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14. Beacon #6 4 t1( \� _ _ 1210E. _ Hammer Lane Name of Suppller, ner or Dealer Address No. and Street (s) 15. TANK TO TEST 115a. BRIEF DIAGRAM OF TANK FIELD Identify by position Brand and Grade 17. FILL -UP FOR TEST Stockton, Ca. City State 16. CAPACITY Nominal Capacity Gallons By most accurateha{ `= S capacity chart available La, L 7 /. Options stick Wolof Bottom IT before Fll -up y6o— in. $�' M. Inventory ;{^ Gallons Ten lameler ❑ 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑ Water M lank' A Lktels) being tested with LVLLT ❑ Olher ❑ High water table In lank excavation ........ I/14 II, See manual sections applicable. Check below and record procedure In log 12?). ,;,: •^ Dlllerence Ifs-) I "F the maximum allowable 1081 pressure for as Tests. Observed A.P.I. Gravity .... I — ......................�.f• 19. TANK MEASUREMENTS FOR � / //..! V° ® 0 w Four pound rule does not apply to doubleailed tanks. .�. TSTT ASSEMBLY Complete section below: logo 0 $ 71 L2tbz1. Bottom of tank to grade' ........ /3/ 3/ ' Transfer to line 260. - - Add 30" for "r' probe easy ........................... 30 In. 1. is four pound rule required? yes ❑ No Total tubing to assemble - approximate ............. / in. �0 � 20. EXTENSION HOSE SETTING 2. Height l0 12" mark from bottom of tank _ In. 3 Tank top to grade' .................................. in. !(LSL P.S.I. Extend hose on suction lube ti" or more 3. Pressure at bottom of tank - -=t-'-'- below lank top ...................................... in. 0 ®. Pressure at lop of lank W-11,kilp.S1. of burial 3 r In. die. G In. table le WOI.(a-3 U 1 -In. NOTES: The above calculations are 10 be used for dry soil conditions to establish a positive pressure advantage, or when using the four pound rule to compensate for the presence of subsurface water In the tank area. Refer to N.F.P.A. 30, Sections 2424 and 2-7.2 and the lank manufacturer regarding allowable system lest pressures. 'If Fill pipe extends above grade, use top of lift 22. Thermal -Sensor reading alter circulation ° Z 7 / `° di is o °F 23. Olg+1s per •F In range of expected change 3®(0 digits COEFFICIENT OF EXPANSION (Complete alter circulation) 24a. Corrected A.P.I. Gravity Observed A.P.J. Gravity ................................... tlydromeler employed ....................... H 24c. FOR TESTING WITH WATER 'see Table CAD Observed Sample Temperature °F Corrected A.P.I. Gravity Water Temperature offer Circulstbn _ (a18(°F, From Table A........,. ......... °., .....: Table f. ..............................................1. F W e- rf - re„T p . . 76/21/89 ` Date of Test From ❑ Station Chaff Tank Manufacturer's Chari UCompany Engineering Data ❑ Charls supplied with ❑ Olher - - ........ I/14 II, Gallons (q 170 Transfer total to line 250 Toles Gallons as. Reading tai/T0 21. VAPOR RECOVERY SYSTEM ®!Rags 1 ® Stage B 24b. COEFFICIENT OF EXPANSION RECIPROCAL METHOD ' Type of Product ....................................... Hydrometer Employed ................................. L N Temperature In Tank q ® - Aller Circulation - - ........ I/14 II, Temperature of Semple..............................r..� °F :. ,;,: •^ Dlllerence Ifs-) I "F Observed A.P.I. Gravity .... I — ......................�.f• . � / //..! V° ® 0 I .�. Reciprocal ( Page � logo 0 $ 71 L2tbz1. Total quantity In nocipilecal Volume change In lull lank (16 or 171 this lank per •F ' ' Transfer to line 260. - - Coelliclonl of Expansion - - Coolllcient or Water for Involved Product �--� ............^......""•'• • — From Table 8 .................. Transfer COE Ic Lino 25b. - Added Sur lactant7 ❑ yes ❑ No Transfer COE to 'Line 25b. bO 25. �� x = ��) — gallons Total quantity In Coelllclent of expansion for Volume change In this lank ! full lank 116 or 17) Involved product per 'F ! 2r, oro %/-® 7Br-7-3- ThN IS . 0211