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27 ' sensor Callbrallon1��Z)/ 30 . HYDROSTATIC 31 . 34 . <br /> PRESSURE VOLUME MEASUREMENTS (V) TEMPERATURE COMPENSATION 38 . NET VOLUME 39 . <br /> CONTROL RECORD TO .001 GAL . USE FACTOR 1al CHANCING ACCUMULATED <br /> LOG OF TEST PROCEDURES EACH READING CHANGE <br /> 28 29 . Slandptpe Level Product in 33 . 35 . Temperature <br /> DACE Record details of selling up 32 . Product . 36 . 37 . <br /> and running lest . ( Use lull Reading in Inches Graduate Replaced l- ) Change Computation • Adjustment <br /> length of line it needed .) No . Beginning Level to Thermal Higher • ( c) • ( a ) • Volume Minus <br /> TIME � 1 0l which BeforeTARei Product Sensor Lower - Expansion • Expansion ( • ) or AI Low Level compul(24 hr . ) PRODUCT ( )n �� , Reading Restored Readingading Recovered Reading Id Contraction - Contraction I- ) Change per Hour <br /> I ) 11331V1 — x37(11 INFPA crilerial <br /> (� ARRIVED AT : SITE , REMOVED OP UBE , APO RECOVERY LIN S , BLE REMOTE P PS , ETC <br /> SET — UP EQUIPMENT <br /> OSS START CIRCULATION ACTOR <br /> 1ST THERMO READING 420 <br /> START 42 ' HIGH LEVEL TES • �'1 �7 <br /> r 1ST HIGH LEVEL READING 1 42 • (�j?� to �C) +00 _ I(> <br /> CONT ' D HIGH LEVEL READING 2 42 to C) <br /> II 3 42 <br /> ��C II II 4 42 <br /> 1 ! <br /> " 5 42 <br /> 81co ffl �t ► x- 12 tcp <br /> II eI L 42 , �� "� � fi <br /> 742 <br /> II - � Q r 6 .II 42 + To acL& <br /> iC� <br /> �J DROP TO LOW LEVEL , WAIT 1 HOIJR <br /> START LOW LEVEL TEST <br /> LOS 1ST ZOW rLEVEL READING 1 12 120 � <br /> /—� CONT ' D LOW LEVEL READING 2 12 �1LI +3 <br /> 1 1 II - <br /> H 3 12 • C + C +M:5 — <br /> �' 4 12 . ICS5 12 <br /> f C�C� U33 - 1 <br /> _ 6 lz <br /> It lu0 + Ulm <br /> II <br /> to 0 ° 8 <br /> 9 12 l j -l•- Ce <br /> C::k <br /> .� 10 12 T. OvO <br /> II 1t 11� , � <br /> 1212 <br /> _] :rr13 12 <br /> C <br /> II <br /> I I - <br /> S � 14 12 <br /> II <br /> t 15 1216 <br /> II <br /> - U <br /> � 7 12 315 to C) for _ - Cos18 12 <br /> _ <br /> vI Iv <br /> II 19 12 _ .. ? -t,� _ b, 1� 31-1 _ }al --� ) _• _ <br /> 20 12 <br /> 70 U5 sUPA <br /> W53 <br /> 21 12 <br /> 22 12 .E - :� I"� 3 for �. CxX� •�, cam. � <br /> I I <br /> 23 <br /> C% 12 6� f ism <br /> II „ <br /> 24 12 UC � � 7f +D <br /> STOP TEST <br /> ) GPH <br /> P- T Tank Test Data Chart 2 , Statement : It Is the responsibility of the owner and/or operator of this <br /> diti al In 00 Tank and product handling system has been tested tight system to Immediately advise slate and local authorities of any <br /> according to the Precision Test Criteria as established by Implied hazard and the possibility of any reportable pollution to <br /> regulatory agency . This Is not Intended to Indicate permission the environment as a result of the Indicated lailure of this <br /> • ) G of a leak . system . The manufacturer of this lest method does not assume <br /> any responsibility or liability for any loss of product to the <br /> 1 . Net Volume Chan9e at Conclu n pf Precisio est gph OR environment . <br /> \ ❑ Tank and product handling system has failed the lank lightness <br /> Signature of Test lest according to the Precision Test Criteria as established by <br /> 7Z J regulatory agency. Tank Owner/Operator <br /> Date : <br /> OR <br /> ❑ Test Invalid due to environmental or mechanical factors beyond Date �� 1 <br /> control of the testing equipment . <br />