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1 12
<br />N
<br />z
<br />El
<br />2
<br />E-4
<br />L-1 High .I., table 1n lank excavation
<br />CD F7
<br />:2!!
<br />LU LULU
<br />1 --LU
<br />6
<br />CD
<br />Cn
<br />(D W
<br /><
<br />LL
<br />ill
<br />---7
<br /><
<br />CD
<br />#U-1
<br />z
<br />cc
<br />C)
<br /><
<br />CD
<br />LU
<br />10C
<br />cr
<br />f--
<br />76
<br />6
<br />CD LIJ '76
<br />cl: W
<br />CD C'I: CL
<br />W
<br />F—
<br />W
<br />;e_'
<br />z
<br />c
<br />-iii<
<br />CD
<br />a:
<br />z
<br />as
<br /><
<br />LU
<br />W 1--<
<br />CD CC
<br />Uj
<br />J)
<br />C)
<br />Cl-
<br />Ct
<br />L' LU
<br />cc I-
<br />LU
<br />i-•-:<
<br />(J') _<
<br />:;rf <
<br />I U_ <
<br />W
<br />Natat tabic to lank bottom
<br />in,
<br />digits
<br />NOTES:
<br />C6
<br />Ao
<br />IZ,
<br />Name of Supplier. O.—r or Deal., Address 1414., and Sh..jul)
<br />15. TANK To T EST
<br />ba. BRIEF DIAGRAM OF TANK FIELD
<br />Identify by position
<br />Brand and Grade
<br />17, FILL -UP FOR. TEST
<br />Slick Water Bottom
<br />before Fill -up in,
<br />to 'A'
<br />Gotten& Tank Diameter
<br />City
<br />I
<br />z
<br />CD
<br />lAJ
<br />tJ
<br />CD 2
<br /><
<br />Sr
<br />CD
<br />C-)
<br />—a
<br />E-il
<br />01 0,1
<br />01 01
<br />M r__A
<br />!;late
<br />Dal. .1 Test
<br />16. CAPACITY Fro.,
<br />0 Station Char%
<br />Nominal Capacity Tank Manufacturer*s Chart
<br />Gallons
<br />Company Engineering Dole
<br />Ely M031 accurate tEl Ch -13 supplied with Tank Tesler
<br />capacity chart si,isdI able 0. Other
<br />Gallons
<br />18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK 1:1 Water In lank 0 Lme(a) being tested with LVLLT
<br />Sea Manuel 30cliOns applicable. Check below and record procedure in full (27).
<br />L-1 High .I., table 1n lank excavation
<br />CD F7
<br />19. TANK MEASUREMENTS FOR
<br />TSTT ASSEMBLY
<br />6
<br />CD
<br />bollorn of lank jo grade, .......
<br />(D W
<br /><
<br />Lu
<br /><
<br />2- 14.01911110 12'mask fro., grade
<br /><
<br />20. EXT ENSIGN HOSE SE I—TING
<br />ccU
<br />cc —
<br />C
<br />7�)t-
<br />CC <
<br />LIj a_- W
<br />CD M
<br />Go
<br />U)
<br />cr
<br />f--
<br />76
<br />6
<br />CD LIJ '76
<br />4. P, esa aI lop 01 lank
<br />W
<br />F—
<br />M
<br />LU
<br />z
<br />C.)
<br />In.
<br />USE WITH THERMAL SENSOR
<br />PN5039 (Blue Box',
<br />1
<br />2Z Tho—ol-Sensor reading after circulation
<br />cri C3
<br />gi
<br />digits
<br />C'j
<br />ir,
<br />23- Sighs per 'F in IA090 of 8.paclod change
<br />gF
<br />Natat tabic to lank bottom
<br />in,
<br />digits
<br />NOTES:
<br />!;late
<br />Dal. .1 Test
<br />16. CAPACITY Fro.,
<br />0 Station Char%
<br />Nominal Capacity Tank Manufacturer*s Chart
<br />Gallons
<br />Company Engineering Dole
<br />Ely M031 accurate tEl Ch -13 supplied with Tank Tesler
<br />capacity chart si,isdI able 0. Other
<br />Gallons
<br />18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK 1:1 Water In lank 0 Lme(a) being tested with LVLLT
<br />Sea Manuel 30cliOns applicable. Check below and record procedure in full (27).
<br />L-1 High .I., table 1n lank excavation
<br />Use ma xIm allowable lost p,93ac,s I., oil jells.
<br />Four pound -1. does not apply to doubl—lied lank$,
<br />cooml.l. S.cilori below:
<br />19. TANK MEASUREMENTS FOR
<br />TSTT ASSEMBLY
<br />bollorn of lank jo grade, .......
<br />I. Is [our Pound rule requ4ed7
<br />Yoe No
<br />Add 30' for -r' probe astry, . ......... ......
<br />Tula! Tubing to assemble — approximaio..
<br />30 in.
<br />lm
<br />2- 14.01911110 12'mask fro., grade
<br />20. EXT ENSIGN HOSE SE I—TING
<br />3. Pressure of bottom of lank
<br />C
<br />7�)t-
<br />Tank lop to ijf.da' ...... ......
<br />E.I.nd hose on auction tube 6, or more
<br />In.
<br />below lank lop .................
<br />4. P, esa aI lop 01 lank
<br />T Fill pipe extends above Inert., use lop of 1111.
<br />r Itoplin of bud.;
<br />In.
<br />USE WITH THERMAL SENSOR
<br />PN5039 (Blue Box',
<br />1
<br />2Z Tho—ol-Sensor reading after circulation
<br />digits
<br />Tank dia.
<br />ir,
<br />23- Sighs per 'F in IA090 of 8.paclod change
<br />gF
<br />Natat tabic to lank bottom
<br />in,
<br />digits
<br />NOTES:
<br />The above calculations are to be used for dry soil conditions to
<br />establish a positive pressure advantage, orwhon using She four pound
<br />rule to compensate lot Ilia presence of subsurface water In the lank
<br />area,
<br />Rotor to N.F.P.A. 30. Sections 2-3.2.4 and 2-7.2 and the tank
<br />manufacturer regarding allowable system lost pressures,
<br />24a, If: USING THERMAL SENSOR DTS-2000
<br />OR QC -2000 WHICH READ 1000 DIGITS
<br />PER *F TRANSFER 1000 TO LINE 26,
<br />DIGITS PER 'F IN TEST RANGE,
<br />25, ( -
<br />Total quantity In 130.1ficiani OT gap—sicr, for
<br />lull lank (17) lri,ol,ad pmduc
<br />Total Gallons
<br />go. Reading
<br />inventory In Tank
<br />Vithor Bottom
<br />Top off equipment
<br />Total Quardfly
<br />21, VAPOR RECOVERY SYSTEM Stalls I t�%slaga It
<br />94b, COEFFICIENT OF EXPANSION
<br />RECIPROCAL METHOD
<br />Type of Product ......
<br />Hydi orrielar Employed H
<br />Truniptnalura in Tank
<br />After Circulation
<br />Temperature of Sample .............................®..11:i i
<br />Difference (./-) ......... ...... ...........
<br />Observed A.P.I. Gravity
<br />Flocip,ocal Page N
<br />LE)
<br />Total quantity In Reciprocal Volume change In
<br />lull lank (17) this lank par *F
<br />T,snsfo, to Line 26s.
<br />24c, FORTESTINI-g WITH WATER ase Tables �
<br />Water Temperature after C;u;,uu!im
<br />,able C from Thermal Sensor....,,.,,. _.F
<br />Coefficient 01 Wolof`
<br />T.b;e D
<br />- ---------
<br />Added S.,fachimm? Yes ONO Transfer CO3-I1Lina 25b.
<br />gallons
<br />Volume champs in this lank
<br />Per
<br />
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