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I - <br /> Date 7 ^�/ G Invoice Number'....... z33 <br /> AES PLT-100R <br /> HYDROSTATIC PRODUCT LINE TEST WORK SHEET' <br /> tES'f IF'RODUC_ I START' I END t START I END I TESL VOL. I <br /> I NO. I I TIME I TIME I V01_. (ML_) I VOL. (ML) I DIFF'. (ML) I <br /> I I I i I I I I <br /> �4--Y ? 10 <br /> _6157 <br /> I I 1 9..._........_ - <br /> I - I I I I I I I <br /> I I I I i I I I <br /> . t <br /> I I I I I t I i <br /> 1 1 1 I I I <br /> __._._..__._----------- -- I a <br /> 1 I 6 I i 1 <br /> I I I I I I i <br /> i I I I 1 1 I I <br /> . ---._. <br /> I I I I I i k I I <br /> _ n I 1 I <br /> Divide the volume differential by the test time ( 15 minutes) and <br /> mu ftjiply by 0. 0158311, which will convert the volume differential <br /> frim milliliters per minute to gallons per hour. <br /> "Fhe conversion constant is found by <br /> (50 min/hr) / (3790 ml/gal ) = 0. 0158311 (min/hr) (gal. /ml. ) <br /> the conversion constant causes the milliliters and minutes to <br /> cancel out. <br /> Ex. If the level dropped 3ml in 15 minutes then . <br /> 3/15 ml. /min. X 0. 0158311 (min/hr) (gal/ml ) = 0. 003 gal/hr. <br /> RESULTS OF THIS WORK SHEET TO RE C:OMF11LED ON RESULTS SHEET. <br />