Document MGwmJnrG2x3X2gzBQ8ekxaxyj

** r -------------------- "`"'````*i"`,"irnTTiffrTTf:w . Steel Bsiler Ty?e C DESIGN AND * CONSTRUCTION CHARACTERISTICS Material: Design: The tomponwl part* conmt of only aeven aimple ihapct compacted together a at to limit the bulk and thorten the acams. Fiance ttccl plate, extra thickness is used. Tensile streneth 50,000 to 60,000 pounds per aquare inch. This boiler plate is of homogeneous quality with high ductility and low carbon content (not exceed.ng 0-20%) ** required for sound arc fusion welds. Construction: The requirements of the A. S. M. E. Code for tow preasure heating boilers are fully complied with. In building Type C boilers there is applied all the skill in manufacture and all the approved procedure evolved by expert boiler makers throughout forty yean of continuous practical experience. Fanciful and untried kinks are eliminated and a high degree of workmanship is assured with do unnecessary shop expense. Contact surfaces on door castings arc ground to dust-proof finish. Performance: Positive proof of actual performance beyood the specified duty is to be found in the figures derived from extended tests on the Type C boiler series made at Kewanee Boiler Corporation laboratory under practical operating conditions. The knowledge gamed from this research has been ao well applied in the design that the completed product carries handily all radiation loads up to the full catalog rating plut, for each sue, with high efficiency. Distribution of the materials of construction is so arranged to concentra' most of the effective heating surface around the hot fire cone with a conw quent quick transfer of more heat to the water. 2. The water content is sub-divided so that there Is ample volume at alt th hottest parts, and aided by the header all the water is kept in active circuit tion, sweeping ttesm bubbles from the heating surfaces as fast as they at formed thus permitting the absorption of more of the useful beat of con bustioo. . U Although the circulation is rapid it is ao orderly that the water level remain * steady. There is no danger of a dry crown sheet. No moisture or slugs i water are carried over into the steam main. , With the high and wide steam space which is .provided, there is plenty < room for a reserve supply or dry steam. A The disengaging area at the surface of the water line is unbroken and large enough to prevent priming which otherwise might be caused by crowr ing the expended bubbles at the moment steam is liberated. In other makes the flues interfere with the liberation of steam as the watt line is artificially lowered below the upper flues which in consequence cann< even make steam. C. But in the Type C boiler the top rows of flues are under water, all the flu* are effective in making steam. C Grouping the flues in banks not only permits free cireulstion of wster s l* around them, but it also offsets any tendency for sediment to become d posited and lodged thereon. The expanded gases arc thoroughly strain? through t)f nests of flues so that as much heat as possible is sifted o\ during their travel to and fro their full length. ..) Backing: g. In order to promote perfect combustion, there is extra width sod heig! both m the furnace and in the rear combustion chamber. Thu gives tirr for enough air to penetrate the fuel sod mingle with the products of cor The nimr KEWANEE means as much on the new Type C boiler as it hat meant bullion. An arch it arranged to deflect any unbumt gases over the glowir '} for nearly half a century on all Kewanee boilers That is. the dependable heating service of Type C boilers is guaranteed by Kewanee. fuel bed at the rear. In this way combustion is completed and smoke eliminated at all loads. Uniform Rating "The ratings published in this catalog are in conformity with the Steel Heating Boiler Institute's Cod for Rating Low Pressure Heating Boilers." Type C rating is Total Radiation Load at boiler outlet expressed in equivalent surface of cast iron radiators emittin 240 units of heat or B. T. U.'s per square foot per hour for Steam, at 2 lbs. pressure and 150 B. T. U. for Water at 18 degrees temperature. Total Radiation Load corresponds with the estimated design load which is the sum of 3 items -- 1. Normal heat tmnnon of connected radiation required to heat the building to 70 degrcei. 3 Maximum heat required for water heater* and other apparatus. 3. Heat ccm*ion of ail muni and piping connection*. Provided the stack and breeching connections are in accordance with the manufacturer's specification, each Type ( Bodcr will carry all the radiation load listed as its capacity, and in addition will easily handle large overloads with Ion firing periods and with low stack temperatures. cn 24781 .f ^ Kewanee, Steel Boiler &&&&& Type C BURNS ANY KIND OF COAL, OIL OR GAS The question what fuel to use may be paramount for the users of other makes of boilers but not so for the purchaser of Type C. Type C Boiler with Typical Stoker attachment Numben 1749 to 1770--to Heat 2790 to 40.20Q Sq. Ft. of Equivalent Direct Radiation The owner of a Kewanee Compact Style Heating Unit has no difficulty with any fuel. The most available will serve best. Even a change-over from one fuel to another presents no complications. With this wide adaptability in reserve, the customer may choose any of the Solid Fuels in various grades. Bitumin ous Soft Coals either for Hand Firing or with modem Stoker feed attachments. Powdered coal, briquettes, coke or processed fuels may be provided for as also may Anthracite Hard Fuel. For Liquid Fuel any oil burner on the market will perform at its best with Type C. Wherever Gaseous Fuel is practicable. Natural Gas or the manufactured and synthetic varieties have been used for years with outstanding results under Kewanee Boilers. Those performances are not mere claims. The highly economical results are deduced from careful observations in elaborate tests. BASE GOES INTO BASEMENT ALL READY ASSEMBLED Type C base consists of four substantial cast iron comer posts which take the weight of the boilerr The front plate is cast iron with balanced draft door and hinged frame which swings open to facilitate cleaning out the ash pit. The sides and back are heavy steel plate flanged over at top to hold boiler cover. Opening at rear has removable cover plate to permit cleaning out back of bridgewall under rear combustion chamber. The complete base is shipped out from the factory fully assembled with grate bars, shaker arms, rods and levers in place all ready to operate after it is laid down on foundation with boiler shell set on top. Type C Boilers 750 to 761 on loading platform. The 4 styles below cover complete Series 749-770 [8} 24782 Kewan ee. Steel Boiler i <- .......................... TypeC EQUIPMENT--Bate with four cut-iron comer pom. heavy tier! flanged tide* with rear cleanout openmc; cast-iron front plate foot howni; firedoorUl, frame and Liner >): Refractory lined flue doom> and frame. smokeboE nod loot cleanout doori. tube icraper. Steel plate foe mounting oil burneri and for dampered hearth open mgs not furnished by K. B Corp Trimmings for Staam BoilerWater column with water gauge and three (or 2) compression fluff cocks: steam fiufe with syp*w and cock: pop safety valvefs! No trimming* of any kind furnished * ith water boilerv ' DIRECT DRAFT For Burning Oil Numbers 1749 to 1770-- to Heat 2790 to 40,200 Sq. Ft. c Equivalent Direct Radiation THE same predominant qualities which make the Kewanee Type C Boiler so well adapted for bumiiv coal, apply just as emphatically in making this boiler suitable for burning oil. Extensive tests have been carried on in the laboratory at Kewanee during the last five or six year with the purpose of developing ideal conditions as to boiler settings, furnace requirements, etc., fc burning oil with satisfactory results under all types and sizes of Kewanee boilers when equipped wit leading commercial oil burners. In view of the remarkably high efficiencies attained in numerous instances, we feel that Kewanee is well qualified t give expert advice to customers regarding the methods of installing any oil burners of recognized standing, for either froi or rear firing. As a matter of fact, blue prints will be cheerfully furnished showing foundation and setting plan recommendt in each particular instance. It has become an axiom with experts in heating that "if you burn oii and expect to get steam, you must have a boil that will steam just as well with coal or any other fuel." That is precisely what the Type C steel boiler will do. It w give very high figures for efficiency with any kind of fuel. And whatever fuel may be under consideration, the pur chaser is sure of an economical "buy" in the Kewanee Type C steel boiler. That is to say the first cost will be moderate and the upkeep cost which includes both fuel bill ajtd repairs will be low. Every dollar expended for fuel will produce a high percentage of heat units. Type C Oil Burning Boiler Settings--Front or Rear Fired The strong steel plate construction consisting of simple shapes compactly united by trie electric-weld method is done in the same shops where the well known Kewanee boilers have been made for 40 years. This is a guarantee that nothing is skimped in workmanship on Type C boilers. The we'.! balanced featu'es which make Type C a real boiler, designed on the scientific principles enumerated on previous pages, of the coal burning section in this catalog, also hold good for the oil burning boiler, proving its ability to fulfill a definite demand in the heating business for a boiler of minimum advisable dimensions for handling the load for which it is rated. [9} 24783 B Kewanee, Steel Boiler Jytl C SPECIFICATIONS AND DATA for burning oil Number of Boiler...................... 1749 I7S0 17S1 1752 1753 1754 1755 1756 1757 1758 1759 1760 1761 1762 1763 1764 1765 1766 1767 1768 1769 1770 Code Steam Boiler . . ; . . C*U; CaW* Cafe* CUtS Caba* CaW Cmm CacW Cma* Cam CU*m C+4*f CWr* C*4* C#4t. C*4at Cat. Calat Cat*' Caliai Cat* 3" Capacity, Steam Boiler, tq. ft. 3 790 3260 3940 4450 4930 5520 6370 7220 7850 noo 10040 11670 13180 14700 17420 19880 22650 25200 27300 31000 34900 40200 b0e. Heating Surface . . : q. ft. 164 192 232 262 290 325 375 . 425 462 591 686 775 865 1025 1170 1333 1482 1608 1824 2056 2362 Furnace Volume. . . .cu. ft. 34.0 26.8 31.1 35.7 44.0 47.6 52.1 61.8 67.0 7H 86.7 96.0 113.1 124.8 151.1 168.8 185.9 201.0 230.6 256.0 275.7 309.6 Width of Boiler .... in. 36 36 36 36 42 42 42 48 48 48 54 54 60 60 66 66 72 72 78 78 84 64 Length of Boiler .... in. 50 56 68 76 701 7*1 90. 73 79 85 *i 103 961 107 115 130 118} 131 130 146} 131 149 Overall Height, Floor to Top of Shell..................in. 77| 77| i 771 *31 *31 83} 97 97 97 99 99 108} 108} tiu till 1171 1171 1311 1311 135 135 Overall Length of Boiler.......................... ft. in. S-10 6-4 7-4 8-0 7-10} 8-6} 9-6 8-3 8-9 9-3 9-! 10-10 10-4} 11-3 11-11 13-2 12-8} 13-9 13-8 15-0} 13-9 15-3 Height of Water-line . . in. 69 69 69 69 72 72 72 . 82 82 82 85 85 94 94 95 95 101 101 103 103 114 114 \| Approx. Weight, Pounds . . 3600 3800 4200 4600 5000 5400 5900 6600 7000 7300 8800 9600 10600 11500^3700 15100 16600 17800 19200 21100 24300 27000 Length of Firebox . . . inr " 43 49 62 70 4 72 84 67 73 79 83 97 89 100 107 122 lit 122 123 139 123 141 Width of Firebox .... in. 30 30 30 30 36 36 36 42 42 42 *u <71 52} 531 SS) 5*1 64 64 70 70 76 76 leight of Firebox .... in. 26 26 26 26 29 29 29 32 32 32 34 34 36 36 38 38 40 40 42 42 42 42 Size of Steam Opening . . in. 6 6 6 6 6 6 6 8 8 8 8 , a 1 8 8 8 8 8 10 10 10 Size of Return Opening . in. 4 4 4 4 4 4 5 5 s 5 5 6 66 6 6 6 6 6 66 Size of Safety Valve Opening...........................in. 52 2 2 2 71 31 3 3 3} 3} 3} 3) 4 4 7-31 3-3) 2-3 2-3 2-3 Diameter of Breeching, One Boiler...................... in. 20 22 22 22 24 24 24 26 26 76 28 28 32 32 34 34 36 36 40 40 42 42 DiameteT of Stack, One Boiler...................... in. 18 20 20 20 22 22 22 24 24 26 36 28 30 30 32 32 34 34 38 38 40 40 Min. Height of Stack, One Boiler...................... ft. 45 SO so SS 55 60 60 60 65 65 65 ro 70 70 80 90 90 90 100 100 Diameter of Breeching, Two Boiler*..................in. 28 30 30 30 34 34 34 38 38 40 40 44 46 46 50 so 57 52 54 56 S6 56 Diameter of Stack, Two Boilers..................in. 26 28 28 28 31 31 31 34 34 36 36 40 42 42 46 46 48 48 52 54 54 54 Min. Height of Stack, Two Boilers..................ft Number of Fire Brick SS 60 60 6 S 65 65 70 70 70 75 75 75 t 80 ; 80 80 80 90 100 100 100 no no 1 i 11 Required . . Outside Surface to 290 320 , 3S0 390 <50 470 490 460 490 520 610 640 720 ; 770 800 850 920 960 990 1050 1220 : noo i| Cover . . (" 62 6 ! so . 89 i 1Ii i ic: 115 116 124 132 145 j 165 172 187 310 234 231 252 26S 294 394 | 328 1 For Water add ord to code, eiample. Ship today on* COBEM WATER complete 24784 { V. t9 c c @ Number of Boiler |l749:i750'17SI.17S2 ITMlm* 2756 1757 1758 1759 A--Width of Boiler m. B--Length of Boiler ft. m C-^Overall Length of 36 | 36 42 42 42 5-8 | 6-4 5-10) 6-61 48 54 7-1 7-S| 1760 54 8-7 Boiler ft. in 5-10 6--4 D--Overall Height of Boiler in. 771 I 77* i E--He . :t of B**e . . in. 14 F--Wic' n of Furnace . . in. 18 G--Length of Furnare 37 14 18 43 14 18 so 7-10) 8-61 *31 831 14 14 28 24 60 58 9-3 -ei 10-10 97 99 14 14 30 36 69 68 99 14 36 74 H -- Hgt.of Front Smoke bo i I--Top of Front Smokebox 34 34 34 34 34 42 42 42 to Top of Boiler . . . .n 10 10 J--Depth of Front Smokebo* ................. K--Depth of Rear 99 Smokebo* . 11 n L--Hgt. of Rear Smokebo* tn 26 26 M--Diam ofSmoke Outlet N -- Height Smoke Outlet 23 22 Above Floor ir 64 1 641 ^--Height of Water Col.. IO. 67 67 P -- Height of Water Line in. 69 69 0--Height of Steam Supply ........................ in 791 R--Height of Return . . in. 18 S--Location of Steam Supply in. 101 T--Location of lat Safety Valve . . in. 81 u--Location of 2nd Safety Valve..................................in. V--Location of Surface Blow-off m 12 791 18 14 10 12 W--Width of Ba*e in. 381 381 X--Width of Foundation. 46 1 46 Y--Length of Foundation 59 66 Z--Location of Burner* in JO JO 9 *9 11 n 26 26 22 22 64 1 64 1 67 67 69 69 79\ 7e| 1 <51 18 18 18 14 16 10 10 12 12 381 381 46 46 7? 85 12 < S3 to 13 20 14 29 24 69 70 72 851 <31 u 16 10 16 16 11 12 15 15 3S| 35 26 28 79 811 80 82 82 85 16 12 15 35 28 *U 82 85 99 101 19 19 21 18 14 13 101 19 21 14 12 18 SOI 564 58 631 94 99 >i 24 561 631 112 i Front Plate i i|i ; 311 311 ! 311 311 *--Total Are* of Port* in 371 37| 37| <31 <31 3| <l <91 Hearth , f--Depth of Pit | --Bolt Center* in Front 42 9 59 9 128 ISO 175 10 10 10 Plte ! Sire of Pampered Opemne i *t ' M 4> 4 No Opening* 6*11 *i 4\ i7l< 7*21 <! 7*25 1761 60 8-01 10-41 108{ 17 42 68 48 16 12 16 36 32 901 91 94 1762 60 8-11 11-3 1081 17 42 76 48 16 12 16 36 32 901 91 94 1763 66 0-7 1764 1765 1766 66 72 72 10-10 0-101 10-11 11-11 13-2 12-81 13-9 mi 17 48 72 48 mi 17 48 81 48 117| 17 54 85 51 1171 17 54 92 51 18 u 17 17 12 12 14 14 16 16 20 20 39 39 43 43 34 34 36 36 93 93 96 96 921 921 9& 98 95 95 101 101 2101 22 18 13 1201 21 21 14 1131 22 18 13 113| 22 21 14 1191 22 21 14 1191 22 21 14 10 24 24 24 24 24 24 63 63 69 69 681 6*1 '<i 741 75 80 75 80 106 ns 12J 238 2 2 7 240 91 91 n n in m S5| 551 611 611 67| 67| 198 220 260 300 340 378 10 10 n 11 12 12 51 SI $! 5* 51 51 3-7*14 2-7*16 2-8*16 2-8*19 2-9*19 2-9*21 1767 78 10-10 13-8 121| l? 60 88 52 19 14 20 <4 S 1 40 99 100 103 1231 22 21 14 10 24 82 86 238 14 731 410 13 5! 2-9*23 1768 1 1769 78 12-21 10-1 1S-0J 13-f nil 17 60 98 52 135 21 98 61 19 21 14 14 20 4S1 49. 40 42 99 nr 100 103 n- 1231 22 21 14 11 24 16 154 14 13 2( 31 14 n 2< 87 9 13 i 731 79 465 12 1 M7 2-9*26 7-1 < mi 24785 08 Cmmin la TmDCMWn Nmtl. U> PWt Tr^t K U.Orft/t T|^ K Oi > Qnh ttrl ten '5r: & CM I eJ L. Tp^a ft ||jj Kewanee Steel Boilers CATALOG 84 Steel Boilers Electric-Weld ^ Paget Number! Type of Boiler 2- 8 749-- 770 Type C Portable......... 9-11 1749--1770 Sq. Ft. Radiation Coal 2300--33070 Oil 2790--40200 ALL TYPES OF KEWANEE BOILERS LISTED BELOW MAY ALSO BE SHIPPED FROM STOCK -- CATALOGS GIVE THE DETAILS CATALOG 90 Steel Firebox Boilers Riveted Bruhicl Types 4-7 0-- 20 Up-Draft Firebox.......................... (Coal 510--18610 \Oil 1440-26600 20-21 8-1 r 104--112 307--324 Down-Draft Smokeless Firebox. Portable Types Down-Draft Smokeless Firebox. (Coal 1650-- 7490 \Oil 3500-- 9100 Coal 3390--36810 Oil 5050--44700 12-15 407--424 Up-Draft Firebox.....................................jaI 2550--33980 4730--40480 30-32 524--544 Up-Draft Firebox--"500" Series........ 7060--28880 10110--35070 28-29 832--843 Up-Draft Firebox--"800" Series . 'Coal 7920--35170 Oil 9620--42700 26 27 932--943 Down-Draft Smokeless--`"900" Series Coal 7560--36790 Oil 10060--44670 22-25 OK--20K Up-Draft Firebox--Type K................. /al 510--15810 \Ou 1040--19190 18-19 104K--112K Down-Draft Smokeless--Type K . CATALOG 87 All Types for Burning Oil Coal 1650-- 5950 Oil 2670-- 7220 CATALOG 88 Steel Residence Boilers Electric-Weld 2-7 740-- 748 Residence Type K............. Bituminous [Coal 2740--2748 Anthracite Coal 8-9 1740--1748 [Oil Separate Catalogs on Kewanee Steel Water Keating Garbage Burner*. Tabasco Water Heaters and Tanks. Kewanee Power Boiler* and Kewanee Radiator*. Sent on Request 370-- 1960 430-- 1960 450-- 2380 *> Ttitk 14U-1 TwW Kewanee. Boiler Corporation dioiaion of American Radiator 6r Standard Sanitary Corporation Head Office and Worki: KEWANEE, ILLINOIS MEMir* or STtCL HCATlNC BOILCW rwsriTVTt ATLANTA CHATTANOOGA CHICAGO CINCINNATI CLEVELAND firanchii DALLAS DENVER DES MOINES DETROIT EL PASO GRAND RAPIDS GREENSBORO HOUSTON INDIANAPOLIS KANSAS CITY LOS ANGELES MEMPHIS MILWAUKEE MINNEAPOLIS NEW ORLEANS NEW YORK PEORIA PITTSBURGH ST. LOUIS SALT LAKE CITY SAN FRANCISCO SEATTLE Dominion Kewanee BoQer Company, Ltd., Toronto. Ontario TfpaH CtrWf *r ;.! KEWANEE MAKES A STEEL HEATING BOILER TO SUIT EVERY CONDITION OF SERVICE (Uj 24786 * t > C. U. Martin, agent 637 MINNA STREET SAN FRANCISCO P'f-iOiviE: market 3e:2 24787 24788 KEWANEE 1 m i I Catalog No. 84e Coal Burning Boilers --Pajes 2 to 8 Oil Burning Boilers --Pages 9 to 11 Kewanee B?iler Corporation division of American Radiator & Standard Sanitary Corporation Head Office and Works KEWANEE, ILLINOIS mcmich or rrto. hcatimc aon_c ivnnrrt Btontk tiMi pmft 12 C. U. Martin. Agfnt 637 MINNA STREET SAN FRANCISCO PmONE: MARKET 361i! CTtI6hT. i*MMRT 101. *T T*t RrwAWCC OltCR COroATtON, KCWANrt. aa-MOIS 24789 isssissssgMHess^fflKr-gESEHEsnssBrararararaEsesHBBiHa laasiaaHBggsiHgaEHEHiii^. -^nasi^aBBPsif^igiBg^BiaHagaggmBg "ihhhh!mrr $sftn$ ^ESESG3CSE2C3S!SESraESEriEiEnBCBCBSBraBSSEBEE0| ga^^^E3ES5SCSeSCSESS5EaE3aS3E^CSElBSBS5iaEI3 jr^^^sn^a^EsrsraEscarg^ra^rar^raraEsraBiaianararaina er tjV*'?.lUiU: r-Htwi* RtVomi utisK^tungK^gHfg^tglEBgBBSB^EgB^Bl^BagBBfSEl^BiBB^BigigBBEil B3ESESH S3C3KSE tu rn : .'4 o 1 500 Series ... heavy duty 15 sices ... 30 to 304 tip j 125 and 1 50 lb swp l for heavy-duty service . providing lst for Urge tpartj moms. kIiooU. Ii<i*pit:il*. office building* and faitntic*. or for poaer ] tif pfiKvs'i steam . . . KtUaimt* "500" is a real giant. It is strong, dependable ami ury elfiiient. A two-pass fiiehnx tjpe. it is the design which made (he name Kcwancc famous. From top in bottom nd from front to rear it is built with just one idea . . . t" make it flte most efficient, dependable and long liMil boiler that can K ft instructed. Mil' hi eh liiihuey pMoi.lr plinly of spate ami ait for the fuel to combine with <>\\e<n and hum. computing tin piixi-ss of comboslion Ivfoie tin gases ceaih the return tubes. In the long travel of the hoi gases lluoiigh tin. fmhox anj the lower luhes. then through I he upper tubes to ilu i\n chamber. alf usable heat is transferred to * t!u hoi lei's wallr J Water sunmmds both upper ami tower hanks of fuhts and all ^ su.lis and top of the fin chamber so the iransfer tif heat is rapid and j eiMain Waterways arc fuc of obstructions promoting rapid rise of j the steam bubbles to the steam disengaging ana and into the cai pacious suam ihamhcr at tin top of the boiler. | Tlu- use of ' meb tubes permits more tubes and more heating stir- | face furthci liclping make the *'500'' a very fast and efficient steamer, j And (his elhcuiK} is maintained cut when the h*ihf is pushed to prmlucc 50%. and more steam than is guaranteed by its rated I capacity. Molli banks of fuly \ aii casib auessihh tluough the large diwus at hoot and u.u manholes and band hobs provide access to tlu. w aierw at s $ f'mfmthr tt< ,ft! J.ti.t .i'i '/-nu l-.t m 11/;inn ,>//) fit t,/ l-mlrf. / r>t t> 'iMs/ini / .<> .1 fi'r.f < !/ r t r > tfttt'hh fbt i/,,tt,if krii.iHtt k f" ( t. % 0 ratings mechanically fired --oil, gas or coal bade* twMwbav olmg --bo> ifpo***' --i'fO* rodioi'O-' *0 (' -- 0iu per hour 1009 l --steam per hour 7 t ? F lb S74 30 4 2 50 1020 1050 35 i860 1 166 1 700 39 5470 1313 1350 sr* 44 6000 1459 1500 510 53 7790 1750 1000 * 1 61 j 0500 | 7040 j ?I00 f.img to**~ e'l Qph*. . . . qot 0'u pet br O O O twriatf (581 mm) tancKf volume (581 min} f^notf boght (581 m<n| . to ft (u fl ft m 1 3 15 1910 7100 __________ I____________ 750 30 * 76 706 34 0 2 6'/j 16 7460 37? 39 1 7 7% it 2740 -- rr 3200 J ! l 3830 J 350 479 { 500 43 5 2 7 V* 5? 1 60 0 7 0V ; M0 Cifvbo* o* obo*e mud 1 mg cu ft ''Od d-t'OnO1 tmnoce bfcg** fo> 'o* (561 mm| <1 w* 39.6 39 6 40 5 48 5 6? I 1 69 6 *0*ny TO1** COPOO'V -- o*i oai tnfd *b t'eom Pr bi --I'Oifr Tuvd lb t*om p.f hr 7000 1750 7780 700? 7576 7754 I ' 7864 | 7506 ,3 4 3 ? j 30C3 4000 j 3500 507 i 514 515 506 74 10330 2479 7560 31 4650 07 17150 2916 3010 ) 109 U510O j 3643 j 3750 37 5460 i 46 1 684C 130 1 0720 4373 4510 54 8200 1 5? 71750 5100 5260 64 9 560 600 73 0 M"/, 715 86 8 I 8*3 ( 100.5 3 1 y i 3 4% 107? 1307 37 12 50 151 8 3-10 97 0 4064 1J5 M0 4 57 20 1 3005 \ 30 9 | 1 1 j 7144 | 6751 >1\2 160 2 0576 7504 1 0000 0750 307 174 74290 5830 6010 508 717 30360 7706 7510 509 761 36430 0743 9010 590 304 42500 10700 10510 73 10920 91 13670 t 10 16400 177 19120 ti?9 173 5 4 0V4 1786 716 9 4.6V, 3143 260 3 5-07, 2500 303 6 5-6 183 2 707.8 231 9 24 5 5 06 1.1 11432 10003 14700 12502 17144 15001 70000 17500 *Svfl io'm feoitd a** ' 59 Q09 8'u oi *'6*P'**'* d i'o"Cf bo*to*f * o'' tpg '*<31 Kr jiir bn if' I' Sfil m<r\imvtn fw*noce volirmf ond bfiQbi Standard aawipment-- r*of>< o^d rpo' bor ponrl* boe |'i MVS m and tow pla'f Flu* rlfonp. ond bond'e f^nt|h?d on 500 and leg'1 Ra^ip plai? m *' fpfbi/\'-o <hobf' f^'i'n*>d on 576 to 508 Standard him, Oeam an'y--Sa'pry vate. uram with tvpbo* end cockr water column .p|h oifi poo* glon end three 909* ceckt. cboin opfrotfd an 586 end lo'per 0 0 0 4 24791 500 series high pressure oil, gas or coal.fired' NOTC: l/*e dimenn'on drawing on fhti offochtd fly-theef. Do nof vie drowing printtd beneath. 1 u VJ dimensions and data (feet--inches) fciWv newsbee --576 A blft diameter.............................. --boiler length .................................. C--boiler height .................................. 0---water Bn* height .... 8--water eoh'mn height supply height C--moi* outlet height H--t*o* ltand height ................. .................. ................. ... J--itfB supply *K^-sotey *ol*e.... .. M--teed wo'et, each tide . N--blow-off height.. .. ... O--4iebo*--width f-- -- length -- -- height .. 1 `bote--width l>-- --length . V-- height . W smohe \Alel ---length . . 1-- width V-- --location 2--eor door deoionc*. mm AA--4undo*'On--width 8-- --length. CC--ier stand . . ff 1 OO* luf ltOO< opening n boiler width he<ohl btH --<e-TfleiImi b>i to fired* opg K*--opened flredoo* to boile> 21--tube replacement space b'eechmg d-Ometfr -- one boiler tack--diameter............................... -height .... b'eechmg diameter ---two bo<l> eiock --diameter , . helg ht. . . supply sire .. blow off sire feed wa'er site. . *`'outwde surtoce to coe Opp'OSrmol- weight -- 1 J5 lb ip sq It lb 36 7 6-81/, 6-1 5.1 1 7-2 5-1 1 35 60 45 2-3 1-7 30 4-2 3-5'/, 3-1 1'/, 4-11 '/, 1-2 28 0-9 0-6'/, 3-6 30 3 6'/, 2-9 18 6 10 1.7 15 45-0 2-1 III 55-0 0-4 0 I'/i 0-1 % 1 30 7980 8780 577 36 9-6'/, 6B'/, 6-1 5-1 1 7-2 5-1 1 3-2 6-6 45 2-9 1.7 3-0 4-2 3-J/ 3 1 I'/i 4-1 1'/, 1-2 28 09 0 6'/, 3-6 30 3 6'/j 38 571 *79 580 4-0 4 0 4-6 11 Vi 9-8 9-7/, 7-2'/t 7-m 7-toy, 6-4 62 7-8 62 -- t>-i\ 7-t\ tJ \ 61 1 69 85 6-9 32 6-0 32 66 ' - MW 4-5 4-5 \4-5 26 2-8 2,7 1.7 1-7 17 3-6 42 30 36 4-2 38 4-0 ' 4-2 4-t 4-5'/j 4-1 P/y 1-2 4 5 Vj 4-1 1 Vt 1-2 4-IP/, 4-1 P/, 1-2 7 10 o. 1 1 0 7 Vi 4-0 2 10 0-1 1 0-7'/, 4-0 34 10 08 2-6 36 3 6'/j 30 3-6 3 6 Vt 3-8 4-0 3 6 Vr 33 581 582 46 106 7-10'/, 6-11 6-9 85 69 3-4 M'/t 4-1 t 2-11 1-7 40 48 4 l 4-1 P/, 5 5'/, 1-2 34 1-0 Qt 2-6 40 4 oy. 4-0 5-0 11-1 86 7-4 7-2 91 73 35 34 6-4 2-9 1-10 45 6-0 4-1 36 6-1 1 15 38 1-2 0-9 2-9 45 56 30 513 50 12 9 8-6 7-4 7-2 9-1 7-3 35 3-6 6-11 32 1-10 4-5 6-10 4-1 5-6 7-9 1-5 38 1-2 09 2-9 45 64 3-10 584 56 12-10 9-0 7-9 7-7 97 7-7 3-5 39 6.11 3-2 M0 4 1l 6-1Q 4-4 6-0 79 1 -5 43 13 0-9'/, 3-0 4-1 1 64 4-0 585 36 I9 9-0 7-9 7-7 9-7 7-7 33 3-8 73 39 1-10 4-1 I 72 4-4 6-0 81 1-5 43 13 0 9 vs 3-0 4-1 1 6-8 56 SI6 587 588 6-0 14-9 9-6 l-'K 7-11 VS 10-1 II 3-5 30 73 3-3 M0 5-5 72 4-6VS 6-6 81 1-5 4.8 1.7 o-ny. 33 55 68 5-6 149 9-8 8-4 8-2 10-3 1-2 3-1 2-9y, 7-7 37 M0 5-n 7-6 4-7 7-0 8-5 1-5 5-0 0-U 3-6 5-1 1 7-0 5-2 17-7 W 9-8 * 8-4 10-2VS 82 3-1 12 6 14-8 M0 5-1 1 1-6 4-7 7*0 95 1.5 5-0 0-11 3-6 5-n 6-10 589 9-6 3-5 2-7 4-9 1-9 3-9 61 one 7 i 1 1 ie 7-9 10 16 50-0 22 2-0 60-0 04 0 I'/j 0-1 y. 1 *0 1-0 6-10 1-9 1-7 45-0 23 2-1 55-0 0-4 0 P/, 0 v* 1 50 10 7-7 MO 1-8 50-0 2-4 22 60-0 0-4 0 1 Vi 0-1 V* 160 0-5 Vi 23 6-9 i-n 1-9 450 2-6 2-4 55-0 0-4 0-2 0-1 '/4 1 80 0 5 Vi 2-3 8-1 2-0 1-10 50-0 2-7 2-5 60-0 0-4 0? 0-1'/ 193 < M > 13 08 08 23 23 8-4 10-0 2-2 20 50-0 2-4 2-2 60-0 2-10 2-8 60-0 3-0 2-10 70-0 0-6 0-2 0-P/, 0-6 02 0-1 Vi 225 255 0-1 1 2-3 10-1 2-6 2-4 60-0 3-4 3-1 70-0 06 0-2 0-1'/, 285 0-1 1 23 12-0 77 25 70-0 35 32 800 0-6 02 0 1 vs 320 0-1 1 7-6 11-8 7-9 2-7 70-0 38 35 80-0 0-6 0-2'/, 0.1 VS 340 two 1 -6 1 4 M Vi 2-6 2-6 2-6 ' 114 14-7 14-0 2-1 1 2-9 70-0 30 85-0 90-0 3-1 1 38 80-0 3-n 95-0 100-0 06 0 7 Vj 0-P/, 360 0-8 0 7 Vt o-1 y, 415 0*2 453 8510 9360 9590 105 50 10100 1 1 1 10 1 1700 i ?870 12760 14030 1 4930 16420 1 6530 18180 192 30 21150 2 1 940 24130 24100 26510 26840 29520 31210 34330 38500 590 9-0 3-5 2-2 4-9 1-9 3-9 7-0 2-6 ' t 6-3 105-0 115-0 0-2 505 42700 feK safety eoNei. tee pagt 31 '*300 lb Tricon Standard flange *'`ln<ljdei froetl heod ond tmolebai I 24792 <iv' Kewanee Ross Corporation KEWANEE. ILLINOIS 5 . m e NO. IOC WAN EEL 24793 N o . JOC" Kewan ee Steel Esher &J2xAic-Cot&i Tyre Q Smokeless For Burning Oil 24794 F il e n o . 30C > >