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14. <br />Name of Supplier Owner or Dealer Address No. and Street (s) City <br />% State,ii, DOi <br />15 TANK TO TEST = 15a. flffEF DIAM t N ELD 16. CAPACITY <br />Stab' <br />orom <br />'t,I '+ a . <br />+a ,N vp 'ti' .. •.,.;, ;s, IdJ tion Chart r"'. <br />v <br />-\� <br />Nominal Capacity- <br />+�^ <br />t ❑MTank <br />FNMSar, n���M�4 <br />lian},Gallons <br />�yo}dn$�p <br />❑Company�Enyineeriip <br />O Q g O J r ❑ Gnarls aupplktd whh <br />Brand d <br />and Grade V BY most accurate <br />a capacity chart available ❑ Other <br />"t Get one <br />17. FILL -UP FOR TEST . ... ...a <br />Stick Water Bottom <br />before Fill -up "'L/ in. �L/ �[� In. Inventory <br />to St" ' Gallons Tank Diameter <br />18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK Water in tank_ ,® Une(s) being tested with LVLLT <br />See manual sections applicable. Check below and record procedure In krp (27). /Ir„/J High water table in tank excavation^ <br />P <br />Use maximum allowable test pressure for all tests. 19. TANK MEASUREMENTS FOR ? Transfer total toline 28r <br />Four pound rule does not apply to doubiewalled tanks. TSTT ASSEMBLY <br />Complete section below Bottom of tank to grade* ..............cJ In VA OVERY S TEM <br />X21. OR REC <br />Y <br />Add 30" for "r probe assy......... .. 30 in. <br />24b. COEFFICIENT 0 EXPANSIO <br />I' 1. Is four pound rule required? Yee ❑ No Total tubing to assemble — approximate ............. In. ' v RECIPROCAL METHOD S_ <br />20 EXTENSIONType of Product <br />HOSE SETTING / <br />2. Height to i2'` mark from bollen of tank in. <br />Tank to to rode' .................................. �l in. a d <br />E _ �� ' <br />P p rometer Empk7yed a <br />ys: <br />' Extend Bose on auction tube 8" or more Tempereturo in To <br />9. Pressure at bottom of tank ` ,S.1. l Ager Cirexdetbn i <br />4; below tank top ...................................... in. u <br />L� 'if Fill pipe extends above grade, use top of till. */� 9 '�% Temperature of Semple k <br />j Pressure at top of tank ; P.S.I. <br />22. Thermal -Sensor reading after circulation Difference (+/) <br />1 digits k <br />Depth of burial I In.. "' °f O A.P.1.'GravRy <br />d }® <br />{ 23. Digks per IF In range of expected change dlg� �teciprocat Pie M <br />Tank dia: In. {` <br />COEFFICIENT OF EXPANSION (Complete after circulation) <br />r 24a Corrected A.P.I. Gravity ,Total quantity In r Famlprocat <br />je Water tads in. - 4u0 tank (18 or try <br />R <br />i <br />_ Observed A.P.I. Gravity .... ........ ...... <br />Hydrometer employed ............................. <br />ObservedSampleTemperature ............. ........ °F;°� <br />- Corrected A.P.I. Gravity - Water Temperature eller Clrculatkm ` <br />80°F, From Table A .................................... Table C ................... <br />Coefficient of Expansion Coefficient of Water ,. <br />I!j The above calculations aro,to be used for dry soil conditions to for Involved Product Table Ds i <br />establish a positive pressursadventage,orwhenusing thefourpound From Table .......................................❑ +. <br />rule to compensate for thj of substnfam water in the tank Transfer COE to Une 28b. Added Surfactent4 ❑ Yes No ' Tronafe <br />area <br />i <br />Ratairtd N.F.P,A, 9Q eabl» 254 and 2T,2 and lite tank 25, (a) x (b) (C) <br />manufacturer regarding allowable sysle n test pressures. Total quardlty In Coamelent of expansion for a Volume chmnps In thlaank `Ai: <br />full tank I'! 6 or 17)Invahe0 Product ¢ Pe!n ^ ®xv� <br />(a) <br />4 <br />Volume change per IF (28 or 24b) apka per In that "' 'rT Volume churl goer digit <br />Range (23) Compute to~met places. <br />