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UNDERGROUND STORAGE TANK <br /> MONITORING SYSTEM CERTIFICATION FORM (Page s of 6) <br /> XII. LINE LEAK DETECTOR TESTING <br /> ❑ Check this box if line leak detectors(LLD)are NOT installed.(Do not complete this section.) Y N NA <br /> This section must be completed if LLDs are Installed. <br /> Was a leak simulated to verify LLD performance? ® ❑ ❑ <br /> Check all that apply.) Simulated leak rate verged: E 3 GPH ❑0.1 GPH Q 0.2 GPH <br /> Was the testing apparatus properly calibrated? E ❑ ❑ <br /> For emergency generator tank systems,does the LLD create an audible and visual alarm when a leak is detected? ❑ ❑ E <br /> For mechanical LLDs,does the LLD restrict the flow through the pipe when a leak is detected? ❑ ❑ E <br /> For electronic LLDs,does the turbine automatically shut off when a leak is detected? E ❑ ❑ <br /> For electronic LLDs,does the turbine automatically shut off if any portion of the monitoring system is disabled or disconnected? E ❑ ❑ <br /> For electronic LLDs,does the turbine automatically shut off if any portion of the monitoring system malfunctions or fails a test? E ❑ ❑ <br /> For electronic LLDs,have all accessible wiring connections been visually inspected for kinks and breaks? E ❑ ❑ <br /> Were all items on the equipment manufacturer's maintenance checklist completed? E ❑ ❑ <br /> Were all LLDs confirmed operational within regulatory requirements? E ❑ ❑ <br /> For any answer of"N"above describe In section X111 how and when these Issues were or will be corrected. <br /> XIII. COMMENTS <br /> XIV. VACUUM/PRESSURE/HYDROSTATIC MONITORING EQUIPMENT TESTING <br /> ❑ Check this box if VPH monitoring is NOT used. (Do not complete this section.) <br /> This section must be completed if VPN monitoring Is used to perform leak detection monitoring. <br /> System Type(Mark all that apply.) ®Vacuum ❑Pressure ❑Hydrostatic <br /> Sensor Functionality Interstitial Communication <br /> Sensor ID Component(s)Monitored by this Sensor Test Test <br /> S9 87 VACUUM PRODUCT E Pass ❑Fail E Pass ❑Fail <br /> S10 87 VAPOR VENT VACUUM E Pass ❑Fail E Pass ❑Fail <br /> S11 91 VACUUM PRODUCT E Pass ❑Fail E Pass ❑Fail <br /> S12 91 VENT VACUUM E Pass ❑Fail E Pass ❑ Fail <br /> ❑Pass ❑Fail ❑Pass ❑Fail <br /> ❑Pass ❑Fail ❑Pass ❑Fail <br /> ❑Pass ❑Fail ❑Pass ❑Fail <br /> ❑Pass ❑Fail ❑Pass ❑ Fail <br /> ❑Pass ❑Fail ❑Pass ❑Fail <br /> ❑Pass ❑Fail ❑Pass ❑Fail <br /> ❑Pass ❑Fail ❑Pass ❑Fail <br /> ❑Pass ❑Fail ❑Pass ❑Fail <br /> How was interstitial communication verified? E Simulated leak at far ends of the interstitial space. ❑Visual Inspection <br /> ❑Other(Describe the method in section XV below.) ❑Gauge <br /> Was the vacuum or pressure restored to operating levels in all interstitial spaces? E Yes ❑No(Describe the reason in section XV below.) <br /> For any answer of"FAIL"above,describe in section XV how and when these Issues were or will be corrected. <br /> XV. COMMENTS <br /> Mn-1=r*4kv a nsr rvv it v=vnc rd=Nn NO=Nrd annik-nh VPH=Van a rnlPmccj in+rllvdrnclafir. Irl=klonfifiralim <br />