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4 <br /> 14.G177+.� vF srvc�� /y/os-S rU.�•,�,J 5roc,r,ro+J roe �/-i c- ?a <br /> fame of Suppli..Owner or,New A ldreaa kio.and Sreelba) Cly Sale pate of Tat <br /> 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY From <br /> -* -- E] Station Chan <br /> �TRAJ� Nominel Capacity 9 Tank Manufacturer's Chert <br /> IOentiy by position Gallons <br /> Company Engineering Data By most socurata /�J / 1:1Chale supplied with Tank Taster <br /> Brand and Grade N capacity Chan available /�(n ❑ Other <br /> Gallons <br /> llons <br /> 17. FILL-UPI FOR TEST Total_ ea.Reeedingng <br /> Sick Wall.Boston <br /> io Inventory iTank <br /> bele Fill-up "Y <br /> t K' In Tank DiameterWater Bottom m <br /> 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑Water in bank ❑ Lin,off WnpUnited with LVLLT Top off equipment + �— <br /> Baa manual sectlons applkable.Chank below and rword prpudur.In"(27). ❑Nigh water table in tank excavation Total Quantity <br /> Los nuuimum wpwere test pressure for.11 b«tee 19. TANK MEASUREMENTS FOR <br /> Four pound rule dpee rot apply to doubleweued lank.. TSTT ASSEMBLY <br /> Complete thel below. 21. VAPOR RECOVERY SYSTEM ❑sbagel ❑s+sell <br /> Bottom of lens to grade'...................._...... i7 I In. <br /> Aed3 for• probe ray........................... 30 I, 24b. COEFFICIENT OF EXPANSION <br /> T Is four pound Nle requirMl yr ❑ W ❑ Total tubing to r.ermre—apprcxbmate..........:.. /.2-0 In. RECIPROCAL METHOD <br /> 2.height to 12"shark from bottom of tank e. <br /> 20. EXTENSION HOSE SETTING <br /> Type of product E <br /> Tank too to glade'.................................. In. Hydrometer EmpbYed..................................�_R <br /> Extend Mae on suction to W B'or mors (/� Temperature In Tank <br /> 3.prsa.ure at poi of tank P.BI. ............— In. After Circulation........................................ IF <br /> below park too.......................... <br /> Temperature of Sample................................. •F <br /> 1. Prows at top of saner P.SI. 'll fill pipe elands above glade,inkstop of 1111. <br /> USE WITH THERMAL SENSOR Dimerence('f-I......................................... `p IF <br /> as <br /> 6DWth of wnel le. PN5039(Blue Box) Observed A.P.I.Gravby, .............................-.. .3oZ H <br /> 22. TM mal-&ansa eading alt.circuWbn /V3� <br /> �jp e � .f R.IDrocel� Papa Y �s� <br /> die h S ,2 /9Y X2.10 2S3y�gU <br /> ll <br /> � �23. plelba pa IF In range of axpemed change Toth quantity(17) In epiproW Volume lmanIF in <br /> r table to tank bottom In, digits lull tank 191 inb tank Fair IF <br /> Transfer to Line 28a, <br /> NOTES: <br /> 24a. IF USING THERMAL SENSOR DTS•2000 <br /> OR DC-2000 WHICH HEAD 1000 DIGITS 24c. FOR TESTING WITH WATER .a T.blacaD <br /> PER OF TRANSFER 1000 TO LINE 26, <br /> Water Temperature alta Circulation <br /> DIGITS PER OF IN TEST RANGE. Table C from Thermal Senwr..................._....... IF <br /> Coellklanl W Water <br /> The above uegesioa kit to be used for dry Boll conditional M Table D................................................ <br /> rtablish a ppskiw prasw n edyanlaps,or whin ming the four pound <br /> rule W compeflWe for the provincial of wbourfaa water In to tank Added&uneaten? ❑Yes ❑No Transfer COE to Lina 255. <br /> � erK <br /> Mfer to NAPA+ 34 Sections, 2-3-2.4 and 27.2 rid that tank 25. (a) Is (b) _ (c) gall.. <br /> manufactures rega lrp allowable system tat pressures. Total quantity In Coefficient of epeoel.for Vdume 0.,In this tank <br /> lull bank(17) Nvdvisal Product par IF <br /> 26. (a)0,;,4 A;5gly , —2f 60 = OEt0o90 S3/9 niau OO,� <br /> Vdume Change par IF(25 or 210) Digit.D.,IF In vest Volume on" r digit tI <br /> Rmp.(23 or 24) Compute to 4 d.lmal placef¢tor la) <br />