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14. <br /> 1 r� <br /> plaral of Supplier,Owner Or Deader Address No.ant Stredb) CRY Rate Data Of Test e <br /> 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY From <br /> w <br /> /`//,V(] Al Sbn Chad <br /> Identify by pospositionpositionn <br /> Nominal Capacity, /✓ O a ElTankManufacturer Chert <br /> ❑ Company Engineering Det. <br /> �JetJ�C,4 rJ�� <br /> Shand and G ede By most accurate /O ❑ Chose supplied with <br /> papeclty chant me liable ❑ ane. <br /> ] Gallon. <br /> 17. FILL-UP FOR TEST Total Galbes <br /> ` Galbris es.Reeding <br /> StkF Wetar eoom <br /> More fin-ppn ��J e <br /> m / J <br /> d" ellone Ten;Diameter m°entory My 1 J <br /> 131 <br /> V <br /> 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑Water In tank ElLiners)being tested with LVLLT OAF _. Iq 315 <br /> See manual sections applicable.Check below and record procedure In by(27). ❑High water table in tank excavation <br /> Lisamaximum auoweble teat pressure for all tmpa. 19. TANK MEASUREMENTS FOR Transfer total W line Via •` <br /> Four pound rule does not ePPly to doublewelled tanks. <br /> Complete sadbn below: � <br /> ?STT ASSEMBLY 21. VAPOR RECOVERY SYSTEM e,I stege it <br /> Bottom of tank to grade............................. In. <br /> Add w"for'T'probe my.......... ......... ..... 30 In. 24b. COEFFICIENT OF EXPANSION <br /> 1. la four pound rule required? yes ❑ No Tow tubing to assemble—approximate.......... in. RECIPROCAL METHOD <br /> 2 Haight Po 12"mark from bottom of tank In, <br /> 20. EXTENSION HOSE SETTING rypeoiPm"" ".....""""""""•-""....••• <br /> Tank top to grade................__............... 3 / InHydrometer Employed .................................. H <br /> Expand Mee on auction tubs 6'.more Tam ratura In Tank l/ ��•k' <br /> 3.Preuure at 1oMm of baM P.SL ••{s All.Circulation........],�!-!�,!+„-�,,,,,,,.,.. .p <br /> below tank top................................I..... 1✓ In. �/J <br /> �.(r-°F <br /> d. Pressure at top of tank p B I 'll Fill pipe extends above grantTemperature of Sampi..................................,Lies top of 1111. 4 <br /> 22. Thermal-sensor reading eller circulation Differenp /- �- •• /J <br /> la ).........................................� ✓ •p <br /> di ns <br /> Depth of burial in. _��(a •F Observed A.P.J.Grmky, ............. <br /> B Meeh <br /> 23. Digit.per°F in range of expected change 4 s..A(L__ Reciprocal I c./l/3 Pa,k /'mss <br /> Tank die. h dish. �c1 , <br /> COEFFICIENT OF EXPANSION (Complete after circulation) ( S 1 OBJ b.lb1s,?t4 <br /> 24a. Corrected AP.1.Grevlry Total uanthy In Raclproul Vdume change In <br /> Water More In, fug bank(10 or 17) this tank per°F <br /> Observed A.P.I.Gravity.......................... <br /> NOTES: Transfer to Lim,2d. <br /> Hydrometer employed............. .... ... ....-H <br /> Observed Semple Temporal e . . . 24C. FOR TESTING WITH WATER sesTabpa f>OD <br /> Connected A.P.I.Gravity Water Temperature atter Clubs L <br /> ®eg°F,From Table A............... ................... Table C............._.... <br /> . ... .. ..... .. �•F <br /> Cof Expansion �{rf� ■�T�V` <br /> The above nlculeliona are to M used for dry wll eondllldne to barr Involved <br /> d ProProductoduCoefficient d Wtar <br /> Table D <br /> .............. ........establish ePositive preseursadventaPo.orwnen using the lourpound From Table O .......... Y N <br /> Nle to compensate for the prewnG of subsurface water In the tank Transfer COE to Line 251. Added Sutlsobamt ❑yes Else Tranehr COE ~ <br /> eras. 6� <br /> Rel. to N.F.P.A. JD. Sections 2-3.2 and 2-].2 end int tank 25. (a) �0��' ,f x (b) _ �C) m m <br /> man � <br /> manufacturer regarding allowable aywtM test pressures. Trial quantity b Coefficient of.pamion for Volume change In bb tank e1. <br /> Nit bank Its or 17) Involved product Por•F <br /> t _ .. . 26. (a) 5� a 07 I Tnr r <br /> tritium change per•f(2d.2d11d Rang pec) In bast Volume chanse per 11 p paat <br /> x.02 <br /> Range IYl) fnnpule to 4 declmet pinrae lector(a) <br />