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14. /imF o:L i3��LS TAn/eleyf Xoo <br /> el•m of suppler.Owner be Dealso, Noand strearp) city Stale Date of Test <br /> 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY From <br /> Identify by pesnlan Nominal Capacky Sparked��� (� Tank Manula"urar%Gnarl <br /> Galbne ❑ Company Engineering Data <br /> �Pev 11 and wake DY moot accurate H��^-/ ❑ clow supplied with <br /> oapacny than arauaaa ,G JC/ ❑ Other <br /> Gallen. <br /> 17, FILL-UP FOR TEST Total Gar <br /> Gallon. es.Rseaing <br /> Sjkk Welty Bfmand <br /> baore Fili-up _� _in <br /> �K <br /> to%" Gelb Tank piamsly MInWntpy 2,,foo <br /> 16. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK El indoor In tank ❑ Lin•pl being tested with LVLLT <br /> See menual seotlore applocable.Check below and record pme•dure In leg(27). ❑High water table In lank excavation <br /> W <br /> maximum allowable last pressure for all tesla. 19. TANK MEASUREMENTS FOR Transfer total to lone 25e <br /> Four pound rule does not apply fo doublewalled tank¢. <br /> Complete aMbn below: <br /> TSTT ASSEMBLY 21. VAPOR RECOVERY SYSTEM �&"aI �5epa1, <br /> �� <br /> Bobom of lank to grade' .I.......................... in. <br /> Add W.,tor'T.Tube aesy........................... 30 ,n. 24b. COEFFICIENT OF EXPANSION <br /> 1. Is four pound rule repuiredT yore ❑ No Taal tubing fo aesemble— A&S In, RECIPROCAL METHOD <br /> I, p epproelmate............. <br /> 2Natant b 12"merle from bell of lank In20. EXTENSION HOSE SETTING Type of Phoduct ........................... <br /> . . <br /> '.'""""' <br /> Tank top to grade'............_.................... �� Mydrometar Employed <br /> Exh nd nose on."Four juke 6"W.0 Temperature In Tank <br /> J. Presse at kenom of la k P S.I. After Circulatbn........................................ �.F <br /> kebw lank top...................................... in <br /> 'II Fill Temperature of gemp,e................................. e// , •F <br /> a. Pressure al to of la k p g, Pipe extends above grade,use top a till. <br /> 22. Thermal-Sensor reeding after circulation _ Dlnerance(H-)......................................... �•F <br /> gapne <br /> P <br /> I buried In. _' •F Columned A.P L wWfty ......................... <br /> BeJ — <br /> 29. Digits per°F in range of expected charge Reciprocal /y.7-3 peg"F <br /> Tank die .b. drpita <br /> COEFFICIENT OF EXPANSION (Complete after circulation) /_ L/ — , /1/7 6�� �'�f� '^• <br /> 24a. Corrected A.P.I.Gravity Taal rluaa6y b Be"procal Volume change In <br /> wafer taNa In. full tank(16 or A) Ibis Unit per•F <br /> Observed A.P I.Gravtty..._.......4.+.,- <br /> NOTES. � Trenehrb Llos l6a <br /> Hydrometeremployed....... .. H <br /> Onsened Sample Temperature . •F 24c. FOR TESTING WITH WATER •esTabbe6D <br /> so <br /> Corrected A P 1 GredtyWafer Temperetwa env Cirtufef ei fA°F.From Tonle A _. TeldeC ... //i//0//��f/� /...... •F <br /> .... .._.._./ .. . •/y. <br /> Expak <br /> Cr Inlmea p educt!nn eadbcienl of Water <br /> The above calculations are to ke goof Forwhen <br /> tlry wit he fou pound <br /> l0 From <br /> Involved Product Table O... <br /> eslabllehe from Tada B _.._.._.................................. <br /> poaltlre pressure edrantege.of gallop the lour pound '-�- -- -. ......... _ <br /> fob to Compensate for the presence of 6gbainlr a r.11 In Ike tank Transfer COE to Like lob Added Sgda"enlC �.�the ❑No Transfer COE to Line 2% <br /> urea. <br /> Ruler to NFPA, 90, SecTlons 2-12.1 end ?7.2 and the lank 25. 1a1w �1__ e TTS -�,• <br /> manUISCluter regarding allowable eye,"feel p r users, �-1-- gellan• <br /> Tptl guarrtlry b C.McN a upn4on la Vdum•change on Ibis took <br /> tog toM 116.1)) ,mpNed°educt qr•F <br /> 26. LL49-Z - i9/ _303 — = _ . O Z(o5D 72 <br /> Von.n-W"per If tri aw MI pipes per or M;;;;- Vaum,cherpe per d".. <br /> telt <br /> rl. in "rel i+.iinrini.. ° r.•rr n ire <br />