Document KJn6mopdRwzmL8z9re9eR34Gr

American Society of Heating and Ventilating Engineers Guide, 1924-25 STANDARD FORM For Reporting Results of Low-Pressure Steam-Heating Boiler Tests RESULTS Of a Test on a Low-Pressure Boiler Date of Test.__..................................................... .........:........ ................................ Conducted at.................................................................................. .......................... Director of Test..................... ............................................................ ..................-(signature) Manufacturer of Boiler.... ..................... i.............. -............................................. Owner of Boiler........... ........................................................ :.................. ................ Size of Boiler.....................-............................................ ................... ..................... Type of Boiler.......................................................................i............................ ...... GENERAL PARTICULARS OF BOILER AND FUEL Boiler Type......................................................................................... :...................... :....................... Made by....... ....................................................................................................................... .... Length of Grate (or Diameter).......... ................................................................................in Width of Grate.TM............................................................................................................... -in Fuel Capacity (Greatest Possible Volume)..,.............................................................. cu. ft Maximum Fuel Depth (Greatest Possible Depth of Fuel)............... ............................ in .Fuel Capacity Normal...................................................a..................................... ......... cu. ft Fuel Depth Normal........................................... ;............................................. ........... -......in Average Distance from Top of Normal Fuel Charge to Crown Sheet... ............. ......... in Total Furnace Volume, Grate to Crown Sheet ana Bridge Wall.TM........................ cu. ft Total Combustion Space Beyond Bridge Wall..................-.......... ............................ cu. ft Water Capacity (To Water Line)--..... -................................................... .........................lb Height of Water Line...........................................................................:...............................in Steam Connections Used |si^n^>er'_................................................................................. in Kind of Insulation................................. ............................................................. ................ Thickness of Insulation............... ..................................................................... ......... ...... in Detailed Description of Boiler................................................................................................ Smoke Pipe and Chimney Area of Smoke Pipe............................................... . Length of Smoke Pipe (Boiler to Chimney)....... Number and Kind of Bends in Smoke Pipe.____ Chimney, Height above Grate.................. ......... Chimney, Area at Bottom........................... 1........ Chimney, Area at Top................... ............... ....... .sq. in. ...... in. ......... ft. _sq. ft. ,,..sq. ft. Fuel Name..................................... *..........................:...... Size................................ ;........................................ Proximate Analysis Moisture.1...................... Volatile Matter.-....................... Fixed Carbon................ Ash...... ....................................... per cent per cent per cent per cent As Fired Moisture Free Ultimate Analysis Carbon.-............ Hydrogen..... ............ Oxygen.-............... '.......... ........ Nitrogen..... ............................... Sulphur........................ T............. Ash............................................. per cent per. cent per cent per cent per cent per cent As Fired Moisture Free These forms may be obtained on request at the office of the Secretary of the American Society op Heating and Ventilating Engineers. 29 West 39th Street, New York City, at nominal cost. 68 American Society of Heating and Ventilating Engineers Guide, 1924-25 Heat Value (Gross) B.t.u. per lb. as fired................................................................... B.t.u. per lb. moisture free......................................................... B.t.u. per lb. moisture and ash free..... ..................................... Character of Fuel (State whether coking or free-burning, clinker troubles, etc.) Method of Firing PRINCIPAL RESULTS OF TEST Heat recovered at the boiler outlet per hour............................................-....... 1000 B.t.u. Maker's rating (sq. ft. radiation X 240)............................................... 1000 B.t.u. per hr. Percentage of maker's rating developed..... ............................................................ per cent Mean interval between charging fuel............................................................................hours Mean interval between attention of any kind to the fire, including charging..........hours Overall thermal efficiency.... ......................................... *...........................................per cent DETAILED RESULTS OF TEST (For full particulars of boiler and fuel see "general particulars" ante) General Information 1. Date of Test--...................... 2. Number of Test................... 3. Location of Boiler............... 4. Maker of Boiler and Type.. 5. Owner of Plant..... .............. 6. Test Conducted by............. 7. Duration of Test--.................................... '.................................................................hr. 8. Manufacturer's Rating of Boiler....................................................... sq. ft. radiation1 9. Grate Area*............................................................................................................. sq. ft. 10. Barometric Pressure............................................ .................................... in. of mercury Fuel 11. Heat value, as fired....................................................................................B.t.u. per lb 12. Number of Times Fuel Charged during Test..... ........ -....................................... ... 13. Intervals between Charging, hrs. Longest........ Shortest.........Average............. 14. Intervals between Attention of any Kind to the Fire, including firing, hr. Longest........ Shortest.........Average............. 15. Average Fired per Charge*.........................................................................................lb 16. Depth on Grate at Start of Test..... ............................. .......................................... (After Firing).....................................................................................................in 17. Depth on Grate at Finish ofTest-............................................................................. in 18. Weight as Fired during Test3..................................................................... Ib 19. Weight as Fired per Hour*.......................................................................................... lb. 20. Moisture in Fuel..... -......................................................................................... pier cent 21. Weight Fired per Hour less Moisture:3 100 - item 20 x w.................................................................................lb. 100 Ash and Refuse 22. Weight of Ash and Refuse Removed from Grate....................................................lb. 23. Weight of Ash and Refuse Removed from Ashpit..... ..............................................lb. 24., Total Weight of Ash and Refuse Removed4 (item 22 -f- item 23).........................................................1...... :........................ lb. *One sq. ft. radiation to be assumed equal to 240 B.t.u. per hr. *If the grate have an unusual shape, method of computing area must be stated under "Remarks." *When the New Fire Method is used the equivalent fuel charged shall be given throughout. The method of obtaining this is shown at the end of this table. To include ash content of residual fire when New Fire Method is used. 69