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14. /� _ 3Sn ��� d• �cr1/ / f /e.crZ <br /> Nome of Supplier,Owner or Dealer Address No.and Siris) City stale Data of Test <br /> 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY Flom <br /> 0,237— <br /> T <br /> C1stationChan <br /> C✓ <br /> 1s ,2 3 / Nominal Capacity- �O C ❑ Tank Lisnufaclwer'o Chul <br /> Identify by position Galton <br /> ® Company Engineering Dote <br /> in V e a ❑ CMM supplied with Tank Teeter <br /> ap Stand and Grade any accurate <br /> available ❑ Other <br /> M <br /> Odtene <br /> M <br /> 17. FILL-UP FOR TEST ;;"R;a� <br /> C% '_n <br /> u ^ tett Wales 6oWoen .Q. In. <br /> Inventory M Tank / <br /> !dors ile.up 'L�— <br /> N �(J In, <br /> to is- Gallons Tank Diameter <br /> (T Wolof Bottom <br /> wen <br /> ..-1 '9 o , 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑Water in lank ❑ Llnet$)being tooled with LVLLT Top o"Warp'^°^' <br /> o a <br /> m Ser macwl sections applicable.Check below and record procodun in b0)21). ElHighbeaus table in lank excavation Tout Ouemity ry <br /> ® c� Life mextmum allowable lest pressure tow an lost$. 19. TANK MEASUREMENTS FOR <br /> d. Four pound"As does not apply to doublewallod tank$. TSTT ASSEMBLY <br /> Campedo Section below, 21. VAPOR RECOVERY SYSTEM Stage I slap.It <br /> _ Bottom at lank to grade*............................ ?' In. <br /> Add!-tot"rprobeeasy........................... 30 bit 24b. COEFFICIENT OF EXPANSION <br /> 1.Is tow pound rule tooaltdT Visa ❑ No ❑ Total tubing to aswnble—approximate............. h% RECIPROCAL METHOD <br /> Type ........................................ <br /> E�+oe e 12•most Sam®.a alt���S�/ �,• 20. EXTENSION HOSE SETTING � . c LY <br /> Tack lop to credo,.................................. S I, Hydrometer Employed.................................. H <br /> Extend hose on auction tube g'or more Temperature In Tank �- <br /> !.Pressure of bonen of lank T ►.11.1. After Ckeulatian........................................ —l—f�•f <br /> tiebw lack too...................................... In. _ <br /> Temperature of Sample................................. � , •f <br /> 4.Pleasure at loo of sent ►.Sri. .11 Fin pipe extends above geode.use top of 1111. <br /> �. Difference ......................................... •F <br /> USE WITH THERMAL SENSOR <br /> Depth of burial �1, PN5039(Blue Box) Observed A.P.I.Gravity .. <br /> Tank da. <br /> 22. Thermei-Sensor reading shot circulation // <br /> digits <br /> •IF RReciprocalReciprocal15® Ci papa a r�', <br /> ('» Y•s� bt. <br /> C between !Ser C9 a �e ` ✓ 1 ;7y <br /> « 23. Dipil$per IF in range of expected change Total quantity In Reciprocal Volume Mage m <br /> to Wolof table to tank bottom In. - di®ds lull lank(Ii) Mnk this taper If <br /> IV cW� Teaufa to Line goat. <br /> pp <br /> NOTES: �+ <br /> BW �~ I72Yh0 7C J �QaC(Pe� <br /> M ® 024a. IF USING THERMAL SENSOR OTS-2000 24c. FOR TESTING WITH WATER .w Tote c a o <br /> I.,,z OR OC-2000 WHICH READ 1000 DIGITS <br /> G x PER OF TRANSFER 1000 TO LINE 26. <br /> C Water Temperature after Circulation <br /> ®O DIGITS PER OF IN TEST RANGE. Table Cfrom Thermal Sensor............................ •i <br /> r Lc Ste_ Coefficient of Water..................................... <br /> be The above calculations are to be used for dry soli conditions to AOM D . ... <br /> �}y establish a positive pressure sdvantago.ot when ueingthe four pound <br /> rust to t:ompon$ale tot IM presence of subsurtaoa water In IM lank, Added Surfecunt9 ❑tea ❑No Tranafer COE to Lfno 256 <br /> else. it <br /> Peter to N.F.P.A. oro. Sectlons 2-3.2.4 and 2.7.2 and the tank 25. (a) __ -- ■ (b) s (C) Ogden• <br /> manufacturer regarding allowable System lest pleasures. Total Quantity In Coolnclent of expansion for Volume change in thio tae <br /> full tank(11) Involved product pot IF <br /> 26. (a) . ?L r 3 '7 Y , /, 000 , 'QoaZ4 This is <br /> �— Volume change pa IF 123 of tab) Digi(a per IF In lost Volume change per d.p.l tow . 0007 <br /> Range(27 of 24s) Compute to 4 decimal puces factor(a) <br />