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I <br />C1 <br />1 <br />H <br />TO TEST THIS TANK <br />Sao manual sections applicable. Check below and record procedure In log 127). <br />low <br />Use maximum allowable Iasi pressure for all lest$. <br />�.. <br />IF <br />f - <br />Four pound rule doe$ not apply to doublewalled lank,. <br />r <br />Q9 <br />_z <br />W <br />Bollo <br />aNa <br />W <br />YeeffVV11 <br />l� No ❑ <br />Add ; <br />aaalal <br />this lank per IF <br />Total <br />Transfer to Line 29s,' <br />r1 <br />P 2. Weight 10 12' mark from grade20. <br />In,":' <br />t/1 <br />. <br />a�l <br />x 9. Pressure of bottom of lank <br />Exten <br />N, <br />4 Pressure At top of lank <br />I 1 <br />'ll fill <br />a ^� <br />A� k 2 g1 <br />P.S.I. <br />u� <br />USE <br />w•+ <br />i <br />Depth of burial <br />In. <br />PNSi <br />33 <br />22. , <br />Tank die.' <br />0 <br />i <br />r <br />Name of Supplier. Owner or Dealer - Address No, and Street (s) <br />15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD <br />-7i <br />+ Idanllly by posillon ad <br />' Y Bran and Grade a/ <br /><7 r11 t <br />rr. 1 6-ur run ItJf <br />Slick Water Bottom <br />JCbalers Fill -up In. <br />to %" Ga11om In, <br />Tank Diameter <br />H <br />TO TEST THIS TANK <br />Sao manual sections applicable. Check below and record procedure In log 127). <br />Difference (•/-) ........................................ <br />Use maximum allowable Iasi pressure for all lest$. <br />�.. <br />IF <br />f - <br />Four pound rule doe$ not apply to doublewalled lank,. <br />r <br />n <br />19. <br />_z <br />W <br />Bollo <br />aNa <br />W <br />YeeffVV11 <br />l� No ❑ <br />Add ; <br />this lank per IF <br />Total <br />i <br />r <br />Name of Supplier. Owner or Dealer - Address No, and Street (s) <br />15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD <br />-7i <br />+ Idanllly by posillon ad <br />' Y Bran and Grade a/ <br /><7 r11 t <br />rr. 1 6-ur run ItJf <br />Slick Water Bottom <br />JCbalers Fill -up In. <br />to %" Ga11om In, <br />Tank Diameter <br />� jha above calculations are laDo used idr dry bili giifdifhltii fo <br />mi[fll fifihrp4f1iiiYilpreliffitlSN4ARINi�ff,SrWhishitinglhllow? pound <br />to 10 do Waste for the presence of subsurface water In the lank <br />area, . <br />tqj and the lank <br />manufacluror regarding allowable system lea, ptessulos, <br />16. CAPACITY <br />Nominal Capacity (� ' 1 �/OC <br />. Gallons <br />By moll aocucharta <br />to <br />capacity chart available <br />t3ellens <br />❑ Water In tank ❑ Une($) boing loatod with LVLLT <br />❑ Hlgh water table In tank excavation <br />Date of Teal <br />From <br />Station Chart <br />❑ Tank Manufacturer'. Chart <br />❑ Company Engineering Data <br />❑ Charts supplied with Tank Tester <br />❑ Other <br />Inventory In Tank <br />Total Gallons <br />ea. Reading <br />+ r,er <br />21, VAPOR RECOVERY SYSTEM <br />-tu. uucrrttatN I II LXPANSION <br />RECIPROCAL METHOD <br />'type of Product ......... <br />Hydrometer Employed .................................. . (Q W <br />Temperature In Tank <br />Circ <br />Alter Circulation ............. c„)"{ r F <br />Temperature of Sample ............................. <br />18. SPECIAL CONDITIONS AND PROCEDURES <br />TO TEST THIS TANK <br />Sao manual sections applicable. Check below and record procedure In log 127). <br />Difference (•/-) ........................................ <br />Use maximum allowable Iasi pressure for all lest$. <br />�.. <br />IF <br />Observed A.P,1. Gravity ................... <br />Four pound rule doe$ not apply to doublewalled lank,. <br />r <br />n <br />19. <br />Complete section below; <br />Bollo <br />I . Is four pound rule required? <br />YeeffVV11 <br />l� No ❑ <br />Add ; <br />this lank per IF <br />Total <br />Transfer to Line 29s,' <br />P 2. Weight 10 12' mark from grade20. <br />In,":' <br />. <br />Tank <br />x 9. Pressure of bottom of lank <br />Exten <br />below <br />4 Pressure At top of lank <br />I 1 <br />'ll fill <br />a ^� <br />A� k 2 g1 <br />P.S.I. <br />u� <br />USE <br />Depth of burial <br />In. <br />PNSi <br />33 <br />22. , <br />Tank die.' <br />. <br />In, <br />s a23. <br />23. o <br />We fable to lank bol lom <br />In. <br />_. NOTES, <br />� jha above calculations are laDo used idr dry bili giifdifhltii fo <br />mi[fll fifihrp4f1iiiYilpreliffitlSN4ARINi�ff,SrWhishitinglhllow? pound <br />to 10 do Waste for the presence of subsurface water In the lank <br />area, . <br />tqj and the lank <br />manufacluror regarding allowable system lea, ptessulos, <br />16. CAPACITY <br />Nominal Capacity (� ' 1 �/OC <br />. Gallons <br />By moll aocucharta <br />to <br />capacity chart available <br />t3ellens <br />❑ Water In tank ❑ Une($) boing loatod with LVLLT <br />❑ Hlgh water table In tank excavation <br />Date of Teal <br />From <br />Station Chart <br />❑ Tank Manufacturer'. Chart <br />❑ Company Engineering Data <br />❑ Charts supplied with Tank Tester <br />❑ Other <br />Inventory In Tank <br />Total Gallons <br />ea. Reading <br />+ r,er <br />21, VAPOR RECOVERY SYSTEM <br />-tu. uucrrttatN I II LXPANSION <br />RECIPROCAL METHOD <br />'type of Product ......... <br />Hydrometer Employed .................................. . (Q W <br />Temperature In Tank <br />Circ <br />Alter Circulation ............. c„)"{ r F <br />Temperature of Sample ............................. <br />•F <br />j <br />Difference (•/-) ........................................ <br />�.. <br />IF <br />Observed A.P,1. Gravity ................... <br />r <br />Reciprocal <br />1151� <br />Page e <br />Total quantity in <br />lull lank (17) <br />Reciprocal <br />Volume change In <br />this lank per IF <br />Transfer to Line 29s,' <br />a Volume chap o In This lank Cellona <br />per IF <br />This t ° <br />