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6. SUBMERSIBLE P CONTAINMENT SUMP TESTING( TION SYSTEM) <br /> Test Method Developed By: TTSump Manufacturer ® Industry Standa`71MF ®Professional Engineer <br /> ®Other(Spec) <br /> Test Method Uses: p Pressure ❑Vacuum ®Hydrostatic <br /> 0 Other(Specify) <br /> OMeasuring Equipment Used for Testing: TEMPSONIC <br /> Sump#1 Sump# Sump# <br /> ameter: 39" <br /> Sump Depth: 45" <br /> Sump Material: FIBERGLASS <br /> Height from Tank Top to Highest 14" <br /> Pi ing Penetration: <br /> Height from Tank Top to Lowest 1 14" <br /> Electrical Penetration: <br /> Condition of sump prior to testing: OK <br /> Portion of Sump Tested. 18" <br /> Does turbine shut down when <br /> sump sensor detects either product N/A <br /> or water? <br /> Turbine shutdown response time. N/A <br /> Is system programmed for fail-safe N/A <br /> shutdown? <br /> Was fail-safe verified to be N/A <br /> operational? <br /> Wait time between applying <br /> pressure/vacuum/water and starting 30 MINUTES <br /> test: <br /> Test Start Time: 11:25 11:40 <br /> Initial Reading(RI): .0000 .0000 <br /> Test End Time: 11:40 11:55 <br /> Final Reading(RF): .0014 .0000 <br /> Test Duration: 1 HR 1 HR <br /> Change in Reading(RF-RI): .0014 .0000 <br /> Pass/Fail Threshold: .0020 .0020 <br /> Test Results "",PASS <br /> Was sensor removed for testing? YES <br /> Was sensor properly replaced after YES <br /> testing? <br /> Comments—(include information on repairs made to facilitate a passing test and indicate whether a <br /> permit was obtained for the repairs) <br /> Note: Hydrostatic testing of sumps should, at a minimum, provide for a liquid level that tests <br /> the tank/saddle juncture and the highest tank piping system projection into the sump. <br /> R.C.U.S.T.COM <br />