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r - <br /> SWRCB,January 2002 ��_ <br /> 9. UNDER-DISPENSER CONTAINMENT(UDQ TESTING <br /> Test Method Developed By: ❑UDC Manufacturer ❑Industry Standard ❑Profession n e <br /> ❑Other(Specify) <br /> Test Method Used: ❑Pressure ❑Vacuum ❑Hy'd'rostatic <br /> ❑Other(Spec) <br /> Test Equipment Used: I?quipmem Rcsolwiun: <br /> UDC# � <br /> _ UDC# UDC# UDC# <br /> UDC :ldanu GiCturel - <br /> UDC Material: <br /> UDC De the <br /> Height from UDC Bottom to Top <br /> of Highest Piping Penetration: <br /> Height from UDC Bottom to <br /> Lowest Electrical Penetration: <br /> Condition of UDC prior to <br /> testing: <br /> Portion of UDC Tested <br /> Does turbine shut down when <br /> UDC sensor detects liquid(both <br /> roduct and water)?` <br /> Turbine shutdown response time <br /> Is system programmed for fail- <br /> safe shutdown?' <br /> Was fail-safe verified to be <br /> o erational?' <br /> Wait time between applying <br /> water and starting test <br /> Test Start Time: <br /> Initial Readin (R,): <br /> Test End Time: <br /> Final Reading RF): <br /> Test Duration: <br /> Change in Reading(RF-R,): <br /> Pass/Fail Threshold or Criteria: <br /> Test Result: <br /> Was sensor removed for testin ? <br /> Was sensor properly replaced and <br /> verified functional after testing? <br /> Comments—(include information on repairs made prior to testing, and recommended follow-u forfailed tests) <br /> This UST System has no UDC's. <br /> If the entire depth of the UDC is not tested,specify how much was tested. If the answer to any of the questions indicated with an <br /> asterisk(*)is"NO"or"NA",the entire UDC must be tested. (See SWRCB LG-160) <br />