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14. AW-) <br /> ;• — 1��4� � <br /> I r <br /> Name of Supplier,Owner or Dealer Address No.and Streeifs) City State Dere of Test <br /> EJ <br /> 15 TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD p16. CAPACITYStation Chart <br /> YY From <br /> t Nominal Capacity 11 Tank Manufacturers Chart <br /> //�� laenut Dy salonL �./^' ' 1 t• Gallons ❑ Company Engineering Data <br /> AMD p <br /> �-� D _ 4 <br /> /� 7 /\ ❑ Charts Company <br /> En i with <br /> ITA <br /> Stick <br /> t , .�y-f110e1 esWIei1. v <br /> I I <br /> TOO ❑ Other <br /> Grand and Grads r capacity chart available <br /> I'll' <br /> �� w, - cellona <br /> Total Gallons <br /> 17. FILL-UP FOR TEST ? Gallons ea.Reading <br /> r rf� <br /> Stbe Water Bottom <br /> before Fill-up _In. In. Inventory <br /> to A- Gallons Tank Diamler NN O <br /> 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑water In tank ❑ une(s)being tested with LVLLT ��n <br /> " Q � C� <br /> gee manual sections appllabre.Check below and record procedure In log 127). ❑High water table In tank IlldevMbn Torn L.. <br /> use maximum sllowable test pressure for all teats. '.:'19. TANK MEASUREMENTS FOR' Transfer total to line 25a <br /> Four pound rule does not apply to doumewaned sinks. TSTT ASSEMBLY &eget <br /> Completetecuon iHlow 21 VAPOR RECOVERY SYSTEM Stage If <br /> ❑ <br /> Sc/10R1 W Ijlnit to g74.:.........:....:.:..i....... In <br /> Add So'Itx i' <br /> sowge. ...•••..•..••.'• : •.... In 24b. COEFFICIENT OF EXPANSION <br /> t. Is four pound rule require i yes ❑ Nor Total tubing toIina"ble�approximate............. �In. RECIPROCAL METHOD 44 \\11��111�111IIIII/�n��n� � <br /> .: Type of Product ....................................... <br /> 2.Halphl to 12"mart from bottom of tank M. 20EXTENSION HOSE SETTINGyN T <br /> Hydrometer Employed .wtk�to Erode n�:........•1t; .................. <br /> .• Extend"on suOdOh tube M or mora ~'� Temperature <br /> e perun Tank <br /> 1. Pressure at bottom of tank P.ti Lr 4.•• After Circulation........................................ IF <br /> to_ Ill tank rop r .............;.,"4;......... In. <br /> Temperatureof Sample ................................. IF <br /> 4. Pressure al lop of tank P.S 1. 'M fill pipe Mande above waft.use cup 61110 , <br /> 22 Thermal swaw nawing cher eircumkm t digits <br /> Dlnerence('/-)....................................... IF <br /> . ..- its <br /> y fr . .. <br /> Depth of burial 'N F '- +� ,' f Observed ......... <br /> • A.P.I.Orav <br /> Dlglls per'F In range of expected change Reciprocal e a <br /> .digits <br /> , <br /> Tank die. <br /> C EFFICIENT OF EXPANSION (Complete after circulation) I"_ <br /> Total quantity In Reciprocal Volume change In <br /> 2 reeled ARI.Gmlry full took Its of 17) this tank per IF <br /> Water tabu M. <br /> - Observed �1.Gravity......�........................... Transfer to Line 264. <br /> ' NOTES: <br /> .. <br /> . <br /> "nor Is employed...................... ............ N , <br /> 24c. FOR T�SjING WITH A Table c a o <br /> Observed Swnpte Ton". <br /> ....`..1�.. ., ... f . <br /> Corroded A.P.I.Gravity ,, - Wafer Temperature atter Cuculei <br /> 0 WF,From Table A 1 Tabes a..... ....................... ............... 'F <br /> Coo"Wanl of Expansion `' CoMRclent of Water <br /> TM above caleulatlons are 10 be used for dry soll conditions to br Mvch, Pro" r ••. � Tabic D......................... ... .... .......... <br /> establish a pusillve pressure advantage,atwhenusing the fourpound From Table a.............. .......err:............ <br /> rule to compunaate for les presence of subsurface water In the tank Transfer COE to ^ Added Surfactant? ❑yes No Transfer COE to Line <br /> afN. <br /> Refer to N.F.P.A. 30, Eedtlons 2.1.2.4 and 2-7.2 and the IV* 25, 8 - b • C I V gallons {/'.�� <br /> ms..rr,D,-pt n�trarMnn r•,,•,-!,„to I.-.�, r .. ��es TOW queralRy in (:C,~4; M Mtpenalon M 'j-0.Vniuma•ly.It, IVA <br /> kAr tans(ler 17) ...e <br />