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14. Lp�tJES7'AR 3o3Sa TiQAGY BLI/�. TiC'Ac Y" C1r'• 3 Sf� c/ 89 TB�9- Z <br /> Name of Supplier.Owner or Dealer Address No.and Street(s) City State Date of Test <br /> 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY From <br /> REAiPF // 5 T7-AGH�lJ ® Station Chart <br /> Q y/7�.D �••� � Nominal Capacity Q ❑ Tank ManulaCturer's Chart <br /> Identity by position p 1A6 Gallons <br /> Company Engineering Data <br /> D G J L - ❑ Charts supplied with <br /> Brand and Grad capacity <br /> accurate AQO c>O ❑ <br /> capacity chart available Other <br /> 72� Gallons <br /> 17. FILL-UP FOR TEST Total Gallons <br /> Gallons ea.Reading <br /> Stick Water Bottom �• 9S 9S ' <br /> before Fill-up v in. in. Inventory 0c:>Q <br /> to A- Gallons Tank Diameter <br /> yy}}�� Tf <br /> o <br /> ��� o FF zo <br /> 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK i YWater in tank Rkine(s)being tested with LVLLT w,q 7—ER <br /> See manual sections applicable.Check below and record procedure in log(27). R High water table in tank excavation <br /> io o za <br /> Use maximum allowable test Pressure for all tests. 19. TANK MEASUREMENTS FOR Transfer total to line 25a <br /> Four pound rule does not apply to doublewalled tanks. <br /> Complete section below: <br /> TSTT ASSEMBLY 21. VAPOR RECOVERY SYSTEM EllStage I Elstag.II <br /> • Bottom of tank to grade' ............................ in. <br /> Add 30"for­r'probe assy........................... Q 30 in. 24b. COEFFICIENT OF EXPANSION <br /> 1, is four pound rule required'r Yes ® No ❑ Total tubing to assemble—approximate ............. tri.��-+ RECIPROCAL METHOD <br /> 20. EXTENSION HOSE SETTING Type of Product GiESEL <br /> 2. Height to 17•mark from bottom of tank 1176- <br /> ! in. I L/ 2 <br /> Tank top to grade'.................................. in. Hydrometer Employed..... / H H <br /> Extend hose on suction tube 6"or more Temperature in Tank 5_10/ . <br /> 3.Pressure at bottom of tank P.S.1. 3/„ After Circulation........... F •F <br /> below tank top...................................... �y In. <br /> U Q Temperature of Sample.. Sz�� •F •F <br /> 4. Pressure at top of tank / U P.S.1. •If Fill pipe extends above grade.use too of fill. <br /> 1 �c, ' Z <br /> ZZ. Thermal-Sensor reading atter Circulation pitference(•/-)............ •F <br /> `digits <br /> Depth of burial in. `'� zl- �� �F Observed A.P.1.Gravity .. 3�z.,_3 . ............. <br /> Between <br /> Tank die. ?,5-' <br /> in. digits23. Digits per•F in range of expected change IV Page s <br /> 22. Thermal-Sensor reading after circulation Reciprocal 3 f7 ZLf' 5380 <br /> digits <br /> F 7E <br /> Water table �S �in. • Z Q 3 �. <br /> Between- Total quantity Recipro Qp •change <br /> NOTES: 23. Digits per•F in range of expected change . FOR TESTING WIT WATIt see fl D <br /> digits a,(. j� <br /> 22. Thermal-Sensor reading after circulation F' <br /> digits Water Temperature afte culatienj--'} (t.� .a'� <br /> „ , <br /> ,F Table C.......................�.-'........ .........rte.-•-- F <br /> Between — ~ ps <br /> 23. Digits per'F in range of expected change Coefficient of Water <- .. : <br /> digits Table D (1 ......( �......°.�°_ , <br /> ,_cr(r�t y CJ �y_.—_ <br /> 26. Added Surfactant? ❑Yes IJ r�Transfer COE 1�Li e2 <br /> The above calculations are to be used for dry soil conditions to _ �n <br /> establish a positive pressure advantage,or when using the four pound I j7/ `"�'� <br /> rule to compensate for the presence of subsurface water in the tank '• (a) �•$3 So V,3 y <br /> area. Volume change per*F(25 or 24b) Digits per IF in test Volume change per digit last `, J <br /> ° Range(23) Compute to 4 decimal places. factor(a) <br /> Refer to N.F.P.A. 30. Sections 2-3.2.4 and 2-7,2 and the tank <br /> manufacturer regarding allowable system test pressures. 2. (a) + = This is <br /> Volume change per•F(25 or 24b) Digits per'F in test Volume change per digit test <br /> Range(23) Compute to 4 decimal places. factor(a) <br /> �, (a) = This is <br />