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I ►: 14. Q� 1 �� /� �— I—i l�('t ► �`(� I 1t�� ; �' 1 Il ' k� �� aaa Name of Supper. Owner or Dealer 15. TANK TO TEST ac�: Identity byIon Brand and Grad* Address No. andatreela) Coy Stale 15a. BRIEF DIAGRAM OF TANK FIELD X16. CAPACITY «tomNominsf Capacity -- Oalbrle i My most accurate I GpacIty chart available Gallon. 17. FILL -UP FOR TESTT stick War*. Bottom before Fill -up iiii'1111 In. In. 10 14, Gallons Tank Diameter, Inventory 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑ water In tank ❑ Una(.) being tested with LVLLT Total Gallons ❑ n. Reading `See manual sections applicable Check below and record procedure In tog (27). High water table In tank excavation • ,t,q use maximum avowable teat pressure for ell'°"'. 19. TANK MEASUREMENTS FOR ti -Hydrometer Four pound rule does not appy to doubt tanks employed ................................... H TSTT ASSEMBLY ILII Complete section below: Bottom of flank to grs4' ....... ....�...... I I 1 � In. 6amp Te pfferura ........... ......... F b mCorrected Add w fo! "r wow tory ..............:..:'......... 30 in. 1. b four p. nd rule requir P•i, vex❑ NO ® - ( Total tubing to aesembia - approxlmaN ............. In. 2. Height to 12" mark from bottom of tank In. 20, EXTENSION HOSE SETTING �a(��1 Tanis lop to grade' .................................. .................. ... ....... In. ,'. TIN Above OdOulallons ere to be used lot dry 1011 WdIllOna 10 [xWW hoes on auction luau a" or loon r .r 3. Pressure at bottom of tank ►.81." Table ..........................................j. rule to compensate for the presence of subsurface water In the lank below tank top ........................«............ in. e. Pressure at lop of tank P.?L1. d Fill pipe extenbs above grade, use top of f1L , 't MIM to N.F.P.A. 30, Wtlons 2.174 and 7.72 end the lank 22. Thermal -Senor reading stiff clroulallon 7 Tafel q•rantlry .n Coet"ient M Int r Depth of burial In, g 1 1 .F 23. Digits per •F In range of expected change digits dna. In. COEFFICIENT OF EXPANSION (Complete after circulation) 242 Cor ed A P t G Date of Test From ❑ Station Chan ❑ Tank Manufacturer's Chan ❑ Company Engineering Data ❑ Chan, supplied with ❑ Other Total Gallons rest raviry n. Reading table k1. ' • ,t,q I 1 Observed A.P.I. Gravity ......�........... i ............... ti -Hydrometer N-(OTT-E/ES1/1��/� employed ................................... H �.Obarwd U 6amp Te pfferura ........... ......... F b mCorrected A.P.1. Gravity XWIN. From Table A .................................... C.Wflelant of dpambn ,'. TIN Above OdOulallons ere to be used lot dry 1011 WdIllOna 10 br Involved hoduct .: •From r .r establish e positiveprequraadvantags,or aur on using the four pound Table ..........................................j. rule to compensate for the presence of subsurface water In the lank Transfer COa to Line 25b. ! VOL 't MIM to N.F.P.A. 30, Wtlons 2.174 and 7.72 end the lank 25, 8 x b mfirilfacluref regerdinj q.: Tafel q•rantlry .n Coet"ient M Int Date of Test From ❑ Station Chan ❑ Tank Manufacturer's Chan ❑ Company Engineering Data ❑ Chan, supplied with ❑ Other 24b. COEFFICIENT OF EXPANSION RECIPROCAL METHOD rI- Type of Product ........................................ �tc , 4k�z Hydrometer Employed .................................. H Temperature In Tank After Circulation........................................F Temperature of Sample ................................. DlMerenu(-/-)........................................ .._].L%L •F Observed APA. Gravity ..... .............................. Reciprocal �(i2 Page e H Total quantity In Reciprocal Volume change In full tank (to or 17) this tank per •F Transfer to Line 26a. 24c. FOR TESTING WITH WATER .« Table C / D Water Temperature after Circulation Table O .......... . ...... •F DW111111M11 of Wsbr Table 0 ................................................ added surr*ctant7 ❑ vex ❑ No Transfer COE to Una lob. e C' gallon@ Volume Mange In this lank Total Gallons Gallons n. Reading K I � L�\��1 •TAN _L._6L �� �j I��TA _ I 1 Transfer total to line 25s 21. VAPOR RECOVERY SYSTEM ❑ stage I ❑ stage II 24b. COEFFICIENT OF EXPANSION RECIPROCAL METHOD rI- Type of Product ........................................ �tc , 4k�z Hydrometer Employed .................................. H Temperature In Tank After Circulation........................................F Temperature of Sample ................................. DlMerenu(-/-)........................................ .._].L%L •F Observed APA. Gravity ..... .............................. Reciprocal �(i2 Page e H Total quantity In Reciprocal Volume change In full tank (to or 17) this tank per •F Transfer to Line 26a. 24c. FOR TESTING WITH WATER .« Table C / D Water Temperature after Circulation Table O .......... . ...... •F DW111111M11 of Wsbr Table 0 ................................................ added surr*ctant7 ❑ vex ❑ No Transfer COE to Una lob. e C' gallon@ Volume Mange In this lank