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Beacon 1210 E. Hammer J,nz <br />Name <br />Stockton CA <br />`y <br />i <br />of Suppler, Owner or Dealer <br />Address No. tro°t(s)• <br />and S <br />^ <br />' <br />15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD <br />city <br />mate <br />of Teat <br />' 641-4 <br />16. CAPACITY <br />From <br />... <br />Identity by Position <br />.. J41 Statktn Chert <br />Nominal Capacity 10 r OOO 'fL-JT ". <br />-- <br />&and <br />~ <br />- <br />Gallons Tek Manufacturer's Chart <br />` ❑ .Company Engineering <br />` <br />- <br />f <br />and Grads - <br />... <br />By moat ac <br />/ <br />Data <br />^ ❑ Chart° supplied with <br />../ <br />17. FILL -UP FOR TESTO <br />crut'jaccurate <br />capacity chart available —_ <br />d y <br />G�( / ❑ Other* <br />/* <br />Stick water Bottom .: <br />bbeforebeforeFiti-up _(��_ <br />A: Total Gallons <br />}. Gallons' 7 ea. Reading <br />� <br />aasE <br />• . <br />:. <br />Galena <br />_TankOsmota In <br />�y <br />c Inventory y=— <br />. C <br />18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS T/s® <br />a TANK Water in tank3 <br />ne(s) <br />See manual sections appkcabla Check below and record', <br />Drocedure In tog (27). <br />being tested with LVLLT <br />- •. .. <br />High <br />'!.' .. <br />k <br />lbs maxknuru allowable test Pressure for all testa <br />10 water table in tank excavation"-----•-------�_ <br />FOOT Doand f11e does ^ot aPP+r to dbublewalled ranks. <br />19. TANK MEASUREMENTS FOR <br />lift <br />ComPlate section below: <br />TSTT ASSEMBLY <br />' Transfer tot <br />- <br />- -. <br />.... <br />Bottom of tank to grade* . ..... <br />`Add <br />/ -� <br />... <br />21. VAPOR RECOVERY SYSTEM ❑ Slags l "Stage g <br />=. <br />1, is four Pound rule required? <br />Vee-. cam, <br />No (�� <br />30" for'°T" probe any............ <br />�'—�" <br />i <br />; Total tubing to assemble — approximate :........... <br />In. <br />24b. COEFFICIENT OF EXPANSION , <br />RECIPROCAL <br />2 Height to 12" mark from bosom of tank - '�'--"-•I---In. <br />. <br />20. EXTENSION HOSE SETTING............................-- <br />METHOD <br />HYD? of Product. <br />?snit lop to grade•,•,,; ............... ......... <br />3 <br />Hydrometer <br />3. Pressure at bottom of tank P.SI. <br />Extend tote on suction tube s" or more <br />In. <br />Employed <br />H <br />„ <br />- <br />below tank t op ........................ <br />- <br />...... in.......................... <br />Temperature In Tank <br />After Circulation......... <br />•F <br />< v° at too 04 tank � <br />` P.S.I. <br />°14 Fill PIPs extends above grade, use top of till. <br />22. <br />Temperature of 3ampb ............... - <br />- <br />Thermal- Sensor reading akar ctrculatlorh•F <br />th of burial <br />digitsDikarence <br />eF <br />p/) .. ....in. ....•FA.P.I. <br />dia. - .. <br />_, <br />23. of itsk <br />fl Per •F In renge of expected change <br />% <br />Gravity ;..... ....... <br />In. <br />digitsRediprocaiPape <br />aCOEFFICIENT <br />table - <br />OF EXPANSION (Complete <br />.. 24a. Corrected A.P.I. Gravity <br />after circulation) <br />/r <br />��NOTES: <br />6.-al, <br />in.Total <br />. .. .` - <br />, , Observed A.P.I. Gravity ..... ......... .:....... <br />... <br />... - ` �` <br />quantity--�Z <br />fun tank (16 or 17) me change In ,..RedprooaVdu <br />s tan per •F,thl <br />employed ...... <br />Transfer to Litre 2sa.Hydrometer <br />• <br />observed sample Tempereture <br />.F <br />24C. FOR TESTING WITH WATER <br />Corrected A.P.I. Gravity <br />see Table c a D...................:.... <br />p <br />® tifl•F, From Table A ............... _. <br />..................... <br />- <br />Water attperaWre akar Circulation ; , , <br />o <br />The above Calculations are to be used for <br />sstablishapoaltivepr°ssureadvan dry soil cortdkk>ns to <br />tage,orwhenuaingthefourpound <br />Coefficient o} Expansion .. <br />lor involved Product <br />Table C <br />,: " ------•F <br />cost cient r <br />.9 -•�. (.71 <br />!Ub t0 compensate for the /assn <br />Presence o4 subsurface water In the tank <br />From Table 8 ....................... <br />' <br />of water •-�„ <br />Table D , ' . <br />••.-• ..........................��- <br />00 r <br />dl N <br />area. <br />Ratar to fJF.PA. 3Q Sectkma 2324 <br />Transfer COE to Une 25b. I <br />Addw &+rfactent7 ❑ Vp No Transfer <br />1-r 0) <br />and &Z2 and the tank <br />manufacturer regarding allowable sys�n teat preewres <br />25. (a) <br />COE to LMe 2Sb• <br />i <br />Total quantity InCoeffi <br />full <br />as .. <br />• <br />1w1 <br />tank (16 a 17) <br />U� <br />26. a T / <br />expansion for <br />product <br />Volume change In this tank <br />Par •F <br />^' <br />_ .. <br />' <br />Volume change W •F (23 or 24b ) <br />' * Digits per •F In <br />Range (23) <br />me � � <br />.. y <br />.. Zia IC <br />.- tea <br />Vtampu <br />. 1 , <br />to o dtclmal Places factor (a): <br />