabricate piping, nor to manufacture economically, under adverse field conditions, a product comparable with that of the modern fabricating shop. Crane Fabricated Piping (Conf.) CRANE 599 Scope of Crane Shop Facilities Crane Co. can supply advantageously any piping for any industry. Shops at strategic points: Many shops are main tained for supplying the piping needs of industry. Most of the Crane Branch Houses are equipped for the simpler jobs--the larger Branch Houses for more elaborate jobs--and fabricating shops embracing the full line of pipe fabrication are located at strategic centers throughout the country. All types of joints: Any type of joint can be furnished--screwed, flanged, welded, or special. The selection of any type of joint presents a basic engi neering or mechanical problem. Crane Co. makes its recommendations accordingly--having an allinclusive line, it can exercise a degree of impartiality conducive to best serving the interests of the pur chaser. Large stocks: Large stocks of the various kinds of pipe, flanges, valves, fittings, and accessories are carried at all fabricating shops and branches. Crane Co. is prepared for the job, whether it calls for a single piece of pipe cut to length, or the complete piping equipment of an industry. Metallurgical and Engineering Control Laboratories: In the year 1888, Crane Co. estab lished a chemical laboratory with full control over the raw materials which went into Crane products. Constantly expanded, this service has grown into complete research, metallurgical, and testing labora-' tories. Long a dominant factor in the development of Crane products, all of the accumulated data held by these departments--the applied experience of Crane engineers and research men--are utilized in the production of Crane Fabricated Piping. Engineering: All fabrication of piping in the Crane shops is under a system of constant procedure con trol. A thorough gauging system is employed in all operations. Trained engineers are responsible at all times for the design, superintendence during manu facture, and constant checking of the product. Above De-waxing unit of a lubricating oil plant -- Crane equipped The services outlined above eliminate guesswork in the production of Crane Fabricated Piping. Below An interesting application of fabricated piping installed in the heating plant boiler room of a housing project Estimating and Ordering Estimates: A reliable estimate of the cost of any piping system will be furnished promptly upon receipt of an inquiry ac companied by blueprints and specifications. No matter how complex the layout or how involved the specification, a complete and accurate quotation is assured. Orders: Crane Co. has specialized for many years in the handling of orders for fabricated piping. Men, well trained and experienced in this work, enter the shop orders direct from complete blueprints, detail sketches, or bills of material, con stantly checking all dimensions and details. Accuracy is the watchword. Submit your inquiries to the nearest Crane representative. 600 CRANE Crane Fabricated Piping (Cont.) Crane Shop Fabricating Facilities The Crane Shops are fully equipped with machinery and facilities for the various operations required in the production of a complete line of fabricated piping. Much of the shop equipment is special--designed and built to develop the manufacturing technique The finished product of the welder -- Welded Assem blies made of 12 and 8-inch Seamless Steel Tubing, Crane Welding Elbows, and Welding Neck Flanges. necessary for the fabrication of piping of high, uni form accuracy and quality of workmanship. Many forms of special jigs and appliances -- a ; necessary adjunct -- are employed constantly to ' supplement the effectiveness of-the machines and : other facilities. ; Pipe Bending In Crane shops, the art of bending pipe has been developed to a high degree -pipe bends of many sizes and shapes are in constant production. j Pipe bends have a wide range of usefulness. No two , i general piping installations are alike, hence pipe J bends are especially adapted to solve the many ;i problems of space requirements. The proper proper- tions of a pipe bend usually are essentially a matter 1 of bending pipe to the dimensions necessary to fit < into the available space. ,'j To meet these needs of industry, Crane pipe bending' ; facilities are available: shops are equipped to fab- : ricate pipe bends from a large range of sizes, weights, 1 and kinds of pipe. See pages 573 to 587. ,j A "close-up" of 300-Pound Main and Auxiliary Steam Headers with an 8-inch Expansion Bend in the Main Header. Welding fj Crane Co. pioneered in the welding of fabricated piping. At Crane, welding equipment has been used for over thirty years in the production of headers and other products. ; Untiring research and experiment in Crane Shops and Laboratories during this long period are respon sible for the constant refinement in the technique of Crane welding. Crane welders use both the electric arc and oxyacetylene methods of welding with equal facility, and are subjected periodically to qualification tests Crane Fabricated Piping includes an almost infinite variety of shop-welded product. For detailed in formation on welding: see pages bi4 to t> 17. The illustration at the left shows a Pipe Bending Plate in a Crane Fabricated Piping Shop. The pipe is packed with sand, healed to a proper tempera ture, and pulled to the re quired bend by the use of power winches. Extreme care is exercised to insurea uniforrn bend, free from wrinkles, and of maximum strength. In the background is one of the furnaces used lor heating pipe before bending. Crane shops have facilities for fabri cating pipe in a wide range 01 sizes and weights. Crane Fabricated Piping (Cont) CRANE Crane Shop Fabricating Facilities (Cont.) 601 Flanging Crane shop lacilities include equipment for producing 1 the many types of flanged joints in current use. , These can be furnished not only in their regular forms but also in the various modifications and special adaptations required. Precision gauges govern every operation, assuring }- the utmost accuracy. For details, see pages 605 to 009. 1 Finishing 1.. Special finishing machines enable Crane Shops to furnish fabricated piping with a variety of finishes r, --regular and special. See pages tu 2 and bi 3. C Cutting, beveling, threading, making on screwed ", flanges, facing all types of flanges, machining i C.ranelap Joints, and various other operations for ; finishing the ends of Crane Fabricated Piping are -> performed on these machines with precision and a close adherence to accurate gauging standards. by air-undcr-waicr, kerosene, and other special tests if required. For detailed information on testing, see page biq Cutting and threading pipe Crane Shops are equipped to cut and thread pipe for all commercial services; regular and special threads can be furnished. The accurate threading to gauge, so characteristic of Crane screwed products, is similarly found in pipe cut to length and threaded in Crane Shops. - f Swedging I Swedging facilities are available for all sizes of pipe. % The facilities include furnaces for heating, powerful j, forging hammers, and dies to assure accurate it fabrication. ,j Testing Crane shop facilities include equipment for testing fabricated piping as specified in the various codes, jj or in accordance with the provisions of a specificai' tion. The usual hydrostatic tests are supplemented A Crane Welder at work Below One of the Cranelapping machines and furnaces in a Fabricated Piping Shop. A large pipe, at forging heat, is ready for lapping. Right 18-inch Welded Header with the ends swedged to 10-inch -- Cranelap Flanged Joints on all ends. 602 CRANE Crane Fabricated Piping (Conf.) Standard Types of Pipe Bends Crane Pipe Bends are made from pipe which is filled with sand, heated carefully until the entire sand core produces a uniform temperature, then clamped on the bending floor to forms which have been accurate ly laid out. Power winches are applied to draw the pipe around the forms, and the point of power application is repeatedly shifted to prevent the formation of wrinkles on the inside wall. A new' heat is made for each bend. All bends are completed in the pipe before trimming, threading, or flanging. A system of repeated check ing assures that every dimension and angle of the completed pipe bend will be accurate, and that the ends or flanges will be square with the axis of the pipe. Crane Pipe Bends are full area, free from wrinkles, buckles, and thin spots; they are cleaned of all scale, chips, and oil; and they are easy to erect, fitting into place exactly. j i * Radii and Tangents of Pipe Bends, in Inches Column "A" Column "B" Column "C" Size Pipe R Minimum Recommended Radius ol>ccl U1 Genuine Wrought Iron Pipe Standard or Extra Strong Weight R Shortest Radii to which pipe can be bent (See Cautionary Note on page 603) Steel Pipe Only Genuine Wrought Iron Pipe Threaded Ends, Screwed, or Welded Flanges Cranelap Joints Threaded Ends, Screwed, or Welded Flanges Cranelap Joints Stand Extra Stand Extra Stand Extra Stand Extra ard Strong ard Strong ard Strong ard Strong Weight Weight Weight Weight Weight Weight Weight Weight Pipe Pipe Pipe Pipe Pipe Pipe Pipe Pipe T Minimum Length of Tangent Steel or Genuine Wrought Iron Pipe Standard or Extra Strong Weight Threaded Ends or Screwed Flanges Cranelap Joints Vi % y2 . 3A i Wi lVz 2 2Vz 3 3% 4 5 6 8 10 12 *14 OD *16 OD *18 OD *20 OD *24 OD lVi lVs 21/2 3% 5 61/4 7i/2 10 121/2 15 171/2 20 25 30 40 50 60 70 96 108 120 144 1% 11/4 1 11/4 Vi II l7/s iy2 li/2 1 2 2 21/2 2 2Vz 2 1% 11/4 3 3 3 2% 3 3 2 ll/2 4 4 4 3 4 4 21/4 1% 4 4 5 4 5 4 2l/2 2 5 5 6 5 6 5 3 21/2 6 6 1 8 5 8 6 5 41/4 10 10 10 8 10 10 8 6 12 12 12 10 12 12 10 8 12 12 14 12 14 12 12 10 14 14 16 12 16 14 18 14 18 14 20 15 20 15 22 15 22 15 26 18 26 18 30 23 30 23 30 28 30 28 36 30 36 30 36 32 36 32 46 36 46 36 46 42 46 42 60 48 60 48 60 54 60 54 80 60 80 60 80 70 80 70 90 66 90 66 90 80 90 80 100 72 100 72 100 90 100 90 144 108 144 108 144 122 144 122 1 iy* iy2 m 2 2 2y2 3 4 4 5 5 6 7 9 12 14 16 18 18 18 18 2 2 2 2y2 3 4 5 6 6 6 7 7 8 10 10 14 16 18 18 20 *Fr sizes 14-inch O.D. and larger, the radii shown are based upon pipe with a wall thickness of J^-inch or lighter under the "Standard Weight Pipe column, and a wall thickness of J^-inch or heavier under the "Extra Strong Weight Pipe" column. Continued on pages 603 and 604 Length of Pipe in Bends and Calculation of Pipe Bends.. . .pages 638 to.640 1 Crane Fabricated Piping (Coni.) CRANE Standard Types of Pipe Bends 603 "i t No. 6 Single Offset U-Bend T_ * No. 71/2 Angle Bend 91 to 179 No. 8 Double Offset U-Bend For Table of Radii and Tangents, see page 602. For notes on pipe bends, see below and page 604. No. 11 Circle Bend No. 9 Expansion U-Bend Notes on Pipe Bends No. 10 Double Offset Expansion U-Bend Minimum recommended radius: The figures shown in Column "A" represent a schedule of dimen sions that is consistent with good practice for deter mining ordinary minimum radii of pipe bends. Shortest radius: The dimensions shown in Col umn "B" are based upon actual manufacturing con ditions and should not be lowered. Refer to the caution ary note below. Minimum length of tangent: The dimensions shown in Column "C" are based upon actual manu facturing conditions for tangents with a threaded end, screwed flange, or Cranelap Joint. These dimensions must be maintained without deviation for minimum lengths. Refer to the cautionary note below. Tangents for pipe bends with plain or beveled ends: Pipe bends with the ends plain or beveled for welding can be furnished without tangents. How ever, for convenience in erection, it is recommended that pipe bends with beveled ends have tangents at least equal to the minimum lengths given in the table for threaded ends in Column "C". Such tangents will provide space for applying jigs or clamps to line up and fasten the piping before welding. Tangents for pipe bends with Welding Flanges: Pipe bends fitted with Slip-On Welding Flanges can be furnished with a minimum length of tangent equal to the length through the hub of the Slip-On Welding Flange being used. Pipe bends fitted with Welding Neck Flanges can be furnished without tangents, since these flanges may be butt-welded directly at the end of the arc of pipe bends with beveled ends. This is only recommended when minimum dimen sions must be maintained. When possible, the use of a tangent is desirable for the same reasons as outlined in the paragraph pertaining to pipe bends with bev eled ends. For dimensions of Flanges, see pages 366 and 367. Cautionary note regarding the use of Minimum Radii and Tangents: The table shown on page 602 and the preceding paragraphs outline the minimum radii and tangents which can be furnished for various conditions. The use of such minimum dimensions is not desirable, nor is it recommended except when absolutely necessary. The radii of pipe bends preferably should equal or exceed the dimensions shown in Column "A", defining "Minimum Recommended Radius". When possible, the tangents of pipe bends should be greater than the dimensions shown in Column "C", defining "Minimum Length of Tangent". The tangents can be of any dimensions up to the limits imposed by the length of pipe available or the shipping facilities. See paragraphs on "Long Lengths of Pipe", page 604. Notes on Pipe Bends continued on next page Calculating Working Pressure, Stress, or Wall Thicknes of Pipe.. . .pages 635 to 637 604 CRANE Crane Fabricated Piping (Cont.) Notes on Pipe Bends (Cont.) Compound and unusual bends: Compound and unusual' pipe bends can be supplied in any practical shape. Our facilities are not limited only to the pro duction of the common types shown on pages 602 and 603. Some of the photographs included in this fabri cated piping section illustrate a few of the uncommon pipe bends made in Crane Shops. Compound pipe bends or bends in more than one plane do not require any tangent or straight portion between the arcs. Long lengths of pipe: tVhen designing or order ing pipe bends, consideration should be given to the maximum lengths of welded or seamless pipe avail able. Extra long or double random lengths of steel pipe are carried in stock for the fabrication of pipe bends requiring a long length of pipe, and when the elimination of an intermediate joint is practical and desirable; see page 574. Genuine wrought iron pipe is only available in regu lar random mill lengths of approximately iq feet average length. When the necessary lengths are not available, two or more pieces of steel or genuine wrought iron pipe can be welded together or provided with intermediate flanged joints to produce a desired bend. The inter mediate joint should be definitely located if its loca tion is an important factor in erection. Shipping facilities present the only practical limit to the shape or length of pipe bends. Care must be used, when ordering large or complicated pipe bends, to keep the over-all dimensions within the maximum shipping facilities and clearances between the factory and the destination. Above: 18-inch O.D. Compound Pipe Bends Ends of pipe bends: Pipe bends can be supplied with the ends plain, beveled for welding, threaded, or flanged, utilizing any of the types of flanged joints which are listed;-see pages 605 to 610. Special materials: Pipe bends can be made from special piping materials--a few are brass, aluminum, nickel, Monel, silicon bronze, rubber-lined or leadlined pipe, as well as numerous alloy steels. Facilities for heat-treating alloy steels after fabrication are available when required. Full information and prices quoted on application. Commercial pipe bends: Pipe bends for downspouts, ash handling, railings, and other non-fluid and non-pressure mechanical purposes, when made to approximate dimensions only, can be furnished at prices lower than those of regular pipe bends. ( \ i : Prices will be quoted upon receipt of inquiry giving full details as to quantities, size and kind of pipe, service, and dimension tolerances. Copper tubing pipe bends: For pipe bends made ' of copper tubing, see pages 510. j Testing: Crane Pipe Bends are regularly tested be- i fore shipment. For schedule of tests, see page 6iq. I Protectors and Painting: Pipe bends are given an exterior coat of paint to serve as a protective coating against rust. Flanged ends are provided with flange protectors; threaded ends have thread protectors. .; j Pipe: For pipe, see pages >74 to 587. -; Galvanized pipe bends: Pipe' bends can be fur nished galvanized on the inside and outside, or galvanized on the outside only. Information and prices will be furnished on application. ; ; Engineering data: For the amount of pipe in the | various types of pipe bends, see pages bqo. Complete data on designing pipe bends for taking care of the expansion and contraction of pipe lines, and determining deflection forces will be furnished on application. i> Inquiries and orders: Inquiries or orders should specify the quantity; size, weight, and kind of pipe; dimensions; and also if the ends are to be plain, beveled, threaded, or flanged. 1 f flanged, the kind of flange, facing, and type of joint should be specified. ! ' A group of unusual assemblies ready for shipment. Small si=e pipe bends welded to circular headers which are equipped with welded openings, tapped and plugged. Crane Fabricated Piping {Cont.) CRANE 605 Flanging Processes--Screwed Flanged Joints For Flanges Brass..................... p. 264 Iron........pp. 289 to 295 Steel.......pp. 361 to 367 Drilling Templates pp. 550 to 555 Thread Lubricants . . . .p. 548 Facings..pp. 612 and613 Screwed Flange Made On and Refaced Screwed Flange Made On Not Refaced The Screwed Flanged Joint has proved its general utility and satisfactory performance, primarily for the low and moderate pressure and temperature services -- especially when fabricated in the Crane Shops, using proper threading and pull-up machines. Application: The Screwed Flanged Joint can be applied to straight pipe, pipe bends, the ends and nozzles of welded headers, and to the flanged ends of welded assemblies. It can be applied to buttwelded and lapwelded steel, or genuine wrought iron pipe, and seamless steel pipe -- all commercial weights and thicknesses. Flanges: Any of the screwed flanges listed in this catalog can be used -- Cast Iron, Malleable Iron, Forged Steel, and Brass -- straight or reducing sizes Special piping materials: The Screwed Flanged Joint can be furnished on special piping materials--a few are brass, copper, aluminum, nickel, and Monel. Flanges of the same material can be furnished. Full information on application. Threading: The threading of both the pipe and the flange is to accurate gauge. The flange is secure on the pipe after the joint is made up. Alignment of bolt holes: Crane Shop Fabrication assures proper alignment of the bolt holes in all flanges. When specified, special alignment of the bolt holes can be furnished. Screwed flange -- made on and refaced: After the flange and the pipe have been properly threaded, the flange is made up tight by a powerful machine until the end of the pipe projects slightly beyond the face of the flange. A light refacing cut is then taken across both the flange face and the pipe end. The refacing assures that the end of the pipe will be flush with the face of the flange, thus providing a proper gasket-bearing surface to the inside of the pipe. It also assures perfect alignment of the pipe. Screwed flange -- made on, not refaced: After the flange and the pipe have been properly threaded, the flange is made up tight by a powerful machine until the end of the pipe is within one-half to one thread from the face of the flange. The Cranelap Joint CRANELAP JOINTS Catalog Numbers No. 5611/2, No. 180 E, No. 660 E, No. 859 E, No. 1268 E, No. 1559 E, 150-Pound 300-Pound 400-Pound 600-Pound 900-Pound 1500-Pound The Cranelap Joint is predominantly the most effec tive and practical joint. With either plain facing or the numerous modifications it has given such universal satisfaction over a long period of time that it is recommended for intermediate, high pres sure, and high temperature steam and water lines, also for many other difficult services. The wide range of utility and service applications makes the Cranelap Joint a modern flanged joint with very few limitations. Regular Cranelap Joint with plain face, serrated finish. Additional description.. . .pages 606 and 607 Dimensions..........................page 608 Facings................ pages 612 and 613 Regular Cranelap Joints are made on both steel and genuine wrought iron pipe. See note on page 606. Prices on application The Cranelap Joint approaches more closely than any other type the function of an all-purpose flanged pipe joint. It eliminates the individual, inherent disadvantages of the other types of joints. Cranelap Joints are not only adapted to high pres sure work but are well suited for low pressure serv ice, particularly in those sizes where large flange diameters are employed. In the Cranelap Joint the end of the pipe is lapped to produce a square corner at the junction of the inside periphery of the pipe and the face of the lap. When bolted up, the joint is made directly on the pipe itself -- there is no thread in the flange to leak under distortion due to bolting load, pressure and temperature, or expansion and contraction strains. These laps are made by a process which is a combina tion of upsetting and forging -- this operation is per formed while the metal is at a proper forging heat. (Continued on next page) 606 CRANE Crane Fabricated Piping (Cdnt.) Flanging Processes--Cranelap Joint (Cont.) All bolt holes are spot faced. Flange swivels on Faces and radii of flange and lap are carefully machined to assure proper contact and uniform bearing. The thickness of lap, after machining, is full thickness of pipe. Male and Female, Tongue and Groove, Double Thickness, Ring Joint, and Radial Back Cranelap Joints Have the laps of sufficient thickness to permit these facings to be machined without re ducing the thickness of the Tap at any point to less than that of the pipe wall. ; i Forged Steel Flange Features Heavy metal section at the fillet. Laps have square corners -- no pockets -- no round corners. Machining of the laps and flanges: All laps are completely machined on the front, back, and edge. The back of the lap is machined to provide a face which is parallel to the front or contact face. The face and the radius of the flange are carefully machined to match the cor- responding face and radius of the lap on Laps completely machined the pipe. The bolt holes of the flanges on face, back, and edge. are spot faced. The features of the machining outlined above are important. The spot facing Faces of front and back of lap are parallel. of the bolt holes of the flange provides a uniform bearing surface for the nuts of the bolts or studs. In addition to this, the facing of the flange and the parallel facing of the back and front of the lap assure an even bearing and Advantages throughout the joint, and a uniform pressure on the gasket. J j I .'] J J .j j 'J ij ; 'll ' Square comer laps: The Cranelap Joint has a square corner lap--it should not be confused or com pared with a joint having a round corner lap. The square corner lap assures a smooth joint on the inside of the pipe, without a pocket or depression. The formation of the square corner provides a metal thickness at the turn, or fillet, which is much heavier in section than the round corner lap, consequently much greater strength is developed. Full thickness laps: The rough laps of all Plain Cranelap Joints are of sufficient thickness to pro duce, after machining both the front and the back, a finished thickness of lap equal to or greater than the wall thickness of the pipe on which the lap is made. Swivel flanges of forged steel: The flanges on Cranelap Joints swivel on the pipe. This facilitates alignment of the piping and makes erection easier, because the swivel flange accommodates itself readily to any variations in the position of adjacent bolt holes or to the setting of piping at odd angles. ' ;j ?j T T All flanges used on Cranelap Joints are of Forged J Steel--unbreakable, and of high strength. This type of joint precludes the use of any flange material other ;. than steel. T Marine service: Cranelap Jointscomply with the . : regulations of the following bureaus: U. S. Dept, of J Commerce, Bureau of Navigation and Steamboat -y Inspection--Lloyds Register of Shipping, Ships ,i Registered in U.S.A.-- American Bureau of Ship ping, Special Inspection Required. ; Notes on Cranelap Joints Pipe: Cranelap Joints with plain face are regularly made from lapwelded steel or lapwelded genuine wrought iron pipe, using Standard, Extra Strong, or Double Extra Strong weights--or from seamless steel pipe in any of the regular thicknesses. Cranelap Joints with Radial Back, Ring Joint, Double Thickness or 200% lap, Male and Female, or Tongue and Groove Facing require the use of lap welded or seamless steel pipe only, and of a wall thickness equal to Extra Strong weight or heavier. In sizes smaller than are obtainable in lapwelded steel pipe, all Cranelap Joints are only made on seamless steel pipe. For pipe, see pages 574 to 587. Van Stone Joints: Whenever Van Stone Joints are speci fied, Cranelap Joints will be furnished. Plain Face: Cranelap Joints with plain face, serrated finish, as illustrated on page 60S, will always be furnished unless otherwise specified. ; Application of Cranelap Joints: Cranelap Joints can be applied to straight pipe, pipe bends, the ends and nozzles of welded headers, and the flanged ends ; of welded assemblies. < Cranelap Joints on special piping, materials: j Cranelap Joints can be fabricated on many special f piping materials--a few are brass, aluminum, nickel, fj Monel, Toncan Iron, and copper-bearing steel, as well as numerous alloy steels. Facilities for heattreating are available when required. Information and prices furnished on application. k Crane Fabricated Piping (Cont.) CRANE Flanging Processes--Cranelap Joint (Cont.) Modifications of the Cranelap Joint and Facings 607 Radial Back Cranelap Joint No. 179 E,-300-Pound No. 670 E, 400-Pound No. 1278 E, 900-Pound No. 869 E, 600-Pound No. 1569 E, 1500-Pound Double Thickness or 200% Lap, Cranelap J oint In addition to the plain face Cranelap Joint shown on the preceding page, various modifications can be furnished, as shown on this page. Modified Cranelap Joints require the use of lapwelded or seamless steel pipe only, and of a wall thickness equal to or heavier than Extra Strong weight. They are applicable to primary service pressures of 300 pounds or higher. Modified Cranelap Joints have the laps completely machined -- on the face, back, and edge. All except the Radial Back have a straight face on the back. Radial Back Cranelap Joints Radial Back Cranelap Joints derive their name from the shape of the back -- they have a radial back instead of the straight back as furnished on other Cranelap Joints. The regular Cranelap Forged Steel Flanges are used, except that the faces have a radius machined to fit the radius on the back of the lap on the pipe. Dimensions of Radial Back Cranelap Joints are furnished on application. Large Male and Female Cranelap Joints Large Male and Female Cranelap Joints can be furnished in two types -- one has the female in the lap, and the other has the female in the flange. When large Male and Female Cranelap Joints are ordered, the "female in the lap** type will always be furnished unless otherwise specified. In either the lapped end with male face or the lapped end used for "female in the flange", the thickness of the lap, after machining, will be the wall thickness of the pipe used, except that the minimum thickness of lap will be 34-inch when the wall thickness of the smaller sizes of Extra Strong weight pipe is less than J^-ineh, i.e. 2-inch and smaller. In the lapped end used for " female in the lap", the thickness of the lap, after machining, will be the wall thickness of the pipe used, plus the depth of the female facing. Large or Small Tongue and Groove Cranelap Joints In either the Large Tongue and Groove or the Small Tongue and Groove Cranelap Joint the thickness of the lap, after machining, will be the wall thickness of the pipe used, plus the height of the tongue or the depth of the groove. Ring Joint Cranelap Joints The Ring J oint Cranelap J oint is furnished with a specially designed groove which employs a steel ring, this combination making a pressure-tight joint. The joint has a thickness of lap, after machining, equal to the wall thickness of the pipe used, plus the depth of the groove, For dimensions of Ring Joints, see pages 562 and 563. Double Thickness, or 200% Lap, Cranelap Joints Double Thickness Cranelap Joints are exactly the same as the regular Cranelap Joint with plain face, except that the thickness of the lap, after machining, is twice the wall thickness of the pipe used. For dimensions of Double Thickness Cranelap Joints, use the dimensions of Plain Cranelap Flanges on page 608. A dimension of twice the wall thick ness of the pipe should be used in establishing the thickness of the lap for obtaining dimension "L". Prices on application Dimensions... .page 608 Large Male and Female Cranelap Joint (female in the lap) Large Male and Female Cranelap joint (female in the flange) Small Tongue and Groove Cranelap Joint 608 CRANE Crane Fabricated Piping {Cant.) Flanging Processes--Cranelap Joint (Cont.) Dimensions, in Inches Size of Pipe % % i W* 1% 2 2V2 3 3V2 4 5 6 8 10 12 HOD 16 OD 18 OD 20 OD 24 OD R TUWY z 1% 1% PVlS lii/16 2 1% 2% . 21/4 27/s 2% 3% 31/4 4% 33/4 5 4% 5% 51/g 63/ie 75/l6 s% 511/ie 6i3/16 8 10% 10 123/4 12 15 141/4 10y4 15% 18% 17% 21 20% 23 22 271/4 261/4 1 1%6 17/i6 15/,6 1%6 13/4 13/4 m 1%' 2l/l6 lls/l6 l7/l6 l7/8 29/is 23/16 113/16 2i/g 713/16 23/16 21/16 27/s 3"/i6 35/16 213/,fi 33/8 43/16 313/16 35/,6 41/4 51/16 411/16 43/, 6 43/4 59/l6 53/16 411/16 53/16 - 61/4 53/4 5% 65/ie 7% 6% 61/4 7% 89/l6. 77/i6 93/s 1011/16 101/lG 9s/l6 H1/4 1213/16 121/16 113/,fi 13% 151/16 143/16 137/i6 143/4 163/4 191/4 163/16 159/16 1.411/16 189/ie 1711/16 1611/16 21 Vie 203/, 193/16 21 231/16 221/16 2015/16 251/4 273/16 265/,6 253/16 This schedule of dimensions conforms to the Ameri can Steel Flange Standard (Bi be-1939). Plain Cranelaps are regularly made on lapwelded steel or genuine wrought iron pipe, using Standard, Extra Strong, or Double Extra Strong weights -- or on seamless steel pipe, using any regular thickness. Plain Cranelaps are applicable to all pressure classes, i.e. 150-Pound and higher; the thickness of the lap is the same as the thickness of the pipe wall. Male and Female, Tongue and Groove, Double Thickness or 200% lap, and Ring Joint Cranelaps require the use of lapwelded or seamless steel pipe only, and of a wall thickness equal to or heavier than Extra Strong weight, except that the minimum lap thickness on the male for large male and female joints will be J^-inch where the pipe wall thickness is less than 14-inch (i.e. Extra Strong weight pipe sizes 2-inch and smaller). These Cranelaps, called "Modi fied Cranelaps", are applicable to the 300-Pound and higher pressure classes only. Dimensions of Radial. Back Cranelaps and of Large Female Cranelaps with "female on the flange" are furnished on application. Description___ pages 60S to 607 Cranelap Flanges.. . .pages 361 to 367 Ring Joints.. . .pages 562 and 563 Minimum Face to Face of Piping with Cranelap Joints Weld inni b-hMhc1---x Sketch "A" wm B- LMiLW -D ---c-- Sketch "C" The minimum face to face dimensions of straight pipe with Cranelap Joints are obtained as follows: Sketch "A": Formula for straight pipe with Plain Face Cranelap Joints: C=X+2(A+B) Where X = 16%" on 1 to 1%" pipe X=26" on 2" pipe X = 1" on 2Jd" and larger pipe Sketch "B": Formula for straight pipe with the Modified Cranelap J oints -- Male and Female, Tongue and Groove, Ring Joint, Radial Back, and Double Thickness Lap: C=Y +(2A) +B+D Where Y = 163d" on 1 to 134" pipe Y = 26" on 2 and 234" pipe Y= 10" on 3" and larger pipe Sketch "C": The minimum face to face outlined for Sketch "B" can be reduced if a butt weld is located between the flanges, as illustrated in ``C'. If the procedure of Sketch "C" is followed, the minimum face to face of straight pipe with the Modified Cranelap J oints is in accordance with the formula: C = 1" -H2A-) +B+D 7 Crane Fabricated Piping (Coni.) CRANE 609 Flanging Processes--Welded Flanged Joints Welded Flanged Joints can be furnished in the three types illustrated here. The Welding Nipple with Cranelap Flange, also illustrated, affords an auxiliary flanged connection for welding. Application: Any of the Welded Flanged Joints shown at the right can be applied to straight pipe, pipe bends, the ends and nozzles of welded headers, and the flanged ends of welded assemblies. Special shop equipment assures the perfect alignment of flange faces on all Crane Welded Flanged Joints. Welding: The shop welding of these flanged joints is performed by Crane welders working under approved procedure control. All welds are tested and proved sound before shipment; see pages 614 and 615. Special piping materials: These types of Welded Flanged Joints can be furnished on many special piping materials, including numerous alloy steels, with facilities for heat-treating after fabrication. Information and prices furnished on application. Forged Steel Screwed Flange . Seal Welded and Refaced Forged Steel Screwed Flange, Seal Welded A Crane Forged Steel Screwed Flange is used in this joint. The pipe and the flange are accurately threaded; the flange is made up tight on the pipe, seal welded, and then refaced. The joint is sealed by fillet welding the back of the flange to the pipe--this seal weld assures that no leakage will occur through the threads. The refacing assures perfect alignment of the flange faces, and that the end of the pipe is flush with the face of the flange for a prober gasket-bearing surface to the inside of the pipe. The threads retain the function of holding the flange securely on the pipe, hence there is no shearing action. Welding Neck Flange Butt Welded to Pipe Forged Steel Welding Neck Flange Crane Welding Neck Flanges are of Forged Steel. They are machined with a beveled end and bored to match the thickness of the pipe to which they are applied. A butt weld is used to attach the Welding Neck Flange to the pipe, which is also machine beveled. Forged Steel Slip-On Welding Flange Crane Slip-On Welding Flanges are of Forged Steel. They are bored for a snug fit on the pipe, and are welded at the front and at the back. After the welding, the flanges are refaced. Slip-On Welding Flange Joints can be advantageously used when very short tangents are necessary on pipe bends. Attention is called to the advantage of Crane Shop Fabrication. The method of welding this type of joint at the front and the subsequent refacing eliminates the pocket which is produced by the fillet weld necessary in field welding the front of the Slip-On Welding Flange. Slip-On Welding Flange Joints in the 150 and 300-Pound .pressure classes can be furnished in sizes larger than 24-inch O.D., which is beyond the scope of the other types of flanged joints. Prices on application. Code limitation: The use of the Slip-On Welding Flange Joint is limited to a primary service pressure rating of 300 pounds per square inch, when piping must comply with either the Pressure Piping Code or the A.S.M.E. Unfired Pressure Vessel Code. Slip-On Welding Flange Welded Fiont and Back and Refaced Cranelap Welding Nipple and Flange The Cranelap Welding Nipple with Cranelap Flange can be applied to fabricated piping. Both the welding nipple and the pipe are machine beveled. A butt weld is used to complete the joint. This type of joint has all of the advantages of the regular Cranelap Joint, as described on pages 605 to 608. In most cases, piping can be fabricated with Cranelap Joints applied directly, which eliminates the weld necessary for the application of the Cranelap Welding Nipple with Cranelap Flange. Cranelap Flange with Welding Nipple Butt Welded to Pipe Flanges.. . .pages 361 to 367 Testing.. . .page 619 Welding Nipples and Fittings----- pages 351 to 360 Welding Beoel Details.. . .page 647 Facings.. . .pages 612 and 613 610 CRANE Summary of Sizes and Types of Available Flanged Joints Pipe Brass Flanged Joints Size Screwed Cast Iron Flanged Joints Screwed 125-Pound 150 Inches Pound 300 ' 25 Cast Malleable 250 Pound Pound Iron Iron Pound %1 *4 1 X X X XX X mX lVz X XX X X X X 2X 2V2 X 3X X Xf X XXX XXX XXX 334 4 5 6 8 10 | 12 14 OD 16 OD 18 OD 20 OD 24 OD X X X X X X XXX X XXX X XX X X X XX X X X XX X X XX X X XX i ++ ft %t Xi XX Xt t i t +t+ These tables are designed to indicate all of the sizes and types of flanged joints that can be regularly furnished for piping installations. The symbols found in these tables designate that a flanged joint is' regularly furnished in the particular size, material, type, and pressure classification, as listed. The symbols (J), (f), and (*) also serve to call attention to footnotes. INDEX Brass Flanges 150-Pound, Screwed........................... 300-Pound, Screwed.....'................ Page Iron Flanges 25-Pound, Screwed............................ .. 125-Pound, Screwed........................... 250-Pound, Screwed.................. . Forged Steel Flanges Description............................................ ....363 List Prices, 150 and 300-Pound..".. . . .'.364 List Prices. 400 to 1500-Pound.. .. ----- 365 Dimensions, 150, 300, and 400-Pound. .366 Dimensions, 600 to 25'00-Pound............. 367 (t) Made of Ferrosteel in these sizes. Pipe Size 150-Pound Joints 300-Pound Joints Forged Steel Flanged Joints 400-Pound Joints 600-Pound Joints 900-Pound Joints 1500-Pound 2500-Pound Joints Joints Screwed Cranelap Slip-On Welding Welding Neck Screwed (Cranelap Slip-On Welding Welding Neck Screwed Cranelap jSIip-On Welding Welding Neck Screwed Cranelap Slip-On Welding Welding Neck Screwed Cranelap Slip-On Welding Welding Neck Screwed Cranelap Slip-On Welding W elding Neck Screwed |siip-On Welding Welding Neck a 0 c* Inches w 0 % ' 3A l W* IV2 2 2'A 3 3% X XX XXX XX XxX XXXxX * * * * * * * * X X XXX XXX t t t t t tXXXXXXXX t1t X X X X X X X X XXXXXXXX * * * *XXXX t t t tXXXXXXXX XXXX XXXX XXXX XXXX * * * * * * * * X X XXX XXX t t t t t t tXXX tXXX X X XXXX XXXX X X X X !x X X X * * * * X X X X f t t1 t X X X X X X X X X X X X X X X X * * * * X X X X f t t t X X X X X X X. X X X X X X X XX * * * * X X X X XX X xX XX X XX XX XXXXXXXX * * * * XXXXXX XXXXXX 1 4 X X X X X X X X X X X X X X X X X X .X X X X X X X X X X 5 XXXXX XXXXXXXX XXXXX X XXX XXX XXX 6 X X X X i X X X X X X x. X X X X X X X X X X X X X X X X X 8 XXXXXXXX XX XXX XXXXXX XXXXXXXXX 10 X X X X 1 X X X X X X X X X X X X X X X X X X X X X *x X X 12 1X X X X X X X X X X X X X X X X X X X X X X X X X X X X 14 OD X' X X X x X X X X X X X X X X X X X X X X X X X 1 16 OD X X X X x X X X X X X X X X X X X X X X X X X X i 18 OD X X X X X X X X X X X X X X X X X X X X X X X X 1 1 20 OD X X X X X X X X X X X X X X X X X X X X X X X X 1 1 24 OD X X X X X X X X X X X X X X X X X X X X X X X X 1 1 *400-Pound Flanged J oints, sizes 34 to 3 34-inch inclusive, use 600-Pound American Standard Flanges, the pipe thickness to be suitable for the required pressure and temperature. J900-Pound Flanged Joints, sizes 34 to 234-inch inclusive, use 1500-Pound American Standard Flanges, the pipe thickness to be suitable for the required pressure and temperature. , Forged Steel flanges for flanged joints are regularly made of carbon steel, but can be made of No. 4 Carbon-Molybdenum Steel or No. 5 Chrome-Molybdenum Steel when required for unusual service conditions. Forged Steel Slip-On Welding and Welding Neck Flanges are available for flanged joints in sizes larger than 24-inch. The flanges can be furnished in several different weights for pressures up to 300 pounds at 750 F. Flanged joints can be furnished with any type of facing; see pages 612 and 613. CRANE 611 612 CRANE Crane Fabricated Piping (Cant*) Flange Facings and Finishes Crane Fabricated Piping includes a variety of facings and finishes for flanged joints. The illustrations and descriptions outline the details of the facings and finishes which are regularly furnished for the various Plain Face -- Smooth Finish Flanged joints are regularly plain faced with smooth finish when used with 25 and 125-Pound Cast Iron, Ferrosteel, or Malle able Iron Screwed Flanges. Serrated and special finishes can be furnished; special prices will apply. Brass flanged joints are regularly plain faced with smooth finish and "V" grooved. Raised faces should be removed from iron or steel flanges before bolting against brass flanges. Full faced gaskets should always be used when assembling any brass flanged joint with plain face and "V" shaped grooves. Metallic gaskets are not recom mended for use with brass flanged joints. types of flanged joints, also the alternative finishes which are available on special orders. There are two finishes for facings in general use, i.e., "smooth finish" and "serrated finish". Smooth: The machining of faces with this finish is smooth, designated "smooth finish". Serrated: The machining of faces with this finish is accomplished with a round nose or form tool which cuts concentric grooves, known as "serrated finish". The serrations are approximately 16 per inch when used on Cast Iron and Ferrosteel Flange Facings, and approximately 32 per inch when used on Forged Steel Flange Facings. Illustrations: The various facings and finishes are only illustrated with one type of flanged joint, but many pf them are applicable to a variety of types, such as Screwed, Welding Neck, Slip-On Welding, and Cranelap. Jjc-inch Raised Face -- Serrated Finish J4-inch Raised Face -- Serrated Finish Flanged joints are regularly furnished with a J4-inch high raised face when using 250-Pound Cast Iron and Ferrosteel Screwed Flanges; also 150 and 300-Pound Forged Steel Screwed, Welding Neck, or Slip-On Welding Flanges. Finish: The ffe-inch raised faces are regularly furnished with a serrated finish. Flanged joints are regularly furnished with a %,-inch high (large male) face when using 400, 600, qoo, 1500, and 2500-Pound Forged Steel Screwed, Weld ing Neck, or Slip-On Welding Flanges. Finish: The J^-inch raised faces are regularly furnished with a serrated finish. Smooth finish and special finishes can be furnished Smooth finish, special facings, and special finishes can when ordered; special prices will apply. be furnished when ordered; special prices will apply- Brass Flanges.. . .page 264 Iron Flanges.. .pages 289 to 295 Steel Flanges....pages 361 to 36T Templates for drilling... .pages 550 to 555 Dimensions of special facings... .pages 560 to 563 Crane Fabricated Piping (Cont.) CRANE 613 Flange Facings and Finishes (Cont.) W' High Double Male Face --Ring Joint Face -- Large Male and Female Small Male and Female -- Large Tongue and Groove -- Small Tongue and Groove J^-inch High Double Male Face -- Serrated Finish Ring Joint on Ring Joint on Ring Joint on Screwed Flange Welding Neck Flange Slip-On Welding Flange Large Male and Female Flanged joints can be furnish ed with %-mch high double male, large male and female, small male and female, large tongue and groove, and small tongue and groove facing when using 250-Pound Cast Iron or Ferrosteel Screwed Flanges; or 300, 400, 600, qoo, 1 500 and 2500-Pound Forged Steel Screwed, Welding Neck, or Slip-On Welding Flanges. Flanged joints can be fur nished with ring joint facing Small Male and Female Large Tongue and Groove Small Tongue and Groove when using 150, 300, 400, 600, qoo, 1500, and Smooth finish can be furnished on the male faces 2500-Pound Forged Steel Screwed, Welding Neck, when ordered; special prices will apply. or Slip-On Welding Flanges. Caution: Care should be taken in the use of small The ring joint face is also furnished on Cranelap Joints; see page 607. The ring joint facing should not be used with or against male and female joints to insure that the pipe is thick enough to permit sufficient bearing surface to prevent crushing the gasket. iron or brass valves, flanges, or fittings. Gaskets: Corrugated metallic gaskets are recom Finish: Male faces are regularly furnished with mended only when used with smooth finish flanged serrated finish. Female faces, tongue faces, and joints. For best results, they should be coated with groove faces are regularly furnished with smooth Crane High Temperature Thread Lubricant when finish. installed. Cranelap Joint Facing Finishes Cranelap Joint -- Plain Face Serrated Finish Regular Cranelap Joint: The regular Cranelap Joint with raised face is regularly furnished with a serrated finish, approximately 32 serrations per inch. Smooth finish can be furnished when specified. Modified Cranelap Joints: The Modified Cranelap joints and facings are finished as follows: Radial Back and Double Thickness Lap Cranelap Joints, with raised face are regularly furnished with a serrated finish, approximately 32 serrations per inch. Smooth finish can be furnished when specified. Large Male and Female, Large Tongue and Groove, and Small Tongue and Groove Cranelap Joints are regularly furnished with a serrated finish (approximately 32 serrations per inch) on the male faces, and with smooth finish on the female, tongue, and groove faces. Smooth finish can be furnished on the male faces when specified. Gaskets: Corrugated metallic gaskets are recommended only when used with smooth finish flanged joints. For best results they should be coated with Crane High Temperature Thread Lubricant when installed. Dimensions of Cranelap Joints. . . .p. 608 Thread Lubricants. . . .p. 548 614 CRANE Crane Fabricated Piping (Cont.) Crane Welded Piping Crane Fabricated Piping includes a wide variety of shop welded product -- headers, welded assemblies, receiver separators, vessels,-etc.-- for all current operating pressure and temperature services. Welding processes: Both the electric arc and oxyacetylene methods of fusion welding are employed in the fabrication of Crane Welded Piping. When orders do not specify which process should be used, we employ the method which is best adapted to the character of the work and which will produce the best results. Codes; qualification of welders; Crane Welded Piping can be fabricated to conform to the require ments of the various' codes. Crane welders must pass tests in accordance with the A.S.M.E. Unfired Pressure Vessel Code and the A.S.A. Code for Pressure Piping, under supervision of the Hartford Steam Boiler Inspection and Insurance Co. The qualification is for both electric arc and oxy-acetylene welding. Crane welders also can be qualified by customers inspectors or by other recognized inspection bureaus, for both carbon and alloy steels,' when so specified. Stress relieving: Crane Welded Piping will be stress relieved in accordance with the A.S.A. Code for Pressure Piping. Welded nozzles, in both the unreinforced and reinforced types, and other welds are stress relieved when it is considered necessary, even though the Pressure Piping Code does not stipulate that stress relief is required. The practice of stress relief as outlined above will be followed, unless orders or inquiries specify otherwise. Types of Welds There are numerous types of welds for various connec tions and purposes -- those in general use are as follows : Butt Weld For Metal Thickness of . %-inch or less 90 Nozzle Weld 90 Nozzle Weld Reinforced Type Welded Coupling Welded Pad Angular Nozzle Weld Standard Type Angular Nozzle Weld Reinforced Type Butt welds: Two types of butt welds are furnished as illustrated -- one for light sections, and one for heavy sections; see page 647. All piping is beveled before butt welds are applied. Mitre weld: The mitre weld, illustrated above, is used for fabricated piping, especially in the larger sizes, or for unusual conditions. The use of pipe bends or welding elbows is recom mended in preference to mitre welds. However, when the limitations of space, design, or the sizes of welding elbows available do not suffice, mitre welding can be used. They are made up of various combina tions of segments, angles, etc., and must be designed for each condition encountered. For welded couplings, the regular practice is to use a half coupling of the extra heavy seamless pattern ; one end is beveled and the weld is made as illustrated. For welded pads, the regular practice is to use a section of steel bar stock or a forged steel pad; one end is beveled, the weld is made, and the threaded opening is drilled and tapped as the final operation. Orders and inquiries should specify type wanted. Welded nozzles: Crane fabricated piping utilizes two types of welded qo or angular nozzles -- the "Standard Type" which is unreinforced, and the "Reinforced Type" which provides reinforcement of the nozzle weld. One of two types of welds is used; see illustrations above. Welded end closure: The welded end closure regularly furnished is illustrated above. Crane Welding Caps (ellipsoidal shape) are used unless otherwise specified. For Welding Caps, see page 354. Other,types, such as flat head, dished head, etc. can be furnished when ordered. Welded couplings and welded pads: Smaller sizes of screwed conrfections are furnished in two types--welded couplings and welded pads. Both are illustrated above. Reinforcing of welded nozzles will be done as required by the customer and in accordance with the A.S.M.E. Unfired Pressure Vessel Code or the A.S.A. Pressure Piping Code when these Codes must be complied with. The ring type of reinforcement will be furnished in the absence of definite specifications on orders for fabricated piping with reinforced welded nozzles. Other types of reinforcement can be furnished accord ing to individual specifications, when so stipulated. Crane Fabricated Piping (Conf.) CRANE 615 Crane Welded Piping The welding of shop fabricated piping probably finds its greatest usefulness in the production of welded headers from pipe. A few of the advantages of welded headers are: the elimination of joints; a saving in weight; a conserva tion of space when necessary; the location of branches or nozzles at any desired, practical intervals; con, tinuity of insulation; and the freedom to apply any type of joint to the nozzles or connections. Shop fabrication of welded headers is recommended, See page 598 for the "Advantages of Crane Shop Crane welded headers are fabricated by competent welders working under approved procedure control. When necessary, welds are stress relieved. For information on the dimensions and design of Crane Welded Headers, see pages 616 and 617. Notes on Crane Welded Piping Ends of welded piping: Welded headers and piping can be supplied with the ends plain, beveled for welding, threaded, or flanged, utilizing any of the types of flanged joints which are listed: see pages 612 and 613. Long lengths of pipe: When designing or order ing welded headers and piping, consideration should be given to the maximum lengths of welded or seamless pipe available; see page 574. When the necessary lengths are not available, two or more pieces of pipe can be welded together or provided with intermediate flanged joints to produce the desired header or welded assembly. Any inter mediate joint should' be definitely located if its location is an important factor in erection. Shipping facilities present the only practical limit to the shape or length of welded headers and assem blies. Care must be used to keep the over-all di mensions within the maximum shipping facilities and clearances between factory and destination. Special materials: Facilities are available for welding or brazing into various types of fabricated assemblies, piping materials such as brass, copper, aluminum, Monel, and others. The application of yellow brasses, however, is somewhat limited. Numerous alloy steels also can be welded. Facilities for heat-treating alloy steels after fabrication are available when required. Crane Shops have welding rods and electrodes for welding alloy steels which give the deposited metals approximately the same characteristics as the parent metals. Details on special materials on application. Galvanizing: 'Welded headers and welded piping can be furnished galvanized on the inside and outside, or galvanized on the outside only. The galvanizing is done after fabrication. Information on application. Testing, protectors, and painting: All Crane welded products are tested, painted, and provided with protectors on flanged or threaded ends. Inquiries and Orders: Inquiries or orders for welded products should specify the quantity; the dimensions; size, weight, and kind of pipe; also if the ends are to be plain, beveled for welding, threaded, or flanged. If flanged, the kind of flange, facing, and type of joint should be specified. It is advisable to have a sketch accompany all orders or inquiries. 24 x 16-inch Welded Headers Pipe. . . .pages 574 to 587 Welding Bevel Completing an unusual welded assembly ils.. . .page 647 Testing. . . page 619 616 CRANE Crane Fabricated Piping (Cont.) Dimensions of Crane Welded Headers Design recommendations: It is impossible to outline in complete detail fixed recommendations for the dimensions of welded headers, because the spe cific requirements often necessitate the use of special or unusual dimensional design. However, for the major portion of ordinary requirements, it is possible to keep within the limitations of standard practice. To this end, the composite header sketches shown above and the data following are presented as a guide for designing and for determining the dimen sions of welded headers. Caution: In the data following, reference is made, in many cases, to recommended minimum dimen sions. The principles of good header design preclude the use of these minimum dimensions, and consequent close clearances, except when necessary. Dimensions "C"-"CT and "K"-"KT: The recommended minimum center to center dimension of adjacent flanged end welded nozzles should be one-half the diameter of one outlet flange, plus one-half the diameter of the other outlet flange, plus one inch (i"). This will provide sufficient clearance for welding the nozzles to the header and also for bolting up the adjacent flanged joints. If the nozzle welds are reinforced, certain types of reinforcement may require more than one inch of clearance between adjacent flanges of nozzles. How ever, if ring reinforcement is used, this qualification does not apply, as the one inch clearance between adjacent flanges (Dimensions "CT and "KT) pro vides sufficient clearance for the application of welded reinforcing rings. As an example, refer- to dimension "C" (center to center of adjacent flanged end nozzles) in the sketch above and in the data section following, and note that the recommended minimum should be used only when close nesting of the branch outlet piping is required, or when the space for the header length is limited. Obviously, the use of the minimum dimen sion "C" is not desirable when greater spacing of Dimensions "D" and "E" : The dimension "D" (center of welded nozzle to center of the butt weld of an end closure) and the dimension "E" (center of welded nozzle to the beginning of a swedged reduc tion in the diameter of the header) should not be less than one-half the diameter of the flange on the welded nozzle. adjacent nozzles can be effected. Dimension "D,": For dimensions of the Welding Recommended minima: While the recommended Caps used for end closures, see page 357. See pages minimum dimensions appearing in the following data 358 and 3yq for working pressures of Caps. are accurate for general purposes, slight variations are possible. For specific problems of this nature, full information will be furnished upon receipt of inquiries, which preferably should be accompanied Dimensions of Welding Cap end closures for pres sures greater than those shown on pages 358 and 35Q will be furnished on application. by a sketch. Dimension "F" : The minimum lengths of tangents Dimensions "A" and "B": The center to face on swedged or reduced ends should be the same as 43 dimension of flanged end welded nozzles should be the minimum tangents used on pipe bends. See the same as the corresponding dimensions of flanged Column "C" in the table on page 602 and the notes fittings of similar pressure rating and of similar type. relating to tangents on page 603. Crane Fabricated Piping (Cent.) CRANE 617 Dimensions of Crane Welded Headers Dimension "G" : When the diameter of the welded nozzle is smaller than the diameter of the header, f, it is possible, in some instances, to make the-dimen sion from center of nozzle to face of header flange less than the normal dimension ("A"), which is the corresponding flanged fitting dimension. ^Dimension "G" should not be less than one-half the diameter of the outlet flange, plus the length through the hub of the header flange (including welding neck type), plus any additional space, if necessary, for the 1 insertion of bolts. 'I Dimension "H": The pipe connection for flow ,J meter purposes should be located according to the 1 requirement of the flow meter manufacturer. How ever, clearance for the hub of the flange is necessary. ; Dimension "J": Welded coupling nozzles or welded pads for a drain or other purposes should be so located that dimension "J" provides ample clear ance for the hub of the header flange, and also for the insertion or removal of the bolts for the header ' flange when piping is connected to the welded cou pling nozzle or pad. Dimensions "L" and "M": The diameter of welded drip pockets ("L") should be approximately one-half to two-thirds of the diameter of the header ("N"). The length of welded drip pockets ("M") should be, as a recommended minimum, approx imately two to three times the diameter ("L"). It is recommended that the drain connection be not less than i-inch, also that the size should be based on the service requirement. For low pressure saturated steam lines, drip pockets should be larger than those used on high pressure superheated steam lines, because more condensate will be present in the low pressure saturated steam lines than in the high pressure superheated steam. Drip pockets should not be located immediately op posite and below a vertical branch outlet of a header, because the flow from the header through the vertical branch will produce a syphonic action and render the drip pocket partially or even entirely ineffective, especially when a high velocity of flow is employed. Dimensions "P" and "Q": The fabrication of headers by welding readily permits vari ations in the location, design, and dimen sions of supports and anchorage bases. In the absence of any special require ment, itis recommended that the dimen- . sion "P" (center of header to face of base support) and the dimension "Q" (center of header to face of anchorage base) be the same as the corresponding dimensions of base fittings of-similar pressure rating and of similar type. . j These recommended dimensions pro vide clearance for the application of insulation. , Dimensions "R" and "S": The ': dimensions of the support bases ("R") j should be the same as the correspondi ing dimensions of base fittings of similar TM pressure rating and type. The dimensions of anchorage bases ("S") should be larger than those of support bases and should be developed to suit the conditions. When bases are to be drilled for bolts, the size and the location of the holes should be specified. When an anchorage base is used, it should be bolted secure ly; however, the supporting base should then be-free, in order not to interfere with the longitudinal move ment of the header when expanding or contracting. Dimension "T": The minimum center to centerdimension of adjacent welded coupling nozzles dr welded pads ("T") is governed by the pipe sizes ofthese connections. Adequate space should be pro vided for the installation of any valves, unions, etc., in the connected piping. Dimensions "AA", "V", and "Y": It is recom mended that the center to end dimension of beveled end welded nozzles ("AA" and`"V") and threaded end welded nozzles (" Y") be the same as the center to face dimensions of corresponding flanged fittings of similar pressure rating and type. W'hen necessary, it is possible to reduce dimensions "AA", "V", and "Y" below the standard recom mended above, but in such a case care should be used to have these dimensions of adequate length for proper butt welding or screwing-up of the branch piping to the ends of the nozzles in the header. Dimensions and "X"- "X,": The minimum center to center dimension of adjacent beveled end or threaded end welded nozzles is governed by the pipe sizes of these nozzles. Ade quate space should be provided for the installation of any valves, unions, flanges, etc. in the piping con nected to the nozzles. It is also necessary that the dimensions "UT, "W", and "XT be of sufficient length to provide adequate space for the welding of the nozzles to the header. Dimension "Z": The dimension "Z" can be de termined by the same formula used for dimension ."E", i. e., the same as one-half the flange diameter on a qo welded nozzle. A 900-Pound Header, complete with Valves 618 CRANE Pipe Coils Crane Fabricated Piping (Con t,) Pipe Coils can be furnished in many types. A few of those in general use are illustrated below. Pipe Coils are regularly made from any of the commercial sizes and weights of steel and genuine wrought iron pipe. Information about coils made from other piping materials will be furnished on application. Center to Center Dimensions, in Inches of Pipe Recommended and Advisable Minimum Standard | Extra Strong Shortest center to center dimensions Standard Extra Strong Size of Straps 3/4 3Vz 1 21/z 1 41 3 1% 5` 1 4 iy2 61 5 2 81 6 31/2 4 41/2 5 6 21/2 3 31/2 4 5 11/4 x 1/4 11/4x1/4 lVz x 1/4 li/2x% 2 x% Information on smaller and larger sizes furnished on application. ________ Straps, if required, can be furnished in other sizes._________ 3F ZD))P Flat Spiral Coil AY 3> B------------ ----------- ------- >1 7TTT7TT j||| --< ~< --< < < eCL --------- c-------------- Oval Coil -- rm ---------\ Flat Zig Zag Coil Cylindrical Coil Cylindrical Coil End Inside Box Coil Inquiries and orders: Inquiries and orders for Pipe Coils should specify the quantity; service; size, weight, and kind of pipe; also if the ends are to be plain, beveled, threaded, or flanged. If flanged, the kind of flange, facing, and type of joint should be specified. The essential dimensions, as indicated by the letters in the drawings should be given, preferably in a sketch. Threaded ends: If Pipe Coils are to have threaded ends, they' can be furnished with regular threads, locknut threads, or straight threads. If the threads are other than regular, full details should be given. 'I Galvanizing: Pipe Co*ils can be furnished galvanized on the outside only. It is possible, in limited instances, to galvanize coils on the inside and outside. Full information will be furnished on receipt of specific inquiries. Prices on application Pipe.. . .pages 574 to 587 Coils other than those illustrated above can be furnished. Crane Fabricated Piping (Cont) CRANE Crane Double Pipe Heat Exchangers 619 Crane Shops can fabricate heat ex changers of the type illustrated at the right. They are formed of two sets of piping, one placed inside of the other, and utilizing Crane double pipe return bends and fittings. Application: Crane Double Pipe Heat Exchangers have a wide range of ap plication, in various installations, to serve as the medium for heat transfer be tween fluids, gases, etc. The usual arrangement is to provide counter flows, or directions of travel, in the inside of the smaller, or inner piping, and the annular space between the inner piping and the outer piping. Pipe sizes: Three sizes of heat exchangers are regularly made: 2 x ij^-inch, zJ/j x iM-Hch' and 3 x 2-inch. A fourth size, 4 x 3-inch, can be made up on special orders. The sizes commonly used are 2 x 1 }4~inch and 3 x 2-inch. Length and height: Crane Double Pipe Heat Ex changers are regularly made in any length up to 20 feet long. Lengths over 20 feet can be made up on special orders. These heat exchangers can be any number of pipes in height; however, the usual prac tice limits the height to 12 pipes. Construction: Heat exchangers are regularly con structed with No. 1565 Double Pipe Return Bends; No. 1571 Double Pipe Tees, for the inlet and outlet; and No. 1574^ Union End Return Bends or No. 1 569 Flanged End Return Bends; see page 486. . All flanged joints have tongue and groove facing. Packing: Through the use of special packings and gaskets in the fittings, these heat exchangers are made suitable for use with various oils, gases, etc. Headers for multiple stands: When two or more stands of double pipe heat exchangers are used in a battery, welded piping headers for connecting the inlets and outlets are recommended. Testing and assembly: Crane Double Pipe Heat Exchangers are regularly subjected to a 300-pound air-under-water test, and are shipped in complete sections, - ready for erection. When too large for shipment, they are assembled in partial sections, ready for final assembly in the field. Inquiries and orders: Inquiries or orders should specify the quantity; size, weight, and kind of pipe; service, pressure, and temperature; over-all length and number of pipes; number of stands; center to center dimensions ofstands, when headers are wanted; and whether or not valves and any additional connec tions are wanted on the inlets and outlets. Prices on application. Information on welded heat exchangers and welded jacketed pipe on application. Testing of Fabricated Piping Crane fabricated piping, such as pipe bends, welded headers, welded assemblies, or any piping containing shop welds, is regularly tested to meet the require ments of the Code to which it has been fabricated. Products such as the above which do not have to comply with any Code will be tested at the pressures shown in the table at the right. Special tests: Items other than those listed before as being regularly tested can be tested when specified, in which case an extra charge will be made. Special tests, other than the usual hydrostatic, are available at a special price. Some of the special tests are steam, air-under-water, and kerosene. Full information will be furnished on application. Hydrostatic Test Pressures *Primary Service Pressure Hydrostatic Tests 25 Pounds Steam 50 pounds 125 250 150 350 250 500 300 " " 750 400 " " 1000 " 600 1500 " 900 " " 2000 1500 3500 " *Primary Service Pressure is the pressure under which iron and steel valves, fittings, flanges, etc., are classified in the American Standards. 620 CRANE Crane high pressure-temperature steel valves, fittings, and pipe bends at bottom of still in oil refinery. CRANE 621 Engineering Data Crane service to users of valves and fittings extends far beyond the manufacture of such products. Through years of research, experimenting, and testing, Crane Engineers have accumulated a wealth of engineering data to assist in solving the complicated problems sometimes associated with piping systems. A small portion of that data is shown in this section of the catalog. Users confronted with unusual piping problems are invited to avail themselves of Crane's complete service or to refer to the several Crane technical publications for additional information. Assembly and Maintenance of Flanged Joints..............................................page 624 Crane Bolting................................................................................ pages 622 and 623 Welding Bevel Details.................................................................................. page 647 How to Read Reducing Fittings.................................................................. page 644 Taps and Drains for Flanged Fittings.......................................................... page 645 Taps, Drains, and Location of By-Passes for Valves.....................................page 646 Resistance of Valves and Fittings to Flow of Fluids...................... pages 630 and 63 I Discharge of Water Through Pipes, Orifices, and Valves................. pages 625 to 627 Flow of Water Through Standard Wrought Iron or Steel Pipe.....................page 628 Pressure Drop in Elbows and Bends............................................................. page 629 Heating Water with Steam Coils................................................... pages 632 and 633 Excerpts from the Code for Pressure Piping..................................................page 634 Calculating Working Pressure, Stress, or Wall Thickness of Pipe., .pages 635 to 637 Calculation of Pipe Bends............................................................. pages 638 and 639 Length of Pipe in Bends................................................................................page 640 Thermal Expansion and Modulus of Elasticity of Pipe................................. page 641 Spacing of Pipe Supports...............................................................................page 642 Deflection of Horizontal Pipe Lines.............................................................. page 643 Definition of Steam and General Data.......................................... pages 648 and 649 Properties of Saturated Steam....................................................... pages 630 to 653 Properties of Superheated Steam................................................... pages 634 to t>57 Conversion Table, General............................................................................ page 658 Linear Conversion............................................................................pages 659 to 662 Pressure Conversion...................................................................................... page 664 Weight Conversion........................................................................................ page 664 Temperature Conversion............................................................................... page 663 Circumferences and Areas of Circles.................................................pages 663 to 667 For greater convenience, certain data of an engineering nature have been included in other sections of this catalog with products to which they definitely pertain. Refer to the pages indicated below: Formula for Determining Size of Stop-Check Valves...................................... page371 Formula for Determining Size of Steam or Oil Separators..............................page420 Normal Engagement Between Male and Female Threads...............................page591 American and British Standard Pipe Threads........................... pages 590 and 591 Threading Material for Oil Country Tubular Goods................... pages 593 to 596 Railing Pipe Threads............................................................................................ page266 Expansion of Wrought Iron, Steel, Brass, or Copper Pipe...............................page426 Expansion of Copper Tubing............................................................................... page510 Standard, Extra Strong, and Double Extra Strong Pipe Data....................... page588 Internal Fluid Pressures for Pipe........................................................................ page589 622 CRANE Crane Bolting Definitions 1. Bolt: A bolt is threaded on one end only, the other end being upset ' into the form of a head. * 2. Stud: A stud is threaded on both ends, one end being oversize in diameter to fit tightly (wrench fit) in a tapped hole, the other being to the standard diameter for a nut assembly. 3. Bolt-Stud: A bolt-stud is threaded either on both ends, or full length to the standard diameter for nut assembly on each end. Materials Crane Co. furnishes bolts, studs, and bolt-studs of the following materials: Machine Bolts for use at temperatures up to 500 F. are made from steel complying with A.S.T.M. Specifi cation A 107, open-hearth, free-cutting grade, having the following physical properties: Minimum Tensile Strength, lbs. per sq. in.. . .60,000 Yield Point, lbs. per sq. in............ 35. Elongation in 2", per cent.............. 25 Reduction of Area, per cent.......... 50 These bolts are furnished with "Regular" unfinished square heads in accordance with A.S.A. B18.2. All machine bolts are threaded in accordance with A.S.A. B1.1 Coarse Thread Series, Class 2 fit. Nuts regularly furnished with machine bolts are made of free-cutting or resulfurized nut stock conforming to A.S.T.M. Specification A 107. Nuts are made to American Standard Unfinished "Heavy" Hexagon Dimensions, A.S.A. B18.2. All nuts are tapped in accordance with A.S.A. B1.1 Coarse Thread Series, Class 2 fit. Studs and Bolt-Studs for use at temperatures up to 500 F. are made from cold rolled steel complying with A.S.T.M. Spec. A 108, open-hearth free-cutting grade, having the following physical properties: Minimum Tensile Strength, lbs. per sq. in... .70,000 Yield Point, lbs. per sq. in............ 60,000 Elongation in 2", per cent.............. 18 Reduction of Area, per cent.......... 45 Cold roll steel studs and bolt-studs are threaded in accordance with A.S.A. B1.1 Coarse Thread Series, Class 2 fit (nut ends only). Nuts regularly furnished are cold made of mate rial in accordance with A.S.T.M. Spec. A 107. Nuts are semi-finished in accordance with the American Standard "Heavy" Hexagon Dimen sions, A.S.A. B18.2. All nuts are tapped in accordance with A.S.A. B1.1 Coarse Thread Series, Class 2 fit. Alloy Steel Studs and Bolt-Studs are made of Crane Triplex or Templex Steel. Crane Triplex Steel has been used with uniformly satisfactory results in thousands of steel valve and fitting installations, many of which--particularly in oil refineries--have been operating under extreme pressures and tern- ;| peratures. Templex Steel, a recent Crane develop- jj ment in bolting materials, is superior to Triplex Steel jj in creep resistance; on temperatures over 850 F., | especially where joints are made up for permanent, *1 long-time service, as in steam power plants, Crane | Templex Steel will be found ideal. | Crane Triplex Steel complies with the requirements I of A.S.T.M. Specification A 193, Grade B7. g Crane Templex Steel complies with the requirements I of A.S.T.M. Specification A IQ3, Grade B14. g Both steels have the following physical properties: f Minimum * Tensile Strength, lbs. per sq. in... 123,000 5 Yield Point, lbs. per sq. in...........105,000 _ f' Elongation in 2", per cent............ 16 I Reduction of Area, per cent......... 50 .4 Alloy steel bolt-studs, threaded throughout their i entire pipe length, and nuts are threaded in accord- jf ance with the number of threads per inch specified in A.S.A. B1.1, Coarse Thread Series for sizes i-inch p, and smaller. Sizes 1 j^-inch and larger are furnished |r with threads per inch in accordance with A.S.A. f: B1.1, 8 Pitch Thread Series. This threading is in ,;i accordance with M.S.S. SP-2Q-IQ39. '!, M.S.S. SP-2Q-IQ3Q specifies the A.S.A. B1.1 Class 3 ; tolerances and dimensions for bolt-studs and Class 2 tolerances and dimensions for nuts. This combina- j tion of dimensions and tolerances allows the maxi- J mum bolt-stud pitch diameter to be the same as the 1 minimum nut pitch diameter. ' Note: In addition to furnishing bolt-studs and . ; nuts in accordance with the aforementioned tol- ! erances and dimensions, Crane Co. maintains a smaller maximum bolt-stud pitch diameter and a -?: larger minimum nut pitch diameter than allowed ;. by M.S.S. SP-2Q-IQ3Q, thereby insuring a"clear- , ance" under all conditions between bolt-stud and nut which tends to prevent " freezing" or seizing : of the two parts. Nuts regularly furnished with alloy steel bolt- ; studs are medium carbon, oil-quenched, semi- , finished, made to the American Standard ? "Heavy" Hexagon Nut Dimensions, A.S.A*| B18.2. 1 ;S' Nuts for alloy steel bolt-studs comply with thf requirements of A.S.T.M. Specification A q6 fot j Class 1 and A.S.T.M. A 194 for Class 2 H. Crane Bolting (Conf.) CRANE 623 Torque Required to Produce Bolt Stress The torque or turning effort required to produce a certain stress in bolting is dependent upon a number of conditions, some of which are: I. Diameter of bolt. z. Type and number of threads on bolt. i 3. Material of bolt. 4- Condition of nut bearing surfaces. J. Lubrication of bolt threads and nut bearing surfaces. Crane Co. has conducted many tests to determine the relation between torque and bolt stress from which the tables given below were prepared. The values given in these tablesare based upon steel bolting well.lubricated with a heavy graphite and oil mixture. It was found that a non-lubricated-bolt has an effi ciency of about 50 per cent of a well lubricated bolt and also that different lubricants produce results varying between the limits of 50 and 100 per cent of the tabulated stress figures. Crane High Temperature Thread Lubricant The graphite and oil mixture will give satisfactory results; however, for high temperature service Crane High Temperature Thread Lubricant should be used so that bolt-studs can be more readily followed up or disassembled after being subjected to heat. See page 548 for description of Crane High Temperature Thread Lubricant. Data for Use with Machine Bolts and Cold Rolled Steel Bolt-Studs Load in Pounds on Bolts and Bolt-Studs when-Torque Loads Are Applied Nominal No. of Diameter Threads of Bolt per Inch >/<" 20 Vl6 18 % 16 Vl6 14 Vz 13 9/l6 12 11 \A 10 Y8 9 l8 lVa 7 W* 7 1% 6 W2 6 Diameter Area at Root of at Root of Thread Thread .185 .240 .294 .345 .400 .027 .045 .068 .093 .126 7,500 Lbs. per Sq. In. Torque Compres Ft. Lbs. sion, Lbs. 1 203 2 388 3 510 5 698 8 945 Stress 15,000 Lbs. per Sq. In. 30,000 Lbs. per Sq. In. Torque Compres Torque Compres Ft. Lbs. sion, Lbs. Ft. Lbs. sion, Lbs. 2 405 4 675 6 1020 10 1395 15 1890 4 810 8 1350 12 2040 20 2790 30 3780 .454 .162 12 1215 23 2430 45 4860 .507 .202 15 1515 30 3030 60 6060 .620 .302 25 2265 50 4530 100 9060 .731 .419 40 3143 80 6285 160 12570 .838 .551 62 4133 123 8265 245 16530 .939 1.064 1.158 1.283 .693 .890 1.054 1.294 98 137 183 219 5190 6675 7905 9705 195 10380 273 13350 365 15810 437 19410 390 20760 545 26700 730 31620 875 38820 1% 134 1% *2 5% 1.389 1.515 300 11363 600 22725 1200 45450 5 1.490 1.744 5 1.615 2.049 390 525 13080 15368 775 1050 26160 30735 1550 2100 52320 61470 4V2 1.711 2.300 563 17250 1125 34500 2250 69000 Data for Use with Alloy Steel Bolt-Studs Load in Pounds on Bolt-Studs when Torque Loads Are Applied Nominal No. of Diameter Threads of Stud per Inch 'A" VlS 3/8 Vl6 Vz Vie V8 IA 78 1 1% Wt 1% 1% 1% 13/4 l'/8 2 2 Vi 2V2 23/4 .3 20 18 16 14 13 12 11 10 9 8 8 8 8 8 8 8 8 8 8 8 8 8 Diameter Area Stress at Root of at Root of 30,000 Lbs. per Sq. In. 45,000 Lbs. per Sq. In. 60,000 Lbs. per Sq. In. Thread Thread Torque Compres Torque Compres Torque Compres Ft. Lbs. sion, Lbs. Ft. Lbs. sion, Lbs. Ft. Lbs. sion, Lbs. .185 .240 .294 .345 .400 .027 .045 .068 .093 .126 4 8 12 20 30 810 1350 2040 2790 3780 6 1215 12 2025 18 3060 30 4185 45 5670 8 1620 16 2700 24 4080 40 5580 60 7560 .454 .507 .620 .731 .838 .162 .202 .302 .419 .551 45 4860 60 6060 100 9060 160 12570 245 16530 68 7290 90 9090 150 13590 240 18855 368 24795 90 9720 120 12120 200 18120 320 25140 490 33060 .963 1.088 1.213 1.338 .728 .929 1.155 1.405 355 21840 533 32760 710 43680 500 27870 750 41805 1000 55740 680 34650 1020 51975 1360 69300 800 42150 1200 63225 1600 84300 1.463 1.588 1.713 1.838 1.680 1.980 2.304 2.652 1100 1500 2000 2200 50400 59400 69120 79560 1650 2250 3000 3300 75600 89100 103680 119340 2200 3000 4000 4400 100800 118800 138240 159120 2.088 2.338 2.588 2.838 3.423 4.292 5.259 6.324 3180 4400 5920 7720 102690 128760 157770 189720 4770 6600 8880 11580 154035 193140 236655 284580 6360 8800 11840 15440 205380 257520 315540 379440 624 CRANE Assembly and Maintenance of Flanged Joints As the temperatures and pressures used in the piping industry have increased, the problem of maintaining tight flanged joints has progressively become more severe. Many types of joints have been used; vari ous types of gaskets have been installed in these joints; and different kinds of bolting materials have been recommended -- all with a varying amount of success, depending upon the operating .conditions. Even with all of these variations in design, certain precautions must be taken to maintain tight flanged joints. When a flanged joint is assembled, each of the com ponent parts is subjected to tensile or compressive stresses of varying magnitude. Under service con ditions, especially where high temperatures are involved, a change in the magnitude of these stresses occurs and a lowering of the bolt stress results. In order to compensate for this reduction in bolt stress, the following recommendations are made with regard to the assembly and maintenance of flanged joints. Assembly: Initial bolt stresses to be applied in the assembly of flanged joints should afford a reasonable factor of safety with reference to the yield point of the bolting material. On the other hand, the initial bolt stress must be high enough to insure a tight joint. An extensive survey of field erected flanged joints has indicated that the following initial stresses are usually applied when alloy steel bolt-studs are pulled up manually. Experience has shown that these stresses are satisfactory for American Standard Steel Flanges and will comply with the requirements as set forth in the preceding paragraph. Table I Size of Average Stress Approximate Alloy Steel Applied Manually Torque to Bolt-Stud Lbs. perSq. Inch Obtain Stress, Ft. Lbs. (Note 1) (Note 2) (Note 3) Elongation in Inches, per Inch of Effective Length (Note 4) % 52,000 % 48,000 1 45,000 m 42,500 1M 40,000 m 38,000 1H 36,500 m 35,000 i% 34,000 m 33,000 2 32,000 175 255 370 500 665 860 975 1285 1700 2200 2350 .00173 .00160 .00150 .00142 .00133 .00127 .00122 .00117 .00113 .00110 .00107 Notes: (i) Coarse thread series, 1" and smaller; 8 pitch thread series, 134" and larger. (2) Average stress applied by main tenance men in assembly, using a lever and wrench or by- sledging. (3) Based upon well-lubricated* threads. (4) Based on a modulus of elasticity of 30,000,000. The effective length of bolt-stud equals the distance from center of one nut to center of the other. The values given in Table I have been graduated according to size -- however, if it is possible to apply higher torques, it is recommended that the initial bolt stress be approximately 45.000 pounds per square inch. The initial bolt stress can be applied by either of two methods: (i) By pulling up the well-lubricated* bolt-studs with the proper torque, or (2) by pulling up the bolt-studs to produce the elongation necessary for the desired bolt stress. When the second method is used the total desired elongation of the bolt-stud should be ascertained by multiplying the value given in the table for elongation in inches per inch by the effective length (distance from center of one nut to center of the other). Figures 1 and 2, respectively, show the design of an instru ment which can be used in measuring bolt-stud elongation and the preparation of the ends of a bolt-stud for accurate measure ment. Maintenance: When should bolt-studs be pulled up after being in service? It is recom mended that the bolt ing in all flanged joints installed on tempera tures above 500 F. be pulled up after the first shutdown. On high temperature service where creep may be ex pected to occur, it is recommended that the bolting be pulled up at least once during the first 200 hours of serv ice, regardless of whether the line has been shut down or not. Bolt stress should be checked periodically during the life of the installation. ; ; How should the bolt elongation be checked and the bolt- ! studs pulled up? As a general rule, it is only neces- 1 sary to check the elongation in two or three dia- j metrically opposite bolt-studs, using the average t of the values obtained as the elongation for the ; J remainder. If the bolt elongation is to be determined f while the joint is in service, one bolt should be .( checked and pulled up before another is loosened. -i Measurements should be taken immediately after j releasing the load before the bolt temperature i decreases. The following procedure should be used in checking bolt elongation : (a) Determine the length of the bolt in the assembled joint. (b) Release the load on the bolt by loosening the nut and re-measure the length. (c) Subtract second reading from first. (d) Divide this value by the effective length of the bolt. (Effective length equals distance from center of one nut to center of the other.) I f the residual elongation is less than 70% of the, values given in Table I, the bolts should be pulled up so that the final elongation approximates the|" figures shown. *Crane High-Temperature Thread Lubricant or equal; see page 548 L sM. CRANE 625 Discharge of Water Through Pipes, Orifices, and Valves % Table of Nomenclature A = Area of opening, square feet. C = Experimental coefficient.. D = Inside diameter of pipe, feet. / = Coefficient of friction. g = 32.2 feet per second2 hu h,, h, = Individual head losses, feet of water. H = Effective head pressure, feet of water. L = Length of pipe line, feet. Q = Flow of water, gallons per minute, y = Velocity of water, feet per second. Frequently it is necessary to determine the quantity of water which will be discharged through a valve or orifice, or through a certain length of pipe. This problem is one which occurs often in hydraulic work, particularly with reference to the flow of water through long pipe lines from a high level .to a lower one. .015 for brass tubes, .02 for steel pipe, and .04 for cast iron pipe. The third factor, the loss of head due to velocity, may be expressed by the following formula: h: Z! 2<7 Formula No. 4. The quantity of water which is discharged into the atmosphere through a pipe, orifice, or valve is de pendent upon several variable factors which include flow pressure, size of pipe, type of valve or orifice, con dition of pipe wall surface, length of pipe line, etc. The discharge of water into the atmosphere in terms of head loss follows the general formula: The total loss of head is the sum of the individual losses and may be expressed as follows: H=hi + ht + ht = (l.5 +f~^)Yg As Q = 74 x 450 _________ It follows that Q = 450A ]/------ x ^FormulaNo.B. H -- C^- Formula No. 1. 2g Where the value of "C" is usually determined by experiment. Discharge of Water Through Pipes In the case of water flowing through pipes, the quan tity discharged is dependent upon three major resist ance factors: A. Entrance loss B. Loss of head due to friction C. Loss of head due to velocity The loss of head at entrance depends upon the con dition of the pipe end. A well rounded connection will cause the entrance loss to be decreased appre ciably, while a square non-projecting pipe will give a "C" value of approximately .5 in Formula No. 1. This latter condition is realized in the majority of installations and therefore, the formula for entrance effect is as follows: hi = Formula No. 2. The loss of head due to friction is mainly dependent upon the length and condition of the pipe line and may be expressed as hi / = X L D Formula No. S. In this equation, the friction factor, "/", must be de termined from experimental results. For rough ap proximations, the value of "f" may be assumed as Example: How much water will an 8" steel pipe line (7.981 inside diameter) 3000 feet long dis charge per minute at a point which is 300 feet below the inlet? 7 Qftl Given: D = = -665 feet A = .3474 square feet H = 300 feet 2g = 64.4 feet per second2 / = .02 (assumed) L = 3000 feet _____________ Then: Q - 450 X.8474^ ^ 1-0 + .665 Q = 2268 gallons per minute Discharge of Water Through Orifices The coefficient "C" for orifices is dependent upon the condition of the orifice edges, i.e., an orifice having well rounded edges has a "0" value of approximately 1.23, while one having sharp edges gives a "C" value of approximately 2.69. Discharge of Water Through Globe Valves The discharge of water through globe valves under a given flow pressure depends primarily upon the type of valve considered. Crane Co. has conducted tests on various types of globe valves in sizes up to and including N/f and has determined that the flow through a globe valve is, roughly, one-half of the flow through a short pipe of the same size. For additional data, see pages 626 and 627. 44 626 CRANE Discharge of Water (Cont.) Through Pipes, Orifices, and Valves The chart on the opposite page gives the discharge of water through pipe sizes from to io'v, in lengths from i foot to 200 feet; through orifices in sizes up to io"; and through valves in sizes up to 2 (A" based upon the for mulas or tests described previously. For sizes, lengths, or pressures not given on the chart, the respective for mulas or ratios may be used. Note: In all cases, the pressure used to determine the flow through pipes, orifices, or valves, should be the effective head pressure under flow conditions, not the static pressure in the line before flow commences. This statement applies particularly to lines supplied by pumps, etc. Application of Chart Example No. 1 What quantity of water will be dis charged through 75 feet of 5" stand ard pipe under a discharge gauge pressure of 50 pounds per square inch ? Enter the upper portion of the chart (page 627) at the intersection of the horizontal line for 75 feet of pipe and the line for the y" pipe size. Proceed downward to the intersec tion with the diagonal for 50 pounds gauge pressure and then continue horizontally to the right where the quantity discharged is given as 2600 gallons per minute on the right hand ordinate. Example No. 2 A 1 hi" globe valve is discharging water into the atmosphere under a discharge gauge pressure of 50 pounds per square inch. What quantity is discharged in gallons per minute? Enter the upper portion of the chart (opposite page) at the black dot on the line for valve size. Proceed downward to the intersec tion with the diagonal for 50 pounds gauge pressure and then continue horizontally to the left where the quantity discharged is given as 1 yo gallons per minute on the left hand ordinate. CRANE ___ 9 Discharge of Water (Cont.) Through Smooth Pipes, Orifices, and Valves 627 /o 3` Size of Standard Pipe or Valve y3" y2- r lVi" p/t" r z'/i" y 3'A" 4" 5" 6" 8" Discharge through 2001 150 100 75 50 Feet of " Pipe 25 1^ Orifice (Sharp Edges) Discharge-- Gallons o f W ater Per M inute 1000 m 628 CRANE Flow of Water Through Standard Wrought . Iron or Steel Pipe Based on Saph and Schoder Formula Note: For old or rough pipes add '15% to the pressure drop given in the table. Velocities given in light face type. Pressure drops given in bold face type. P= ------- dlM P = Pressure drop, lbs. per sq. in. per 1000 ft. of pipe V ~ Velocity, feet per second d = Inside diameter of pipe, inches PRESSURE DROP, POUNDS PER SQ. IN. PER 1000 FT. OF PIPE (1.0 Lb. per Sq. In. =a 2.30 Ft. of Water) Dis charge Gals. per Min. 1 2 3 4 5 6 8 10 15 20 25 30 35 40 45 50 70 80 90 100 125 150 175 200 225 250 275 300 325 350 375 400 425 450 475 500 550 600 650 700 750 800 850 900 950 1,000 1,100 1,200 1,300 1,400 1,500 1,600 1,800 2,000 2,500 3,000 3,500 4,000 4,500 5^000 6,000 7'non 8',0Q0 9,000 10,000 12,000 14^000 15,000 16,000 18,000 20,000 22,000 24,000 25,000 30,000 35,000 40,000 45,000 50,000 55,000 60,000 Vel. Ft. per Sec. Pres sure Drop r .37 .74 1.12 1.49 .55 2.0 4.25 7.3 1.86 2.24 2.98 3.72 5.60 11.1 15.4 25.3 40.0 85.0 7.44 145 6 l.ll 1.39 1.67 1.94 .45 .68 .95 1.26 2.22 2.50 2.78 3.06 3.33 1.62 2.00 2.45 2.93 3.44 3.61 3.89 4.16 4.44 4.72 3.98 4.55 5.17 5.85 6.53 5.00 5.27 5.55 6.11 6.66 7.28 8.07 8.90 10.6 12.5 7.21 7.77 8.32 8.88 9.44 14.4 16.6 19.0 21.3 23.7 10.00 10.55 11.10 12.22 13.32 26.4 29.2 32.3 38.6 45.1 14.43 15.54 16.65 17.76 19.98 52.5 60.0 68.8 77.1 96.1 22.20 117 Vel. Ft. per Sec. Pres sure Drop 0.43 0.64 0.86 .50 1.08 1.85 1.07 1.28 1.72 2.14 3.21 2.81 3.94 6.70 10.2 21.8 4.29 36.8 5.36 56.0 6.43 78.5 7.51 100 8n 1.44 1.60 1.76 1.92 .51 .63 .74 .87 2.08 2.24 2.40 2.56 2.72 1.02 1.12 1.32 1.49 1.67 2.88 3.04 3.20 3.53 3.85 1.85 2.05 2.28 2.71 3.18 4.17 4.49 4.81 5.13 5.45 3.67 4.23 4.80 5.41 6.05 5.77 6.09 6.41 7.05 7.69 6.72 7.45 8.18 9.82 11.6 8.33 8.97 9.62 10.26 11.54 13.4 15.4 17.5 19.7 24.5 12.83 29.9 16.03 45.1 19.24 63.2 22.43 84.0 25.65 108 Vel. Ft. per Sec. Pres sure Drop Vel. Ft. per Sec. Pres sure Drop Vel. Ft. per Sec. Pres sure Drop Vel. Ft. per Sec. Pres sure Drop Vel. Pres Ft. sure per Drop Sec.. Vel. Ft. per Sec. Pres sure Drop Vel. Ft. per Sec. Pres sure Drop iv2" 0.47 .50 0.63 .86 0.79 0.95 1.26 1.57 2.36 1.31 1.82 3.11 4.70 10.1 3.15 3.94 4.72 5.51 6.30 17.1 26.0 36.4 48.3 62.5 7.08 78.0 7.87 94.0 10" 1.63 1.73 .48 .53 1.83 1.93 2.04 2.24 2.44 .59 .66 .73 .87 1.02 2.65 2.85 3.05 3.26 3.46 1.18 1.36 1.54 1.73 1.94 3.66 3.87 4.07 4.48 4.88 2.16 2.38 2.63 3.15 3.64 5.29 5.70 6.10 6.51 7.32 4.30 4.88 5.59 6.29 7.85 8.13 10.18 12.21 14.25 16.28 9.57 14.5 20.4 27.2 34.7 18.31 43.2 20.35 52.3 24.42 73.1 28.50 98.0 32.57 125 2/ .57 .76 .96 1.43 1.91 2.39 2.87 3.35 3.82 4.30 4.78 5.74 6-69 7.65 8.60 9.56 .52 .88 1.34 2.85 4.85 7.32 10.4 13.7 17.6 22.1 26.7 37.5 51.8 63.8 79.1 96.8 Jl4" 1.84 1.99 2,13 2.27 2.41 .48 .55 .63 .70 .79 2.55 2.69 2.84 3.12 3.41 .87 .96 1.06 1.27 1.50 3.69 3.97 4.26 4.54 5.11 1.74 1.99 2.28 2.56 3.19 5.67 7.09 8.51 9.93 11.35 3.86 5.88 8.23 10.9 14.1 12.76 14.18 17.02 19.85 22.70 17.4 21.3 29.8 39.6 50.9 25.53 62.8 28.37 77.0 34.00 108 4`/2 .67 .55 1.00 1.18 1.34 1.68 2.01 2.35 2.68 2.00 3.04 4.26 5.14 7.29 3.00 3.35 4.02 4.69 5.37 9.12 11.0 15.5 21.4 26.4 6.04 32.8 6.7! 40.0 8.38 60.6 10.06 87.1 11.73 115.9 3 .87 1.08 1.30 1.52 1.74 .68 1.02 1.44 1.92 2.45 1.95 2.17 2.60 3.04 3.48 3.08 3.72 5.20 7.25 8.90 3.91 4.34 5.42 6.51 7.59 11.1 13.5 20.5 28.8 39.0 8.68 49.0 9.77 60.6 10.85 74.1 11.94 88.2 13.02 104 13' 1.98 .48 2.10 2.21 2.33 2.56 2.80 .53 .59, .65 .78 .91 10. 2.11 .45 3.03 3.26 3.49 3.73 4.19 1.06 1.22 1.39 1.56 1.93 2.28 2.46 2.64 2.81 3.16 .52 .60 .69 .77 .96 4.66 5.82 6.98 8.16 9.32 2.37 3.58 5.02 6.68 8.52 3.51 4.39 5.27 6.14 7.02 1.17 1.77 2.49 3.31 4.22 10.48 11.63 13.97 16.30 18.62 10.6 12.9 18.2 23.2 30.9 7.90 8.78 10.52 12.28 14.04 5.22 6.40 8.98 11.9 15.2 20.95 23.30 27.95 32.60 34.95 38.3 46.7 66.0 87.5 99.4 15.79 17.57 21.08 24.60 26.35 19.0 23.4 32.7 43.3 49.5 37.25 112 28.10 55.4 31.60 69.2 35.10 84.8 38.64 100 u j 72 .81 .97 1.14 1.30 .49 .69 .93 1.18 1.46 1.62 1.95 2.27 2.59 1.49 1.80 2.54 3.48 4.33 2.92 3.24 4.05 4.86 5.67 5.31 7.78 9.90 13.9 18.4 6.48 7.29 8.10 8.91 9.72 23.6 29.3 35.8 42.6 50.2 10. 53 11.35 12.17 12.97 13.78 58.0 66.8 75.2 85.3 95.3 14.59 108 15.40 118 lo 2.47 .52 2.75 3.43 4.12 4.81 5.49 .63 .96 1.35 1.79 2.29 6.18 6.86 8.24 9.61 10.98 2.85 3.48 4.85 6.47 8.25 12.35 13.73 16.48 19.22 20.60 10.3 12.2 17.7 23.6 26.7 21.96 24.70 27.45 30.20 32.95 30.2 37.6 45.6 54.0 63.8 34.30 69.0 41.20 96.2 48.10 129 4 .88 1.01 .49 .63 1.13 1.26 1.51 1.76 2.01 .79 .96 1.24 1.86 2.30 2.26 2.52 3.15 3.78 4.41 2.86 3.47 5.28 7.40 9.80 5.04 5.67 6.30 6.93 7.56 12.6 15.6 19.0 22.8 26.8 8.18 8.82 9.45 10.08 10.70 31.0 35.7 40.3 45.5 50.7 11.33 11.96 12.59 13.84 15.10 56.8 62.8 69.3 82.7 97.0 16.36 112 zir 3.30 .55 3.85 .78 4.41 1.04 4.96 5.51 6.61 7.71 8.82 1.32 1.64 2.00 3.74 4.76 9.92 11.02 13.22 15.42 16.52 5.90 7.22 10.2 13.5 15.3 17.62 19.83 22.03 24.23 26.43 17.4 21.6 26.4 31.2 36.8 27.54 39.6 33.04 55.5 38.55 74.2 44.10 95.3 49.60 119 5' 1.12 1.28 .57 .70 1.44 1.60 2.00 2.41 2.81 .87 1.06 1.62 2.28 3.00 3.21 3.61 4.01 4.41 4.81 3.85 4.76 5.85 6.92 8.20 5.21 5.61 6.01 6.41 6.82 9.55 10.9 12.4 14.0 15.6 7.22 7.62 8.02 8.82 9.62 17.4 19.2 21.3 25.4 29.8 10.42 11.22 12.02 12.82 13.62 34.5 39.7 45.0 . SO.8 56.7 14.42 62.8 15.22 69.6 16.02 76.8 17.63 91.8 19.24 108 . Z4" 3.02 .51 3.40 3.78 4.54 5.29 6.05 .64 .79 1.09 1.45 1.86 6.81 7.56 9.07 10.59 11.34 2.20 2.92 3.96 M5.99i 12.10 13.60 15.12 16.63 18.15 68..7465 10.3 12.2 14.3 18.90 " 15.4 22.68 21.6 26.45 28.8 30.25 37.0 34.00 45.9 - 37.80 56.0 1 41.60 66.S 45.36 78.2ft f '' t . ___________________________________________________ CRANE___________________________ ` Pressure Drop in Elbows and Bends 629 The general effect of elbows, bends, or obstructions _,on the flow of fluids in pipes is to lower the critical ^velocity, so that a fluid flowing streamline in a Straight pipe may become turbulent upon traversing .a bend, or any existing turbulence may be increased. 'In bends or elbows, the degree of turbulence is altered By any change of velocity and also by any change in the ratio of the radius of curvature, R, to the pipe diameter, d. Tests have indicated that the increase in the degree of turbulence depends upon the properties of the fluid itself and is not constant for .all fluids. It is generally assumed that short radius elbows pro duce a greater pressure drop than long radius bends. This assumption is not borne out by tests, however, which show that if the mean radius of curvature of the elbow is equal to approximately or 2 pipe diameters, the pressure drop is lower than that caused by a bend having a radius of curvature of 5 pipe diameters. This, however, does not take into consideration the straight length of pipe connected to the short radius elbow, to maintain the overall dimensions of the larger radius bend which, if in cluded, would indicate a greater pressure drop for the short radius elbow construction. Professor Eustice* has shown, by the use of colored filaments, the motion of water in its flow through curved glass pipes and has prepared an average curve of frictional resistance ratios which is plotted as curve A in the chart shown below. Curve B shows the re sistance due to the actual length of the bend; Curve C shows the total resistance of the pipe bend. The curves indicate that the variation due to the properties of the various fluids is small and that for all practical purposes the curves given for water may be used for steam, gas, etc. Example: What is the pressure drop in terms of equivalent pipe length caused by an expansion "U" bend made from 6" pipe having a radius of curva ture of 30"? Referring to the chart for an R/d ratio of 30/6 = 5 and proceeding upward to Curve C, the equivalent pipe length for a quarter bend is equal to 22 X 6 = 132", or 1i feet of 6" pipe. As an expansion "U" bend is made up of four quarter bends, the approxi mate total resistance offered by this type of bend is 11 x 4 = 44 feet of 6" pipe. *"Engineering" London -- November 13, 192? Ratio R/d 630 CRANE Resistance of Valves and Fittings to Flow of Fluids When the flow of a fluid in a pipe line is altered by some obstruction such as a valve or fitting, the veloc ity is changed, turbulence is magnified, and a drop in pressure results. This pressure drop may be insig nificant in long lines where it is very small in compari son to the total drop, but when the line is short, the pressure drop through valves and fittings becomes a major item in the total pressure drop value. The most widely used data on the subject of the resistance of valves and fittings to the flow of water and steam is the information given in Dean Foster's paper on "Effect of Fittings on Flow of Fluids Through Pipe Lines" (published in Vol. 42, 1920, of the Transactions of the American Society of Mechanical Engineers). Later tests conducted by others have indicated that the values given by Foster are low for globe valves, angle valves, etc., and that data are needed to establish the correct information to use. It has been the tendency, and probably is the most practical way, to present the friction values in terms of an equivalent length of the same size of pipe; i. e., the pressure drop caused by a 2-inch elbow is equiva lent to approximately the pressure drop caused by five or six feet of 2-inch pipe under the same condi tions of flow. In this way, water and steam can be treated com paratively and a relation can be established between the relative friction values of water and steam. Foster has stated that the equivalent length of pipe for steam flow is about .8 of that established for the flow of water. Realizing the need for definite data covering this subject, Crane Co. has conducted pressure drop tests on valves and fittings on both water and steam. These tests were made on 2-inch and 6-inch sizes and conducted under conditions which were thoroughly investigated previbus to the tests. Resistance in Terms of Equivalent pipe Length From data given in the tests conducted by Crane Co. and also from information gathered from authentic sources, the chart shown on the opposite page has been prepared. The chart gives the equivalent length of pipe to produce the same pressure drop as a valve or fitting. This additional pipe length should be added to the length of the line in order to determine the total pressure drop. ' It has been shown by previous investigators that the drop in pressure through valves, fittings, etc., is some . constant multiplied by the velocity head, Y1 2<?' V2 Therefore: ff, = k-- where "9 H1 = Loss of head in feet [ k = Coefficient (Values given in table below) ' V = Velocity of water, feet per second 2<7 = 64.4 _____________Type Globe valve...................... Angle valve...................... Close return bend........... Standard tee.................... Standard elbow............... Medium sweep elbow... Long sweep elbow.......... 450 elbow.......................... Gate valve (fully open). }/i closed...................... Yi closed...................... % closed...................... Borda entrance................ Sudden enlargement: d/D = M................... d/D d/D = = H%...................................... Ordinary entrance.......... Sudden contraction: d/D = J4.................... d/D = )4.................... d'/D = M................... Coefficient "fc" "fc" 10.0 5.0 2.2 1.8 Q 1 .42 .19 I -15 y.6 24.0 -83 .92 .56 .19 5 .42 33 .19 _____________ Authority_____________________ Crane tests Crane tests Giesecke & Badgett Giesecke & Badgett * Crane tests Bulletin No. 2712 -- University of Texas Bulletin No. 2712 -- University of Texas Bulletin No. 232 --University of Wisconsin Bulletin No. 252 -- University of Wisconsin Bulletin No. 272 .-- University of Wisconsin Bulletin No. 252 -- University of Wisconsin Hydraulics' ' Daugherty "Hydraulics" Daugherty "Hydraulics" Daugherty "Hydraulics" Daugherty Hydraulics' ' Daugherty "Hydraulics" Daugherty "Hydraulics" Daugherty "Hydraulics" Daugherty , i 'i CRANE Resistance of Valves and Fittings to Flow of Fluids 631 Example: The dotted line shows that the resistance of a 6-inch Standard El bow is equivalent to approximately 16 feet of 6-inch Standard Pipe. Note: For sudden enlargements or sud den contractions, use tjie smaller diame ter, d, on the pipe size scale. 3000 -2000 Long Sweep Elbow or run of Standard Tee -1000 -500 -300 -200 -100 4) a (-30 y -20 *<3 Sudden Enlargement--. to d/D=M d/D" Vl d/D=% '-10 6T03 a ~3 -5 jj ^ Ordinary Entrance <D^ -3 'I w -2 Sudden Contraction ------ d/D~H d/D-l/d d/D"3/4 -0.5 -0.3 45' Elbow -0.2 48-- -50 42- 36--30- -30 2422- 20- 18- 16- o 45 14- aO. 12- s rst 10- <6 -_'"-Ot-5i 87-- ~6=^- u 8<u 414-- 5 4- 1 3^-- 20 -10 -3 d d O Z 2%- -3 -2- 1%114- -1 3/4- Copyright by Crane Co. -0.1 l0.5 tm 632 CRANE Heating Water With Steam Coils When steam pipes or coils are submerged in water and the con densation is withdrawn as rapidly as it is formed, the rate of heat transfer may be determined by referring to the chart shown on the opposite page. The values for brass and iron pipe given on this chart are based upon data prepared by the American Radiator Co., which were derived from tests. The figures given on the chart are one-half of the actual test results to allow for corrosion and fouling of the pipe. Caution:' It must be realized that when the size of a trap is to be recommended based on the values obtained from this chart, the pounds of steam condensed per square foot per hour, as given by the chart for 'the operating conditions, should be doubled. The chart not only gives the B.t.u. loss per square foot per hour from copper, brass, and iron pipes, but also includes the pounds of steam condensed per square foot of pipe surface per hour for pressures ranging from io to 385 pounds per square inch gauge. Example No. 1 A well insulated tank contains 10,000 gallons of water. Given: Quantity of water = 10,000 gallons = 10,000x8.33 = 83,300 pounds Inlet temperature of water = 70 Fahr. Final temperature of water = 140 Fahr. Temperature of steam at 150 pounds per square inch gauge = 366 Fahr. Size of pipe for coil = 1}4!' Material of pipe for coil = steel Problem: How many feet of 1J4" steel pipe will be required for a coil large enough to raise the temperature of the water from 70 Fahr. to 140 Fahr. in one hour if the steam pressure available is 150 pounds per square inch gauge? Procedure: 1. Determine the mean temperature difference. (366 - 70) + (366 HQ) = 26,o pahr_ of the chart at a mean temperature difference of 261 Fahr.; proceed upward to the intersection with the line for steel pipe and then horizontally to the j left to the ordinate where it is noted that the heat transfer rate is 70,000 B.t.u. square foot per hour, j 3. Determine the B.t.u. necessary to raise the water * from 70 to 140 Fahr. ; 83,300 pounds X (140 ----- 70) = 5,831,000 B.t.u. per hour. H 4. Divide this quantity by the rate of heat transfer \\ to determine the square feet of pipe surface required. :.j --5,7803--,10-,-00-0-0-0- =8.3.3 square ,feet :i; 5. The length of i%" pipe which has one square foot of outer surface is equal to 2.301 feet. *1 6. Multiply the number of square feet required by d the length per square foot to obtain the total length , of 1 %" pipe required. 2. Referring to the opposite page, enter the bottom 83.3 x 2.301 = 191.7 feet of 134" pipe. ! Example No. 2 Given: Steam pressure =10 pounds per square inch, gauge. Pipe size = 2-inch standard. Pipe material = brass. Inlet water temperature = 40 Fahr. Required outlet water temperature = 170 Fahr. Required: Total number of B.t.u. transferred per square foot of pipe surface per hour. Pounds of steam condensed per square foot of pipe surface per hour. Procedure: The temperature of saturated steam at 10 pounds per square inch gauge pressure is approximately 240 Fahr. The mean water temperature is 105 deg. Fahr. which gives a mean temperature difference of 240 -- 105 --. ; 13 5 Fahr. Entering the chart on the lower scale at a tempera- , ture difference of 1350 Fahr. and proceeding upward ; to the intersection with the line for Brass pipe and thence left to the ordinate, it is found that the heat ^ transfer is approximately 40,000 B.t.u. per square | foot per hour. Proceeding horizontally to the right j along the 40,000 B.t.u. line to the intersection with f the dash line for 10 pounds per square inch gauge f pressure and then upward to the top boundary line, J it is determined that 42 pounds of steam are con- |. densed by each square foot of outer pipe surface*) per hour. , I CRANE Heating Water with Steam Coils (Coin.) 633 Pounds of Steam Condensed per Square Foot per Hour 0.1 1.0 10 t- k 100 H eat Transfer, B. t. u. per Square Foot per H our Mean Temperature Difference, Deg. Fahr. (Steam Temp.-- Mean Water Temp.) For typical problems involving the use of this chart, see the preceding page. 44 634 CRANE Excerpts from the Code for Pressure Piping The following excerpts from the Code for Pressure Piping, American Tentative Standard 831.1-1935, cover the scope and classification of the four piping sections and set forth limitations of threaded end pipe. Section 1, Power Piping Systems "101 Scope. Section 1 of this Code covers the design, manu facture, test, and installation of power piping systems, as defined below, for steam 'generating plants, central heating plants, and industrial plants. 102 Classification, (a) Power piping systems shall be under stood to comprise all steam, water, and oil piping (not including oil piping covered by Section 3 of this Code) within or forming a part of the above-mentioned plants and to exclude gas, air, and refrigerating piping, central and district heating steam or hot water distribution piping away from the plant, building heating piping when the pressure does not exceed 1? lb gage, roof and floor drains, plumbing, sprinkler systems, piping for hydraulic pressure tools or equipment, sewers, and industrial process piping for fluids not mentioned above. (b) All valves, fittings, and piping for boilers as prescribed in the A.S.M.E. Power Boiler Code are to be considered as part of the boiler or boilers and are outside the scope of this Code. (c) Economizers, heaters, tanks, and other pressure vessels are also outside the scope of this Code, but connecting piping shall conform to the requirements herein specified. Formula 2 [pipe design formula] shall not be less than 185 lb for any condition except that pit-cast cast iron pipe shall........... " Section 3, Oil Piping Systems Including Oil Vapor, Refinery Gas, and Gasoline Recovery Plants "301 Scope. Section 3 of this Code covers mandatory require ments and recommended practices for the design, manufacture, test, and installation of oil piping systems used in the produc tion, transmission, and refining of petroleum. It is not intended to include casing, tubing, or pipe used in gas or oil wells. 302 Classification, (a) The requirements specified herein shall apply only to oil piping^ refinery gas piping, and piping for gasoline recovery plants. These requirements do not apply to other piping used in connection with oil piping systems such as steam lines, refrigeration plant lines, other gas or air piping which are covered in detail in other sections of the Code. The requirements do not apply to heater coils, economizer or pipe exchangers except surface coolers or exchangers ordinarily known as condenser box coils. 122 Thickness of Pipe, (e) Steel........ pipe lighter than Schedule 40......... shall not be threaded............. (f) (0 While the thickness given by Formula 1 [pipe design formula] is theoretically ample to take care of both bursting pressure and material removed in threading, it is mandatory that where steel pipe is threaded and used for steam pressure of 250 lb per sq in. and over, or for piping under pressure in excess of 125 lb per sq in. with water temperature of 220 F and over, it shall be seamless of a quality at least equal to A.S.T.M. Specification A 106 and of a weight at least equal to Schedule 80.......... in order to furnish added mechanical strength." Section 2, Gas and Air Piping Systems "201 Scope. This section covers the design, manufacture, installation, and tests of piping systems intended for conveying only air, fuel gas, or illuminating gas. 202 Classification, (a) Section 2 of this Code includes city gas distribution systems, cross-country transportation systems, piping in gas manufacturing plants, in gas or air compressing stations, and in processing plants. (b) This section does not contemplate gas or air temperatures above 450 F. The requirements of Section 3 of this Code for temperatures above 450 F shall apply to all gas or air piping systems where the temperature exceeds 450 F. (c) This section does not apply to: (1) Air piping under pressures 30 lb per sq in. and below, (2) Equipment or apparatus, or pipe connections which are a part of apparatus, (3) Piping lined with firebrick or other refractory material used for conveying hot gases, (4) Piping used for conveying refinery process gas in oil refineries or gasoline recovery plants, and for sewer gas; or ducts for waste gases and ventilation, (5) Casing, tubing, and pipe used in gas or oil wells, and natural gas field gathering systems outside the bound aries of cities or villages. (The latter is defined as piping beginning at the wells and extending to a common point in the producing field where the transportation systems begin), or (6) Domestic gas piping systems. 220 Thickness of Pipe. Div. 1. (d) Steel..........pipe lighter than Schedule 40.......... shall not be threaded. (f) In case piping is buried beneath streets, the value of P in (b) This section of this Code includes piping, valves, and fittings up to the connections to drums, pressure vessels, and apparatus but does not include the connections themselves which are ordinarily furnished with and as a part of the equipment. Nor does it include such piping or its parts integral with the equip ment or apparatus. (c) Oil lines are classified according to pressure and temperature. Oil vapor lines shall follow the same classifications and specifica tions as oil lines. [Refinery gas lines are dealt with specifically.] 325 Thickness of Pipe, (d) For pipes both inside and outside of refinery limits it is recommended that no pipe lighter than standard weight shall be threaded. (Where two or more stand ard weights of pipe are obtainable, the heavier or heaviest weight is referred to in this case.).......... " Section 4, District Heating Piping Systems "401 Scope, (a) This section covers the design, manufacture, test, and installation of district heating and central heating piping systems (away from the plant) for the distribution of steam or hot water. (b) Piping in the district heating and central heating generating plants is covered by Section 1 of this Code. 402 Classification, (a) District and central heating piping systems shall include all distributing piping for steam or hot water produced in district heating and central heating plants whether the piping is installed underground or elsewhere and distributed at pressures in excess of 15 lb per sq in. gage. (b) This section shall not apply to equipment, apparatus, or pipe connections which are a part of apparatus, nor does ft apply to low pressure heating piping within buildings, roof, and floor drains, or plumbing and sewers. 423 Thickness of Pipe, (e) Steel .......... pipe lighter than Schedule 40.......... shall not be threaded.............. (f) (1) While the thickness given by Formula 7 [pipe design formula] is theoretically ample to take care of both bursting pressure and material removed in threading, it is mandatory that, where steel pipe is threaded and used for steam pressures of 125 lb per sq in. and over, or for carrying water at a tem perature of 220 F or over and/or at a pressure over 175 lb per sq in, it shall be seamless of a quality at least equal to A.S.T.MSpecification A 106 and of a weight at least equal to Schedule 80.......... in order to furnish added mechanical strength." CRANE 635 Welded and Seamless Steel Pipe Calculating Working Pressure, Stress, or Wall Thickness Based on the Code for Pressure Piping It is the generally accepted practice among designers today, when computing the thickness of pipe for ! a given service condition, to use the formulas pro' vided by the Code for Pressure Piping, the A.S.M.E. Boiler Construction Code, or such other cpdes as may apply. Of these codes, the Code for Pressure Piping, Amer ican Tentative Standard 831.1-1935, serves the widest general purpose. It presents minimum safety requirements for the design, manufacture, and erection of pressure piping systems, and is divided into four major sections, as follows: Section 1...................................... covering Power Piping Section 2........................... covering Gas and Air Piping Section 3............................................ covering Oil Piping Section 4................... covering District Heating Piping Pipe Design Formula Each section of the Code for Pressure Piping includes the following formula for determining pipe wall thickness, with varying "c" values as shown in the table at the right: calculated by the above formula should be multi plied by 8/7 to obtain the nominal wall thickness. The value of P shall not be taken at less than 100 lbs. per sq. in. (gauge) for any condition or material. Where: *t = minimum pipe wall thickness for in spection, in inches P = maximum internal working pressure, in lbs. per sq. in. (gauge) D = outside diameter of pipe, in inches S = allowable stress in material, in lbs. per sq. in. c = allowance for threading, mechanical strength, and for corrosion, in inches *Since all pipe furnished by the mill is subject to a iz)4% variation in wall thickness, the thickness Table 1 "c" Values for Steel Pipe, Code for Pressure Piping Nominal Plain End "Threaded Pipe Size Inches Sections Section Section All 1 and 4 2 3 Sections Vs 14 and % l/2 and 3/t 1 iy4 to 2 Larger than 2 0.05" 0.05 0.05 0.05 0.065 0.065 0.02" 0.02 0.02 0.05 0.05 0.05 0.05" 0.05 0.05 0.05 0.05 0.05 0.05" 0.05 0.0571 0.0696 0.0696 0.1000 **Values are for American Standard Pipe Threads for nominal pipe sizes of 1^-inch and larger. Simplified Method for Calculating Working Pressure, Stress, or Wall Thickness Although the formula given above enables the deter mination of pipe wall thicknesses, its extensive use for practical purposes involves many laborious calculations. By establishing the ratio of the work ing pressure to the allowable stress as a coefficient. Crane engineers have developed an exceedingly easy. simple, and accurate method for figuring not only the pipe wall thickness but also the stress in the pipe or the working pressure of the pipe, based on the Code for Pressure Piping. Three typical problems and complete data for making calculations are shown on the following two pages. ******* Coefficients for calculating; P/S values: The coefficients for calculating, which are the values of the ratio of the working pressure to allowable stress (P/S) are shown in Table 3, page 637. This table covers various thicknesses and sizes of steel pipe, including not only all scheduled pipe shown in the American Standard for Wrought-Iron and WroughtSteel Pipe (A.S.A. B36.10) but also other thicknesses which are at present commercially available. The table has been based upon the design formula given in the Code for Pressure Piping, the formula being rearranged in the following manner in order to calculate these values: p/s= 2 (.875T^c) Where: T = nominal wall thickness, in inches The P/S values vary for the different sections of the Code due to the fact that the value of "c" is not the same in -all sections. The use of any particular value, therefore, depends upon the service for which the pipe is to be used. Allowable stress for pipe: Each section of the Code for Pressure Piping tabulates the allowable stress, "S", for piping materials at various temperatures. Table 2, page 636, shows these allowable stresses for steel pipe made in accordance with A.S.T.M. Specifications A 53 and A 106. Calculated pressure-temperature ratings: For the convenience of users, Crane engineers have also calculated the actual pressure-temperature ratings for Standard and Extra Strong Grade A Seamless Steel Pipe for the Power Piping and the Oil Piping (Within Refinery Limits) Sections of the Code for Pressure Piping. These are shown in the section of this catalog devoted to Steel Butt-Welding Fittings; see pages 358 and 359. As explained above, other ratings, stresses, or pipe wall thicknesses can be easily calculated from the data shown on the following two pages. American Standard for Pipe.. . .pages 584 to 587 Excerpts from Code.,, . .page 634 636_______________ Based on Code for Pressure Piping CRANE Welded and Seamless Steel Pipe (Conf.) Calculating Working Pressuret Stress, or Wall Thickness Working Pressure, Stress, or Thickness Calculated Quickly and- Accurately Determining Working Pressure Multiply P/S value Determination of maximum alby allowable stress. i0\vakle working pressure when material, thickness, and temperature are known. What is the maximum allowable working pressure at ioo F. for i" Schedule 40, Grade A seamless steel plain end pipe per A.S.T.M. Specification A 106 to comply with Section 1 of the Code for Pressure Piping? Find and multiply the P/S value by the allowable stress to obtain the maximum working pressure, thus: The P/S value for 1" Schedule 40 pipe for Section i is .100; see Table 3. The allowable stress for Grade A pipe at ioo F. for Section 1 is 13,050 pounds; see Table 2. Working pressure = .100x 13050 = 1305 lbs. per sq. in. Determining Stress Divide working pressure Determination of stress in by P/S value. pipe when the material, the working pressure, and, the thickness are known. What is the stress in 4" Schedule 80, Grade A seam less steel plain end pipe per A.S.T.M. Spec. A 106 when the working pressure is 1000 pounds per square inch and the temperature is 550 F. ? The stress should not exceed that allowed at 550 F. by Section 1 of the Code for Pressure Piping. Find the P/S value and divide the working pressure by it to obtain the stress, thus: The P/S value for 4" Schedule 80 pipe for Section 1 is . 102; see Table 3. The working pressure is already known -- 1000 pounds. c 1000 Stress = ._ = 9804 lbs. per sq. in. The allowable stress for this Grade A seamless steel pipe at 550 F. per Section 1 is 10,800 pounds per square inch; see Table 2. Since the calculated stress is less than the allowable, the pipe is satisfactory for the service conditions. Determining Pipe Wall Thickness Divide working pressure Determination of pipe wall by allowable stress to get P/S value. thickness when the material, working pressure, and tem Refer to Table 3 for equivalent. perature are known. What thickness of 12" Grade B seamless steel plain end pipe per A.S.T.M. Specification A 106 can be used for 950 pounds per square inch oil working pressure and a temperature of 450 F.? This pipe is to comply with Section 3 (Within Refinery Limits) of the Code for Pressure Piping. Find the allowable stress and divide the working pressure by it to obtain the P/S value, from which the thickness can then be determined, thus: The allowable stress for 12" Grade B pipe at 450 F. for Section 3 is 19,470 pounds; see Table 2. The working pressure is already known -- 950 pounds. P/S value = 950 .049 19470 Compare this P/'S value with those of the established thicknesses of 12" pipe to find its equivalent or the next heavier weight; see Table 3. In the column for Section 3, it will be found that 12" pipe with a .500" thickness has a P/S value of .060. Since the calcu lated value is .049 and the next lighter weight pipe (.40b" thickness) has a lower P/S value (.047), pipe .500" thick should be used for these service conditions. Temper ature Degrees Fahr. 100 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 Table 2 --Allowable Stresses for Steel Pipe (psi) -- Code for Pressure Piping Section 1, Power Piping Section 4, District Heating Section 2, Division 1 Gas and Air Piping Section 3, Oil Piping Seamless Lap- Butt- Seamless Lap-Weld Butt- Seamless Lap-Weld Butt- Grade Grade Weld Weld Grade Grade Weld Grade Grade Weld A B ASTM AB AB ASTM ASTM A 53 or ASTM ASTM ASTM ASTM ASTM ASTM ASTM ASTM ASTM ASTM ASTM A 106 A 106 A 106 A 53 A 106 A 106 A 53 A 106 A 53 A 106 A 106 A 53 A 106 A 53 13050 12800 12550 12300 16675 16360 16040 15720 12050 11800 11550 11300 11050 15400 15080 14760 14440 14120 10800 10530 10170 9600 9000 13800 13450 13000 12400 11500 7020 9160 5800 7520 Not used above 85 0 10150 9960 9770 9580 9390 9200 9000 8800 8600 8400 8190 7910 7600 7000 8120 7970 7820 7670 7520 7360 7200 7040 6880 6720 6550 6330 6000 5600 Not used above 750 16000 16000 16000 16000 16000 16000 16000 16000 14740 14400 14040 13560 13020 12000 9840 7920 6000 4440 3000 20700 20700 20700 20700 20700 20700 20700 20700 19040 18590 18130 17510 16810 15500 12710 10230 7750 5740 3880 12000 12000 12000 12000 12000 12000 12000 12000 11050 10800 10530 10170 9770 9000 Not used above 750 12000 12000 12000 12000 12000 12000 12000 12000 11050 10800 10530 10170 9770 9000 7380 5940 4500 3330 2250 Outside of Refinery Limits 24400 | 31500 | 18000 | 18000 | 15200 Within Refinery Limits 10000 17400 10000 17070 10000 16740 10000 16410 22480 22050 21620 21190 13050 12800 12550 12300 13050 12800 12550 12300 10875 10675 10470 10260 10000 10000 10000 10000 9210 16030 15750 15420 15080 14740 20760 20330 19900 19470 19040 12050 11800 11550 11300 11050 12050 11800 11550 11300 11050 10050 9840 9630 9420 9210 9000 8775 8475 8100 7500 14400 14040 13560 13020 12000 18590 18130 17510 16810 15500 10800 10530 10170 9770 9000 10800 10530 10170 9770 9000 9000 8775 8475 8100 7500 Not used above 750 9840 7920 6000 4440 3000 12710 10230 7750 5740 3880 Not used above 750 7380 5940 4500 3330 2250 Not used above 750 K s1 ' | Welded and Seamless Steel Pipe (Cont.) ___________ CRANE. Calculating Working Pressure, Stress, or Wall Thickness ___________________ 637 Baaed on Code for Pressure Piping Table 3--P/S Values for Steel Pipe; Coefficients, Based on Code for Pressure Piping Nom O.D. Nominal inal Pipe of Wall Pipe Thickness (1) i: Size Inches Inches Values for P/S Nom O.D. Nominal Plain End Pipe' Thd'd. inal of Wall Sec. Sec. 2 Sec. Pipe Pipe Pipe Thickness (1) 1 &4 Div.' 1 3 (2) Size Inches Inches 1W .405 .068 (40) s .095 (80) x .046 .195 .046 .046 .163 .311 .163 .163 .250 (20) .279 s r % t;] % !1 1 i% \ .540 .675 .840 1.050 .088 (40) s .119 (80) x .091 (40) s .126 (80) x .109 (40) s .147 (80) x .187 (160) .294 xx .113 (40) s .154 (80) x .218 (160) .308 xx .100 .200 .087 .178 .108 .187 .270 .493 .093 .161 .268 .418 .210 .311 .176 .267 .179 .258 .341 .564 .150 .218 .325 .475 .100 .200 .087 '.178 .108 .187 .270 .493 .093 .161 .268 .418 .100 .200 .087 .178 .091 .170 .253 .476 .079 .147 .254 .404 10" 10.75 .307 (30) s .365 (40) s .500 (60) x .593 (80) .718 (100) .843 (120) 1.000 (140) 1.125 (160) .250 (20) .330 (30) s .375 s .406 (40) .500 x .133 (40) s .100 .100 .100 .070 12 12.75 .562 (60) \ j1 1.315 .179 (80) x .250 (160) .162 .162 .162 .131 .256 .256 .256 .226 .687 (80) .843 (100) t 4 j 114 .358 xx .400 .400 .400 .370 1.660 .140 (40) s .191 (80) x .250 (160) .069 .087 .087 .063 .123 .141 .141 .117 .185 .203 .203 .179 1.000 (120) 1.125 (140) 1.312 (160) .250 (10) .382 xx .324 .342 .342 .318 .312 (20) 1 ,1 *7 1 Z j | | 1 i3 5 1.900 2.375 2.875 3.500 .145 (40) s .200 (80) x .281 (160) .400 xx .154 (40) s .218 (80) x .343 (160) .436 xx .203 (40) s .276 (80) x .375 (160) .552 xx .216 (40) s .300 (80) x .437 (160) .600 xx .065 .115 .190 .300 .058 .105 .197 .266 .078 .122 .183 .290 .070 .112 .161 .262 .080 .131 .206 .315 .071 .118 .210 .279 .088 .133 .193 .301 .079 .121 .189 .271 .080 .131 .206 .315 .071 .118 .210 .279 .088 .133 .193 .301 .079 .121 .189 .271 .060 111 .185 .295 .054 .102 .194 .262 .053 .098 .158 .256 .050 .092 .161 .242 NOD 16 OD 14.00 16.00 .375 (30) .437 (40) .500 .593 (60) .750 (80) .937 (100) 1.062 (120) 1.250 (140) 1.406 (160) .250 (10) .312 (20) .375 (30) .500 (40) .656 (60) .843 (80) 1.031 (100) 1.218 (120) .226 (40) s .066 .073 .073 .048 i 4.000 .318 (80) x .106 .114 .114 .089 ! .636 xx .245 .253 .253 .228 1.437 (140) 1.562 (160) .250 (10) i .237 (40) s .063 .069 .069 .047 i .337 (80) x .102 .108 .108 .086 | 4 4.500 .437 (120) .141 .147 .147 .125 .531 (160) .177 .184 .184 .162 .312 (20) 375 .437 (30) .500 f .674 xx .233 .239 .239 .217 18 OD 18.00 .258 (40) s .057 .063 .063 .045 .562 (40) .718 (60) .375 (80) x .094 .099 .099 .082 .937 (80) 5 5.563 .500 (120) .133 .139 .139 .121 1.156 (100) .625 (160) .173 .178 .178 .160 1-343 (120) .750 xx .212 .217 .217 .199 1.562 (140) .280 (40) s .054 .058 .058 .043 1.750 (160) l6 / i ,1 11 8 6.625 8.625 .432 (80) x .562 (120) .718 (160) .864 xx .250 (20) .277 (30) s .322 (40) s .406 (60) .500 (80) x .593 (100) .718 (120) .812 (140) .875 xx .906 (160) .094 .128 .170 .208 .035 .041 .050 .067 .086 .105 .130 .149 .162 .168 .099 .133 .174 .213 .039 .044 .053 .070 .089 .108 .134 .153 .165 .172 .099 .133 .174 .213 .039 .044 .053 .070 .089 .108 .134 .153 .165 .172 .083 .118 .159 .198 .027 .033 .042 .059 .078 .097 .122 .141 .154 .160 20 OD 20.00 .250 (10) .375 (20) .500 (30) .593 (40) .812 (60) 1.031 (80) 1.250 (100) 1.500 (120) 1.750 (140) 1.937 (160) .250 (10) .375 (20) .500 .562 (30) .687 (40) j{1) Figures in parentheses indicate A.S.A. B-36 Schedule Numbers. Letters s . x , and xx indicate Standard, . I Extra Strong, and Double Extra Strong Pipe. 24 OD 24.00 .937 (60) 1.218 (80) 1.500 (100) 1.750 (120) 17) Values for threaded pipe apply to all four Sections. See 2.062 (140) , page 634 for limitations of threaded ends. 2.312 (160) Values for P/S Plain End Pipe Sec. Sec. 2 Sec. 1 &4 Div. 1 3 .028 .033 .037 .047 .069 .084 .104 .125 .150 .171 .031 .036 .040 .050 .072 .087 .107 .127 .153 .173 .031 .036 .040 .050 .072 .087 .107 .127 .153 .173 Thd'd. Pipe (2) .022 .026 .031 .040 .062 .077 .098 .118 .144 .164 .024 .035 .041 .045 .058 .066 .084 .105 .127 .144 .169 .026 .037 .043 .047 .060 .069 .086 .107 .129 .146 .172 .026 .037 .043 .047 .060 .069 .086 .107 .129 .146 .172 .018 .029 .035 .040 .052 .061 .078 .099 .121 .138 .164 .021 .029 .037 .045 .053 .064 .084 .107 .123 .146 .166 .024 .031 .039 .047 .055 .066 .086 .114 .125 .149 .168 .024 .031 .039 .047 .055 .066 .086 .114 .125 .149 .168 .016 .024 .032 .040 .048 .059 .079 .102 .118 .141 .161 .019 .026 .032 .046 .063 .084 .104 .125 .149 .162 .021 .027 .034. .048 .065 .085 .106 .126 .150 .164 .021 .027 .034 .048 .065 .085 .106 .126 .150 .164 .014 .021 .028 .042 .059 .079 .100 .120 .144 .158 .017 .023 .029 .035 .041 .047 .062 .083 .105 .123 .144 .162 .018 .024 .030 .036 .043 .049 .064 .085 .106 .124 .146 .164 .018 .024 .030 .036 .043 .049 .064 .085 .106 .124 .146 .164 .013 .019 .025 .031 .037 .043 .058 .079 .101 .119 .140 .159 .015 .026 .037 .045 .064 .083 .102 .124 .146 .162 .016 .027 .038 .046 .066 .085 .104 .126 .148 .164 .016 .027 .038 .046 .066 .085 .104 .126 .148 .164 .011 .022 .033 .041 .060 .080 .099 .121 .143 .159 .012 .021 .031 .035 .044 .062 .083 .103 .122 .144 .163 .014 .023 .032 .036 .045 .064 .084 .105 .123 .146 .164 .014 .023 .032 .036 .045 .064 .084 .105 .123 .146 .164 .009 .019 .028 .032 .041 .059 .080 .101 .119 .141 .160 t 638 C R ft N E Calculation of Pipe Bends D = B-C E =R--A ]/2>2 + E2 E = sin Z,tnr r ' _____ B = ]/P2 - P2 R sin ZP F AS = AP ~ AG AK = 90 - ZS AL =y2AS M = tan AL x R N --HAM 0 = B --C -~M D = B--G E^A' + D* E = sin AF ag=haf H = tanAGxR p = c-h No. 5 - Given A, R P = 2P --A C = |/(2P 2-P2 ^=sin AD D = B --C E = A --R F = ]/D2 + E* p2?- = s.in AG H = ]/> - P2 ^ = sin ZP Z-S = ZP + AG AK = 90 - Z-S AL = y2AS M = tan ZP x P N =H+ M 0 =B-C--M c = hb D = yzA E = ]/(P + /P D E = sin AF g -- y^ e ah = 90 - AF 4A L=2F D = B-C e = J/ZmTzp A g = s.in /1? AF AG =y2AF H = tan AG x R P = P -H E=D-A~B G.H = sin ZP M/L = sin AN F = R--C (?=P + F L = y2H ao=qo--ak--an AP = HA0 H= ]' P-+ G- |m=|/l2-P2 S = tan ZP X R ;-> CRANE Calculation of Pipe Bends 639 #, t* t = D-A ~B = ]/E'- + C2 = sin-Z(? zh = yzG K = tan ZH X R L = A -K P = B -K N = F --2K A = 3.414 x R B = 2.828 x R C = 0.828 x R T = Tangent Length of Pipe in Bend 9.425 xR + 2T -- D --A --B = 2R ~ 0 = |/e* + F2 - tan ZH = HG M I/*- -RM = s.in ZN ZP = 90 - ZH - Z-Y zo =y2zp S = tan ZO X i? C = A - 2R n_]/(or?}? u ~i P = 2D C/2R = sin ZG E ==D2j--g R ZH ==91080+ +Z2<7ZG '' a la tej^ D-A-B -- 1ic* t 7?2 " F0 + * sin ZG i ZH = yzG iT = tan ZZT x 2? M = A -K N =B--K P = F - 2K c =y2s .E/.F = sin Z(? ZM = ZG -- ZL D =R +C H = yF ZN = 180+2 ZM E = A - 2R K = j/ff2 - 222 ZO = 90 + ZM F = ]/l>2 + JB* P -- 2D iY/i? = sin ZL 640 CRANE Length of Pipe in Bends Radius of Bends k*\ j_' 90' \ Inches Feet 90 Bends 1m 23 3% 4% 4 61/4 5 7% 6% 7 91/2 11 8 121/2 9 3/4 141/4 10 15% 11 171/4 12 1 18% 24 2 37% 36 3 56% 48 4 751/2 60 5 941/4 72 6 113 84 7 132- 96 8 150% 108 9 I691/2 120 10 I881/2 132 11 2071/4 144 12 2261/4 156 13 245 168 14 263% 180 15 282% 192 16 3011/2 204 17 '3201/2 216 18 339Vi 228 19 358 240 20 | 377 Length of Pipe, in Inches 180 Bends 3 61/4 91/2 121/2 15% 18% 22 251/4 281/4 311/2 341/2 37% 751/2 113 15034 I88I/2 2261/4 263% 3011/2 3391/4 377 . 414% 452i/2 490 527% 5651/2 603 640% 6781/2 7161/4 754 45'\/ 45-y\ f 270 Bends 43/4 91/2 141/4 183/4 231/2 281/4 33 3734 421/2 471/4 51% 561/2 113 I691/2 2261/4 28234 3391/4 3953/4 4521/2 509 5651/2 622 678i/2 7351/4 7911/2 8481/4 90434 96H/4 10173,4 10741/2 1131 R R[3/--'9'-- 360 Bends 6i/4 121/2 183/4 251/4 311/2 37% 44 501/4 561/2 62% 69 751/2 150% 2261/4 3011/2 377 4521/z 5273/4 603 6781/2 754 8291/z 9043/4 980y4 10551/2 1131 1206% 12813/4 . 13571/4 14321/2 1508 To -determine the length of pipe in a bend having a radius not given in the table above, add together the length of pipe in bends whose combined radii equal the required radius. Example Determine the length of pipe in a qo bend having a radius of y' q". Length of pipe in qo bend of y' radius = 94M" Length of pipe in qo bend of q" radius = 14M" 108y/ Then io8J4,/ equals the length of pipe in a bend having a radius of 5' q". Standard Types of Pipe Bends... .pages 602 and 603 Minimum permissible radii of pipe bends.. . .page 602 4SpX) 540 Bends 91/2 183/4 281/4 373/4 471/4 561/z 66 ' 751/2 84% 941/4 1033/4 113 226% 339% 4521/2 5651/2 6781/2 79H/2 90434 101734 1131 1244 1357% 1470% 15831/2 16961/z I8O91/2 19221/2 203534 214834 2262 CRANE Thermal Expansion and Modulus of Elasticity of Pipe 641 v 642 CRANE Spacing of Pipe Supports When a horizontal pipe line is supported at interme diate points, sagging of the pipe occurs between these supports, the amount of sag being dependent upon the weight of the pipe, water, insulation, and valves or fittings which may be included in the line. If the pipe line is installed with no downward pitch, pockets will be formed in each span in which case condensa tion may collect if the line is transporting steam. In order to eliminate these pockets, the line must be pitched downward so that the outlet of each span is lower than the maximum sag. Crane Co. has conducted tests to determine the de flection of horizontal standard pipe lines filled with water, in pipe sizes 34" to 4" inclusive, the results of which have indicated that for pipes larger than z" and with supports having center to center dimensions greater than 10 feet, the resultant deflection is less than that determined by the use of the formula for a uniformly loaded pipe fixed at both ends. For pipe sizes z" and smaller, the test deflection was in excess of that determined by the formula for pipe having fixed ends and approached, for the shorter spans, the deflection as determined by the use of the formula for pipe lines having unrestrained ends. | Page 643 gives the deflection of horizontal standard pipe lines filled with water, for varying spans, based upon the results obtained from tests for sizes z" and smaller, and upon the formula for fixed ends for the larger sizes of pipe. The deflection values given on the chart are twice those obtained from test or cal culated, to compensate for any variables including weight of insulation, etc. The formula given below indicates the-vertical dis tance that the span must be pitched so that the outlet is lower than the maximum sag of the pipe. h = 144 S2y 1 36 S2-tf where: h = Difference in elevation of span ends, inches S = Length of one span, feet y = Deflection of one span, inches By eliminating the unconsequential term "-yr' from the denominator, the formula reduces to: h =4y The pitch of pipe spans, called the Average Gradient, is a ratio between the drop in elevation and the length of the span. This is expressed as so' many inches in a certain number of feet. Average Gradient = S The dotted lines as shown on the chart on the oppo site page are plotted from the above formula and indicate average gradients of 1" in io', 1" in 15', 1" in zo', 1" in 30', and 1" in 40'. EXAMPLE What is the maximum distance between supports for a 4" standard pipe line assuming a pitch or average gradient of 1" in 30 feet? Proceed downward from the intersection of the diagonal dotted line for an average gradient of i" in 30 feet and the diagonal solid line for 4" pipe to the bottom line where it is noted that the maximum span is approximately zz feet. Pipe Hangers and Pipe Supports...,pages SI3 to 534 Spacing of Pipe Supports (Cont.) CRANE Deflection of Horizontal Pipe Lines (Based on Standard Pipe Filled with Water) 643 D eflection o f One Span, Inches j X. t i % -i { 644 C R A J4 E How to Read Reducing Fittings Reducing B Reducing on male end B Right Hand Left Hand Side Outlet 90 Elbows Reducing on two Outlets BB B i=r A Tee, with one end of Run reduced i=r A Tee, with one end of Run and Outlet reduced =B u c r B S1 i t=r A Tee (Bull Head) Both ends of Run reduced t--r A Tee, with Reduced Outlet B Right Hand Left Hand Side Outlet Tees, with one end of Run and Outlets reduced B A Service Tee Reducing on male end only B A Double Branch Elbow Reducing on both ends of Run B Reducing on Outlet only B A Cross Reducing on both Outlets Cross Reducing on one end of Run and on one Outlet To assist the user in " Reading deducing Fittings", there are illustrated on this page a variety of types most commonly required for piping systems. In these illustrations, each opening of the fitting is identified with a letter which indicates the sequence to be followed in reading the size of the fitting. For example: A Cross having one end of run and one outlet reduced is designated as 234(A) x i (B) x z34(Q x i 34(D), simply by naming the largest opening first and then naming the other openings in the order indicated. Elbows and Crosses are always identified by desig nating first the size of the largest opening, following A Cross Reducing on one end of Run and on both Outlets Cross Reducing on one Outlet only with the size of other opening or openings in proper order. Tees, 4J Y-Bends or Laterals, and Double Branch Elbows are identified by designating the size of the largest opening on the run first, the opposite opening of the run second, and the size of the outlet last. For example: a 3 x 2 x i)4 size Tee is one that has openings 3(A) x z(B) x 134(C). In designating the outlets of side outlet reducing fittings, the size of the side outlet is named last. Flanged fittings: Although the illustrations ap pearing on this page are of screwed fittings, the same rules apply to the "Reading of Reducing Flanged Fittings". CRANE Taps and Drains for Flanged Fittings Designating Location of Tapped Holes 90 Elbow Straight Size n_rt 90 Elbow n Tee Straight Size U wn -- E GJ h -4f H Cross Straight Size 645 90 Elbow Reducing Size Tee Reducing Size Cross Reducing Size Side Outlet Elbow Straight Size. Side Outlet Tee Straight Size 45 Lateral Straight Size R tf 4nrx w"\uHi1 90 Base Elbow ~Wu F 1G H - -- -Ob' Base Tee Straight Size 45 Elbow - - 4>4Hi> - FGH Reducer Maximum Size of Tapped Hole in Fitting Without Adding a Boss Size of Fitting Inches | 2, 2V2> 3 ] 4, 5 | 6 | 8 1 10 1 12 1 14 to 24 Size of Tapping Inches 1 % 11 V2 1 % ! 1 ! W* 1 iy2 1 2 Notes 1. The illustrations above indicate the standard method used for designating the location of tapped holes on ferrous flanged fittings in all pressure classes. They are the same as those shown in the American Standard for Steel Pipe Flanges and Flanged Fittings (Bi6e-iq3q) and in the American Standard for Cast Iron Pipe Flanges and Flanged Fittings, Class 125 (Bi6a-.rq3Q). 2. When a tapped connection is required at the heel of an elbow without a boss (at location S), the tap ping should be done at right angles to the point of tangency of the radius or sweep of the fitting. This shall be "standard practice, and where the tapping is required parallel to the run (at locations V and Y), the fitting shall be furnished with a boss. 3. The table shown above indicates the maximum size of tapped hole which can be applied to any fitting without adding a boss. 646 C R A 4M E Taps and Drains for Flanged Valves Designating Location of Tapped Holes Angle Valve Maximum Size of Tapped Hole In Valve With Boss (Inches) Size of Iron Valve Valves Steel Valves Pressure Class 150 300 400 600 900 1500 Inches All Lb. Lb.1 Lb. Lb. Lb. Lb. 1 1V4 % 1% % Vz Vz. Vz 2 zyz Vz Vz Vz Vz Vz Vz, Vz Vz Vz. 3 Vz Vz Vz 3% Vz V? Vz 3A % 3A 3A 1 1 4 Vz Vz 3A % 3A 1 l 5 3A 3A 1 1 l 1 l 6 3A 3A 1 1 l W4 1V4 8 10 12 3A 1 1 3A l 1 1 1 1 1 1% Wt l IV4 iy* VWAz Wz HA Wz. Wz 14 H4 1% lVt 1% Wz 2 Z 16 Wa 1V4 1V4 Wz Wz 2 18 Wz Wz 2 2 2 ZVz 20 Wz 1 Vz 2 2 2 24 2 2 ZVz ZVz ZVz Notes i. The illustrations above indicate the standard tapped hole and the pressure class of the valve. method used for designating the location of tapped holes on Cast Iron and Cast Steel Flanged Valves in all pressure classes. z. Valve bodies can be tapped without a boss for a very small drain hole; the maximum size of hole, 3. The table above shows the maximum size of tapped hole which can be applied to any valve at a bossed location. Gate valves are regularly made with bosses (except at location "G"); globe and angle valves are not, but they can be furnished with however, depends entirely upon the location of the bosses when so specified. Location of By-Passes on Flanged Valves Gate valves: When gate valves are ordered with by-pass attached, it shall be regular practice to at tach said by-pass at the side of the main valve with the stems of both valves parallel, pointing vertically upward. The more common of the "special" attached-locations is on the center of the flow line, at the bottom of the main valve, with the stem of the by-pass valve at right angles to the main valve stem. This is desig nated as the bottom "attachment", or defined as "by-pass at bottom". When any other "special" attached-location or other position of the by-pass valve stem is desired, a sketch should be submitted. by-pass attached, it shall be regular practice to attach said by-pass at the back of the main valve, with the stems of both valves parallel, pointing ver- cally upward. When by-pass is "specially" required attached at the right or left-hand side, the designations shall be "right-hand attachment" or "left-hand at tachment". Right-hand side of an angle valve is at the right, when facing the back of the valve. Globe valves: When globe valves are ordered with by-pass attached, it shall be regular practice to attach said by-pass at the right-hand side of the main valve, with the stems of both valves parallel,, pointing vertically upward. When by-pass is "spe cially" required attached at the left-hand side, the designation shall be "left-hand attachment". These illus trations are representative of steel valves. Gate Valve with By-Pass on Side Gate Valve with By-Pass at Bottom Right-hand side of a globe valve is the side at the right, when facing the flow-port which leads to the under side of the disc. Angle valves: When angle valves are ordered with For prices of by-passes, see the following pages: Iron Wedge Gate Valves........................................... page lit Iron Double Disc Gate Valves.................................page 138 Steel Wedge Gate Valves............................. ............ page 30S C R A-N E Welding Bevels Details 647 t Standard Straight Bevel Used when metal thickness (T) is ikf-inch or less Used when metal thickness (T) is greater' than %-inch All Crane Steel Valves, Fittings, and Flanges fur nished for butt-welding, and all Crane Steel ButtWelding Fittings have the welding ends regularly machined in accordance with these details. The type of bevel is entirely dependant upon the thick ness of the metal. Standard Straight Bevels, used for butt-welding ends having a metal thickness of 54-inch or lighter, are machined to a 37^ straight bevel. A tolerance of 2^4 plus or minus is allowed in the angle of the bevel. Standard U Bevels, regularly machined on welding ends having metal thicknesses greater than 54-<nch> are made to a 20angle which terminates in a lie-inch radius to the land. The tolerance of 2 plus or minus is allowed for the angle of beveling. The height of the "land" (indicated as dimension L in the above illustrations) is regularly maintained at Jig-inch, with a plus or minus manufacturing toler ance of J^-inch on all sizes and metal thicknesses, except as follows: A. On 2-inch Standard weight pipe, the height of the land is Jig-inch maximum. B. On 13^-inch and smaller Standard weight pipe, the height of the land is ha-inch maximum. American Standard: The dimensions of both of these bevels conform to the American Standard for Steel Pipe Flanges and Flanged Fittings (Bi6e-iQ3q). Other types of welding bevels: Other types of finish for welding ends can be furnished on special order. Inquiries and orders must be accompanied by a detailed description or by drawings showing the exact requirements. For general description of the various types of welds and for application of these bevelst see pages 614 and 615, 44 Steam / There are three states of matter: solid, liquid, and gas. Under normal atmospheric conditions, sub stances exist in any one of these three states; and when the outside conditions are varied, they change from one state to another. Water under average conditions exists in the form of a liquid. When a body of water is heated by means of some external medium, the temperature of the water rises, and soon small bubbles are noted on the- surface which break and form continuously. This phenomenon is described as "boiling". The amount of heat necessary to cause the tempera ture of the water to rise is expressed in British Thermal Units (B.t.u.), where one B.t.u. is the quantity of heat required to raise the temperature of i pound of water from 60 to 6iF. or, as is generally stated, 1/180 part of the heat necessary to raise the temperature of 1 pound of water from 320 F. (freezing point) to 2i2F. (boiling point). After the temperature of 2i2F. is .reached each pound of water contains 180 B.t.u. (above 32F.). This quantity of heat is called "heat of the liquid" or "sensible heat", In order to change the liquid into a vapor at atmospheric pressure (14.7 pounds per square inch absolute), 970.2 B.t.u. must be added to each pound of water after the temperature of 212 F. is reached. During this transition period the temperature remains constant. The added quan tity of heat is called the "latent heat of evaporation". Consequently, the "total heat" in the vapor, formed when water boils at atmospheric pressure, is the sum of the two quantities 180 B.t.u. and 970.2 B.t.u., or 1150.2 B.t.u. per pound. If water is heated in a closed vessel not completely filled, the pressure will rise after steam begins to form accompanied by an increase in temperature Saturated Steam: Saturated steam is steam in contact with the liquid water from which it was generated, at a temperature which is the boiling point of the water and the condensing point of the steam. 11 may be either ` ` dry' ' or " wet' ' depending upon the generating conditions. "Dry" saturated steam is steam free from mechanically mixed water particles. "Wet" saturated steam, on the other hand, contains water particles in suspension. Satu rated steam at any pressure has a definite tem perature. Superheated Steam: Superheated steam is steam at any given pressure which is heated to a temper ature higher than the temperature of saturated steam at that pressure. Water cannot exist in the presence of superheated steam. Steam Data.............................................................page 649 Properties of Saturated Steam..........pages 650 to 653 Properties of Superheated Steam... .pages 654 to 657 Temperature Conversion table....................... page 663 CRANE Steam Data 649 Boiler Horse Power The accepted rule for figuring boiler horse power is as follows: One Horse Power equals the evaporation of 30 pounds of water per hour from an initial temperature of ioo F. into steam at 70 pounds gauge pressure, or its equivalent; that is, 34Yi pounds of water evapo rated per hour from a temperature of %i% F. into steam at 212 F. 1 Horse Power of an Engine P=Mean effective pressure per square inch of the steam on the piston. L=Length of stroke in feet. A -- Area of piston in square inches. N = Number of strokes per minute. Then Horse Power= ^qq^" The approximate mean effective pressure in the cyl- inder when the valve cuts off at: yi stroke equals steam pressure X .597 Y stroke equals steam pressure X .670 14 stroke equals steam pressure x .743 Y> stroke equals steam pressure x .847 Yz stroke equals steam pressure X .qtq 14 stroke equals steam pressure x .Q37 % stroke equals steam pressure x .966 14 stroke equals steam pressure x .992 Ranges in Steam Consumption by Prime Movers (For Estimating Purposes) Simple Non-Condensing Engines.................. Simple Non-Condensing Automatic Engines Simple Non-Condensing Corliss Engines Compound Non-Condensing Engines.......... Compound Condensing Engines..................... Simple Duplex Steam Pumps......................... Turbines, Non-Condensing............................. Turbines, Condensing...................................... 29 -- 45 pounds per hour 26 -- 40 pounds per hour 26 -- 35 pounds per hour 19 -- 28 pounds per hour 12 -- 22 pounds per hour 120 -- 200 pounds per hour 28 -- 60 pounds per K.W. hour 12 -- 42 pounds per K.W. hour Flow of Steam in Pipes To determine the velocity of steam in feet per minute through a pipe, the quantity, pressure and area being known. V--Velocity in feet per minute. A - Pounds of steam per hour. B = Volume in cubic feet per lb. at given pressure. (See steam tables, pages 650 to 657.) C=Area of pipe in square inches. 1728= Cubic inches in a cubic foot. 60=Minutes in an hour. 12-- Inches in a foot. Then V= A x B x 1728 60 x 0 x 12 A x B x 2.4 C A PxF B x 2.4 GxV A x 2.4 C= A x Bx V 2.4 Loss of Pressure The above formula does not consider the probable drop, or loss of pressure which is dependent upon the velocity of flow, length of line, number of turns in fittings or valves, and the covering of the pipe. In every steam line there must be a difference in pres sure between the inlet and outlet or there could be no flow, and this difference is increased by friction and radiation. Reasonable Velocities for Flow of Steam in Pipes The table below giving reasonable velocities, based on average practice, can be used to advantage in steam lines. It must be realized that the lower velocities should be used for smaller pipes and the higher velocities for pipes larger than 12 inches. Condition of Steam Saturated Saturated Superheated Pressure Pounds per Square Inch 0 pounds -- 15 pounds 50 pounds and up 200 pounds and up Use Heating (Short lines) Miscellaneous High Pressure Steam Piping Reasonable Velocity Feet per Minute . 4,000 to 6,000 6.000 to 10,000 7.000 to 20,000 44 650 CRANE Properties of Saturated Steam1 Absolute Pressure Lbs. per Sq. In. Inches of Hg P 0.20 0.25 0.30 0.35 0.40 0.45 0.50 0.60 0.70 0.80 0.90 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4 2.6 2.8 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0 8.5 9.0 9.5 10.0 11.0 12.0 13.0 14.0 0.41 0.51 0.61 0.71 0.81 0.92 1.02 1.22 1.43 1.63 1.83 2.04 2.44 2.85 3.26 3.66 4.07 4.48 4.89 5.29 5.70 6.11 7.13 8.14 9.16 10.18 11.20 12.22 13.23 14.25 15.27 16.29 17.31 18.32 19.34 20.36 22.40 24.43 26.47 28.50 Vacuum Inches of Hg 29.51 29.41 29.31 29.21 29.11 29.00 28.90 28.70 28.49 28.29 28.09 27.88 27.48 27.07 26.66 26.26 25.85 25.44 25.03 24.63 24.22 23.81 22.79 21.78 20.76 19.74 18.72 17.70 16.69 15.67 14.65 13.63 12.61 11.60 10.58 9.56 7.52 5.49 3.45 1.42 Temperature Degrees F. t 53.14 59.30 64.47 68.93 72.86 76.38 79.58 85.21 90.08 94.38 98.24 101.74 107.92 113.26 117.99 122.23 126.08 129.62 132.89 135.94 138.79 141.48 147.57 152.97 157.83 162.24 166.30 170.06 173.56 176.85 179.94 182.86 185.64 188.28 190.80 193.21 197.75 201.96 205.88 209.56 Heat of the Liquid Btu/lb. hj 21.21 27.36 32.52 36.97 40.89 44.41 47.60 53.21 58.07 62.36 66.21 69.70 75.87 81.20 85.91 90.14 93.99 97.52 100.79 103.83 106.68 109.37 115.46 120.86 125.71 130.13 134.19 137.96 141.47 144.76 147.86 150.79 153.57 156.22 158.75 161.17 165.73 169.96 173.91 177.61 Latent Heat of Evaporation Btu/lb. hfo 1063.8 1060.3 1057.4 1054.9 1052.7 1050.7 1048.8 1045.7 1042.9 1040.4 1038.3 1036.3 1032.7 1029.6 1026.9 1024.5 1022.2 1020.2 1018.3 1016.5 1014.8 1013.2 1009.6 1006.4 1003.6 1001.0 998.5 996.2 994.1 992.1 990.2 988.5 986.8 985.2 983.6 982.1 979.3 976.6 974.2 971.9 Total Heat of Steam Btu/lb., kg 1085.0 1087.7 1090.0 1091.9 1093.6 1095.1 1096.4 1098.9 1101.0 1102.8 1104.5 1106.0 1108.6 1110.8 1112.8 1114.6 1116.2 1117.7 1119.1 1120.3 1121.5 1122.6 1125.1 1127.3 1129.3 1131.1 1132.7 1134.2 1135.6 1136.9 1138.1 1139.3 1140.4 1141.4 1142.3 1143.3 1145.0 1146.6 1148.1 1149.5 Specific Volume Cu. ft. per lb. % 152575 1235.3 1039.5 898.5 791.9 708.5 641.4 540.0 466.9 411.7 368.4 333.6 280.9 243.0 214.3 191.8 173.73 158.85 146.38 135.78 126.65 118.71 102.72 90.63 81.16 73.52 67.24 61.98 57.50 53.64 50.29 47.34 44.73 42.40 40.31 38.42 35.14 32.40 30.06 28.04 Entropy 2.1163 2.0970 2.0812 2.0678 2.0563 2.0462 2.0372 2.0216 2.0085 1.9971 1.9871 1.9782 1.9628 1.9498 1.9386 T.9288 1.9200 1.9120 1.9047 1.8981 1.8920 1.8863 1.8735 1.8625 1.8528 1.8441 1.8363 1.8292 1.8227 1.8167 1.8110 1.8057 1.8008 1.7962 1.7918 1.7876 1.7800 1.7730 1.7665 1.7605 Pressure Lbs. per Sq. In. Absolute Gage P 14.696 15.0 16.0 17.0 18.0 19.0 20.0 21.0 22.0 23.0 24.0 25.0 26.0 27.0 28.0 29.0 30.0 31.0 32.0 33.0 34.0 V 0.0 0.3 1.3 2.3 3.3 4.3 5.3 6.3 7.3 8.3 9.3 10.3 11.3 12.3 13.3 14.3 15.3 16.3 17.3 18.3 19.3 Temperature Degrees F. t 212.00 213.03 216.32 219.44 222.41 225.24 227.96 230.57 233.07 235.49 237.82 240.07 242.25 244.36 246.41 248.40 250.33 252.22 254.05 255.84 257.58 Heat of the Liquid Btu/lb. h, 180.07 181.11 184.42 187.56 190.56 193.42 196.16 198.79 201.33 203.78 206.14 208.42 210.62 212.75 214.83 216.86 218.82 220.73 222.59 224.41 226.18 Latent Heat of Evaporation Btu/lb. K 970.3 969.7 967.6 965.5 963.6 961.9 960.1 958.4 956.8 955.2 953.7 952.1 950.7 949.3 947.9 946.5 945.3 944.0 942.8 941.6 940.3 Total Heat of Steam Btu/lb. Kg 1150.4 1150.8 1152.0 1153.1 1154.2 1155.3 1156.3 1157.2 1158.1 1159.0 1159.8 1160.6 1161.3 1162.0 1162.7 1163.4 1164.1 1164.7 1165.4 1166.0 1166.5 Specific Volume Cu. ft. per lb. 26.80 26.29 24.75 23.39 22.17 21.08 20.089 19.192 18.375 17.627 16.938 16.303 15.715 15.170 14.663 14.189 13.746 13.330 12.940 12.572 12.226 Entropy $Q 1.7566 1.7549 1.7497 1.7449 1.7403 1.7360 1.7319 1.7280 1.7242 1.7206 1.7172 1.7139 1.7108 1.7078 1.7048 1.7020 1.6993 1.6967 1.6941 1.6917 1.6893 1 Abstracted from Thermodynamic Properties of Steam by J. H. Keenan and F. G. Keyes, 1936 Edition, by permission of the publishers, John Wiley & Sons, Inc. * Properties of Saturated Steam (Conf) i { 1 % ?; ;j * } .. , \ s :} J' ' i ,, 1. Pressure Lbs. per Sq. In. Absolute Gage P 35.0 36.0 37.0 38.0 39.0 40.0 41.0 42.0 43.0 44.0 45.0 46.0 47.0 48.0 49.0 50.0 51.0 52.0 53.0 54.0 55.0 56.0 57.0 58.0 59.0 60.0 61.0 62.0 63.0 64.0 65.0 66.0 67.0 68.0 69.0 70.0 71.0 72.0 73.0 74.0 75.0 76.0 77.0 78.0 79.0 80.0 81.0 82.0 83.0 84.0 85.0 86.0 87.0 88.0 89.0 90.0 91.0 92.0 93.0 94.0 95.0 96.0 97.0 98.0 99.0 100.0 101.0 102.0 103.0 104.0 105.0 106.0 107.0 108.0 109.0 V 20.3 21.3 22.3 23.3 24.3 25.3 26.3 27.3 28.3 29.3 30.3 31.3 32.3 33.3 34.3 35.3 36.3 37.3 38.3 39.3 40.3 41.3 42.3 43.3 44.3 45.3 46.3 47.3 48.3 49.3 50.3 51.3 52.3 53.3 54.3 55.3 56.3 57.3 58.3 59.3 60.3 61.3 62.3 63.3 64.3 65.3 66.3 67.3 68.3 69.3 70.3 71.3 72.3 73.3 74.3 75.3 76.3 77.3 78.3 79.3 80.3 81.3 82.3 83.3 84.3 85.3 86.3 87.3 88.3 89.3 90.3 91.3 92.3 93.3 94.3 Temperature Degrees F. t 259.28 260.95 262.57 264.16 265.72 267.25 268.74 270.21 271.64 ' 273.05 274.44 275.80 277.13 278.45 279.74 281.01 282.26 283.49 284.70 285.90 287.07 288.23 289.37 290.50 291.61 292.71 293.79 294.85 295.90 296.94 297.97 298.99 299.99 300.98 301.96 302.92 303.88 304.83 305.76 306.68 307.60 308.50 309.40 310.29 311.16 312.03 312.89 313.74 314.59 315.42 316.25 317.07 317.88 318.68 319.48 320.27 321.06 321.83 322.60 323.36 324.12 324.87 325.61 326.35 327.08 327.81 328.53 329.25 329.96 330.66 331.36 332.05 332.74 333.42 334.10 CRANE 651 Heat of the Liquid Btu/lb. h/ 227.91 229.60 231.26 232.89 234.48 236.03 237.55 239.04 240.51 241.95 243.36 244.75 246.12 247.47 248.79 250.09 251.37 252.63 253.87 255.09 256.30 257.50 258.67 259.82 260.96 262.09 263.20 264.30 265.38 266.45 267.50 268.55 269.58 270.60 271.61 272.61 273.60 274.57 275.54 276.49 277.43 278.37 279.30 280.21 281.12 282.02 282.91 283.79 284.66 285.53 286.39 287.24 288.08 288.91 289.74 290.56 291.38 292.18 292.98 293.78 294.56 295.34 296.12 296.89 297.65 298.40 299.15 299.90 300.64 301.37 302.10 302.82 303.54 304.26 304.97 . Latent Heat of Evaporation Btu/Jb. 939.2 938.0 936.9 935.8 934.7 933.7 932.6 931.6 930.6 929.6 928.6 927.7 926.7 925.8 924.9 924.0 923.0 922.2 921.3 920.5 919.6 918.8 917.9 917.1 916.3 915.5 914.7 913.9 913.1 912.3 911.6 910.8 910.1 909.4 908.7 907.9 907.2 906.5 905.8 905.1 904.5 903.7 903.1 902.4 901.7 901.1 900.4 899.7 899.1 898.5 897.8 897.2 896.5 895.9 895.3 894.7 894.1 893.5 892.9 892.3 891.7 891.1 890.5 889.9 889.4 888.8 888.2 887.6 887.1 886.5 886.0 885.4 884.9 884.3 883.7 Total Heat of Steam Btu/lb. hg 1167.1 1167.6 1168.2 1168.7 1169.2 1169.7 1170.2 1170.7 1171.1 1171.6 1172.0 1172.4 1172.9 1173.3 1173.7 1174.1 1174.4 1174.8 1175.2 1175.6 1175.9 1176.3 1176.6 1176.9 1177.3 1177.6 1177.9 1178.2 1178.5 1178.8 1179.1 1179.4 1179.7 1180.0 1180.3 1180.6 1180.8 1181.1 1181.3 1181.6 1181.9 1182.1 1182.4 1182.6 1182.8 1183.1 1183.3 1183.5 1183.8 1184.0 1184.2 1184.4 1184.6 1184.8 1185.1 1185.3 1185.5 1185.7 1185.9 1186.1 1186.2 1186.4 1186.6 1186.8 1187.0 1187.2 1187.4 1187.5 1187.7 1187.9 1188.1 1188.2 1188.4 1188.6 1188.7 Specific Volume Entropy Cu. ft. per lb. 11.898 11.588 11.294 11.015 10.750 10.498 10.258 10.029 9.810 9.601 9.401 9.209 9.025 8.848 8.678 8.515 8.359 8.208 8.062 7.922 7.787 7.656 7.529 7.407 7.289 7.175 7.064 6.957 6.853 6.752 6.655 6.560 6.468 6.378 6.291 6.206 6.124 6.044 5.966 5.890 5.816 5.743 5.673 5.604 5.537 5.472 5.408 5.346 5.285 5.226 5.168 5.111 5.055 5.001 4.948 4.896 4.845 4.796 4.747 4.699 4.652 4.606 4.561 4.517 4.474 4.432 4.391 4.350 4.310 4.271 4.232 4.194 4.157 4.120 4.084 S/7 1.6870 1.6848 1.6826 1.6805 ' 1.6784 1.6763 1.6743 1.6724 1.6706 1.6687 1.6669 1.6652 1.6634 1.6617 1.6601 1.6585 1.6569 1.6553 1.6538 1.6523 1.6509 1.6494 1.6480 1.6466 1.6452 1.6438 1.6425 1.6412 1.6399 1.6387 1.6374 1.636.2 1.6350 1.6338 1.6326 1.6315 1.6303 1.6292 1.6281 1.6270 ' 1.6259 1.6248 1.6238 1.6228 1.6217 1.6207 1.6197 1.6187 1.6177 1.6168 1.6158 1.6149 1.6139 1.6130 1.6121 1.6112 1.6103 1.6094 1.6085 1.6076 1.6068 1.6060 1.6051 1.6043 1.6035 1.6026 1.6018 1.6010 1.6002 1.5994 1.5986 1.5978 1.5971 1.5963 1.5956 . i \ i i 652 CRANE Properties of Saturated Steam \Cont.) Pressure Lbs. per Sq. In. Absolute Gage Temperature Degrees F. Heat of the Liquid Btu/lb. Latent Heat of Evaporation Btu/lb. Total Heat of Steam Btu/lb. Specific Volume Cu. ft. per lb. Entropy P 110.0 111.0 112.0 113.0 114.0 V 95.3 96.3 97.3 98.3 99.3 t 334.77 335.44 336.11 336.77 , 337.42 hs 305.66 306.37 307.06 307.75 308.43 hfe 883.2 882.6 882.1 881.6 881.1 hg 1188.9 1189.0 1189.2 1189.4 1189.5 % 4.049 4.015 3.981 3.947, 3.914 so 1.5948 1.5941 1.5934 1.5927 1.5919 115.0 116.0 117.0 118.0 119.0 100.3 101.3 102.3 103.3 104.3 338.07 338.72 339.36 339.99 340.62 309.11 309.79 310.46 311.12 311.78 ' 880.6 880.0 879.5 879.0 878.4 1189.7 1189.8 1190.0 1190.1 1190.2 3.882 3.850 3.819 3.788 3.758 1.5912 1.5905 1.5898 1.5891 1.5885 120.0 121.0 122.0 123.0 124.0 105.3 106.3 107.3 108.3 109.3 341.25 341.88 342.50 343.11 343.72 312.44 313.10 313.75 314.40 315.04 877.9 877.4 876.9 876.4 875.9 1190.4 1190.5 1190.7 1190.8 1190.9 3.728 3.699 3.670 3.642 3.614 1.5878 1.5871 1.5865 1.5858 1.5851 125.0 126.0 127.0 128.0 129.0 110.3 111.3 112.3 113.3 114-3 344.33 344.94 345.54 346.13 346.73 315.68 316.31 316.94 317.57 318.19 875.4 874.9 874.4 873.9 873.4 1191.1 1191.2 1191.3 1191.5 1191.6 3.587 3.560 3.533 3.507 3.481 1.5844 1.5838 1.5831 1.5825 1.5819 130.0 131.0 132.0 133.0 134.0 115.3 116.3 117.3 118.3 119.3 347.32 347.90 348.48 349.06 349.64 318.81 319.43 320.04 320.65 321.25 872.9 872.5 872.0 871.5 871.0 1191.7 1191.9 1192.0 1192.1 1192.2 3.455 3.430 3.405 3.381 3.357 1.5812 1.5806 1.5800 1.5793 1.5787 135.0 136.0 137.0 138.0 139.0 120.3 121.3 122.3 123.3 124.3 350.21 350.78 351.35 351.91 352.47 321.85 322.45 323.05 323.64 324.23 870.6 870.1 869.6 869.1 868.7 1192.4 1192.5 1192.6 1192.7 1192.9 3.333 3.310 3.287 3.264 3.242 1.5781 1.5775 1.5769 1.5763 1.5757 140.0 141.0 142.0 143.0 144.0 125.3 126.3 127.3 128.3 129.3 353.02 353.57 354.12 354.67 355.21 324.82 325.40 325.98 326.56 327.13 868.2 867.7 867.2 866.7 866.3 1193.0 1193.1 1193.2 1193.3 1193.4 3.220 3.198 3.177 3.155 3.134 1.5751 1.5745 1.5740 1.5734 1.5728 145.0 146.0 147.0 148.0 149.0 130.3 131.3 132.3 133.3 134.3 355.76 356.29 356.83 357.36 357.89 327.70 328.27 328.83 329.39 329.95 865.8 865.3 864.9 864.5 864.0 1193.5 1193.6 1193.8 1193.9 1194.0 3.114 3.094 3.074 3.054 3.034 1.5722 1.5716 1.5710 1.5705 1.5699 150.0 152.0 154.0 156.0 158.0 ' 135.3 137.3 139.3 141.3 143.3 358.42 359.46 360.49 361.52 362.53 330.51 331.61 332.70 333.79 334.86 863.6 862.7 861.8 860.9 860.0 1194.1 1194.3 1194.5 1194.7 1194.9 3.015 2.977 2.940 2.904 2.869 1.5694 1.5683 1.5672 1.5661 1.5650 160.0 162.0 164.0 166.0 168.0 145.3 147.3 149.3 151.3 153.3 363.53 364.53 365.51 366.48 367.45 335.93 336.98 338.02 339.05 340.07 859.2 858.3 857.5 856.6 855.7 1195.1 1195.3 1195.5 1195.7 1195.8 2.834 2.801 2.768 2.736 2.705 1.5640 1.5630 1.5620 1.5610 1.5600 170.0 172.0 174.0 176.0 178.0 155.3 157.3 159.3 161.3 163.3 368.41 369.35 370.29 371.22 372.14 341.09 342.10 343.10 344.09 345.06 854.9 854.1 853.3 852.4 851.6 1196.0 1196.2 1196.4 1196.5 1196.7 2.675 2.645 2.616 2.587 2.559 1.5590 1.5580 1.5570 1.5561 1.5551 180.0 182.0 184.0 186.0 188.0 165.3 167.3 169.3 171.3 173.3 373.06 373.96 374.86 375.75 376.64 346.03 347.00 347.96 348.92 349.86 850.8 850.0 849.2 848.4 847.6 1196.9 1197.0 1197.2 1197.3 1197.5 2.532 2.505 2.479 2.454 2.429 1.5542 1.5532 1.5523 1.5514 1.5506 190.0 192.0 194.0 196.0 198.0 175.3 177.3 179.3 181.3 183.3 377.51 378.38 379.24 380.10 380.95 350.79 351.72 352.64 353.55 354.46 846.8 846.1 845.3 844.5 843.7 1197.6 1197.8 1197.9 1198.1 1198.2 2.404 2.380 2.356 2.333 2.310 1.5497 1.5488 1.5479 1.5470 1.5462 200.0 205.0 210.0 215.0 220.0 185.3 190.3 195.3 200.3 205.3 381.79 383.86 385.90 387.89 389.86 355.36 357.58 359.77 361.91 364.02 843.0 841.1 839.2 837.4 835.6 1198.4 1198.7 1199.0 1199.3 1199.6 2.288 2.234 2.183 2.134 2.087 1.5453 1.5432 1.5412 1.5392 1.5372 225.0 210.3 391.79 366.09 833.8 1199.9 2.0422 1.5353 230.0 215.3 393.68 368.13 832.0 1200.1 1.9992 1.5334 235.0 220.3 395.54 370.14 830.3 1200.4 1.9579 1.5316 240.0 225.3 397.37 372.12 828.5 1200.6 1.9183 1.5298 44 245.0 230.3 399.18 374.08 826.8 1200.9 1.8803 1.5280 Properties of Saturated Steam (Cont.) CRANE 653 Pressure Lbs. per Sq. In. Absolute Gage | \ r, 1 t 1' | I { '{ | f 1 1 1 j 4 | |. .1 I 1'' | f 1 ./-j f . '> 1 f | P 250.0 255.0 260.0 265.0 270.0 275.0 280.0 285.0 290.0 295.0 300.0 320.0 340.0 360.0 380.0 400.0 420.0 440.0 460.0 480.0 500.0 520.0 540.0 560.0 580.0 600.0 620.0 640.0 660.0 680.0 700.0 720.0 740.0 760.0 780.0 800.0 820.0 840.0 860.0 880.0 900.0 920.0 940.0 960.0 980.0 1000.0 1050.0 1100.0 1150.0 1200.0 1250.0 1300.0 1350.0 1400.0 1450.0 1500.0 1600.0 1700.0 1800.0 1900.0 2000.0 2100.0 2200.0 2300.0 2400.0 2500.0 2600.0 2700.0 2800.0 2900.0 3000.0 3100.0 3200.0 3206.2 V 235.3 240.3 245.3 250.3 255.3 260.3 265.3 270.3 275.3 280.3 285.3 305.3 325.3 345.3 365.3 385.3 405.3 425.3 445.3 465.3 485.3 505.3 525.3 545.3 565.3 585.3 605.3 625.3 645.3 665.3 685.3 705.3 725.3 745.3 765.3 785.3 805.3 825.3 845.3 865.3 885.3 905.3 925.3 945.3 965.3 985.3 1035.3 1085.3 1135.3 1185.3 1235.3 1285.3 1335.3 1385.3 1435.3 1485.3 1585.3 1685.3 1785.3 1885.3 1985.3 2085.3 2185.3 2285.3 2385.3 2485.3 2585.3 2685.3 2785.3 2885.3 2985.3 3085.3 3185.3 3191.5 Temperature Degrees F. i 400.95 402.70 404.42 406.11 407.78 409.43 411.05 412.65 414.23 415.79 417.33 423.29 428.97 434.40 439.60 444.59 449.39 454.02 458.50 462.82 467.01 471.07 475.01 478.85 482.58 486.21 489.75 493.21 ' 496.58 499.88 503.10 506.25 509.34 512.36 515.33 518.23 521.08 523.88 526.63 529.33 531.98 534.59 537.16 539.68 542.17 544.61 550.57 556.31 561.86 567.22 572.42 577.46 582.35 587.10 591.73 596.23 604.90 613.15 621.03 628.58 635.82 642.77 649.46 655.91 662.12 668.13 673.94 679.55 684.99 690.26 695.36 700.31 705.11 705.40 Heat of the Liquid Btu/lb. h, 376.00 377.89 379.76 381.60 383.42 385.21 386.98 388.73 390.46 392.16 393.84 400.39 406.66 412.67 418.45 424.0 429.4 434.6 439.7 444.6 449.4 454.1 458.6 463.0 467.4 471.6 475.7 479.8 483.8 487.7 491.5 495.3 499.0 502.6 506.2 509.7 513.2 516.6 520.0 523.3 526.6 529.8 533.0 536.2 539.3 542.4 550.0 557.4 564.6 571.7 578.6 585.4 592.1 598.7 605.2 611.6 624.1 636.3 648.3 660.1 671.7 683.3 694.8 706.5 718.4 730.6 743.0 756.2 770.1 785.4 802.5 825.0 872.4 902.7 Latent Heat of Evaporation Btu/lb. 825.1 823.4 821.8 820.1 818.5 816.9 815.3 813.7 812.1 810.5 809.0 803.0 797.1 791.4 785.8 780.5 775.2 770.0 764.9 759.9 755.0 750.1 745.4 740.8 736.1 731.6 727.2 722.7 718.3 714.0 709.7 705.4 701.2 697.1 692.9 688.9 684.8 680.8 676.8 672.8 668.8 664.9 661.0 657.1 653.3 649.4 639.9 630.4 621.0 611.7 602.4 593.2 584.0 574.7 565.5 556.3 538.0 519.6 501.1 482.4 463.4 444.1 424.4 403.9 382.7 360.5 337.2 312.1 284.7 253.6 217.8 168.1 62.0 0.0 Total Heat of Steam Btu/lb. K 1201.1 1201.3 1201.5 1201.7 1201.9 1202.1 1202.3 1202.4 1202.6 1202.7 1202.8 1203.4 1203.7 1204.1 1204.3 1204.5 1204.6 1204.6 1204.6 1204.5 1204.4 1204.2 1204.0 1203.8 1203.5 1203.2 1202.9 1202.5 1202.1 1201.7 1201.2 1200.7 1200.2 1199.7 1199.1 1198.6 1198.0 1197.4 1196.8 1196.1 1195.41194.7 1194.0 1193.3 1192.6 1191.8 1189.9 1187.8 1185.6 1183.4 1181.0 1178.6 1176.1 1173.4 1170.7 1167.9 1162.1 1155.9 1149.4 1142.4 1135.1 1127.4 1119.2 1110.4 1101.1 1091.1 1080.2 1068.3 1054.8 1039.0 1020.3 993.1 934.4 902.7 Specific Volume Entropy Cu. ft. per lb. 1.8438 1.8086 1.7748 1.7422 1.7107 1.6804 1.6511 1.6228 1.5954 1.5689 1.5433 1.4485 1.3645 1.2895 1.2222 1.1613 1.1061 1.0556 1.0094 0.9670 0.9278 0.8915 0.8578 0.8265 0.7973 0.7698 0.7440 0.7198 0.6971 0.6757 0.6554 0.6362 0.6180 0.6007 0.5843 0.5687 0.5538 0.5396 0.5260 0.5130 0.5006 0.4886 0.4772 0.4663 0.4557 0.4456 0.4218 0.4001 0.3802 0.3619 0.3450 0.3293 0.3148 0.3012 0.2884 0.2765 0.2548 0.2354 0.2179 0.2021 0.1878 0.1746 0.1625 0.1513 0.1407 0.1307 0.1213 0.1123 0.1035 0.0947 0.0858 0.0753 0.0580 0.0503 S9 1.5263 1.5246 1.5229 1.5212 1.5196 ,1.5180 1.5164 1.5149 1.5133 1.5118 1.5104 1.5046 1.4992 1.4941 1.4891 1.4844 1.4799 1.4755 1.4713 1.4673 1.4634 1.4596 1.4560 1.4524 1.4489 1.4454 1.4421 1.4389 1.4358 1.4327 1.4296 1.4266 1.4237 1.4209 1.4181 1.4153 1.4126 1.4099 1.4072 1.4046 1.4020 1.3995 1.3970 1.3945 1.3921 1.3897 1.3838 1.3780 1.3723 1.3667 1.3612 1.3559 1.3506 1.3454 1.3402 1.3351 1.3249 1.3149 1.3049 1.2949 1.2849 1.2748 1.2646 1.2541 1.2434 1.2322 1.2205 1.2082 1.1946 1.1792 1.1615 1.1368 1.0852 1.0580 fl 654 CRANE Properties of Superheated Steam1 v=specific volume, cubic feet per pound h=total heat of steam, Btu per pound s=entropy Pressure Lbs. per Sq. In. Sat. Temp. Total Temperature -- Degrees Fahrenheit Abs. Gage 360 400 440 480 500 600 700 800 900 1200 oOO PV t l V 33.03 34.68 36.32 37.96 38.78 42.86 46.94 51.00 55.07 59.13 . 67.25 14.696 0.0 212.00 h 1221.1 1239.9 1258.8 1277.6 1287.1 1334.8 1383.2 1432.3 1482.3 1533.1 1637.5 s 1.8518 1.8743 1.8956 1.9162 1.9261 1.9734 2.0170 2.0576 2.0958 2.1319 2.1989 20.0 V 24.21 25.43 26.65 27.86 28.46 31.47 34.47 37.46 40.45 43.44 49.41 5.3 227.96 h 1220.3 1239.2 1258.2 1277.1 1286.6 1334.4 1382.9 1432.1 1482.1 1533.0 1637.4 s 1.8170 1.8396 1.8612 1.8818 1.8918 1.9392 1.9829 2.0235 2.0618 2.0978 2.1648 30.0 V 16.072 16.897 17.714 18.528 18.933 20.95 22.96 24.96 26.95 28.95 32.93 15.3 250.33 h 1218.6 1237.9 1257.0 1276.2 1285.7 1333.8 1382.4 1431.7 1481.8 1532.7 1637.2 s 1.7708 1.7937 1.8155 1.8363 1.8464 1.8940 1.9379 1.9786 2.0169 2.0530 2.1201 40.0 V 12.001 12.628 13.247 13.862 14.168 15.688 17.198 18.702 20.20 21.70 24.69 25.3 267.25 h 1216.9 1236.5 1255.9 1275.2 1284.8 1333.1 1381.9 1431.3 1481.4 1532.4 1637.0 8 1.7375 1.7608 1.7828 1.8038 1.8140 1.8619 1.9058 1.9467 1.9850 2.0212 2.0883 50.0 V 9.557 10.065 10.567 11.062 11.309 12.532 13.744 14.950 16.152 17.352 19.747 35.3 281.01 h 1215.2 1235.1 1254.7 1274.2 1283.9 1332.5 1381.4 1430.9 1481.1 1532.1 1636.8 s 1.7112 1.7349 1.7572 1.7784 1.7887 1.8368 1.8809 1.9219 1.9602 1.9964 2.0636 60.0 V 7.927 8.357 8.779 9.196 9.403 10.427 11.441 12.449 13.452 14.454 16.451 45.3 292.71 h 1213.4 1233.6 1253.5 1273.2 1283.0 1331.8 1380.9 1430.5 1480.8 1531.9 1636.6 s 1.6894 1.7135 1.7361 1.7575 1.7678 1.8162 1.8605 1.9015 1.9400 1.9762 2.0434 70.0 V 6.762 7.136 7.502 7.863 8.041 8.924 9.796 10.662 11.524 12.383 14.097 55.3 302.92 h 1211.5 1232.1 1252.3 1272.2 1282.0 1331.1 1380.4 1430.1 1480.5 1531.6 1636.3 s 1.6707 1.6952 1.7181 1.7397 1.7501 1.7988 1.8432 1.8843 1.9228 1.9591 2.0263 80.0 V 5.888 6.220 6.544 6.862 7.020 7.797 8.562 9.322 10.077 10.830 12.332 65.3 312.03 h 1209.7 1230.7 1251.1 1271.1 1281.1 1330.5 1379.9 1429.7 1480.1 1531.3 1636.2 s 1.6541 1.6791 1.7023 1.7242 1.7346 1.7836 1.8281 1.8694 1.9079 1.9442 2.0115 V 5.208 5.508 5.799 6.084 6.225 6.920 7.603 8.279 8.952 9.623 10.959 90.0 75.3 320.27 h 1207.7 1229.1 1249.8 1270.1 1280.1 1329.8 1379.4 1429.3 1479.8 1531.0 1635.9 s 1.6393 1.6648 1.6883 1.7103 1.7209 1.7702 1.8149 1.8562 1.8948 1.9311 1.9984 100.0 V 4.663 4.937 5.202 5.462 5.589 6.218 6.835 7.446 8.052 8.656 9.860 85.3 327.81 h 1205.7 1227.6 1248.6 1269.0 1279.1 1329.1 1378.9 1428.9 1479.5 1530.8 1635.7 s 1.6258 1.6518 1.6756 1.6979 1.7085 1.7581 1.8029 1.8443 1.8829 1.9193 1.9867 120.0 V 3.844 4.081 4.307 4.527 4.636 5.165 5.683 6.195 6.702 7.207 8.212 105.3 341.25 h 1201.6 1224.4 1246.0 1266.9 1277.2 1327.7 1377.8 1428.1 1478.8 1530.2 1635.3 8 1.6017 1.6287 1.6533 1.6760 1.6869 1.7370 1.7822 1.8237 1.8625 1.8990 1.9664 140.0 V 3.258 3.468 3.667 3.860 3.954 4.413 4.861 5.301 5.738 6.172 7.035 125.3 353.02 h 1197.3 1221.1 1243.3 1264.7 1275.2 1326.4 1376.8 1427.3 1478.2 1529.7 1634.9 s 1.5804 1.6087 1.6340 1.6573 1.6683 1.7190 1.-7645 1.8063 1.8451 1.8817 1.9493 160.0 V 145.3 363.53 h $ 3.008 3.187 3.359 3.443 3.849 4.244 4.631 5.015 5.396 6.152 1217.6 1240.6 1262.4 1273.1 1325.0 1375.7 1426.4 1477.5 1529.1 1634.5 1.5908 1.6169 1.6407 1.6519 1.7033 1.7491 1.7911 1.8301 1.8667 1.9344 180.0 V 165.3 373.06 h s 2.649 2.813 2.969 3.044 3.411 3.764 4.110 4.452 4.792 5.466 1214.0 1237.8 1260.2 1271.0 1323.5 1374.7 1425.6 1476.8 1528.6 1634.1 1.5745 1.6015 1.6258 1.6373 1.6894 1.7355 1.7776 1.8167 1.8534 1.9212 200.0 V 185.3 381.79 h s 2.361 2.513 2.656 2.726 3.060 3.380 3.693 4.002 4.309 4.917 1210.3 1234.9 1257.8 1268.9 1322.1 1373.6 1424.8 1476.2 1528.0 1633.7 1.5594 1.5873 1.6123 1.6240 1.6767 1.7232 1.7655 1.8048 1.8415 1.9094 220.0 V 205.3 389.86 h s 2.125 2.267 2.400 2.465 2.772 3.066 3.352 3.634 3.913 4.467 1206.5 1231.9 1255.4 1266.7 1320.7 1372.6 1424.0 1475.5 1527.5 1633.3 1.5453 1.5742 1.5998 1.6117 1.6652 1.7120 1.7545 1.7939 1.8308 1.8987 240.0 V 225.3 397.37 h s 1.9276 2.062 2.187 2.247 2.533 2.804 3.068 3.327 3.584 4.093 1202.5 1228.8 1253.0 1264.5 1319.2 1371.5 1423.2 1474.8 1526.9 1632.9 1.5319 1.5619 1.5882 1.6003 1.6546 1.7017 , 1.7444 1.7839 1.8209 1.8889 ii pAubbslitsrhaecrtse,dJofrhonmWTihleeyrm&oSdoynnsa,mInicc.Properties of Steam by J. H. Keenan and F. G. Keyes, 1936 Edition, by permission of the < f i Properties of Superheated Steam (Cor*f.) CRANE 655 1 Pressure Sat. Lbs. per Temp. Hi Sq. In. V Abs. Gage PV t Total Temperature -- Degrees Fahrenheit 460 500 540 580 600 660 700 800 900 1000 1200 ! V 1.9483 2.063 2.172 2.278 2.330 j 2.482 2.582 2.827 3.067 3.305 3.776 260.0 245.3 404.42 h 1238.3 1262.3 1285.0 1306.9 1317.7 ! 1349.5 1370.4 1422.3 1474.2 1526.3 1632.5 s 1.5642 1.5897 1.6129 1.6344 1.6447 1.6739 1.6922 1.7352 1.7748 1.8118 1.8799 ' V 1.7960 1.9Q47 2.008 2.107 2.156 2.299 2.392 2.621 2.845 3.066 3.504 `j 280.0 265.3 411.05 h 1235.4 1260.0 1283.1 1305.3 1316.2 1348.3 1369.4 1421.5 1473.5 1525.8 1632.1 v s 1.5536 1.5796 1.6032 1.6251 1.6354 1.6649 1.6834 1.7265 1.7662 1.8033 1.8716 V 1.6638 1.7675 1.8654 1.9594 2.005 2.140 2.227 2.442 2.652 2.859 3.269 ` 300.0 285.3 417.33 h 1232.5 1257.6 1281.1 1303.7 1314.7 1347.1 1368.3 1420.6 1472.8 1525.2 1631.7 s s 1.5434 1.5701 1.5941 1.6163 1.6268 1.6565 1.6751 1.7184 1.7582 1.7954 1.8638 V 1.5479 1.6472 1.7406 1.8298 1.8734 2.001 2.083 2.285 2.483 2.678 3.063 4 320.0 305.3 423.29 h 1229.5 1255.2 1279.2 1302.0 1313.2 1345.8 1367.2 1419.8 1472.1 1524.7 1631.3 s 1.5337 1.5611 1.5855 1.6079 1.6186 1.6485 1.6673 1.7108 1.7508 1.7880 1.8565 V 1.4454 1.5410 1.6303 1.7155 1.7569 1.8777 1.9562 2.147 2.334 2.518 2.881 340.0 325.3 428.97 h 1226.4 1252.8 1277.2 1300.4 1311.6 1344.6 1366.1 1419.0 1471.5 1524.1 1630.9 1 s 1.5243 1.5524 1.5773 1.6000 1.6108 1.6410 1.6599 1.7036 1.7437 1.7811 1.8496 V 1.3539 1.4464 1.5322 1.6137 1.6533 1.7685 1.8431 2.025 2.202 2.376 2.719 360.0 345.3 434.40 h 1223.2 1250.3 1275.2 1298.7 1310.1 1343.3 1365.0 1418.1 1470.8 1523.5 1630.5 s 1.5152 1.5440 1.5694 1.5925 1.6033 1.6339 1.6529 1.6968 1.7371 1.7745 1.8431 V 1.2719 1.3616 1.4444 1.5226 1.5605 1.6707 1.7419 1.9149 2.083 2.249 2.575 380.0 365.3 439.60 h 1219.9 1247.7 1273.1 1297.0 1308.5 1342.0 1363.8 1417.3 1470.1 1523.0 1630.0 s 1.5063 1.5359 1.5618 1.5852 1.5962 1.6270 1.6462 1.6904 1.7307 1.7683 1.8370 V 1.1978 1.2851 1.3652 1.4406 1.4770 1.5827 1.6508 1.8161 1.9767 2.134 2.445 400.0 385.3 .444.59 h 1216.5 1245.1 1271.0 1295.2 1306.9 1340.8 1362.7 1416.4 1469.4 1522.4 1629.6 s 1.4977 1.5281 1.5546 1.5783 1.5894 1.6205 1.6398 1.6842 1.7247 1.7623 1.8311 V 1.1305 1.2158 1.2935 1.3663 1.4014 1.5030 1.5684 1.7267 1.8802 2.031 2.327 420.0 405.3 449.39 h 1213.1 1242.5 1268.9 1293.5 1305.3 1339.5 1361.6 1415.5 1468.7 1521.9 1629.2 s 1.4892 1.5205 1.5475 1.5716 1.5829 1.6143 1.6337 1.6783 1.7189 1.7566 1.8256 V 1.0691 1.1526 1.2282 1.2988 1.3327 1.4306 1.4934 1.6454 1.7925 1.9368 2.220 440.0 425.3 454.02 h 1209.5 1239.8 1266.7 1291.7 1303.6 1338.2 1360.4 1414.7 1468.1 1521.3 1628.8 s 1.4809 1.5132 1.5407 1.5652 1.5766 1.6083 1.6278 1.6727 1.7135 1.7512 1.8203 V 1.0128 1.0948 1.1685 1.2370 1.2698 1.3644 1.4250 1.5711 1.7124 1.8508 2.122 460.0 445.3 458.50 h 1205.8 1237.0 1264.5 1289.9 1302.0 1336.9 1359.3 1413.8 1467.4 1520.7 1628.4 s 1.4728 1.5059 1.5340 1.5589 1.5705 1.6025 1.6222 1.6673 1.7082 1.7460 1.8152 V 480.0 465.3 462.82 h s ;V 500.0 485.3 467.01 h Js tV 520.0 505.3 471.07 h s I y , 540.0 525.3 475.01 h s 560.0 v 580.0 V 545.3 478.85 h 8 565.3 482.58 h 1 s 1.0417 1.1138 1.1803 1.2122 1.3038 1.3622 1.5031 1.6390 1.7720 2.033 1234.2 1262.3 1288.0 1300.3 1335.6 1358.2 1412.9 1466.7 1520.2 1628.0 1.4989 1.5276 1.5528 1.5645 1.5969 1.6167 1.6621 1.7031 1.7411 1.8103 0.9927 1.0633 1.1282 1.1591 1.2478 1.3044 1.4405 1.5715 1.6996 1.9504 1231.3 1260.0 1286.2 1298.6 1334.2 1357.0 1412.1 1466.0 1519.6 1627.6 1.4919 1.5213 1.5470 1.5588 1.5915 1.6115 1.6571 1.6982 1.7363 1.8056 0.9473 1.0166 1.0799 1.1101 1.1962 1.2511 1.3826 1.5091 1.6326 1.8743 1228.3 1257.7 1284.3 1296.9 1332.9 1355.8 -1411.2 1465.3 1519.0 1627.2 1.4851 1.5151 1.5412 1.5532 1.5863 1.6064 1.6522 1.6935 1.7317 1.8011 0.9052 1225.3 0.9733 1255.4 1.0352 1282.4 1.0646 1295.2 1.1485 1331.5 1.2017 1354.6 1.3291 1410.3 1.4514 1464.6 1.5707 1518.5 1.8039 1626.8 1.4784 1.5091 1.5356 1.5478 1.5812 1.6015 1.6475 1.6890 1.7272 1.7968 0.8659 1222.2 1.4717 1 0.8291 i 1219.0 j 1.4652 0.9330 0.9937 1253.0 1280.5 1.5032 : 1.5302 0.8954 0.9549 1250.5 1278.5 1.4974 1.5248 1.0224 1293.4 1.5425 0.9830 1291.7 1.5373 1.1041 1330.2 1.5762 1.0627 1328.8 1.5714 1.1558 1353.5 1.5967 1.1131 1352.3 1.5920 1.2794 1409.4 1.6430 1.2331 1408.6 1.6386 1.3978 1463.9 1.6846 1.3479 1463.2 1.6804 1.5132 1517.9 1.7229 1.4596 1517.3 1.7188 1.7385 1626.4 1.7926 1.6776 1626.0 1.7885 !i 656 CRANE Properties of Superheated Steam (Cont.) Pressure Lbs. per Sq. In. Sat. Temp. Total Temperature -- Degrees Fahrenheit Abs. P Gage V t 560 600 640 680 700 1 760 780 800 900 1000 1200 1 V 0.8901 0.9463 0.9988 1.0489 1.0732 1.1440 1.1670 1.1899 1.3013 1.4096 1.6208 600.0 585.3 486.21 h 1262.7 1289.9 1315.2 1339.3 1351.1 1385.3 1396.5 1407.7 1462.5 1516.7 1625.5 s 1.5061 1.5323 1.5558 1.5773 1.5875 1.6163 1.6254 1.6343 1.6762 1.7147 1.7846 V 0.8567 0.9118 0.9633 1.0121 1.0358 1.1048 1.1272 1.1494 1.2577 1.3628 1.5676 620.0 605.3 489.75 h 1260.4 1288.1 1313.7 1338.0 1349.9 1384.3 1395.6 1406.8 1461.8 1516.2 1625.1 s 1.5007 1.5273 1.5511 1.5728 1.5831 1.6121 1.6213 1.6302 1.6722 1.7108 1.7808 V 0.8253 0.8795 0.9299 0.9777 1.0008 1.0680 1.0899 1.1115 1.2168 1.3190 1.5178 640.0 625.3 493.21 h 1258.2 1286.2 1312.2 1336.7 1348.6 1383.3 1394.7 1405.9 1461.1 1515.6 1624.7 s 1.4955 1.5225 1.5465 1.5684 1.5788 1.6080 1.6172 1.6262 1.6684 1.7070 1.7771 V 0.7958 0.8491 0.8985 0.9453 0.9679 1.0335 1.0548 1.0759 1.1784 1.2778 1.4709 660.0 645.3 496.58 h 1255.9 1284.4 1310.6 1335.4 1347.4 1382.3 1393.7 1405.0 1460.4 1515.0 1624.3 s 1.4903 1.5177 1.5420 1.5642 1.5746 1.6040 1.6132 1.6222 1.6646 1.7034 1.7735 V 0.7679 0.8205 0.8690 0.9148 0.9369 1.0010 1.0218 1.0424 1.1423 1.2390 1.4269 680.0 665.3 499.88 h 1253.5 1282.5 1309.1 1334.1 1346.2 1381.3 1392.8 1404.1 1459.7 1514.5 1623.9 s 1.4851 1.5130 1.5376 1.5600 1.5705 1.6001 1.6094 1.6184 1.6609 1.6998 1.7700 V 0.7416 0.7934 0.8411 0.8860 0.9077 0.9704 0.9907 1.0108 1.1082 1.2024 1.3853 700.0 685.3 503.10 h 1251.1 1280.6 1307.5 1332.8 1345.0 1380.3 1391.8 1403.2 1459.0 1513.9 1623.5 5 1.4800 1.5084 1.5333 1.5559 1.5665 1.5962 1.6056 1.6147 1.6573 1.6963 1.7666 V 0.6816 0.7319 0.7778 0.8208 0.8414 0.9008 0.9201 0.9391 1.0310 1.1196 1.2912 750.0 735.3 510.86 h 1245.0 1275.7 1303.5 1329.4 1341.8 1377.7 1389.4 1400.9 1457.2 1512.4 1622.4 s 1.4676 1.4972 1.5229 1.5460 1.5568 1.5870 1.5965 1.6057 1.6487 1.6879 1.7586 V 0.6288 0.6779 0.7223 0.7635 0.7833 0.8400 0.8583 0.8763 0.9633 1.0470 1.2088 800.0 785.3 518.23 h 1238.6 1270.7 1299.4 1325.9 1338.6 1375.2 1387.0 1398.6 1455.4 1511.0 1621.4 $ 1.4553 1.4863 1.5129 1.5366 1.5476 1.5783 1.5879 1.5972 1.6407 1.6801 1.7510 ' 1 i ) V 0.5818 0.6301 0.6732 0.7130 0.7320 0.7863 0.8037 0.8209 0.9037 0.9830 1.1360 850.0 835.3 525.26 h 1231.9 1265.5 1295.2 1322.4 1335.4 1372.5 1384.5 1396.3 1453.6 1509.5 1620.4 $ 1.4433 1.4756 1.5032 1.5275 1.5388 1.5700 1.5797 1.5892 1.6330 1.6727 1.7438 V 0.5396 0.5873 0.6294 0.6680 0.6863 0.7385 0.7552 0.7716 0.8506 0.9262 1.0714 \ 900.0 885.3 531.98 h 1224.9 1260.1 1290.9 1318.8 1332.1 1369.9 1382.0 1393.9 1451.8 1508.1 1619.3 s 1.4313 1.4653 1.4938 1.5187 1.5303 1.5620 1.5719 1.5814 1.6257 1.6656 1.7371 i y 0.5015 0.5489 0.5901 0.6276 0.6453 0.6957 0.7117 0.7275 0.8031 0.8753 1.0136 950.0 935.3 538.42 h 1217.5 1254.6 1286.4 1315.2 1328.7 1367.2 1379.5 1391.6 1450.0 1506.6 1618.3 s 1.4194 1.4551 1.4846 1.5103 1.5221 1.5544 1.5644 1.5741 1.6187 1.6589 1.7306 V 0.4668 0.5140 0.5546 0.5912 0.6084 0.6571 0.6726 0.6878 0.7604 0.8294 0.9615 1000.0 985.3 544.61 h 1209.7 1248.8 1281.9 1311.4 1325.3 1364.4 1376.9 1389.2 1448.2 1505.1 1617.3 s 1.4073 1.4450 1.4757 1.5021 1.5141 1.5470 1.5572 1.5670 1.6121 1.6525 1.7245 V 0.4053 0.4532 0.4929 0.5281 0.5445 0.5904 0.6049 0.6191 0.6866 0.7503 0.8716 1100.0 1085.3 556.31 h 1192.6 1236.7 1272.4 1303.7 1318.3 1358.9 1371.7 1384.3 1444.5 1502.2 1615.2 s 1.3827 1.4251 1.4583 1.4862 1.4989 1.5330 1.5435 1.5535 1.5995 1.6405 1.7130 V 1200.0 1185.3 567.22 h s 0.4016 0.4410 0.4752 0.4909 0.5347 0.5484 0.5617 0.6250 0.6843 0.7967 1223.5 1262.4 1295.7 1311.0 1353.2 1366.4 1379.3 1440.7 1499.2 1613.1 1.4052 1.4413 1.4710 1.4843 1.5198 1.5306 1.5409 1.5879 1.6293 1.7025 V 1300.0 1285.3 577.46 h $ 0.3569 0.3966 0.4301 0.4454 0.4874 0.5004 0.5131 0.5728 0.6284 0.7333 1209.0 1251.8 1287.3 1303.4 1347.3 1361.0 1374.3 1437.0 1496.2 1611.0 1.3850 1.4246 1.4563 1.4703 1.5073 1.5184 1.5290 1.5769 1.6190 1.6927 V 1400.0 1385.3 587.10 h s 0.3174 0.3580 0.3912 0.4062 0.4468 0.4593 0.4714 0.5281 0.5805 0.6789 1193.0 1240.4 1278.5 1295.5 1341.3 1355.4 1369.1 1433.1 1493.2 1608.9 1.3639 1.4079 1.4419 1.4567 1.4953 1.5068 1.5177 1.5666 1.6093 1.6836 V 1500.0 1485.3 596.23 h 8 0.2815 0.3240 0.3572 0.3719 0.4114 0.4235 0.4352 0.4893 0.5390 0.6318 1174.5 1228.3 1269.3 1287.2 1335.2 1349.7 1363.8 1429.3 1490.1 1606.8 1.3412 1.3912 1.4278 1.4434 1.4837 1.4956 1.5068 1.5569 1.6001 1.6750 Properties of Superheated Steam (Conf.) CRANE mmrr^srn 657 Pressure Lbs. per So. In. Sat. Temp. Total Temperature -- Degrees Fahrenheit Abs. P Gage V t 660 700 740 780 800 860 900 1000 1050 1100 1200 V 0.3112 0.3417 0.3682 0.3921 0.4034 0.4353 0.4553 0.5027 0.5253 0.5474 0.5906 1600.0 1585.3 604.90 h 1238.7 1278.7 1313.0 1343.9 1358.4 1399.5 1425.3 1487.0 1516.9 1546.4 1604.6 $ 1.3952 1.4303 1.4595 1.4848 1.4964 1.5283 1.5476 1.5914 1.6J15 1.6307 1.6669 V 0.2842 0.3148 0.3410 0.3643 0.3753 0.4061 0.4253 0.4706 0.4922 0.5132 0.5542 1700.0 1685.3 613.15 h 1226.8 1269.7 1305.8 1337.9 1352.9 1395.0 1421.4 1484.0 1514.1 1543.8 1602.5 s 1.3797 1.4173 1.4480 1.4743 1.4863 1.5190 1.5387 1.5831 1.6034 1.6228 1.6592 V 0.2597 0.2907 0.3166 0.3395 0.3502 0.3801 0.3986 0.4421 0.4627 0.4828 0.5218 1800.0 1785.3 621.03 h 1214.0 1260.3 1298.4 1331.8 1347.2 1390.4 1417.4 1480.8 1511.3 1541.3 1600.4 s 1.3638 1.4044 1.4367 1.4641 1.4765 1.5100 1.5301 1.5752 1.5957 1.6153 1.6520 V 0.2371 0.2688 0.2947 0.3173 0.3277 0.3568 0.3747 0.4165 0.4363 0.4556 0.4929 1900.0 1885.3 628.58 h 1200.2 1250.4 1290.6 1325.4 1341.5 1385.8 1413.3 1477.7 1508.5 1538.8 1598.2 8 1.3474 1.3915 1.4256 1.4541 1.4669 1.5014 1.5219 1.5676 1.5883 1.6081 1.6450 V 0.2161 0.2489 0.2748 0.2972 0.3074 0.3358 0.3532 0.3935 0.4126 0.4311 0.4668 2000.0 1985.3 635.82 h 1184.9 1240.0 1282.6 1319.0 1335.5 1381.2 1409.2 1474.5 1505.7 1536.2 1596.1 s 1.3300 1.3783 1.4145 1.4443 1.4576 1.4930 1.5139 1.5603 1.5813 1.6012 1.6384 V 0.1962 0.2306 0.2567 0.2789 0.2890 0.3167 0.3337 0.3727 0.3911 0.4089 0.4433 2100.0 2085.3 642.77 h 1167.7 1229.0 1274.3 1312.3 1329.5 1376.4 1405.0 1471.4 1502.9 1533.6 1593.9 s 1.3112 1.3651 1.4035 1.4346 1.4484 1.4848 1.5062 1.5533 1.5745 1.5945 1.6320 V 0.1768 0.2135 0.2400 0.2621 0.2721 0.2994 0.3159 0.3538 0.3715 0.3887 0.4218 -2200.0 2185.3 649.46 h 1147.8 1217.4 1265.7 1305.4 1323.3 1371.5 1400.8 1468.2 1500.0 1531.1 1591.8 s 1.2903 1.3515 1.3925 1.4250 1.4393 1.4768 1.4986 1.5465 1.5679 1.5881 1.6259 V 0.1575 0.1978 0.2247 0.2468 0.2567 0.2835 0.2997 0.3365 0.3537 0.3703 0.4023 2300.0 2285.3 655.91 h 1123.8 1204.9 1256.7 1298.4 1316.9 1366.6 1396.5 1464.9 1497.1 1528.5 1589.6 s 1.2661 1.3375 1.3814 1.4156 1.4304 1.4690 1.4913 1.5399 1.5615 1.5820 1.6200 V 2400.0 2385.3 662.12 h s 0.1828 0.2105 0.2327 0.2425 0.2689 0.2848 0.3207 0.3373 0.3534 0.3843 1191.5 1247.3 1291.1 1310.3 1361.6 1392.2 1461.7 1494.2 1525.9 1587.4 1.3228 1.3702 1.4061 1.4215 1.4613 1.4842 1.5335 1.5554 1.5760 1.6143 V 2500.0 2485.3 668.13 h s 0.1686 0.1973 0.2196 0.2294 0.2555 0.2710 0.3061 0.3222 0.3379 0.3678 1176.8 1237.6 1283.6 1303.6 1356.5 1387.8 1458.4 1491.3 1523.2 1585.3 1.3073 1.3589 1.3967 1.4127 1.4538 1.4772 1.5273 1.5495 1.5702 1.6088 V 2600.0 2585.3 673.94 h s 0.1549 0.1849 0.2074 0.2172 0.2431 0.2584 0.2926 0.3083 0.3236 0.3526 1160.6 1227.3 1275.8 1296.8 1351.4 1383.4 1455.1 1488.4 1520.6 1583.1 1.2908 1.3474 1.3873 1.4040 1.4464 1.4703 1.5212 1.5437 1.5646 1.6035 V 2700.0 2685.3 679.55 h s 0.1415 0.1732 0.1960 0.2059 0.2315 0.2466 0.2801 0.2955 0.3103 0.3385 1142.5 1216.5 1267.9 1289.7 1346.1 1378.9 1451.8 1485.5 1518.0 1580.9 1.2728 1.3357 1.3778 1.3953 1.4391 1.4635 1.5154 1.5380 1.5592 1.5983 V 2800.0 2785.3 684.99 h s 0.1281 0.1622 0.1854 0.1953 0.2208 0.2356 0.2685 0.2835 0.2979 0.3254 1121.4 1205.1 1259.6 1282.4 1340.8 1374.3 1448.5 1482.5 1515.4 1578.7 1.2524 1.3236 1.3683 1.3865 1.4318 1.4569 1.5096 1.5325 1.5539 1.5933 V 2900.0 2885.3 690.26 h s 0.1143 0.1517 0.1754 0.1853 0.2108 0.2254 0.2577 0.2723 0.2864 0.3132 1095.9 1193.0 1251.1 1274.9 1335.3 1369.7 1445.1 1479.6 1512.7 1576.5 1.2286 1.3111 1.3587 1.3778 1.4247 1.4504 1.5040 1.5272 1.5487 1.5884 V 3000.0 2985.3 695.36 h s 0.0984 0.1416 0.1660 0.1760 0.2014 0.2159 0.2476 0.2620 0.2757 0.3018 1060.7 1180.1 1242.2 1267.2 1329.7 1365.0 1441.8 1476.6 1510.0 1574.3 1.1966 1.2981 1.3490 1.3690 1.4176 1.4439 1.4984 1.5219 1.5437 1.5837 V 3100.0 3085.3 700.31 h s 0.1320 0.1571 0.1672 0.1926 0.2070 0.2382 0.2523 0.2657 0.2911 1166.2 1233.0 1259.3 1324.1 1360.3 1438.4 1473.6 1507.4 1572.1 1.2844 1.3392 1.3602 1.4105 1.4376 1.4930 1.5168 1.5388 1.5790 V 3206.2 3191.5 705.40 h s 0.1220 0.1480 0.1583 0.1838 0.1981 0.2288 0.2426 0.2557 0.2806 1150.2 1222.9 1250.5 1317.9 1355.2 1434.7 1470.4 1504.5 1569.8 1.2690 1.3287 1.3508 1.4031 1.4309 1.4874 1.5115 1.5337 1.5742 t 658 CRANE Conversion Table | Measure 1 in. = 25.4 mm. 1 mm. = .03937 in. 1 mm. = .00328 ft. 1 ft. = 304.8 mm. 1 ft. = 30.48 cm. Velocity 1 ft. per sec. = .3048 m. per sec. 1 m. per sec. = 3.2808 ft. per sec. 1 sq. in. = 6.4516 sq. cm. 1 sq..cm. = 0.155 sq. in. 1 sq. cm. = .00108 sq. ft. 1 sq. ft. = 929.03 sq. cm. 1 cu. in. = 16.39 cu. cm. 1 cu. ft. = 1728 cu. in. 1 cu. ft. = 28,316.83 cu. cm. 1 cu. ft. = 7.4805 U. S. gals. 1 cu. ft. = 6.23 imp. gals. 1 cu. ft. = 28.375 liters 1 U. S. gal. = 0.1337 cu. ft. 1 imp. gal. = 277.27 cu. in. 1 imp. gal. = 0.16 cu. ft. 1 imp. gal. = 1.2 U. S. gals. 1 imp. gal. = 4.537 liters 1 liter = .61 cu. in. 1 liter = .0353 cu. ft. 1 liter = .22 imp. gal. Density 1 lb. per cu. in. = 27.68 gram, per cu. cm. 1 gr. per cu. cm. = .03613 lb. per cu. in. 1 lb. per cu. ft. = 16.0184 kg. per cu. m. 1 kg. per cu. m. = .06243 lb. per cu. ft.. Pressure 1 in. of water = .0361 lb. per sq. in. 1 in. of water = .0735 in. of mercury 1 ft. of water = .4332 lb. per sq. in. 1 ft. of water = .8824 in. of mercury 1 in. of mercury = .4912 lb. per sq. in. 1 in. of mercury = 13.6 in. of water 1 in. of mercury = 1.133 ft. of water 1 cm. of mercury = .1934 lb. per sq. in. Weight 1 cu. in. of water = .0361 lb. (15 C) 1 cu. ft. of water = 62.4 lbs. (15 C) 1 U. S. gal. of water = 8.33 lbs. (15 C) 1 imp. gal. of water = 10 lbs. (15 C) 1 liter of water = 2.2 lbs. (15 C) 1 kg. = 2.2 lbs. 1 cu. in. of water = .0735 cu. in. of mercury 1 cu. in. of mercury = 13.6 cu. in. of water 1 cu. in. of mercury = .491 lb. 1 atmosphere = 14.696 lbs. per sq. in. 1 atmosphere = 34 ft. of water 1 atmosphere = 760 mm. of mercury 1 lb. per sq. in. = 27.71 in. of water 1 lb. per sq. in. = 2.312 ft. of water 1 lb. per sq. in. = 2.04 in. of mercury 1 lb. per sq. in. = .06804 atmosphere 1 lb. per sq. in. = .0703 kg. per sq. cm. 1 lb. per sq. in. = 703.08 kg. per sq. mm. 1 kg. per sq. cm. = 14.223 lbs. per sq. in. 1 kg. per sq. m. = .00142 lb. per sq. in. Heat Transfer 1 B.t.u. per sq. ft. = .2712 gram, calorie per sq. cm. 1 gram. cal. per sq. cm. = 3.687 B.t.u. per sq. ft. 1 B.t.u. per hr. per sq. ft. per F = 4.88 kg. cal. per hr. per sq. m. per C. 1 kg. cal. per hr. per sq. m. per C = .205 B.t.u. per hr. per sq. ft. per F. 1 B.t.u. per hr. per sq. ft. per F = .0001355 gram. cal. per sec. per sq. cm. per C. 1 gram. cal. per sec. per sq. cm. per C = 7380 B.t.u. per hr. per sq. ft. per F. Thermal Conductivity 1 B.tu. per sq. ft. per in. = .6892 gram, calories per sq. cm. per cm. 1 gram. cal. per sq. cm. per cm. = 1.451 B.t.u. per sq. ft. per in. 1 B.t.u. per hr. per sq. ft. per F per in. = .0003445 gram. cal. per sec. per sq. cm. per C per cm. 1 gram. cal. per sec. per sq. cm. per C per cm. = 2903 B.t.u. per hr. per sq. ft. per F per in. 1 B.t.u. per hr. per sq. ft. per F per ft. = .00413 gram. cal. per sec. per sq. cm. per C per cm. 1 gram. cal. per sec. per sq. cm. per C per cm. = 242.13 B.t.u. per hr. per sq. ft. per F per ft. ________ C R A N E ____________ ____________ 659 Linear Conversion Fractions of an Inch To Decimals of an Inch and to Millimeters Fraction Decimal Millimeter Ve4 Vzz Ve4 - Vl6 5/g4 Vsz 764 Vs Vie 'A %4 %2 "/64 13/64 Vsz 1S/64 l764 %2 19/G4 Vie 21/64 11/32 23/64 % 25/G4 - ,3/32 27g4 - Vie 2%4 1S/32 3l/64 Vz .015625 .03125 .046875 .0625 .078125 .09375 .109375 .125 0.39688 0.79375 1.19063 1.58750 1.98438 2.38125 2.77813 3.17501 .140625 .15625 .171875 .1875 .203125 .21875 .234375 .25 3.57188 3.96876 4.36563 4.76251 5.15939 5.55626 5.95314 6.35001 .265625 .28125 .296875 .3125 .328125 .34375 .359375 .375 6.74689 7.14376 7.54064 7.93752 8.33439 8.73127 9.12814 9.52502 .390625 .40625 .421875 .4375 .453125 .46875 .484375 .5 9.92189 10.31877 10.71565 11.11252 11.50940 11.90627 12.30315 12.70003 Fraction Decimal Millimeter 3%4 I7/32 3%4 Vie 37/64 19/32 39/64 5/g .515625 .53125 .546875 .5625 .578125 .59375 .609375 .625 13.09690 13.49378 13.89065 14.28753 14.68440 15.08128 15.47816 15.R7503 Wie 2Vs2 /64 43/G4 4S/64 23/32 47/64 3/4 .640625 .65625 .671875 .6875 .703125 .71875 .734375 .75 16.27191 16.66878 17.06566 17.46253 17.85941 18.25629 18.65316 IQ 05004 49/64 2S/32 S1/64 13/is S3/64 - 27/32 55/64 Vs .765625 .78125 .796875 .8125 .828125 .84375 .859375 .875 19.44691 19.84379 20.24067 20.63754 21.03442 21.43129 21.82817 7.7.. 7.9504 S7/64 29/32 S%4 15/ig .890625 .90625 .921875 .9375 22.62192 23.01880 23.41567 23.81255 61/64 .953125 24.20942 31/32 .96875 24.60630 63/64 - .984375 25.00318 1 . 1.0 25.40005 BY 660 CRANE Linear Conversion Decimals of an Inch to Millimeters (o. io inch = 2.54 millimeters) Inches 0.00 .10 .20 .30 .40 .50 .60 .70 .80 .90 0.00 0.00 2.54 5.08 7.62 10.16 12.70 15.24 17.78 20.32 22.86 .01 0.25 2.79 5.'33 7.87 10.41 12.95 15.49 18.03 20.57 23.11 .02 0.51 3.05 5.59 8.13 10.67 13.21 15.75 18.29 20.83 23.37 .03 0.76 3.30 5.84 8.38 10.92 13.46 16.00 18.54 21.08 23.62 .04 1.02 3.56 6.10 8.64 11.18 13.72 16.26 18.80 21.34 23.88 .05 1.27 3.81 6.35 8.89 11.43 13.97 16.51 19.05 21.59 24.13 .06 1.52 4.06 6.60 9.14 11.68 14.22 16.76 19.30 21.84 24.38 .07 1.78 4.32 6.86 9.40 11.94 14.48 17.02 19.56 22.10 24.64 .08 2.03 4.57 7.11 9.65 12.19 14.73 17.27 19.81 22.35 24.89 .09 2.29 4.83 7.37 9.91 12.45 14.99 17.53 20.07 22.61 25.15 Inches 0.00 .10 .20 .30 .40 .50 .60 .70 .80 .90 Millimeters to Inches (1 millimeter = .03Q37 inch) Millimeters 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 .260 270 280 290 300 310 320 330 340 350 360 370 380 390 01 0.00 0.39 0.79 1.18 1.57 1.97 2.36 2.76 3.15 3.54 3.94 4.33 4.72 5.12 5.51 5.91 6.30 6.69 7.09 7.48 7.87 8.27 8.66 9.06 9.45 9.84 10.24 10.63 11.02 11.42 11.81 12.20 12.60 12.99 13.39 13.78 14.17 14.57 14.96 15.35 0.039 0.43 0.83 1.22 1.61 2.01 2.40 2.80 3.19 3.58 3.98 4.37 4.76 5.16 5.55 5.94 6.34 6.73 7.13 7.52 7.91 8.31 8.70 9.09 9.49 9.88 10.28 10.67 11.06 11.46 11.85 12.24 12.64 13.03 13.43 13.82 14.21 14.61 15.00 15.39 2 0.079 0.47 0.87 1.26 1.65 2.05 2.44 2.83 3.23 3.62 4.02 4.41 4.80 5.20 5.59 5.98 6.38 6.77 7.17 7.56 7.95 8.35 8.74 9.13 9.53 9.92' 10.31 10.71 11.10 11.50 11.89 12.28 12.68 13.07 13.46 13.86 14.25 14.65 15.04 15.43 3456 0.118 0.51 0.91 1.30 1.69 0.157 0.55 0.94 1.34 1.73 0.197 0.59 0.98 1.38 1.77 0.236 0.63 1.02 1.42 1.81 2.09 2.13 2.17 2.20 2.48 2.52 2.56 2.60 2.87 2.91 2.95 2.99 3.27 3.31 3.35 3.39 3.66 3.70 3.74 3.78 4.06 4.45 4.84 5.24 5.63 4.09 4.49 4.88 5.28 5.67 4.13 4.53 4.92 5.31 5.71 4.17 4.57 4.96 5.35 5.75 6.02 6.06 6.10 6.14 6.42 6.46 6.50 6.54 6.81 6.85 6.89 6.93 7.20 7.24 7.28 7.32 7.60 7.64 7.68 7.72 7.99 8.39 8.78 9.17 9.57 8.03 8.43 8.82 9.21 9.61 8.07 8.46 8.86 9.25 9.65 8.11 8.50 8.90 9.29 9.69 9.96 10.35 10.75 11.14 11.54 10.00 10.39 10.79 11.18 11.57 10.04 10.43 10.83 11.22 11.61 10.08 10.47 10.87 11.26 11.65 11.93 12.32 12.72 13.11 13.50 11.97 12.36 12.76 13.15 13.54 12.01 12.40 12.80 13.19 13.58 12.05 12.44 12.83 13.23 13.62 13.90 14.29 14.69 15.08 15.47 13.94 14.33 14.72 15.12 15.51 13.98 14.37 14.76 15.16 15.55 14.02 14.41 14.80 15.20 15.59 (Continued on next page) 7 0.276 0.67 1.06 1.46 1.85 2.24 2.64 3.03 3.43 3.82 4.21 4.61 5.00 5.39 5.79 6.18 6.57 6.97 7.36 7.76 8.15 8.54 8.94 9.33 9.72 10.12 10.51 10.91 11.30 11.69 12.09 12.48 12.87 13.27 13.66 14.06 14.45 14.84 15.24 15.63 8 9 Millimeters 0.315 0.71 1.10 1.50 1.89 0.354 0.75 1.14 1.54 1.93 0 10 20 30 40 2.28 2.68 3.07 3.46 3.86 2.32 2.72 3.11 3.50 3.90 50 60 70 80 90 4.25 4.65 5.04 5.43 5.83 4.29 4.69 5.08 5.47 5.87 6.22 6.61 7.01 7.40 7.80 6.26 6.65 7.05 7.44 7.83 8.19 8.58 8.98 9.37 9.76 . 8.23 8.62 9.02 9.41 9.80 10.16 10.55 10.94 11.34 11.73 10.20 10.59 10.98 11.38 11.77 12.13 12.52 12.91 13.31 13.70 12.17 12.56 12.95 13.35 13.74 14.09 14.49 14.88 15.28 15.67 14.13 14.53 14.92 15.31 15.71 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 ' 350 360 370 380 390 CRANE 661 Millimeters to Inches (Cont.) Millimeters 0 1 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600 610 620 630 640 650 660 670 680 690 700 710 720 730 740 750 760 770 780 790 800 810 820 830 840 850 860 870 880 890 900 910 920 930 940 950 960 970 980 990 1000 15.75 16.14 16.54 16.93 17.32 15.79 16.18 16.57 16.97 17.36 17.72 18.11 18.50 18.90 19.29 17.76 18.15 18.54 18.94 19.33 19.69 20.08 20.47 20.87 21.26 19.72 20.12 20.51 20.91 21.30 21.65 22.05 22.44 22.83 23.23 21.69 22.09 22.48 22.87 23.27 23.62 24.02 24.41 24.80 25.20 23.66 24.06 24.45 24.84 25.24 25.59 25.98 26.38 26.77 27.17 25.63 26.02 26.42 26.81 27.20 27.56 27.95 28.35 28.74 29.13 27.60 27.99 28.39 28.78 29.17 29.53 29.92 30.31 30.71 31.10 29.57 29.96 30.35 30.75 31.14 31.50 31.89 32.28 32.68 33.07 31.54 31.93 32.32 32.72 33.11 33.46 33.86 34.25 34.65 35.04 33.50 33.90 34.29 34.68 35.08 35.43 35.83 36.22 36.61 37.01 35.47 35.87 36.26 36.65 37.05 37.40 37.80 38.19 38.58 38.98 37.44 37.83 38.23 38.62 39.02 39.37 39.41 2 15.83 16.22 16.61 17.01 17.40 17.80 18.19 18.58 18.98 19.37 19.76 20.16 20.55 20.94 21.34 21.73 22.13 22.52 22.91 23.31 23.70 24.09 24.49 24.88 25.28 25.67 26.06 26.46 26.85 27.24 27.64 28.03 28.43 28.82 29.21 29.61 30.00 30.39 30.79 31.18 31.57 31.97 32.36 32.76 33.15 33.54 33.94 34.33 34.72 35.12 35.51 35.91 36.30 36.69 37.09 37.48 37.87 38.27 38.66 39.06 39.45 3 15.87 16.26 16.65 17.05 17.44 17.83 18.23 18.62 19.02 19.41 19.80 20.20 20.59 20.98 21.38 21.77 22.17 22.56 22.95 23.35 23.74 24.13 24.53 24.92 25.31 25.71 26.10 26.50 26.89 27.28 27.68 28.07 28.46 28.86 29.25 29.65 30.04 30.43 30.83 31.22 31.61 32.01 32.40 32.80 33.19 33.58 33.98 34.37 34.76 35.16 35.55 35.94 36.34 36.73 37.13 37.52 37.91 38.31 38.70 39.09 39.49 4 15.91 16.30 16.69 17.09 17.48 17.87 18.27 18.66 19.06 19.45 19.84 20.24 20.63 21.02 21.42 21.81 22.20 22.60 22.99 23.39 23.78 24.17 24.57 24.96 25.35 25.75 26.14 26.54 26.93 27.32 27.72 28.11 28.50 28.90 29.29 29.68 30.08 30.47 30.87 31.26 31.65 32.05 32.44 32.83 33.23 33.62 34.02 34.41 34.80 35.20 35.59 35.98 36.38 36.77 37.17 37.56 37.95 38.35 38.74 39.13 39.53 5 15.94 16.34 16.73 17.13 17.52 17.91 18.31 18.70 19.09 19.49 19.88 20.28 20.67 21.06 21.46 21.85 22.24 22.64 23.03 23.43 23.82 24.21 24.61 25.00 25.39 25.79 26.18 26.57 26.97 27.36 27.76 28.15 28.54 28.94 29.33 29.72 30.12 30.51 30.91 31.30 31.69 32.09 32.48 32.87 33.27 33.66 34.06 34.45 34.84 35.24 35.63 36.02 36.42 36.81 37.20 37.60 37-99 38.39 38.78 39.17 39.57 6 15.98 16.38 16.77 17.17 17.56 17.95 18.35 18.74 19.13 19.53 19.92 20.31 20.71 21.10 21.50 21.89 22.28 22.68 23.07 23.46 23.86 24.25 24.65 25.04 25.43 25.83 26.22 26.61 27.01 27.40 27.80 28.19 28.58 28.98 29.37 29.76 30.16 30.55 30.94 31.34 31.73 32.13 32.52 32.91 33.31 33.70 34.09 34.49 34.88 35.28 35.67 36.06 36.46 36.85 37.24 37.64 38.03 38.43 38.82 39.21 39.61 78 16.02 16.42 16.81 17.20 17.60 17.99 18.39 18.78 19.17 19.57 19.96 20.35 20.75 21.14 21.54 21.93 22.32 22.72 23.11 23.50 23.90 24.29 24.68 25.08 25.47 25.87 26.26 26.65 27.05 27.44 27.83 28.23 28.62 29.02 29.41 29.80 30.20 30.59 30.98 31.38 31.77 32.17 32.56 32.95 33.35 33.74 34.13 34.53 34.92 35.31 35.71 36.10 36.50 36.89 37.28 37.68 38.07 38.46 38.86 39.25 39.65 16.06 16.46 16.85 17.24 17.64 18.03 18.43 18.82 19.21 19.61 20.00 20.39 20.79 21.18 21.58 21.97 22.36 22.76 23.15 23.54 23.94 24.33 24.72 25.12 25.51 25.91 26.30 26.69 27.09 27.48 27.87 28.27 28.66 29.06 29.45 29.84 30.24 30.63 31.02 31.42 31.81 32.20 32.60 32.99 33.39 33.78 34.17 34.57 34.96 . 35.35 35.75 36.14 36.54 36.93 37.32 37.72 38.11 38.50 38.90 39.29 39.68 9 Millimeters 16.10 16.50 16.89 17.28 17.68 18.07 18.46 18.86 19.25 19.65 20.04 20.43 20.83 21.22 21.61 22.01 22.40 22.80 23.19 23.58 23.98 24.37 24.76 25.16 25.55 25.94 26.34 26.73 27.13 27.52 27.91 28.31 28.70 29.09 29.49 29.88 30.28 30.67 31.06 31.46 ! 31.85 32.24 32.64 33.03 33.43 33.82 34.21 34.61 35.00 35.39 35.79 36.18 36.57 36.97 37.36 37.76 38.15 38.54 38.94 39.33 39.72 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600 610 620 630 640 650 660 670 680 690 700 710 720 730 740 750 760 770 780 790 800 810 820 830 840 850 860 870 880 890 900 910 920 930 940 950 960 970 980 990 1000 662 CRANE Linear Conversion Inches to Millimeters (i inch = 25.4 millimeters') In. 0 Vl6~ Va , 3/l6 Vi Vie % Vie % Vie % Wie Vi 13/)6 Va 1S/l6 0 0.0 1.6 3.2 4.8 6.4 7.9 9.5 11.1 12.7 14.3 15.9 17.5 19.1 20.6 22.2 23.8 1 25.4 27.0 28.6 30.2 31.8 33.3 34.9 36.5 38.1 39.7 41.3 42.9 44.5 46.0 47.6 49.2 2 50.8 52.4 54.0 55.6 57.2 58.7 60.3 61.9 63.5 65.1 66.7 68.3 69.9 71.4 73.0 74.6 3 76.2 77.8 79.4 81.0 82.6 84.1 85.7 87.3 88.9 90.5 92.1 93.7 95.3 96.8 98.4 100.0 4 101.6 103.2 104.8 106.4 108.0 109.5 111.1 112.7 114.3 115.9 117.5 119.1 120.7 122.2 123.8 125.4 5 127.0 6 152.4 7 177.8 89 1 203.2 228.6 128.6 154.0 179.4 204.8 230.2 130.2 155.6 181.0 206.4 231.8 131.8 157.2 182.6 208.0 233.4 133.4 158.8 184.2 209.6 235.0 134.9 160.3 185.7 211.1 236.5 136.5 161.9 187.3 212.7 238.1 138.1 163.5 188.9 214.3 239.7 139.7 165.1 190.5 215.9 241.3 141.3 166.7 192.1 217.5 242.9 142.9 168.3 193.7 219.1 244.5 144.5 169.9 195.3 220.7 246.1 146.1 171.5 196.9 222.3 247.7 147.6 173.0 198.4 223.8 249.2 149.2 174.6 200.0 225.4 250.8 150.8 176.2 201.6 227.0 252.4 10 * 254.0 11 i 279.4 12; 304.8 13 1 330.2 14 1 355.6 255.6 281.0 306.4 331.8 357.2 257.2 282.6 308.0 333.4 358.8 258.8 284.2 309.6 335.0 360.4 260.4 285.8 311.2 336.6 362.0 261.9 287.3 312.7 338.1 363.5 263.5 288.9 314.3 339.7 365.1 265.1 290.5 315.9 341.3 366.7 266.7 292.1 317.5 342.9 368.3 268.3 293.7 319.1 344.5 369.9 269.9 295.3 320.7 346.1 371.5 271.5 296.9 322.3 347.7 373.1 273.1 298.5 323.9 349.3 374.7 274.6 300.0 325.4 350.8 376.2 276.2 301.6 327.0 352.4 377.8 277.8 303.2 328.6 354.0 379.4 15 381.0 16 * 406.4 17 i 431.8 18 I 457.2 19 ! 482.6 20 508.0 21 533.4 22 558.8 23 } 584.2 24 : 609.6 382.6 408.0 433.4 458.8 484.2 509.6 535.0 560.4 585.8 611.2 384.2 409.6 435.0 460.4 485.8 511.2 536.6 562.0 587.4 612.8 385.8 411.2 436.6 462.0 487.4 512.8 538.2 563.6 589.0 614.4 387.4 412.8 438.2 463.6 489.0 514.4 539.8 565.2 590.6 616.0 388.9 414.3 439.7 465.1 490.5 515.9 541.3 566.7 592.1 617.5 390.5 415.9 441.3 466.7 492.1 517.5 542.9 568.3 593.7 619.1 392.1 417.5 442.9 468.3 493.7 519.1 544.5 569.9 595.3 620.7 393.7 419.1 444.5 469.9 495.3 520.7 546.1 571.5 596.9 622.3 395.3 396.9 420.7 422.3 446.1. 447.7 471.5 473.1 496.9 498.5 522.3 547.7 573.1 598.5 623.9 523.9 549.3 574.7 600.1 625.5 398.5 423.9 449.3 474.7 500.1 525.5 550.9 576.3 601.7 627.1 400.1 425.5 450.9 476.3 501.7 527.1 552.5 577.9 603.3 628.7 401.6 427.0 452.4 477.8 503.2 528.6 554.0 579.4 604.8 630.2 403.2 428.6 454.0 479.4 504.8 530.2 555.6 581.0 606.4 631.8 404.8 430.2 455.6 481.0 506.4 531.8 557.2 582.6 608.0 633.4 25 635.0 636.6 638.2 639.8 641.4 642.9 644.5 646.1 647.7 649.3 650.9 652.5 654.1 655.6 657.2 658.8 26 660.4 662.0 663.6 665.2 666.8 668.3 669.9 671.5 673.1 674.7 676.3 677.9 679.5 681.0 682.6 684.2 n 685.8 687.4 689.0 690.6 692.2 693.7 695.3 696.9 698.5 700.1 701.7 703.3 704.9 706.4 708.0 709.6 28 711.2 712.8 714.4 716.0 717.6 719.1 720.7 722.3 723.9 725.5 727.1 728.7 730.3 731.8 733.4 735.0 29 736.6 738.2 739.8 714.4 743.0 744.5 746.1 747.7 749.3 750.9 752.5 754.1 755.7 757.2 758.8 760.4 30 762.0 763.6 765.2 766.8 768.4 769.9 771.5 773.1 774.7 776.3 777.9 779.5 781.1 782.6 784.2 785.8 31 787.4 789.0 790.6 792.2 793.8 795.3 796.9 798.5 800.1 801.7 803.3 804.9 806.5 808.0 809.6 811.2 32 812.8 814.4 816.0 817.6 819.2 820.7 822.3 823.9 825.5 827.1 828.7 830.3 831.9 833.4 835.0 836.6 33 838.2 839.8 841.4 843.0 844.6 846.1 847.7 849.3 850.9 852.5 854.1 855.7 857.3 858.8 860.4 862.0 34 863.6 865.2 866.8 868.4 870.0 871.5 873.1 874.7 876.3 877.9 879.5 881.1 882.7 884.2 885.8 887.4 35 889.0 890.6 892.2 893.8 895.4 896.9 898.5 900.1 901.7 903.3 904.9 906.5 908.1 909.6 911.2 912.8 36 914.4 916.0 917.6 919.2 920.8 922.3 923.9 925.5 927.1 928.7 930.3 931.9 933.5 935.0 936.6 938.2 37 939.8 941.4 943.0 944.6 946.2 947.7 949.3 950.9 952.5 954.1 955.7 957.3 958.9 960.4 962.0 963.6 38 965.2 966.8 968.4 970.0 971.6 973.1 974.7 976.3 977.9 979.5 981.1 982.7 984.3 985.8 987.4 989.0 39 990.6 992.2 993.8 995.4 997.0 998.5 1000.1 1001.7 1003.3 1004.9 1006.5 1008.1 1009.7 1011.2 1012.8 1014.4 40 1016.0 1017.6 1019.2 1020.8 1022.4 1023.9 1025.5 1027.1 1028.7 1030.3 1031.9 1033.5 1035.1 1036.6 1038.2 1039.8 41 1041.4 1043.0 1044.6 1046.2 1047.8 1049.3 1050.9 1052.5 1054.1 1055.7 1057.3 1058.9 1060.5 1062.0 1063.6 1065.2 42 1066.8 1068.4 1070.0 1071.6 1073.2 1074.7 1076.3 1077.9 1079.5 1081.1 1082.7 1084;3 1085.9 1087.4 1089.0 1090.6 43 1092.2 1093.8 1095.4 1097.0 1098.6 1100.1 1101.7 1103.3 1104.9 1106.5 1108.1 1109.7 1111.3 1112.8 1114.4 1116.0 44 1117.6 1119.2 1120.8 1122.4 1124.0 1125.5 1127.1 1128.7 1130.3 1131.9 1133.5 1135.1 1136.7 1138.2 1139.8 1141.4 45 1143.0 1144.6 1146.2 1147.8 1149.4 1150.9 1152.5 1154.1 1155.7 1157.3 1158.9 1160.5 1162.1 1163.6 1165.2 1166.8 46 1168.4 1170.0 1171.6 1173.2 1174.8 1176.3 1177.9 1179.5 1181.1 1182.7 1184.3 1185.9 1187.5 1189.0 1190.6 1192.2 47 1193.8 1195.4 1197.0 1198.6 1200.2 1201.7 1203.3 1204.9 1206.5 1208.1 1209.7 1211.3 1212.9 1214.4 1216.0 1217.6 48 1219.2 1220.8 1222.4 1224.0 1225.6 1227.1 1228.7 1230.3 1231.9 1233.5 1235.1 1236.7 1238.3 1239.8 1241.4 1243.0 49 1244.6 1246.2 1247.8 1249.4 1251.0 1252.5 1254.1 1255.7 1257.3 1258.9 1260.5 1262.1 1263.7 1265.2 1266.8 1268.4 50 1270.0 1271.6 1273.2 1274.8 1276.4 1277.9 1279.5 1281.1 11282.7 1284.3 1285.9 1287.5 1289.1 1290.6 1292.2 1293.8 Temperature Conversion --459.4 to 0 1 to 60 .61 to 290 300 to 890 900 to 3000 c -273 -268 -262 -257 -251 \C F\ -459.4 -450 -440 -430 -420 F \C C F\ -17.2 -16.7 -16.1 -15.6 -15.0 1 2 3 4 5 F 33.8 35.6 37.4 39.2 41.0 \C C F f\ 16.1 61 141.8 16.7 62 143.6 17.2 63 145.4 17.8 64 147.2 18.3 65 149.0 \C .C F\ 149 300 154 310 160 320 166 330 171 340 F 572 590 608 626 644 \C C F F\ 482 900 1652 488 910 1670 493 920 1688 499 930 1706 504 940 1724 -246 -240 -234 -229 -223 -410 -400 -390 -380 -370 -14.4 -13.9 -13.3 -12.8 -12.2 6 7 8 9 10 42.8 44.6 46.4 48.2 50.0 18.9 19.4 20.0 20.6 21.1 66 150.8 177 67 152.6 182 68 154.4 188 69 156.2 193 70 158.0 199 350 360 370 380 390 662 510 950 1742 680 516 960 1760 698 521 970 1778 716 527 980 1796 734 532 990 1814 -218 -212 -207 -201 -196 -360 -350 -340 -330 -320 -11.7 --11.1 -10.6 -10.0 - 9.4 11 12 13 14 15 51.8 53.6 55.4 57.2 59.0 21.7 22.2 22.8 23.3 23.9 71 159.8 204 72 161.6 210 73 163.4 216 74 165.2 221 75 167.0 227 400 410 420 430 440 752 538 1000 1832 770 549 1020 1868 788 560 1040 1904 806 571 1060 1940 824 582 1080 1976 -190 -184 -179 -173 -169 -310 -300 -290 --280 -273 . -459.4 - 8.9 - 8.3 - 7.8 - 7.2 - 6.7 16 17 18 19 20 60.8 62.6 64.4 66.2 68.0 24.4 25.0 25.6 26.1 26.7 76 168.8 232 77 170.6 238 78 172.4 243 79 174.2 249 80 176.0 254 450 460 470 480 490 842 593 1100 2012 860 604 1120 2048 878 616 1140 2084 896 627 1160 2120 914 638 1180 2156 -168 -162 -157 -151 -146 -270 -260 -250 -240 -230 -454 -436 -418 -400 -382 - 6.1 - 5.6 - 5.0 - 4.4 - 3.9 21 22 23 24 25 69.8 27.2 81 177.8 260 500 932 649 1200 2192 71.6 27.8 82 179.6 266 510 950 660 1220 2228 73.4 28.3 83 181.4 271 520 968 671 1240 2264 75.2 28.9 84 183.2 277 530 986 682 1260 2300 77.0 29.4 85 185.0 282 540 1004 693 1280 2336 -140 -134 -129 -123 -118 -220 -210 -200 -190 -180 -364 -346 -328 -310 -292 - 3.3 - 2.8 - 2.2 - 1.7 - 1.1 26 27 28 29 30 78.8 30.0 86 186.8 288 550 1022 704 1300 2372 80.6 30.6 87 188.6 293 560 1040 732 1350 2462 82.4 31.1 88 190.4 299 570 1058 760 1400 2552 84.2 31.7 89 192.2 304 580 1076 788 1450 2642 86.0 32.2 90 194.0 310 590 1094 816 1500 2732 -112 -107 -101 - 96 - 90 -170 -160 -150 -140 -130 -274 -256 -238 -220 -202 - .6 0 .6 1.1 1.7 31 32 33 34 35 87.8 89.6 91.4 93.2 95.0 32.8 33.3 33.9 34.4 35.0 91 195.8 316 92 197.6 321 93 199.4 327 94 201.2 332 95 203.0 338 600 1112 610 1130 620 1148 630 1166 640 1184 843 1550 2822 871 1600 2912 899 1650 3002 927 1700 3092 954 1750 3182 - 84 - 79 - 73 - 68 - 62 -120 -110 -100 - 90 - 80 -184 -166 -148 -130 -112 2.2 36 96.8 35.6 96 204.8 343 650 1202 982 1800 3272 2.8 37 98.6 36.1 97 206.6 349 660 1220 1010 1850 3362 3.3 38 100.4 36.7 98 208.4 354 670 1238 1038 1900 3452 3.9 39 102.2 37.2 99 210.2 360 680 1256 1066 1950 3542 4.4 40 104.0 37.8 100 212.0 366 690 1274 1093 2000 3632 - 57 - 51 - 46 - 40 - 34 - 70 - 60 - 50 - 40 - 30 - 94 - 76 - 58 - 40 - 22 5.0 41 5.6 42 6.1 43 6.7 44 7.2 45 105.8 107.6 109.4 111.2 113.0 43 49 54 60 66 110 230 120 248 130 266 140 284 150 302 371 700 1292 1121 2050 3722 377 710 1310 1149 2100 3812 382 720 1328 1177 2150 3902 388 730 1346 1204 2200 3992 393 740 1364 1232 2250 4082 - 29 - 20 - 23 - 10 - 17.8 0 -4 14 32 7.8 46 8.3 47 8.9 48 9.4 49 10.0 50 114.8 116.6 118.4 120.2 122.0 71 77 82 88 93 160 320 170 338 180 356 190 374 200 392 399 750 .1382 1260 2300 4172 404- 760 1400 1288 2350 4262 410 770 1418 1316 2400 4352 416 780 1436 1343 2450 4442 421 790 1454 1371 2500 4532 10.6 51 11.1 52 11.7 53 12.2 54 12.8 55 123.8 125.6 127.4 129.2 131.0 99 100 104 110 116 210 410 427 800 1472 1399 2550 4622 212 413.6 432 810 1490 1427 2600 4712 220 428 438 820 1508 1454 2650 4802 230 446 443 830 1526 1482 2700 4892 240 464 449 840 1544 1510 2750 4982 13.3 56 13.9 57 14.4 58 15.0 59 15.6 60 132.8 134.6 136.4 138.2 140.0 121 127 132 138 143 250 482 260 500 270 518 280 536 290 554 454 850 1562 1538 2800 460 860 1580 1566 2850 466 870 1598 1593 2900 471 880 1616 1621 2950 477 890 1634 1649 3000 Locate temperature in middle column. If in degrees Centigrade, read Fahrenheit equivalent in right hand column; if in degrees Fahrenheit, read Centigrade equivalent in left hand column. 5072 5162 5252 5342 5432 Abstracted from "Bethlehem Alloy Steels". (Albert Sauveur type of table. Values revised.) Courtesy Bethlehem Steel Company. 664 CRANE Weight Conversion Pounds 0 10 20 30 40 50 60 70 80 90 1 I 0.00 4.54 9.07 13.61 | 18.14 22.68 27.22 31.75 36.29 1 40.82 1 0.45 4.99 9.53 14.06 18.60 23.13 27.67 32.21 36.74 41.28 Kilograms 0 0 1 0.00 10 22.05 20 44.09 30 66.14 40 | 88.18 ' 50 I 110.23 60 132.28 70 154.32 80 | 176.37 90 198.41 1 2.20 24.25 46.30 68.34 90.39 112.43 134.48 156.53 178.57 200.62 Pounds to Kilograms (i pound = 0.4536 kilogram) 2345 0.91 5.44 9.98 14.52 19.05 23.59 28.12 32.66 37.20 41.73 1.36 5.90 10.43 14.97 19.50 24.04 28.58 33.11 37.65 42.18 1.81 6.35 10.89 15.42 19.96 24.49 29.03 33.57 38.10 42.64 2.27 6.80 11.34 15.88 20.41 24.95 29.48 34.02 38.56 43.09 6 2.72 7.26 11.79 16.33 20.87 25.40 29.94 34.47 39.01 43.55 Kilograms to Pounds (1 kilogram = 2.2046 pounds) 2345 4.41 26.46 48.50 70.55 92.59 114.64 136.69 158.73 180.78 202.82 6.61 28.66 50.71 72.75 94.80 116.84 138.89 160.94 182.98 205.03 8.82 30.86 52.91 74.96 97.00 119.05 141.09 163.14 185.19 207.23 11.02 33.07 55.12 77.16 99.21 121.25 143.30 165.35 187.39 209.44 6 13.23 35.27 57.32 79.37 101.41 123.46 145.50 167.55 189.60 211.64 7 3.18 7.71 12.25 16.78 21.32 25.86 30.39 34.93 39.46 44.00 7 15.43 37.48 59.52 81.57 103.62 125.66 147.71 169.75 191.80 213.85 8 3.63 8.16 12.70 17.24 21.77 26.31 30.84 35.38 39.92 44.45 8 17.64 39.68 61.73 83.77 105.82 127.87 149.91 171.96 194.00 216.05 9 4.08 8.62 ' 13.15 17.69 22.23 26.76 31.30 35.83 40.37 44.91 9 19.84 41.89 63.93 85.98 108.03 130.07 152.12 174.16 196.21 218.26 Pressure Conversion Pounds per Square Inch to Kilograms per Square Centimeter (1 pound per square inch -- .0703066 kilogram per square centimeter) 1 to 30 Lbs. per Sq. Inch 1 2 3 4 5 6 7 8 9 10 11 12' 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 Kg. per Sq. Cm. .07 .14 -.21 .28 .35 .42 .49 .56 .63 .70 .77 .84 .91 .98 1.05 1.12 1.20 1.27 1.34 1.41 1.48 1.55 1.62 1.69 1.76 1.83 1.90 1.97 2.04 2.11 31 to 60 Lbs. per Sq. Inch Kg. per Sq. Cm. 31 2.18 32 2.25 33 2.32 34 2.39 35 2.46 36 2.53 37 2.60 38 2.67 39 2.74 40 2.81 41 2.88 42 2.95 43 3.02 44 3.09 45 3.16 46 3.23 47 3.30 48 3.37 49 3.45 50 3.52 51 3.59 52 3.66 53 3.73 54 3.80 55 3.87 56 3.94 57 4.01 58 4.08 59 4.15 60 4.22 61 to 90 Lbs. per Sq. Inch 61 62 63 M 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 Kg. per Sq. Cm. 4.29 4.36 4.43 4.50 4.57 4.64 4.71 4.78 4.85 4.92 4.99 5.06 5.13 5.20 5.27 5.34 5.41 5.48 5.55 5.62 5.69 5.77 5.84 5.91 5.98 6.05 6.12 6.19 6.26 6.33 91 to 200 Lbs. per Sq. Inch 91 92 93 94 95 96 97 98 99 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200 Kg. per Sq. Cm. 6.40 6.47 6.54 6.61 6.68 6.75 6.82 6.89 6.96 7.03 7.38 7.73 8.09 8.44 8.79 9.14 9.49 9.84 10.19 10.55 10.90 11.25 11.60 11.95 12.30 12.66 13.01 13.36 13.71 14.06 205 to 400 Lbs. per Sq. Inch 205 210 215 220 225 230 235 240 245 250 255 260 265 270 275 280 285 290 295 300 310 320 330 340 350 360 370 380 390 400 Kg. per Sq. Cm. 14.41 14.76 15.12 15.47 15.82 16.17 16.52 16.87 17.23 17.58 17.93 18.28 18.63 18.98 19.33 19.69 20.04 20.39 20.74 21.09 21.80 22.50 23.20 23.90 24.61 25.31 26.01 26.72 27.42 28.12 410 to 700 Lbs. per Sq. Inch 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600 610 620 630 640 650 660 670 680 690 700 Kg. per Sq. Cm. 28.83 29.53 30.23 30.93 31.64 32.34 33.04 33.75 34.45 35.15 35.86 36.56 37.26 37.97 38.67 39.37 40.07 40.78 41.48 42.18 42.89 43.59 44.29 45.00 45.70 46.40 47.11 47.81 48.51 49.21 710 to 1000 Lbs. per Sq. Inch 710 720 730 740 750 760 770 780 790 800 810 820 830 840 850 860 870 880 890 900 910 920 930 940 950 960 970 980 990 1000 Kg. per Sq. Cm. 49.92 50.62 51.32 52.03 52.73 53.43 54.14 54.84 55.54 56.25 56.95 57.65 58.35 59.06 59.76 60.46 61.17 61.87 62.57 63.28 63.98 64.68 65.39 66.09 66.79 67.49 68.20 68.90 69.60 70.31 1010 to 1500 Lbs. per Sq. Inch 1010 1020 1030 1040 1050 1060 1070 1080 1090 1100 1120 1140 1160 1180 1200 1220 1240 1260 1280 1300 1320 1340 1360 1380 1400 1420 1440 1460 1480 1500 Kg. per Sq. Cm. 71.01 71.71 72.42 73.12 73.82 74.52 75.23 75.93 76.63 77.34 78.74 80.15 81.56 82.96 84.37 85.77 87.18 88.59 89.99 91.40 92.80 94.21 95.62 97.02 98.43 99.84 101.24 102.65 104.05 105.46 CRANE Circumferences and Areas of Circles 665 *. ,Dia. Circum Area 'A i* ' Vet 1V32 3/g4 f Vl6 Vst .04909 .00019 .09818 .00077 .14726 . .00173 -19635 .00307 .29452 .00690 Vs .39270 .01227 ? %2 .49087 .01917 3/lS .58905 .02761 %2 .68722 .03758 V4 .78540 .04909 1 %2 .88357 .06213 S/lS .98175 .07670 > "/32 1.0799 .09281 J % 1.1781 1 %2 1.2763 .11045 .12962 7/lS 1.3744 .15033 1 %2 1.4726 .17257 t 1.5708 . 17/32 1.6690 9/l6 1.7671 '%2 1.8653 .19635 .22166 .24850 .27688 <% 1.9635 . ilhz 2.0617 "/is 2.1598 i 23/32 2.2580 3/4 2.3562 - 25/32 2.4544 `Vis 2.5525 27/32 2.6507 7/s 2.7489 2%2 2.8471 ,5/lS 2.9452 31/32 3.0434 .30680 .33824 .37122 .40574 .44179 .47937 .51849 .55914 .60132 .64504 .69029 .73708 r i 3.1416 Vl6 3.3379 V* 3.5343 3/lS 3.7306 V4 3.9270 ' S/l6 4.1233 % 4.3197 f 7/l6 4.5160 .7854 .8866 .9940 1.1075 1.2272 1.3530 1.4849 1.6230 y2 4.7124 1.7671 :1 a/i6 4.9087 1.9175 s % 5.1051 * 2.0739 f ; "/in 5.3014 2.2365 % 5.4978 13/l6 5.6941 2.4053 2.5802 fj 7/s 5.8905 IS/lS 6.0868 2.7612 2.9483 ! y j j 1; Dia. Circum. Area 2 6.2832 3.1416 *7l6 6.4795 3.3410 Vs 6.6759 3.5466 a/16 6.8722 3.7583 1/4 7.0686 3.9761 VlR 7.2649 4.2000 % 7.4613 4.4301 7/l6 7.6576 4.6664 Vs. 7.8540 4.9087 9/,G 8.0503 5.1572 % 8.2467 5.4119 'Vis 8.4430 5.6727 3/4 8.6394 5.9396 13/lfi 8.8357 6.2126 Vs 9.0321 6.4918 15/lS 9.2284 6.7771 3 Vl6 Vs Vis V4 Vlfi % 7/l6 9.4248 9.6211 9.8175 10.014 10.210 10.407 10.603 10.799 7.0686 7.3662 7.6699 7.9798 8.2958 8.6179 8.9462 9.2806 V2' 10.996 9.6211 9/lfi 11.192 9.9678 Vs 11.388 10.321 "/is 11.585 10.680 34 11.781 11.045 13/is 11.977 11.416 7/s 12.174 11.793 1S/l6 12.370 12.177 4 Vie Vf, 3/is Vi 5/ir % 7/is 12.566 12.763 12.959 13.155 13.352 13.548 13.744 13.941 12.566 12.962 13.364 13.772 14.186 14.607 15.033 15.466 1/2 9/is 5/s "/is 3/4 13/,s 7/s l5/lS 14.137 14.334 14.530 14.726 14.923 15.119 15.315 15.512 15.904 16.349 16.800 17.257 17.721 18.190 18.665 19.147 5 Vi6 Vs 3/is Vt s/is % VlS 15.708 15.904 16.101 16.297 16.493 16.690 16.886 17.082 19.635 20.129 20.629 21.135 21.648 22.166 22.691 23.221 V?, 17.279 23.758 9/lS 17.475 24.301 y 17.671 24.850 "/is 17.868 25.406 34 18.064 25.967 13/lS 18.261 26.535 7/s 18.457 27.109 1S/l6 18.653 27.688 Dia. Circum. Area 6 18.850 28.274 Vs 19.242 29.465 Vt 19.635 30.680 % 20.028 31.919 V* 20.420 33.183 5/s 20.813 34.472 3/4 21.206 35.785 7/s 21.598 37.122 7 21.991 38.485 Vs 22.384 39.871 Vi 22.776 41.282 % 23.169 42.718 V? 23.562 44.179 % 23.955 45.664 Vi 24.347 47.173 7/s 24.740 48.707 8 25.133 50.265 Vs 25.525 51.849 Vt 25.918 53.456 Vs 26.311 55.088 V?. 26.704 56.745 s/s 27.096 58.426 34 27.489 60.132 % 27.882 61.862 9 28.274 63.617 Vs 28.667 65.397 `4 29.060 67.201 % 29.452 69.029 V? 29.845 70.882 % 30.238 72.760 34 30.631 74.662 % 31.023 76.589 10 31.416 78.540 Vs 31.809 80.516 Vi 32.201 82.516 3/s 32.594 84.541 V?. 32.987 86.590 Vs 33.379 88.664 4 33.772 90.763 % 34.165 92.886 11 34.558 95.033 Vs 34.950 97.205 '4 35.343 99.402 % 35.736 101.62 V> 36.128 103.87 % 36.521 106.14 34 36.914 108.43 7/s 37.306 110.75 12 37.699 113.10 Vs 38.092 115.47 '4 38.485 117.86 % 38.877 120.28V% 39.270 122.72 5/s 39.663 125.19 34 40.055 127.68 7/s 40.448 130.19 13 40.841 132.73 Vs 41.233 135.30 y 41.626 137.89 % 42.019 140.50 '4 42.412 143.14 % 42.804 145.80 34 43.197 148.49 /s 43.590 151.20 Dia. Circum. Area 14 43.982 153.94 Vs 44.375 156.70 Vi 44.768 159.48 Vs 45.160 162.30 V 45.553 165.13 % 45.946 167.99 3/4 46.338 170.87 7/s 46.731 173.78 15 47.124 176.71 Vs 47.517 179.67 Vi 47.909 182.65 Vs 48.302 185.66 Vt 48.695 188.69 5/s 49.087 191.75 Vi 49.480 194.83 Vs 49.873 197.93 16 50.265 201.06 Vs 50.658 204.22 Vi 51.051 207.39 Vs 51.444 210.60 V? 51.836 213.82 Vs 52.229 217.08 Vi 52.622 220.35 Vs 53.014 223.65 17 53.407 226.98 Vs 53.800 230.33 Vi 54.192 233.71 Vs 54.585 237.10 V? 54.978 240.53 Vs 55.371 243.98 Vt 55.763 247.45 Vs 56.156 250.95 18 56.549 254.47 Vs 56.941 258.02 Vt 57.334 261.59 Vs 57.727 265.18 Vs 58.119 268.80 Vs 58.512 272.45 Vt 58.905 276.12 Vs 59.298 279.81 19 59.690 283.53 Vs 60.083 287.27 Vt 60.476 291.04 % 60.868 294.83 Vs 61.261 298.65 Vs 61.654 302.49 Vt 62.046 306.35 Vs 62.439 310.24 20 62.832 314.16 Vs 63.225 318.10 Vt 63.617 322.06 Vs 64.010 326.05 Vs 64.403 330.06 Vs 64.795 334.10 Vi 65.188 338.16 Vs 65.581 342.25 21 65.973 346.36 Vs 66.366 350.50 Vt 66.759 354.66 Vs 67.152 358.84 Vt 67.544 363.05 Vs 67.937 367.28 Vi 68.330 371.54 Vs 68.722 375.83 Dia. Circum. Area 22 69.115 380.13 Vs 69.508 384.46 Vt 69.900 388.82 Vs 70.293 393.20 Vs 70.686 397.61 5/s 71.079 402.04 Vt 71.471 406.49 Vs 71.864 410.97 23 72.257 415.48 Vs 72.649 420.00 Vt 73.on 424.56 3/s 73.435 429.13 Vs 73.827 433.74 Vs 74.220 438.36 Vi 74.613 443.01 Vs 75.006 447.69 24 75.398 452.39 Vs 75.791 457.11 Vt 76.184 461.86 Vs 76.576 466.64 Vs 76.969 471.44 Vs 77.362 476.26 Vt 77.754 481.11 Vs 78.147 485.98 25 78.540 490.87 Vs 78.933 495.79 Vt 79.325 500.74 Vs 79.718 505.71 Vs 80.111 510.71 Vs 80.503 515.72 Vt 80.896 520.77 Vs 81.289 525.84 26 81.681 530.93 Vs 82.074 536.05 Vt 82.467 541.19 Vs 82.860 546.35 Vs 83.252 551.55 Vs 83.645 556.76 Vt 84.038 562.00 Vs 84.430 567.27 27 84.823 572.56 Vs 85.216 577.87 Vt 85.608 583.21 Vs 86.001 588.57 Vs 86.394 593.96 Vs 86.786 599.37 Vt 87.179 604.81 Vs 87.572 610.27 28 87.965 615.75 Vs. 88.357 621.26 Vt 88.750 626.80 % 89.143 632.36 Vs 89.535 637.94 Vs 89.928 643.55 Vt 90.321 649.18 Vs 90.713 654.84 29 91.106 660.52 Vs 91.499 666.23 Vt 91.892 671.96 Vs 92.284 677.71 Vi 92.677 683.49 Vs 93.070 689.30 Vi 93.462 695.13 Vs 93.855 700.98 666 CRANE Circumference* and Area* of Circle* (Cont.) Dia. Circum. Area Dia. Circum. Area Dia. Circum. Area Dia. Circum. Area Dia. Circum. Area 30 94.248 706.86 37 ' 116.239 1075.2 44 138.230 1520.5 Va 94.640 712.76 Vs 116.632 1082.5 Vi 95.033 718.69 Vi 117.024 1089.8 Vs 138.623 1529.2 Vi 139.015 1537.9 Vs 95.426 724.64 Vs 117.417 1097.1 % 139.408 1546.6 Vz 95.819 730.62 Vz 117.810 1104.5 s/s 96.211 736.62 Vs 118.202 1111.8 Vz, 139.J301 1555.3 % 140.194 1564.0 Vi 96.604 742.64 Vi 118.596 1119.2 Vi 140.586 1572.8 Vs 96.997 748.69 Vs 118.988 1126.7 Vs 140.979 1581.6 31 97.389 754.77 38 119.381 1134.1 45 141.372 1590.4 Vs 97.782 760.87 Vs 119.773 1141.6 Vs 141.764 1599.3 Va 98.175 766.99 Vi 120.166 1149.1 Vi 142.157 1608.2 Vs 98.567 773.14 Vs 120.559 1156.6 Vs 142.550 1617.0 Vz 98.960 779.31 Vz 120.951 1164.2 Vz 142.942 1626.0 % 99.353 785.51 Vs 121.344 1171.7` s/s 143.335 1634.9 % 99.746 791.73 Vi 121.737 1179.3 Vi 143.728 164319 % 100.138 797.98 Vs 122.129 1186.9 Vs 144.121 1652.9 32 100.. 531 804.25 39 122.522 1194.6 Vs 100.924 810.54 Vi 101.316 816.86 Vs 101.709 823.21 Vs 122.915 1202.3 Vi 123.308 1210.0 Vs 123.700 1217.7 Vz 102.102 829.58 Vz 124.093 1225.4 Vs 102.494 835.97 Vs 124.486 1233.2 U 102.887 842.39 Vi 124.878 1241.0 Vs 103.280 848.83 Vs 125.271 1248.8 46 144.513 1661.9 Vs 144.906 1670.9 Vi 145.299 1680.0 Vs 145.691 1689.1 Vz 146.084 1698.2 Vs 146.477 1707.4 Vi 146.869 1716.5 Vs 147.262 1725.7 33 103.673 855.30 40 125.664 1256.6 Vs 104.065 861.79 Vs 126.056 1264.5 Vi 104.458 868.31 Vi 126.449 1272.4 Vs 104.851 874.85 Vs 126.842 1280.3 Vz Vs 105.243 105.636 881.41 888.00 Vz 127.235 1288.2 Vs 127.627 1296.2 % 106.029 894.62 Va 128.020 1304.2 Vs 106.421 901.26 Vs 128.413 1312.2 47 147.655 1734.9 Vs 148.048 1744.2 Vi 148.440 1753.5 Vs 148.833 1762.7 Vz 149.226 1772.1 Vs 149.618 1781.4 Vi 150.011 1790.8 Vs 150.404 1800.1 34 106.814 907.92 41 128.805 1320.3 Vs 107.207 914.61 Vs 129.198 1328.3 V* 107.600 921.32 Va 129.591 1336.4 Vs 107.992 928.06 Vs 129.983 1344.5 Vz 108.385 934.82 Vz 130.376 1352.7 Vs 108.778 941.61 Vs 130.769 1360.8 Va 109.170 948.42 , Vi 131.161 1369.0 % 109.563 955.25 Vs 131.554 1377.2 48 150.796 1809.6 Vs 151.189 1819.0 Vi 151.582 1828.5 Vs 151.975 1837.9 Vz 152.367 1847.5 Vs 152.760 1857.0 Vi 153.153 1866.5 Vs 153.545 1876.1 35 109.956 962.11 v 110.348 969.00 V 110.741 975.91 Vs 111.134 982.84 V? 111.527 989.80 Vs 111.919 996.78 3A 112.312 1003.8 Vs 112.705 1010.8 42 131.947 1385.4 49 Vs 132.340 1393.7 Vs Va 132.732 1402.0 Vi Vs 133.125 1410.3 Vs Vz 133.518 1418.6 Vz, % 133.910 1427.0 Vs Vi 134.303 1435.4 Vi Vs 134.696 1443.8 Vs 153.938 154.331 154.723 155.116 155.509 155.902 156.294 156.687 1885.7 1895.4 1905.0 1914.7 1924.4 1934.2 1943.9 1953.7 36 113.097 1017.9 Vs 113.49a 1025.0 Vi 113.883 1032.1 Vs 114.275 1039.2 Vz 114.668 1046.3 Vs 115.061 1053.5 Vi 115.454 1060.7 Vs 115.846 1068.0 43 135.088 1452.2 Vs 135.481 1460.7 Vi 135.874 1469.1 Vs 136.267 1477.6 Vz 136.659 1486.2 Vs 137.052 1494.7 Vi 137.445 1503.3 Vs 137.837 1511.9 50 157.080 1963.5 Vs 157.472 1973.3 Vi 157.865 1983.2 % 158.258 1993.1 Vz 158.650 2003.0 Vs 159.043 2012.9 Vi 159.436 2022.8 Vs 159.829 2032.8 51 160.221 2042.8 Vs 160.614 2052.8 Vi 161.007 2062.9 Vs 161.399 2073.0 Vz 161.792 2083.1 Vs 162.185 2093.2 Vi 162.577 2103.3 Vs 162.970 2113.5 58 182.212 2642.1 Vs 182.605 2653.5 % 182.998 2664.9 Vs 183.390 2676.4 Vz 183.783 2687.8 Vs 184.176 2699.3 Vi 184.569 2710.9 Vs 184.961 2722.4 52 163.363 2123.7 59 185.354 2734.0 Vs 163.756 2133.9 Vs 185.747 2745.6 Vi 164.148 2144.2 Vi 186.139 2757.2 Vs 164.541 2154.5 % 186.532 2768.8 Vz 164.934 2164.8 Vz 186.925 2780.5 Vs 165.326 2175.1 Vs 187.317 2792.2 Vi 165.719 2185.4 Vi 187.710 2803.9 Vs 166.112 2195.8 Vs 188.103 2815.7 53 166.504 Vs 166.897 Vi 167.290 Vs 167.683 Vz 168.075 Vs- 168.468 Vi 168.861 Vs 169.253 2206.2 2216.6 2227.. 0 2237.5 2248.0 2258.5 2269.1 2279.6 60 188.496 2827.4 Vs 188.888 2839.2 Vi 189.281 2851.0 Vs 189.674 2862.9 Vz 190.066 2874.8 Vs 190.459 2886.6 Vi 190.852 2898.6 Vs 191.244 2910.5 54 169.646 2290.2 % 170.039 2300.8 Vi 170.431 2311.5 Vs 170.824 2322.1 Vz, 171.217 2332.8 Vs 171.609 2343.5 Vi 172.002 2354.3 Vs 172.395 2365.0 61 191.637 2922.5 Vs 192.030 2934.5 Vi 192.423 2946.5 Vs 192.815 ^ss.s Vz, 193.208 2970.6 Vs 193.601 2982.7 Vi 193.993 2994.8 Vs 194.386 3006.9 55 172.788 2375.8 Vs 173.180 2386.6 Vi 173.573 2397.5 Vs 173.966 2408.3 Vz 174.358 2419.2 Vs 174.751 2430.1 Va 175.144 2441.1 Vs 175.536 2452.0 62 194.779 3019.1 Vs 195.171 3031.3 Vi 195.564 3043.5 Vs 195.957 3055.7 Vz 196.350 3068.0 Vs 196.742 3080.3 Vi 197.135 3092.6 Vs 197.528 3104.9 56 175.929 2463.0 Vs 176.322 2474.0 Vi 176.715 2485.0 Vs 177.107 2496.1 Vz 177.500 2507.2 Vs 177.893 2518.3 Vi 178.285 2529.4 Vs 178.678 2540.6 63 197.920 3117.2 Vs 198.313 3129.6 Vi 198.706 3142.0 Vs 199.098 3154.5 Vz 199.491 3166.9 Vs 199.884 3179.4 Vi 200.277 3191.9 Vs 200.669 3204.4 57 179.071 2551.8 Vs 179.463 2563.0 Vi 179.856 2574.2 Vs 180.249 2585.4 Vz 180.642 2596.7 % 181.034 2608.0 Vi 181.427 2619.4 Vs 181.820 2630.7 64 201.062 3217.0 Vs 201.455 3229.6 Vi 20U847 3242.2 Vs 2Q2.240 3254.8 Vz 202.633 3267.5 Vs 203.025 3280.1Vi 203.418 3292.8 Vs 203.811 3305.6 Circumference9 and Areas of Circles (Conf.) CRANE 667 Dia. Circum. Area Dia. Circum. Area Dia. Circum. Area Dia. Circum. Area Dia. Circum. Area 65 204.204 3318.3 Vs 204.596 3331.1 Vi 204.989 3343.9 Vs 205.382 3356.7 205.774 3369.6 Vs 206.167 3382.4 ZA 206.560 3395.3 Vs 206.952 3408.2 72 226.195 4071.5 Vs 226.587 4085.7 Vi 226.980 4099.8 Vs 227.373 4114.0 Vz 227.765 4128.2 Vs 228.158 4142.5 3A 228.551 4156.8 Vs 228'. 944 4171.1 66 207.345 3421.2 Vs 207.738 3434.2 Vi 208.131 3447.2 % 208.523 3460.2 Vs 208.916 3473.2 Vs 209.309 3486.3 % 209.701 3499.4 7/s 210.094 3512.5 73 229.336 4185.4 Vs 229.729 4199.7 Vi 230.122 4214.1 Vs 230.514 4228.5 Vi 230.907 4242.9 Vs 231.300 4257.4 Vi 231.692 4271.8 Vs 232.085 4286.3 67 210.487 3525.7 Vs 210.879 3538.8 Vi 211.272 3552.0 % 211.665 3565.2 Vi 212.058 3578.5 Vs 212.450 3591.7 V* 212.843 3605.0 Vs 213.236 3618.3 74 232.478 4300.8 Vs 232.871 4315.4 Va 233.263 4329.9 Vs 233.656 4344.5 Vz 234.049 4359.2 s/s 234.441 4373.8 Vi 234.834 4388.5 Vs 235.227 4403.1 68 213.628 3631.7 75 235.619 4417.9 214.021 3645.0 Vs 236.012 4432.6 Vi 214.414 3658.4 Vi 236.405 4447.4 % 214.806 3671.8 Vs 236.798 4462.2 Vi 215.199 3685.3 Vi 237.190 4477.0 Vs 215.592 3698.7 Vs 237.583 4491.8 3A 215.984 3712.2 Vi 237.976 4506.7 Vs 216.377 3725.7- Vs 238.368 4521.5 69 216.770 3739.3 Vs 217.163 3752.8 Vi 217.555 3766.4 Vs 217.948 3780.0 Vi 218.341 3793.7 Vs 218.733 3807.3 Vi 219.126 3821.0 Vs 219.519 3834.7 76 238.761 4536.5 Vs 239.154 4551.4 Vi 239.546 4566.4 Vs 239.939 4581.3 Vi 240.332 4596.3 4Vs 240.725 4611.4 241.117 4626.4 Vs 241.510 4641.5 70 219.911 3848.5 Vs 220.304 3862.2 Vi 220.697 3876.0 Vs 221.090 3889.8 Vi 221.482 3903.6 4Vs 221.875 3917.5 222.268 3931.4 Vs 222.660 3945.3 77 241.903 4656.6 Vs 242.295 4671.8 Vi 242.688 4686.9 Vs 243.081 4702.1 Vi 243.473 4717.3 Vs 243.866 4732.5 Vi 244.259 4747.8 Vs 244.652 4763.1 71 223.053 3959.2 Vs 223.446 3973.1 Vi 223.838 3987.1 Vs 224.231 4001.1 Vi 224.624 4015.2 Vs 225.017 4029.2 Vi 225.409 4043.3 Vs 225.802 4057.4 78 245.044 4778.4 Vs 245.437 4793.7 Vi 245.830 4809.0 Vs 246.222 4824.4 Vi 246.615 4839.8 Vs 247.008 4855.2 Vi 247.400 4870.7 Vs 247.793 4886.2 79 248.186 4901.7 Vs 248.579 4917.2 Va 248.971 4932.7 Vs 249.364 4948.3 V2 249.757 4963.9 Vs 250.149 4979.5 Vi 250.542 4995.2 Vs 250.935 5010.9 86 270.177 5808.8 Vs 270.570 5825.7 Vi 270.962 5842.6 Vs 271.355 5859.6 Vi 271.748 5876.5 Vs 272.140 5893.5 Vi 272.533 5910.6 Vs 272.926 5927.6 93 292.168 6792.9 Vs 292.561 6811.2 Vi 292.954 6829.5 3/s 293.346 6847.8 Vz 293.739 6866.1 Vs 294.132 6884.5 Vi 294.524 6902.9 Vs 294.917 6921.3 80 251.327 5026.5 Vs 251.720 5042.3 Vi 252.113 5058.0 Vs 252.506 5073.8 Vo 252.898 5089.6 Vs 253.291 5105.4 Vi 253.684 5121.2 Vs 254.076' 5137.1 87 Vs Vi Vs Vi s/s Vi Vs 273.319 273.711 274.104 274.497 274.889 275.282 275.675 276.067 5944.7 5961.8 5978.9 5996.0 6013.2 6030.4 6047.6 6064.9 94 295.310 6939:8 Vs 295.702 6958.2 Vi 296.095 6976.7 Vs 296.488, 6995.3 Vi 296.881 7013.8 Vs 297.273 7032.4 Vi 297.666 7051.0 Vs 298.059 7069.6 81 254.469 5153.0 Vs 254.862 5168.9 Vi 255.254 5184.9 Vs 255.647 5200.8 Vi 256.040 5216.8 Vs 256.433 5232.8 Vi 256.825 5248.9 Vs 257.218 5264.9 88 276.460 6082.1 Vs 276.853 6099.4 Vi 277.246 6116.7 Vs 277.638 6134.1 Vi 278.031 6151.4 5/s 278.424 6168.8 Vi 278.816 6186.2 Vs 279.209 6203.7 95 298.451 7088.2 Vs 298.844 7106.9 Va 299.237 7125.6 Vs 299.629 7144.3 Vi. 300.022 7163.0 Vs 300.415 7181.8 Vi 300.807 7200.6 Vs 301.200 7219.4 82 257.611 5281.0 Vs 258.003 5297.1 Va 258.396 5313.3 Vs 258.789 5329.4 Vi 259-181 5345.6 Vs 259.574 5361.8 Vi 259.967 5378.1 Vs 260.359 5394.3 89 279.602 6221.1 Vs 279.994 6238.6 Vi 280.387 6256.1 Vs 280.780 6273.7 Vi 281.173 6291.2 Vs 281.565 6308.8 Vi 281.958 6326.4 Vs 282.351 6344.1 96 301.593 7238.2 Vs 301.986 7257.1 Vi 302.378 7276.0 % 302.771 7294.9 Vi. 303.164 7313.8 Vs 303.556 7332.8 Vi 303.949 7351.8 Vs 304.342 7370.8 83 260.752 5410.6 Vs 261.145 5426.9 Vi 261.538 5443.3 % 261.930 5459.6 Vz 262.323 5476.0 % 262.716 5492.4 Vi 263 .'108 5508.8 Vs 263.501 5525.3 90 282.743 6361.7 Vs 283.136 6379.4 Vi 283.529 6397.1 % 283.921 6414.9 Vz 284.314 6432.6 % 284.707 6450.4 Vi 285.100 6468.2 Vs 285.492 6486.0 97 304.734 7389.8 Vs 305.127 7408.9 Vi 305.520 7428.0 % 305.913 7447.1 Vi. 306.305 7466.2 Vs 306.698 7485.3 Vi 307.091 7504.5 Vs 307.483 7523.7 84 263.894 5541.8 Vs 264.286 5558.3 Vi 264.679 5574.8 Vs 265.072 5591.4 V? 265.465 5607.9 Vs 265.857 5624.5 Vi 266.250 5641.2 Vs 266.643 5657.8 85 267.035 5674.5 Vs 267.428 5691.2 Vi 267.821 5707.9 Vs 268.213 5724.7 V? 268.606 5741.5 5/s 268.999 5758.3 Vi 269.392 5775.1 Vs 269.784 5791.9 91 285.885 6503.9 98 307.876 7543.0 Vs 286.278 6521.8 Vs 308.269 7562.2 Vi 286.670 6539.7 Vi 308.661 7581.5 Vs 287.063 6557.6 Vs 309.054 7600.8 V? 287.456 6575.5 Vi 309.447 7620.1 Vs 287.848 6593.5 Vs 309.840 7639.5 Vi 288.241 6611.5 Vi 310.232 7658.9 Vs 288.634 6629.6 Vs 310.625 7678.3 99 311.018 7697.7 92 289.027 6647.6 Vs 311.410 7717.1 Vs 289.419 6665.7 Vi 311.803 7736.6 Vi 289.812 6683.8 % 312.196 7756.1 Vs 290.205 6701.9 Vi 312.588 7775.6 v> 290.597 6720.1 Vs 312.981 7795.2 % 290.990 6738.2 Vi 313.374 7814.8 Vi 291.383 6756.4 Vs 313.767 7834.4 Vs 291.775 6774.7 100 314.159 7854.0 \ i ! 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