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Name of Supplier,Owner or Nebr Pddrau No.ane Sheet u) City Stale Dna of Teat <br /> 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY From <br /> �j A Station Chan <br /> hitNominal Capacity IOD D ❑ Tank Manulatlurore Cnart <br /> ld by DY Poaifion r A Gallons = ❑ Company Engineering Data <br /> Se ❑ cn.rta supplied.,in r.nk T.yr <br /> By most l aocurm°SLtf�� �I��p � Z <br /> Brand and Grade 93 <br /> capacity chart available -� uL w Other <br /> miens Q <br /> 17, FILL-UP FOR TEST �—' Q =taFewirnas <br /> Stick Water BoltoNn �ntg/y n Tank l pa/ <br /> before Fill-up in. in. W _ P �P <br /> to K" G Iona Tank Diameter r A-L.rGea{tkz om <br /> z2TQPfry b <br /> 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑Water in lank ❑ Line(s)being tested with LVLLT e¢ipm°"` ` / Q <br /> Pat <br /> ` See manual elections applicable.Check bataw and ra[ord Ohooedurs In log(T). ❑High water table in tank excavation • m TT" ILue City q q <br /> 1 uu maximum allowable test pressure for an tats 19. TANK MEASUREMENTS FOR w <br /> Four pound rule does not appy to doublewaued tanks. TSTT ASSEMBLY <br /> Complete section below: 21. VAPOR RECOVERY SYSTEM ElStage I ❑Save II <br /> Bottom of tank to grade' ..... _.._.__....... in. <br /> p� <br /> Add W'for'T grebe easy......_......_........... 30 tri. 24b. COEFFICIENT OF EXPANSION <br /> t. is four pound rule reauirel Yes ❑ No 14 Total tubing to assemble—approximate....._...... / 3;Lin, RECIPROCALMETHOD <br /> �sl�[ <br /> Type of Product ._............._.-...................._�_ <br /> z.Heymrotrmannomgrode / ;"_ 20. EXTENSION HOSE SETTING <br /> Tank top to grade•.. ..._.._._.........._. in ed Hydrometer Employ ..............._.._............. -.H <br /> �. <br /> Extend"as on suction tube S'or more Temperature in Tank <br /> 3 Pressure at bosom of tank PSI //DAtter Circulation_.............._........___........ 'F <br /> how tank top.........._........................_ � V in. <br /> Temperature of Sample °F <br /> e. Pressure at top of tank /. / P.B.I. 'If Fill pipe extends above grade,use top of fill. �t1L�xp <br /> USE WITH THERMAL SENSOR Difference(•r-)........_......1......._...............t1F <br /> Depth of burial l in. PN5039 (Blue Box) Closely"A.P.I.Grandy ......._.._.... <br /> ......._...... —� <br /> 22. Thermal-Sensor reading after circulation I y Pa <br /> dgds Reciprocalgp ge e <br /> Tank olio in. en •F 3/7 �n - ,�' �/� _ kao_fV!Va' <br /> Belwe <br /> 23. Digits per•F in range of expected change Total O itntiy In RePprocai Volume Gorge In <br /> Water table to tank bottom ��O`P in. digits lull tank 1117 this PinTransfer <br /> per Li <br /> Tranaler to Line 20e. <br /> NOTES: <br /> 24a. IF USING THERMAL SENSOR DTS-2000 24c. FOR TESTING WITH WATER No Table CaD <br /> OR OC-2000 WHICH READ 1000 DIGITS <br /> PER OF TRANSFER 1000 TO LINE 26, <br /> Water Temperature alter Osculation <br /> DIGITS PER OF IN TEST RANGE. TaeNco-om Thermal Sensor.......-......... ..._..... •F <br /> coefficient of Water <br /> The above calculations are to be used for dry soil conditions to Table D............._.............._........_... <br /> establish s positive pressure advantage,orwhen using the lour pountl <br /> rule to compensate for the presence of subsurface water in tha tank Added Surtecum7 11 Vea El No Tonsfer COE to Line 250. <br /> ares. <br /> o9T <br /> Raise to N.F.P.A. 30. Sections 2-3.2.4 and 2-7.2 and the tank E5. (a) x (b) _ (c) patlons <br /> manufacturer r,a,d,h,allowable system test preeeures. Total quantity In Coefficient of expansion for Volume change in this Wk <br /> • full tank(17) involved Product per•F <br /> 26. (a) /x�(/I V —Intro _ �r0018'OH`� Thisls <br /> Volume change per•F RS Or 21b) Digits per•Fin teat Volume change par digit tett <br /> Fargo(23 or Zea) Compute to 4 decimal places_ factor la) <br />