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27. <br />Sensor Calibration / <br />30. HYDROSTATIC31 <br />PRESSURE <br />CONTROL <br />VOLUME MEASUREMENTS(VI <br />RECORD TO VIR GAL. <br />34. <br />TEMPERATURE COMPENSATION <br />USE FACTOR (al <br />38. NET VOLUME <br />CHANGING <br />EACH READING <br />39. <br />ACCUMULATED <br />LOG OF tESr PROCEDURES <br />28. <br />Record details of selling up 29• <br />OAIE and running lest. (Use full Reading <br />No.TIME <br />Slandpipe Level <br />In Inches <br />32. Product in 33. Product. <br />Graduate Replaced 1-) <br />35, 36, 37. <br />Change Compmallom <br />Temperature <br />Adjustment <br />CHANGE <br />length of line if needed.) <br />g <br />(24 hr,I PRODUCT <br />thermal Higher <br />ro IG • (a) • <br />Sensor Lower - Expansion • <br />Reading let Contraction - <br />At Low Level comput. <br />Change per Hour <br />Beginning <br />of <br />Reading <br />Level to <br />which <br />Restored <br />Belore <br />Reading <br />Aller product <br />Reading Recovered 1•) <br />Volume Minus <br />Expansion (•1 or <br />Contraction 1-1 <br />ARRIVED AT:SITE,REMOVED OP <br />133IV1 — e3T(Tl <br />INFPA ctiterial <br />UBE, <br />APO <br />RECO <br />Y LIN S,BLE <br />REMO E. PUIPS.ETC. <br />ICE-SET—UP EQUIPMENT <br />START CIRCULATION <br />ACTOR '°A°` <br />1ST THERMO READING <br />42e <br />1�0START <br />42° HIGH LEVEL TES <br />1ST HIGH LEVEL READING <br />1 <br />42 <br />li <br />!b <br />+ �f�� <br />CONT' D HIGH LEVEL READING <br />2* <br />42 <br />s <br />" Im <br />3 <br />42 <br />n n <br />4 <br />42 <br />10 <br />n <br />5 <br />^r <br />42 <br />�.,,/ <br />`•✓ ® T' <br />It <br />6 <br />42 <br />a <br />}� . <br />• <br />1t �� <br />7 <br />42 <br />mrcI <br />ee tt <br />Q <br />U <br />42 <br />DROP TO LOW LEVEL,WAIT 1 <br />HO <br />JR <br />I <br />START LOW LEVEL TEST <br />� <br />.. <br />GO <br />1ST- LOW'ILEVEL'* READING <br />1 <br />12 <br />12 ° <br />I <br />CONT'D LOW LEVEL READING <br />2 <br />12 <br />; <br />�� <br />I- <br />— --. <br />II le <br />3 <br />12 <br />-- <br />`j - .}. <br />II <br />4 <br />12 <br />° <br />+QA <br />T <br />g <br />11 <br />5 <br />12 <br />° 1 <br />- <br />. <br />6 <br />12 <br />• I <br />T- <br />7 <br />12E <br />�`'+�^�\'^rte^ <br />le <br />11 11 <br />8 <br />12 <br />• <br />�s <br />.. <br />s <br />9 12 <br />10° <br />12 <br />--r <br />• <br />.. <br />n „ <br />11 12 <br />.� .J <br />'°"� "" O 1 <br />.� <br />° <br />le " 12 12 <br />�`.. <br />Q32J <br />13 <br />12 <br />toge <br />14 <br />12 <br />�. <br />s <br />"' <br />re <br />15 <br />12 <br />+ <br />16 <br />Cil <br />t75 <br />Qjq <br />'SU11 <br />et <br />17 <br />n <br />12 <br />18 <br />12 <br />_ <br />,- <br />19 <br />12 <br />H „ <br />20 <br />1221 <br />12 <br />22 <br />12 <br />- <br />1 �75.. <br />.. <br />11 <br />23 <br />12 <br />24 <br />12 <br />e •BV <br />i <br />• <br />• <br />STOP TEST <br />e <br />)GPH <br />—A <br />P -T Tank Test Data Chart <br />Ad nfo <br />T. Net Volume Chanle <br />at <br />Signature f Testers <br />Dale: •�7 <br />2.. Statement: <br />(,e Tank and product handling system has been tested tight <br />according to the Precision Test Criteria as established by <br />regulatory agency. This Is not intended to Indicate permission <br />)G, PH of a leak. <br />9Ph OR <br />❑ Tank and product handling system has failed the tank tightness <br />test according to the Precision Test Criteria as established by <br />regulatory agency. <br />ora <br />❑ Test Invalid clue to environmental ormerhintcaifaclombrryond <br />It is the responsibility of the owner and/or operator of this <br />system to immediately advise state and local authorities of any <br />Implied hazard and the possibility of any reportable pollution to <br />the environment as a result of the Indicated failure of this <br />system. The manufacturer of this test method does not assume <br />any responsibility or liability for any loss of product to the - <br />environment. <br />Tank Owner/Operator <br />Date __ ___... <br />