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14 BL_,4iC A/ ��yl iZlo F N�9,MMEh' L�✓ ,57ocK7"o� e�9 iZJvUL <br />Nome of Supplier. Owner of Oeelor Address Na, acid fHrsghl Chy Seats Oats of Tait <br />15. TANK TO TEST 15a. BRIEF DIAGRAM <br />O+F®TANK <br />uFIELD <br />r�// SaGL ,��0/7c17�L <br />®i �Oti %Q D1�9Glef��i <br />10enln% by position <br />lP�6tJLAR ;' <br />Stand and aade <br />17. FILL. -UP FOR TEST <br />mice Wats. Bononn :!2-- <br />bolero FIN-upIt. -1n <br />Gallons Tank Diameter <br />16. CAPACITY <br />1onloal capacity /01 00(0 <br />Gallons <br />By most accurate /o, 3 o y <br />capacity chart available, <br />Gallons <br />I <br />Inventory <br />- - ((��//�� <br />18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK may, �valar In limit E9JoLlnslo) being tested with LVLLT <br />See manuol sections applicable. Check below and record procedure In log 121). &*Qh water table In tank axcastlon <br />cafe msxtnum allowable Iasi pressure for on tests. 19. TANK MEASUREMENTS FOR <br />Fm,r pound tuts does not .poly to double -a1104 sinks. i ?STT ASSEMBLY <br />Complete section below: Bottom of lank to grade' ............................ / � � - In. <br />Add zo- for ^r probe easy ........................... 30 In. <br />I is four pound rue required? Yes ® No ❑ To1N tubing to assemble — opproxtmale ............. y In. <br />2 Height to /2' malt Item bottom of lank <br />3. Ptessute al bottom of Isnt <br />a, Pressure at top of lank <br />of burial <br />dia, <br />r table <br />NOTES: <br />®J M. <br />o3 <br />/'679 - P.&t. <br />%0 in. <br />t 1 1 <br />Extend Rosa on suellon tube S' or more <br />x <br />below tank top...................................I <br />-11 FSI pipe extends above grade• use top of fie. <br />22. Thermot•Sonsor reading after circulation <br />0" <br />In. <br />V- ;�S •F <br />Between <br />From <br />G s ®L%NG <br />aStation <br />Chari <br />❑ <br />Tank manutscluter'f Chat, <br />❑ <br />Company Engineering Oats <br />❑ <br />Chats supplied with <br />❑ <br />.het __ <br />Gallon. <br />70 <br />i9 T <br />Transfer total to line 25a <br />Total Daltons <br />as. As id" <br />/o,x3a y <br />.Zo <br />49' <br />lo, 3 7- <br />21. VAPOR RECOVERY SYSTEM ®slave 1 ® Stave 11 <br />24b. COEFFICIENT OF EXPANSION <br />RECIPROCAL METHOD <br />9 y1 <br />G s ®L%NG <br />Type of Product ........................................ <br />-6 4F <br />_ Its. <br />COEFFICIENT OF EXPANSION (Complete alter circulation)_ <br />Hydrometer Employed .................................. <br />N <br />Tsmporsturs In Tank <br />7 <br />Alla/ Clfcvlollo........................................ <br />•Fn <br />Mt. <br />7 <br />Temperstoe of Sample <br />Translsr to lhs 26s. <br />Olfisrsnce 1-/•1 ......................................... <br />•F <br />��l <br />Observed A.P.I. Gravity ................................. <br />.�-- <br />y o /_z <br />9 y1 <br />23. Digits per •F In range of expected chariot -2 " <br />digits <br />PeClpwcsl page a <br />-6 4F <br />_ Its. <br />COEFFICIENT OF EXPANSION (Complete alter circulation)_ <br />0 3ZC/ y o . <br />. <br />6.97s�7 <br />i <br />/ 3J t <br />24 oreettd A.P.I. Gravity <br />Toul qusntity In Reciprocal <br />fun tank (ts or tt) <br />volume cnsnge in <br />this cant est IF <br />Mt. <br />Observed..P..Orahy................................... <br />Translsr to lhs 26s. <br />The above calculations are to be used for dry soil Condition$ to <br />est abli f h a positive pressure advent sg4 or when using the lour pound <br />ruts to compensate lot the presence of subsudece water In the lank <br />Gree. <br />Prefer to N.F,P.A. 30. Sections 2-3.2.4 and 2-7.2 end the tank <br />manufacturer regarding allowable system lost pnasurss. <br />\ D <br />Nydrometer employed ...* ............................... H <br />IFIIJESTING WITH WATER ... Table C a G <br />Observed Sample Temperature ........ ............. •F <br />Corrected A.P.I. Gravity perature altarCleulallan <br />0 WF. From Table A ......................... ............................:r................ <br />\ ........... <br />.1\ <br />Coaf iclenl of Expansion Coefficient of Water <br />lot Involved Product �,� Table G .................................... I........... <br />From Table B ............................................ <br />Added Sufhctsnt7 ❑Yeo ❑ No. Transfer COE to line 25D. <br />•f <br />Tratslot C(O�E� to Line 25b. <br />25. <br />t< (b) <br />is (c <br />gaxons <br />Total quantity In <br />full tank (1g Of 11) <br />26.U rn�5"� <br />Volume Chong* per •f 12S or 2,b) <br />Coefficient of expansion lot <br />Involved product <br />1 3Zf <br />volume Chang. In this tank <br />Pat IF <br />. o7— 73/00 <br />This Is •aZ 7) <br />lost <br />lien*# tat <br />volume ehv.gs pat Logit <br />Cun,pul. t;, 4 d.cenat,n.c.., <br />Oiglta per IF In lost <br />n,.nd» Is't1 <br />