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Name of Suppnar,0.not or Dealer _ - Address N I o and SNeetts} clly State Date of Test <br /> 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY from 15. TANK TO TEST I I Stafmn Chaff <br /> gg <br /> NO" at Capacity "rere"a ( I Tank Manufacturer's Chaff <br /> _ -_.. . tdsniny by posnwn (( <br /> Company Engineering Data <br /> f..I Charts supplied with <br /> By most accurate <br /> Brand and Grade capacity than liveuable .....__ - Other <br /> Ge11Ona <br /> Total Gallons <br /> 11. FILL-UP FOR TEST Gallons as Reading <br /> Slick Wetat Bottom <br /> beholdFm-uP _. .._._.____ .._____.____.___.on ._.._-._.. _... _.. _.. .__.__.__.. _____. _ _._.... .._.__...___in. Inventory <br /> to 4' Gallons Tank Diameter Aare <br /> 18, SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK l..l Water in tank L_ I lnsla}being tested with LVLLT <br /> Sita manual sections applicable Check below and record procedure in frig 127) l.,I High water table in tank excavation <br /> 1.16@ 1Ttd e,m um 811UwaUne lest pf@S Sura IUo 8tt lasts <br /> 19. TANK MEASUREMENTS FOR Transfer total to line 21 <br /> Four I—no rule does nut apply to ouubtewahed tanks TSTT ASSEMBLY <br /> 21. VAPOR RECOVERY SYSTEM I stage 1 I Istagen <br /> Gompnne secwre below Bottom of lank to goods' ..-., .___.__-_ - _.. ._In. <br /> ....................... <br /> Add 36"for •r'probe&say...... .. . ... . .... .. _ _ Jit m 24b. COEFFICIENT OF EXPANSION <br /> I Is fuur pu.,nd rule lequRedl yes Def NO ❑ Total tubing to assemble --approximate .... ....... - in RECIPROCAL METHOD <br /> Type of Product ..... ..... ......,. - "_.._.. <br /> in 20. EXTENSION HOSE SETTING <br /> tte,gnt to t2' mark from twtlom of tank -- hydrometer Employed .. ... .. - <br /> Tank top to grade' .. -.-..in. ...... .... ._.. _ Fr <br /> Extend hose on auction tube 6"or more Temp" <br /> *lure in Tank F <br /> .e._. .. <br /> 3 Pressure at otnom of tank _ P S I. Aber Clrculatlon...................................... ® ---- <br /> below lank top........ ... ... .... ..... - "---._ _.___-_.In <br /> Temperature Of Semple.... .......................... <br /> 4 Pressure at lop of tank <br /> 1 PSI 'If Fill pipe extends above grade,use lop NII <br /> 22. Thermal-Sonsor reeding after circulation4wll DifferencefN-) ...... ........ ..... .... .. .___® °F <br /> digits <br /> [*Pill of uunat In e5 - °F Obsenod A P I Gravity _....... .. .... _.- -_._.._...._ <br /> J,77 <br /> 23. Digits per°F in range of expected change _ , Reciprocal_�`__ ___..._._ Page a J�^°� <br /> dlgns ! 7 <br /> Tank Ula ___ ., __.._..__,..In. <br /> COEFFICIENT OF EXPANSION (Complete after circulation} ______ ____ , _.-____--_K _ <br /> 24a. Corrected A P 1 Gravity Total quantity In Reciprocal Volume ch in <br /> full tank(16 or 17) lnts tank per IF <br /> Waist table __.. __.__-.in Transfer rd line <br /> Observed A.P.1.Gravity........ .......... .......... -___.. __-__.__ <br /> 268 <br /> NOTES <br /> hydromelsr employed.. ........................... .... .. . __ _ h <br /> 24c. FOR TESTING WITH WATER Table C s o <br /> Observed Semple Temperalwe ........................ .___.-.- ... ...._.°F <br /> Corrected A P 1.Gravity Waist Temperature after Circulation <br /> (q)601F,From Table A........ .............. __._.. ---__.-_. Table C .......... ............. ............... `F <br /> Coefficient of Expansion Coefficient of Water <br /> The above calculations are to be used for dry soil conditions to for Involved Product Table D .........._......... ..._................:.... _.______._.._..._._..___ <br /> FromTable B............................ ............... _.___.. _ ._._._.._.-._. <br /> establish a positive pressure advantage,of when using the four pound <br /> • rule to compensate for the presence of subsu(tace water in the lank Transfer COE to line 25b. Added Surfactant? 1..�Yes C_I No Transfer COE to line 2:r <br /> are& ( <br /> Refer to N.F F A 30, Sections 2-3.2 4 and 2-7.2 and the tank 25. 1."_�..._..�,.._.._.__....____.. x l = 1C� -.--___w�. gallons <br /> v , manufacturer regarding allowable system lost pressures. Total quantity In Coefficient of expansion for Volume change In this took <br /> full lank(16 or 11) involved product per F <br /> 26. 1a1.._ _*_ _ _ ._ = _._ . __-____ The is <br /> _. ._.__._- <br /> Vnlumo change par'F(25 of?4h) l7ngOa par'I-in lost Volume ehoogs per dogd test <br />