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F'a' <br />Ll Wi <br />Q <br />t� ' 9 <br />tty <br />Mtr / <br />r✓ t . <br />ca <br />._ k <br />ca CV <br />_ o • <br />1=' ❑ da 1, p z <br />Uj <br />LU 3= <br />LU <br />W QwQd a �Q <br />tai tCd. UJ W x fn <br />Ww <br />0 cc <br />t• . <br />Y'a <br />15. TANK TO TEST <br />`. + "lam L4 <br />nllly by p Noon <br />1� Branded Grade <br />L <br />C i <br />:) I <br />Name of Supplier. Owner or Dealer Address No. and Stroatft) City SNI• bate of Test <br />'oF"" 16. CAPACITY <br />Nominal Capacity <br />LL elROM <br />6By most accurate `— <br />capacity Cheri available <br />' _ _ :. ne <br />17. FILL -UP FOR 5T � I • � •"--1C'�� _r <br />Stick Water Bohan <br />b♦len f111Wp In. In. <br />l0 6t" Gallons Tank Diameter <br />Inventory <br />f ons <br />Statton Chart <br />Tank Manutocluter's Chart <br />❑ <br />Company Engineering Data <br />❑ <br />Charts supplied with <br />❑ <br />Other <br />Gallons <br />,h <br />Total Gallons <br />ca. Reading - <br />t <br />16. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑ Water In tank ❑ Usnp) being tested with LYiLT' TO p OF C ya <br />Seo manual socuons applicable. Check below and record procedure In log (27). ❑ High water table In lank oxcavallo : —L_ .....J�. <br />use maximum allowsbis lest pressure ler all Wis..i9. TANK MECASUHREM�NTS FOR � I Transfer total to Ilne 264 <br />Four pound rule does not apply to doublewahed tanks. TS 1T1 A$JEMDLY <br />Complete section below: 1 21. VAPOR RECOVERY SYSTEM ❑ Diego ❑ Stege it <br />1. te tow pound rule required? <br />2. Height l0 14" mark from bottom of lank <br />2. Pressure at bottom of lank <br />e. Pressure at top of tank _ <br />of burial <br />table <br />-Al fit <br />7 <br />The above calculations are to be used for dry soft 'conditions to <br />establish a positive prnsurs advantaq@, or when uaing the tour pound <br />rule to compensate for the pretence of subsurface water In the lank <br />area. <br />nela to N.F.P.A, 90. Sections 2.5.2.4 and 2-7.2 and the tank <br />manufacturer regarding allowable system test pressures. <br />Bottom of lank to grade ........................ In. <br />Add 00" for -r'. pro" easy ........................... 30 m. 24b., COEFFICIENT of EXPANSION41 S <br />Told tubing to assemble — approximate ..... I ...... . fn. RECIPROCAL METHOD <br />Typo of Product <br />20. EXTENSION HOSE SETTING "''""""` " <br />Tants lop to lingo' ...................... In. Hydrometer Employed ............... I. Y.G. H <br />Extend how on auction tube 6" or mon Temperature In Tank �` <br />AMP Circulation ....................... <br />below lank lop ...................................... In <br />'II flit pipe extends above grade, e lop of 1111. Temperature of Somple ................. IF w <br />22. Themd•Senoor reading after circulation Difference 14M .............. ••••••••�••'�t� IF <br />1 <br />dlo to �J <br />iTH1 <br />IF Obaene APLS►tFylly4. <br />• Bal sen <br />23, blgite per •F to wage of expected change Roel,rpc 1 ' Popi a <br />dlq to L„�(,� pl <br />COEFFICIENT OF EXPANSION (C mplete atter circulat n) 11 NO -A <br />24a. Corr ed A.P.I. Gravity ,/� Total quantity In ReolproCd Volume thong@ In <br />r lug tank lie or 17) IMC lank per IF <br />Observed A.P.I. .................................. Transfer to line 26s. <br />fydromeler employed ...... H <br />24C. FOR TEXWATw Table b i b <br />Observed Sample Temperature ...... •F <br />Corrected AA.1.Orwlty Werer TemperNur60•F.From Teble A.. Table 0 ........IrFCoolfiolont of Expon n 1 Coefficient of Wafor involved Prod Tebb O ................. <br />From Table B ............................................ �•-� <br />Transfer COE to tine 26b. Added BurfacHnlT W Yea ❑ No Tranfer COE Io {illi 26b. \ <br />•Fx or Vc 1K",h gallons <br />,ki..� �c•..c .�,..._.. , .�r�.rvxt �,. +,�'. � �^':� � �1af#rat.! r",' { T`�'•� , <br />