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E <br />I$=" <br />Permit Number: N 30 <br />Site Name: SHOP N GO <br />Site Address: 4511 PACIFIC A -VE <br />City: STOCKTON CA 77 <br />District: SJVAPCD <br />E4162nd St,;e <br />Galt, CA 95632 S I 1 2 01 '' <br />(209) 744-0113 Fax (209) 744-0116 <br />E.O. VR -203/204 E N V <br />Polisher Operability Test Form <br />I Date of Test: 5-8-17 <br />95-207 Technician: DAVE WINKLER <br />VST: <br />DAVID WINKLER # 1360 <br />Veeder-Root: <br />DAVID WINKLER # B34975 <br />TEST, INFORMATION <br />Calibration date for digital manometer (must be within 6 months of the test) 5 -1 -17 -- <br />Ending value for digital manometer drift test (must be 0.01 in. w.c. or less) 0 <br />Calibration date for thermometer (must be with 6 months of the test) NA <br />Vapor polisher valve close date and time (must have been closed for at least 2 hours) 5-8-17 <br />Atmospheric pressure sensor serial number 944 <br />PRESSURE INTEGRITY TEST <br />Nitrogen gas flow rate (scfli) 18CFH <br />Starting pressure (in. w.c.) 8.09 <br />Final pressure at I minute (in. w.c.) <br />8.25 <br />Is the final pressure > 7.0 in. w.c.? Yes <br />Is the difference between the starting and final pressure < 0.5 in. w.c.? Yes <br />NOTES: 'if the final pressure is not > 7.0 in. w.c. and the difference is not < 0.5 in. w.c., then the vapor polisher is not in compliance. <br />FLOW TEST <br />Nitrogen gas flow rate (sefli) -F- 18SCFH <br />Pressure (in. w.c.) 1.92 <br />Is the pressure between 1.69 and 2.25 in. w.c.? <br />NOTES: 'The now rate must be 18.0 :E 0.2 scfh. Yes <br />2The pressure must be between 1.69 and 2.25 in. w.c. or the vapor polisher is not in compliance. <br />'Three-way valve must be returned to normal (open) operating position after testing is completed. <br />VNIC valve mode must I be re -set to automatic after testis is completed. <br />VAPOR VALVE THERMOMETER TEST <br />Vapor polisher ambient temperature §7.3.2 <br />88.81 <br />Vapor polisher outlet temperature <br />81.42 <br />Difference between ambient and outlet temperatures - <br />7.39 <br />Is the difference less than 10° F? If not, proceed to section 9.2.1 Yes <br />Vapor polisher ambient temperature §9.2.2 <br />Vapor polisher outlet temperature <br />Differencebetweenambient and outlet temperatures <br />Is the difference less than 10° F? If not, proceed to section 9.2.4 No <br />