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14. <br /> 77, <br /> f _ , <br /> Owner or alar Address - City State <br /> & Dale of Test <br /> z 5. TANK TO TEST 16. CAPACITY From <br /> �"fl• lz � ��� By most accurate Station Chart <br /> O Nominal Capacity._ capacity chart available �'� ❑ Tank Manufacturer's Chart <br /> y Ide`lily by positron Gallons Gallons Company Engineering Data <br /> ;13 f �S Is there doubt as to True Capacity? ❑ ❑ <br /> Charts supplied with pp}�Qgttp <br /> Grape See Section"'DETERMINING TANK CAPACITY" ❑ ^" is <br /> Other <br /> 17. 'FILL-UP FOR TEST Stick Readings Total Gallons <br /> to IA in. Gallons; ea.Reading <br /> Stick Water Bottom <br /> before Fill-up _ inventory <br /> to Vs in. Gallons _ <br /> Fill up.STICK BEFORE AND AFTER EACH COMPARTMENT DROP OR EACH METERED DELIVERY QUANTITY <br /> Tank Diameter 1/ ) Product in full tank(up to fill pipe) <br /> 18. SPECIAL CONDITIONS AND /PROCEDURES TO TEST THIS TANK VAPOR RECOVERY SYSTEM <br /> See manual sections applicable.Check below and record procedure In log(26)_Water Observation.Welt level St e I py <br /> Nrw� <br /> E] water in tank ❑ High water table in tank excavation ❑ Line{;)being tested with LVLLT ge p <br /> w Z•4 <br /> mem= <br /> 6)0 W 21. TEMPERATUREIVOLUME FACTOR (a)TO TEST THIS TANK <br /> Pr 19. TANK MEASUREMENTS FOR �/ ��77((��ii �/ <br /> r'l o p TSTT ASSEMBLY r Observed API Gravity:-aTamp.�IF Corrected API Gravity��'Q <br /> :0 Bottom of tank to Grade*...... 22. Thermal Sensor reading atter circulation "F <br /> Add 30"for 4"L ................. " <br /> digits; Nearest <br /> Add 24"for 3"L or air seal ....... 23• Digits per IF in range of expected change <br /> Total tubing to assemble Approximate ........ digits <br /> / <br /> 24. �t�� �. / '7 l aeons <br /> 2D. EXTENSION HOSE SETTING , //S x_��_�a_`�`��� = �� g <br /> total quantity in coefficient of expansion for volume change in this tank <br /> Tank top to grade*.................................. full tank(16 or 17) involved product per IF <br /> Extend hose on suction tube 6"or more <br /> below tank top .......... ..... 25_ � <br /> � �.1......57 - <br /> This is <br /> volume change per IF(24) Digits per IF in test T Volume change per digit. test <br /> *If FiII pipe extends above grade,use top of fill Range(23) Compute to 4 decimal places. factor(a) <br /> 26. 30. HYDROSTATIC 31. VOLUME MEASUREMEMTS(V) 34' TEMPERATURE COMPEIISATIOM 38•NET VOLUME 39•ACCUMULATED <br /> LOG OF TEST PROCEDURES PRESSURE RECORD TD.Dili GAL: USE FACTOR la) CHANGES CHANGE <br /> CONTROL EACH READING <br /> 27. 28. 29. Standpipe Leve[ 32. 35. 36. 37. Temperature u Kigh Leval record <br /> Product in Product <br /> PATE Record details of settingu in Inches Change Computation Adjustment Total End Detloceon <br /> P Rwding Graduate Replaced{-) Thermal Higher+ (c) x (a). Volume Minus <br /> and running test.(Use full Ka. Beginning Level to Sensor <br /> length of line if needed.} g g Lower- Expansion+ Expans)on(+)or Low Leval canpute <br /> TIME of which Before After - Product Reading (r:) Contraction- Contraction(_) Change per Kour . <br /> (24 hr.) Reading Restored Reading Reading Recovered(+) r33(V)-N37(T) (MFPA criteria) <br /> J / .7 <br /> r + <br /> 4Z 5!b <br /> ` <br /> i <br /> Allo r <br /> . a °o �5_ nt o lo( b3 <br /> 2 - 5/0 c a3o R` f ,o 51 - Q <br /> 06 <br /> 1 h 1 4 <br /> tl, 7c,6 <br /> 49, ,2 ' 2� f a d 6�aZ /�o ,o (S�� <br /> O12. /Z- .3� 90 7 ,0.7 3 d .003 —,619 <br /> n <br /> 4 <br /> 1 <br /> Y <br />