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14. QLLo_R____L, <br />Nam of Supoier, Owner or Dealer <br />15. TANK TO TEST <br />aQg&k�sa)TH I <br />,.,,,y by p—ton <br />2,7=q=(Z <br />Brand and Grade <br />15a. BRIEF DIAGRAM OF TANK FIELD <br />city <br />16. CAPACITY <br />Nominal Capacity 101 00 0 <br />Gal ions <br />By most accurate <br />capacity chart available <br />Gallons <br />17. FILL -UP FOR TEST <br />Stick Water Sodom <br />before FIB -up to %" in. Gallons Tank Diameter In. Inventory <br />18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK El Witter 1. lank El Una(.) being tested with LVU.T <br />From <br />[1 High wow tabli in tank excavation <br />Station Chan <br />See manual sections applicable. Check Wow and record procedure In log (27). <br />Tank Manufacturer's Chit <br />Use maximum allowable test pressure for all 105t& <br />19. TANK MEASUREMENTS FOR <br />Ch.. supplied with <br />Four pound rule does not apply to doubbirwalled tanks. <br />TSTT ASSEMBLY <br />Complete section below: <br />Reciprocal — Pap 0 <br />digits <br />dia. —I n. COEFFICIENT OF EXPANSION (Complete after circulation) <br />Bottom of tank to grade* ............................. <br />In. <br />24a. Corrected A.P.I. Gravity - <br />Add30" for Ir probe any .......................... <br />30 In, <br />11 <br />full tank (16 or 17) <br />Otis tank per *F <br />1. is four. pound rule required? Y&sE1 NO <br />Total tubing to assemble — approximate ............. <br />in. <br />20. EXTENSION HOSE SETTING <br />NOTES. <br />Z Height to 12- mark from bottom of tank In. <br />e-5 <br />Tank top to grade' .............................. <br />in. <br />Extend hose on auction tube 8" of more <br />3. Pressure at bottom of tank P.S.I. <br />below tank top ...................................... <br />In. <br />4. Pressure at top of tank P.SI. <br />Fill pipe extends above grade, use top Of IUL <br />22. Thermal-SensorraWing after circulation <br />From <br />❑ <br />Station Chan <br />y <br />Tank Manufacturer's Chit <br />Company Engineering <br />El <br />Ch.. supplied with <br />❑ <br />Other <br />Gallons <br />Qlizw 1SZP <br />Transfer total to line 25a <br />N <br />11 <br />nim <br />1961MIPEW <br />21. VAPOR RECOVERY SYSTEM D Stage i D stage ii <br />24b. COEFFICIENT OF EXPANSION <br />RECIPROCAL METHOD <br />Type Of product ........................................ <br />Hydrometer Employed .................................. — H <br />Temperature In Tank <br />After Circulation ........................................ -*F <br />Temperature at sample ................................. _.F <br />Difference (+/-) ......................................... _'F <br />digits <br />y <br />at <br />of bursal In. <br />11 <br />nim <br />1961MIPEW <br />21. VAPOR RECOVERY SYSTEM D Stage i D stage ii <br />24b. COEFFICIENT OF EXPANSION <br />RECIPROCAL METHOD <br />Type Of product ........................................ <br />Hydrometer Employed .................................. — H <br />Temperature In Tank <br />After Circulation ........................................ -*F <br />Temperature at sample ................................. _.F <br />Difference (+/-) ......................................... _'F <br />digits <br />' �O I -F <br />of bursal In. <br />Obswvod A.P.I. Gravity ................................. <br />Betwasn <br />n_& <br />23. Digits per *F In range of expected Chan" -_ - <br />Reciprocal — Pap 0 <br />digits <br />dia. —I n. COEFFICIENT OF EXPANSION (Complete after circulation) <br />24a. Corrected A.P.I. Gravity - <br />TOW quentity in Reciprocal <br />Volume change in <br />.0 <br />full tank (16 or 17) <br />Otis tank per *F <br />table Observed A.P.1, Gravity ................................... <br />Transfer to Une 26L <br />NOTES. <br />Hydrometer employed ................................... H <br />e-5 <br />24c. FOR TESTING WITH WATER <br />sesTabie c a o <br />The above calculations are to be used for dry sod conditions to <br />establish a positive pressureadvantagle, or when using the four pound <br />rule to comperside for the presenca, of subsurface water In the tank <br />Rotor to 10.1sA X Sections 2-3.24 and 2-72 and the tar* <br />manufadurer regarding allowaWs systern led Rressures. <br />Observed Sample Temperature ......................... F <br />Corroded A.P.I. Gravity Water Temperature after Clinvuldtikin <br />@80°F. From Table A .................................. Table C ................................................ <br />Coefficient of Expansion Coeflik:ient of WSW <br />for Involved Product 1000(.002AS Table D ................................................ <br />FromTable B ............................................ <br />Transfer COE to Una 25b. . Added Surfactarit? El Yes El No Transfer COE to Una 2% <br />25. (a) Q QQO x (b). =!o02 4a 5- (CL# 0Z3a_70!i gas— <br />Tow quwftft In Coefficlowit of expansion for Volume change in this tank <br />M tank (16 or 17) Involved product par 'F <br />(.1 _021U_1093 -'s _Z _Z_ <br />Thin Is <br />two <br />-F <br />