Laserfiche WebLink
r <br />1' <br />6� <br />Flow Data <br />Before Ad'ustment After Admustment <br />Final <br />Difference <br />Gix <br />f �� <br />% Dilution air valve open <br />Current reading minus previous reading <br />System Influent my after dilution <br />D <br />% Recirculation valve open <br />C / D X 100 <br />% Opera [lity <br />K/O Content al <br />i <br />Vacuum @ blower (in H2O) <br />Exhaust Temperature °F <br />Range <br />—Gauge <br />AMPS drawn by blower motor AMPS <br />Total System Flow (A P. in H20) <br />Pipe Size <br />Well Field Air Flow (A P, in H2O) <br />Pipe Size 4" <br />Dilution Air Flow (A P, "H2O) <br />Pipe Size " <br />FID Data <br />W/ Carbon <br />W/O Carbon <br />Difference <br />System Influent my before dilution <br />f �� <br />C <br />Current reading minus previous reading <br />System Influent my after dilution <br />D <br />5 stem Effluent my <br />C / D X 100 <br />% Opera [lity <br />Field Instrument Used: %�—/ Last Calibrated: l l� <br />PART C: ABATEMENT EQUIPMENT DATA <br />F, <br />c <br />r <br />CATALYTIC OXIDIZER <br />Before Admustment <br />Final <br />Ideal Range <br />Oxidizer Set int °F�� <br />f �� <br />C <br />Current reading minus previous reading <br />Inlet Temperature °F <br />D <br />High Temp. Se int °F <br />C / D X 100 <br />% Opera [lity <br />Catalyst Temperature °F <br />Exhaust Temperature °F <br />---------------- <br />A <br />Previous hourmeter reading <br />19033.7 <br />B <br />Current hourmeter reading <br />f �� <br />C <br />Current reading minus previous reading <br />D <br />Total hours since last O&M event <br />E <br />C / D X 100 <br />% Opera [lity <br />Heporr percenr operanuny to site engineer pnvr so reavi,ry alcr <br />