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14.C/n� D,r nxxk Jj /4, S 5 RX,nJ ! 4 CFO <br /> None 1 Suppler,Onyho or N.J. Ad&W No.fool Sorest R) CRY Mo.44 Dne of Twl <br /> 15. TANK 10 TEST 015a. BDIAGRAM 0 ANK FIELD 16. CAPACITY From <br /> 5 �,0 ❑ s.tbn coon tky by poaltbn KO'j Norrow Cyecky ® Tank ManutaClurer'a Chan <br /> Gatbna <br /> ❑ Company Engineering Data <br /> By Illest accurateE] Cherie..Pylles with Tenk Testr <br /> e <br /> —� BroM and Grotle ,;spacfty Chin watlabl. S� / ❑ Olhar <br /> Gallons <br /> 17. FILL-UP.FOR TEST Tote Gallons <br /> 1 ea Reading <br /> Stick We n Sher <br /> ffienI-uP S <br /> More FIIIn. �p. Inventory in Tank / <br /> . to FA4 TfM OWneler !C <br /> Water 0...m <br /> 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑Wnn In tank ❑ urea)Ming testes wim kVLLT Top off ecuipment +�/!/�_ <br /> Sol mancal...arms Wilotrbla.Check Mow end rationed procedure In bg(27). ❑High water tele In Wk excwatir Total Ouentity !7 6 <br /> Lae maximum S parable teal pressure for all tests. <br /> Four pound rule 19. TANK MEASUREMENTS FOR <br /> does not appy to dounswalled John. <br /> Compere.Man below: TSTT ASSEMBLY 21. VAPOR RECOVERY SYSTEM ❑slags ❑stage II <br /> Search,of took to fires.'............................ <br /> 1Hold Jg•Ir'T'proM wry........................... 30 In. 24b. COEFFICIENT OF EXPANSION <br /> . Is lour poundrularecuired7 ves ❑ No E-1Total funngbuaeslpe—app...Men.............. .40 in, RECIPROCAL METHOD <br /> ........I....... <br /> . ....... <br /> 2. Haight to 12'Mark from bonenbryes of Product ........ <br /> n of <br /> . 20. EXTENSION HOSE SETTING - <br /> Tank top to fires.-.................................. in, Hydreamnar EmPloyed .......__....................... H <br /> Exton no.on aunbn tube It"r mora <br /> J. pressure.t bottom of Ise4 Tempernuro In Tank -7/� <br /> P.S.L After Circulation......................._........... .. �S/ •F <br /> books,Wk top...................................... �L�In. <br /> a. Prenure at top of tank p,SI. 'II FIII pipe exlanoa above graft,use top of fill Temperaturo of Sample .............. ........_...._. 7v IF <br /> USE WITH THERMAL SENSOR Diff erenter/-)...........................,. .... ... *-O •F <br /> Depth of bunt m. PN5039(Blue BOX) Oeyned A.P.I.Grandly ....... t <br /> .............._.._ ..... F./ <br /> 22. Thmm�-Sensor ranting after circulation ���y /!,3 w <br /> digits Reciprocal P e. 39 <br /> Tank die. In. LO <br /> esu <br /> 23. Digits per IF in nine of exMctes change Total quantity In Reciprocal Volume change in <br /> Water hi to tons bottom in. digit. full tank(17) this tank Far IF <br /> rTransfer to Lina 26a. <br /> NOTES: <br /> 24a. IF USING THERMAL SENSOR DTS-2000 <br /> OR OC-2000 WHICH READ 1000 DIGITS 24c. FOR TESTING WITH WATER see Table CAD <br /> } PER OF TRANSFER 1000 TO LINE 26, <br /> DIGITS PER°F IN TEST RANGE. <br /> Water <br /> c,c„mine;' S;r;o;Circulation F <br /> The above calgaafioos m to M used for dry coif pondltbns to Coefficient of Wnn <br /> establish a pontNe pr.uureednithu ,orwlwn MIngtM four pound TmlaD ...... ......................................... <br /> rola to compensate for the Presence nce of Subsurface wow In the tank <br /> tea. es AddSudaclant7 El Yam 11No Transfer COE to Line 25b. <br /> Rnn to N.F.Pj1. 3G Serbns 2-3.2.4 and 2-7.2 end the fork25. (a) x (b) _ (0) <br /> manufacturer regarding allowable system test pMurm. 9enons <br /> Total quantity,In CwmClant of exesnelon for Volume change in this lank <br /> full lank(17) InvoHed Product per IF <br /> 26. 010,2",29b 009 ? SGS = Q.O��i��b I Thi.is <br /> Volume Change per IF(25 or tab) Digits ver•F In test vaume chane Me digit last b pp g <br /> Range(23 or 24) Compute m 4 decimal Facts (a) <br />