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TEST <1 ` DATA <br />TANK t <br />LKREMOTE/SUBMERSIBLE - (DEPTH ►" <br />❑'"SUCTION' '., (HEIGHT"" <br />=CHECK VALVE <.-. <br />STRAINER <br />IMPACT VALVE <br />.CHECK VALVE ': <br />.-STRAINER <br />SUCTION NNECTION <br />REMOVED & OPEN <br />❑ REMOVED <br />❑ CLOSED ' <br />❑ BURIED <br />❑ REMOVED <br />❑ UNION <br />E❑ <br />LYSIN PLACE <br />LS IN PLACE <br />_]CLOSED PLUOS <br />❑ EXTRACTABLE <br />IN PLACE <br />❑COUPLING <br />T. PROBE <br />A DIVISION <br />OUT <br />SYSTEM CAPACITY, GALLONS - <br />So�G <br />C) p D <br />❑CLOSED <br />❑REPLACED VED &COVER <br />PEN <br />❑REMOVED- <br />REM COVER <br />❑ OPEN WITH FOIL <br />❑ <br />El <br />v <br />OQ J <br />❑ IN PLACE <br />AC D& <br />❑ OPEN NO FOIL <br />REPLACEREMOVED <br />" <br />OTHER <br />T Time of Temp. <br />OTHER <br />❑ OTHER'«" <br />1410 <br />❑ CAP REPLAOVED & <br />F-] <br />ATime <br />❑ IN PLACE <br />❑OTH <br />❑OTHER <br />TEST <1 ` DATA <br />LEVELS <br />Time Tank/1 Tank 2 Tank 3 <br />START ,,JO si <br />END yaYd <br />TANK t <br />TANK 2 TANK 3 <br />TION <br />DROP TUBE <br />LOCATION <br />DROP TUBE LOCATION D TUBE <br />EFILLGaC <br />A TIME MINUTE' (t) ( ) <br />Other (Specify) <br />IN <br />OUT <br />None <br />FILL <br />Gauge <br />Other (Specify) <br />IN <br />OUT <br />Non FILL Gauge Other (Sp y) IN <br />OUT <br />None <br />T. PROBE <br />A DIVISION <br />.-^ <br />ZZr <br />SYSTEM CAPACITY, GALLONS - <br />So�G <br />C) p D <br />GT <br />TC = <br />TANK 1 <br />AVG. CC'S/DIV.. 2, z3T <br />TANK d <br />TOTAL <br />OF <br />$"Temp. Differential <br />rt GO <br />v <br />OQ J <br />BALANCE <br />�-tJ ff <br />7 <br />!` 0UQ' <br />{ T <br />O Z� <br />T Time of Temp. <br />i <br />Differential, Min. <br />1410 <br />�j ® <br />ATime <br />LEVELS <br />Time Tank/1 Tank 2 Tank 3 <br />START ,,JO si <br />END yaYd <br />0 <br />LEAK RATE (ERICALCULATION <br />±� DIVISIONS CC_ CC IN OUT <br />LR = X CALIBRATION, - <br />MINUTE DIVISION MINUTE <br />LR = 3 <br />TEMPERATURE COMPENSATION (TC) CALCULATION <br />COEFFICIENT OF EXPANSION 1/*F t <br />CALIBRATION <br />GRAVITY <br />LOCATION <br />METHOD <br />LrS" SOLID ROD <br />❑ LIQUID <br />A TIME MINUTE' (t) ( ) <br />2 <br />3 4.. <br />5 <br />6 <br />AVERAGE <br />cc's-- <br />5 . o <br />' f- <br />S U <br />- "0 7`- o <br />— 5� <br />7- <br />-ADIVISION <br />TANK 1 <br />A DIVISION <br />.-^ <br />ZZr <br />SYSTEM CAPACITY, GALLONS - <br />So�G <br />C) p D <br />GT <br />TC = <br />TANK 1 <br />AVG. CC'S/DIV.. 2, z3T <br />TANK d <br />TOTAL <br />0 <br />LEAK RATE (ERICALCULATION <br />±� DIVISIONS CC_ CC IN OUT <br />LR = X CALIBRATION, - <br />MINUTE DIVISION MINUTE <br />LR = 3 <br />TEMPERATURE COMPENSATION (TC) CALCULATION <br />COEFFICIENT OF EXPANSION 1/*F t <br />GRAVITY <br />o <br />TEMPERATURE, F <br />3785 GT CE A*F CC IN = OF OUT <br />TC _.. R .. <br />SOURCE T159C <br />A TIME MINUTE' (t) ( ) <br />❑ A <br />❑ D ❑ CHART <br />❑ B <br />❑ E ❑ PUBLISHED DATA AT 60OF <br />❑ C <br />❑ OTHER <br />TC "_" <br />" <br />TANK 1 <br />TANK 2 <br />SYSTEM CAPACITY, GALLONS - <br />So�G <br />C) p D <br />GT <br />TC = <br />TANK 1 <br />:TANK 2 <br />TANK d <br />TOTAL <br />OF <br />$"Temp. Differential <br />rt GO <br />v <br />OQ J <br />�* F <br />�-tJ ff <br />7 <br />!` 0UQ' <br />{ T <br />O Z� <br />T Time of Temp. <br />Differential, Min. <br />1410 <br />�j ® <br />ATime <br />` �� I'61L 1MLrl/ 6iMLVV LN I.I VIV <br />ABSOLUTE. LEAK RATE 6fs'. Z— <br />LEAK RATE --TEMP. COMPENSATION =. CSC^/MIN <br />�o rs X 0.015852 <br />CC/MIN GAL/HOUR <br />IF ALR> '} 0.05 GPH, A CHECK TEST WAS CONDUCTED WHICH CONFIRMS THE ABOVE RESULTS (CALC T. C <br />A CHECK TEST WAS NOT CONDUCTED., i (- <br />* 60 MINUTES/HOUR 3785 CCyGALLON =,0.015652 <br />(kS ON CHART) <br />APR 3 1989 <br />ENIvIR01111 nrn —, <br />