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Page ` 01- !( <br />8.. UIVDER,DISPENSER CONTAINMENT (UDC) TESTING <br />Test Method Developed By: ❑ UDC Manufacturcr X Industry Staadiu-d ❑ Prufcssional Engineer <br />❑ Other (Specify) <br />Test Method Uses: Li Pressure n Vacuum X Hydrostatic <br />❑ Other (S'peerf)) <br />Measuring Equipment Used for Testing Ancon TS -STS <br />UDC # tTDC # Ui)C # <br />UDC Manufacturer: <br />11DC Material: <br />UDC Depth: <br />Height ITom UDC Bottum to <br />Highest Piping Penetration: <br />Height from UDC Bottom to <br />Lowest Electrical Penetration: <br />Condition of UDC prior to <br />testing: <br />Portion of TYDC Tested. <br />Does turbine shut down when <br />ODC sensor detects either <br />induct or water? <br />Turbine shutdown response <br />time. <br />Is system programmed for fail- <br />safe shutdown? <br />Was fail -sate verificd to be <br />operational? <br />Wait time between applying <br />pressure/vacuum/water and <br />starting test: <br />Test Start Time - <br />imeinitiallteadin <br />initial &eadin(1): <br />Tcst End Time: <br />Final.Readin (Rt.): <br />Test Duration: <br />Change in Reading RF -R,): <br />' <br />Pass/Fail Threshold_ <br />Te -0 Result: <br />Was sensor removed for <br />testing? <br />Was sensor properly replaced <br />_ <br />after 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 the UDC should, at a minimum, provide for a liquid level that tarts to <br />the highest point of piping projection into the containment vessel. <br />R.C.U.S.T.COm December 2001 <br />