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' Nana of Supplier,Own or or Dealer Address No.and Sreef(s) City Stale usle or I bst <br /> 15a. BRIEF DIAGRAM OF TANK FIELD 16.CAPACITY F`0'I' <br /> .15.TANK TO TEST;. _ _. stallon csnert„ -.. <br /> �, _. _ <br /> S <br /> NomMal Capacity <br /> 0� ❑ Tank Meydadturer's Chart , r: <br /> ,«.<.., ,... .,.,-....ate-r�... ...-Gallons LJ Company'EntNnes.rFng Data ` <br /> identity tw position <br /> �► `�,,.�.. ❑ Charts suppM-wittf;. LLw <br /> {'19 Se `p Q" -r By moat so uraq ❑ Other <br /> �s Brand a+d Grins .� kN <br /> curt avallabN ' <br /> ;a <br /> Ga1IoM'� art <br /> ;. <br /> 17. FILL-UP FOR TEST <br /> F�dinp <br /> Stick NMN 7 Bottom a <br /> WON Fill-up to K" in. Ciel Tank in. „Inventory' <br /> w. <br /> m.�.. <br /> d .. <br /> a <br /> 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑Wtaer M remit ❑ urea)being tested with lvu-T <br /> Ste manual sections applicable.Check below and record procedure In log(27)• ❑M ,water table M tank excaration ' <br /> Transfer total to line 2ft <br /> Use msxkawm allowable tact pressure for all tests. 19. TANK MEASUREMENTS FOR <br /> • Fan pound rule does not apply to dwbW*,fled tanks. TSTT ASSEMBLY �`. It <br /> 21. VAPOR RECOVERY-SYSTEM " 1 <br /> Complete section below: Bottom of tank to gft�.......... •••••• • inx fie <br /> = °r• ---3024b.COEFFICIENT OF EXPANSION <br /> Ada soy <br /> probe easy........ <br /> yea ❑ No ❑ Tota tubkng to assemble—approximate..:.......... lel <br /> RECIPROCAL METHOD <br /> 1.is four pound rule required? f�} <br /> hype of Product....... <br /> 2Q 2L 20. EXTENSION HOSE SETTING <br /> Height to 12"mark from bottom of tank In. t <br /> J <br /> Tank top 4o gra' In Hydromefer ... <br /> 2. . • <br /> M <br /> petand'laa an suction tube e"w encs Temperature M Task <br /> • P.&L After Circulation............................ q +. OF <br /> 1 in <br /> 3• below talk top .... ....... _ x <br /> Pressure ef bottom o tank <br /> Q1 w <br /> . 0 3 Temperature of sample ...... ... °F <br /> 4 pressure al top of tank P.S 1. *If FlII pipe extends above grade,use top o4 N& <br /> } 22. Thermal.Sm*or reading after circulation <br /> ® <br /> Difference(•/) ....... Zrtt P <br /> _ p. :,... , di its Fy ... . ........... . .. �-...� <br /> • A.P.I.1.firer � <br /> Depth of burial 11;-xBetween A P + <br /> 23 CWS+par IF in range of expected change ��S Reciprocal �� c� m Pape a71-5 <br /> �. <br /> Ta"'`°i` In COEFFICIENT OF EXPANSION (Complete after circulation) <br /> .. :. <br /> 24i;�.. TotdquaMilyln ..._,.. _Redprocd <br /> �aCotwotM AP-i.Gravity fun tank(16 or 17) likill 'W*F. <br /> Water tableTFaKter to Lin 2% <br /> Observed A.M.Gravity................................... <br /> NOTES: x <br /> NydrolrNtir em .....• ... .. ., .. ...• .. —N <br /> 24c.FOR TESTING WITH WATER aesTa 0 C a D <br /> Sample Temperature ........... IF _. <br /> Corretited�A.P.I.`Grivhy � ° Water Temperatureaft CfrauMbn <br /> _ ge 60•F„From Tab*,A................. <br /> Table C......................................... <br /> ..” • �... °P <br /> .... <br /> r <br /> Coefficient of Expansion s � h�s Coefficient of Water t <br /> The above calculations aro to be used for dry soli conditions to '"�Iniroh.M Proa+at+ ,a Table D................ +.. ... ..... . . <br /> eatablishaposhivepreasuroadvanta advantage,or <br /> i F►om,TabNt ( '. •.. i ^�a _ z: <br /> g t3 Oq" Viz, ..{wt.'s § i t Added Swfac%M7 ❑yes ❑No Transfer COE to Lin 26b <br /> rule to compensate for the presence of subsurface water In the tank Traneker �to Lina Zan. <br /> seal. .... t <br /> Refer to N.F.P.A. X Sections 2.3.2.4 and 2-7.2 and the tank 25. 1J x �b� IrVol "None <br /> regarding allowable system test pressures. coe"went Total quantity in Of expansion forYolume lore this taQnk <br /> Nth tank(tff 011 ) Ir"nolved1,140".. Per <br /> IF <br /> :i <br /> y �1 <br /> Volume change per•F(25 or 24b1 <br /> Digits per•F In rest Volume Mange per tligtt t t <br /> ......4.4 A,,limal nlnrns ��. t IAI t - f ' <br />