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27. sensor calibration _ 30. NroxdsTAnc <br /> PRESSURE 31. VOLUME MEASUHEMENTSIVi 34' 3B.NET HANGIG 39. <br /> CONTROL TEMPERATURE COMPENSATION' <br /> LOG OF TEST PflOCEOUflES RECORD lO.00I GAL. USE FAC(OR(al. - CHANGMG ACCUMULATED <br /> 28. <br /> EACH READING CHANCE <br /> DATE Record dfudetails <br /> st sellingup2e Sla on Ich Level Rotlud in <br /> and sunning lest.(Use lull geatllnp in Inches 32. Graduate 3 R EACH <br /> 35. 36. 37. Adjustment <br /> _ No. Replaced I-I Chan a - Adjustment <br /> _ <br /> length ul line it needed) Y computation-.(a)- <br /> C Depof level to Sense,lho'nu( Higher• xp.lel. VaWmo Minus <br /> 124 nc1 PRODUCT J which Before Aller Product Sensor Lower- o Expansion Ex anslon Al CLowha Level cum ul <br /> Te N1�E Reading geslpred Beading Reading Recovered L1 Reading Id Contraction- Contraction I-)r Change per Hour <br /> � <br /> aJ8Y1—1137(l) INFPA crucial 3' ARRIVED AT:SITE,REMOVED OP UBE, APO RECO Y- LIN S,BLE RE6T0 E P PS ,ETC <br /> S210 SET—UP EQUIPMENT <br /> START CIRCULATION <br /> ACTOR "AT' a035 ) <br /> p z, <br /> I4r 1ST THERMO READING 42, <br /> START 42' HIGH LEVEL TES } Iv .f <br /> IST HIGH LEVEL READING 1 42 :fa 0 ,t n15� + ti +p _ <br /> (lf' CONT'D HIGH LEVEL READING 2 42 ,�13o 'foto <br /> y: 3 42 a'so aZ 0 349 <br /> 4 42 -V oft �b5u n 0 <br /> 7S {:0 ' 0 <br /> ao ar ee 5 42 <br /> ({ LS n Zoo }a2s $6 + 5 t O-B _ <br /> t1 6 42 2u 020 -3 <br /> 42 <br /> 8 4z 3 a a'30 3?t + 4- 4022 o <br /> 8 3 17 to30 of <br /> SIS° DROP TO LOW LEVEL,WAIT 1 HO R 31"T + 3 f0 '� <br /> START LOW LEVEL TEST <br /> ►Z, " 1ST LOW 1EVEL'READING 1 12 12 ' O <br /> \ U 'I Le7s7 3 4 t3 +oil +tA�3 <br /> CONT'D LOW LEVEL READING 2 12 5 <br /> �s 3 12 0 a r,1'�; c + -3 1.014 —001 + 05 <br /> r <br /> 4 lay {o\s t, a 4 <br /> 1z <br /> Sul5 12 " •o Q) qr Z ^. oo`lxxx <br /> 6 12 _ ..I � =� ' q- <br /> ou er 12 i� A ._ '4 Ora 3 4 t� � Oou <br /> — �� 8 12 . 22. <br /> 1 ° 4Q04 <br /> w It 9 12 T tat o4 2, <br /> tS' 10 12 <br /> 11 12 <br /> n <br /> 7 if <br /> Q rf <br /> 13 12 <br /> e 14 12 2 kL <br /> p11 —aol - p Q <br /> { / --- --. �5 12 1�t"0 + o Ir 1 1 } i bo A - �`•0 <br /> 16 1 2015 c> <br /> �Q ,r <br /> 17 12 J04) I V00(' 01 ', 'D11 <br /> 18 12 31� D aI3 d _ po <br /> ^- b <br /> 0 ol <br /> 1 12 16, <br /> LO p 23 rl + oil :'tau 1 _ -el 5 <br /> Zp�S n n 20 12 <br /> 67.*;- 4. <br /> '�T — " ea 27. 12 �d3+� -r.0015 <br /> ' a -I & w'uoU 3 ooS - a. ti► <br /> 22 12 33 3 �. ooi 25 41 f naba -t2 gl- <br /> 2It <br /> Zizp 2 12 3a t'a00 k000 ; D- -, <br /> 24 12 ...ot0 � <br /> STOP TEST <br /> r� 3 2o( rD r GPH <br /> P-T Tank Test Data Chart 2. statement <br /> Tank and product handling system has been tested tight It Is the responsibility of the owner and/or operator of this <br /> Addition nIo g system to Immediately advise state 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 failure of this <br /> )GPH of a leak. system.The manufacturer of this test method does not assume <br /> 1. Net VolumeChange IT one[ on Pre'slon Test \_gph OR any responsibility or liability for any loss of product to the <br /> environment. <br /> ❑ Tank and product handling system has failed the tank tightness <br /> Signature of 7est�r: test according to the Precision Test Criteria as established by <br /> regulatory agency.- Tank Owner/Operator I"'T f`GO <br /> Date: 7 <br /> OR <br /> ❑ Testinvaliddue toenvironmenialormechanlcel taclorsbeyond Dale <br /> control of the testing equipment. <br />