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14. C a �P V._4 7 /�f� s 5 <br /> '� 6, Cl 7— <br /> Nome of Suppliei Owner or Dealer Address No and Streets) City <br /> State Date o4 Test <br /> y 15. TANK TO TEST 16. CAPACITY From <br /> Station Chart <br /> By most accurate <br /> X � S/� s� � � Nominal Capacity.. !� ❑ <br /> M p N-L , C, 0 _ capacity9 7 Tank Manufacturer's Chart <br /> Iden' b Gallons chart available ❑ <br /> m <br /> Identity Y positionGallons <br /> ❑ ❑ Company Engineering Data <br /> �tnte� ®f- �S G Is there doubt as to True Capacity? <br /> Brand and Grade See Section"DETERMINING TANK CAPACITY" Charts supplied with PP$r0 jltP <br /> Other MW-TESTER <br /> mom 17. FILL-UP FOR TEST Stick Readings Total Gallons <br /> Stick Water Bottom to%in. Gallons ea.Reading <br /> before Fill-Lip Inventory <br /> to%in. Gallons <br /> Fill up.STICK BEFORE AND AFTER EACH COMPARTMENT DROP OR EACH METERED DELIVERY QUANTITY ¢ Cr t <br /> Tank Diameter r <br /> ..-4 .. Product in full tank(up to fill pipe) 17 <br /> v0. 0 — <br /> w C)oW o 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK <br /> = x(n VAPOR RECOVERY SYSTEM <br /> P <br /> I4 <br /> O t7 D See manual sections applicable.Check below and record procedure in log(26). 3 3 ,S <br /> O D o< ❑ Water in tank ® High water table in tank excavation ❑ L ine(s)being tested with LVLLT El1111 <br /> 0 <br /> { O <br /> ^' 21. TEMPERATURE/VOLUME FACTOR (a)TO TEST THIS TANK <br /> 0 19. TANK MEASUREMENTS FOR <br /> to TSTT ASSEMBLY Is Today Warmer?[J Colder?[J—°F Product in Tank_°F Fill-up Product on Truck_°F Expected Change( +or-) <br /> I <br /> to Bottom of tank to Grade*............. 9 rr S ° <br /> 22• Thermal-Sensor reading after circulation J 90 F <br /> ' Add 30"for 4"L <br /> ''' -- Bigots Nearest <br /> Add 24"for 3"Lor air seal....... 23. Digits per°F in range of expected change _ <br /> Total tubing to assemble Approximate r/ rr di ds <br /> 0�b <br /> 20. EXTENSION HOSE SETTING24. 1/, 9 �� x . D o Lf S Z g = j, 8 �6 7 gallons <br /> Tank top to grade• „ total quantity in coefficient of expansion for volume change in this tank <br /> Extend hose on suction tube 6"or more full tank(16 or 17) involved product per of <br /> bo ,r <br /> below tank top ................ " 25. _'�. 3 2 l5 Z,� -_-) ! <br /> volume change per°F(24) Di lts b $ 9 1 O b This is <br /> If Fill pipe extends above grade,use top of fill. g per°F in test Volume change per digit. test <br /> Range(23) Compute to 4 decimal places. factor(a) <br /> 26. 30. HYDROSTATIC 31. 38.NET VOLUME 39. <br /> LOG OF TEST PROCEDURES PRESSURE VOLUME MEASUREMENTS(y) 34' TEMPERATURE COMPENSATION CHANGES ACCUMULATED <br /> CONTROL RECORD TO.001 GAL. USE FACTOR(a) EACH READING CHANGE <br /> 27. 28. 29. Standpipe Level 32. 35. 36. 37. Temperature <br /> ONE Record details of setting up Beadi in Inches Product in Product Change Computation Adjustment recordAt High Loyd At High Lend <br /> and runnin test. Use full Graduate Replaced(-) Thermal <br /> 9 I Na Nigher+ (e)x(a)s Volume Minus <br /> length of line if needed.) Beginning Laval to Sensor tower- Expansion+ A taw Loyofed TIME of which Before After Product Reading Expansion(+)or <br /> How <br /> (24 hr.) Reading Restored Reading Reading Recovered(+) (c) Contraction- Contraction(-) theme per <br /> r #33(V)-#37(T) (NEPA ) <br /> l L � <br /> L'/D 4 c "^� :tAa <br />