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3.13 REFRIGERANT COOLING COIL TESTING <br />A. I d e ntifi cati o n/n u m be r. <br />B. Location. <br />C. Service. <br />D. Manufacturer. <br />E. Air flow, design and actual. <br />F. Entering air DB temperature, design and actual. <br />G. Entering air WB temperature, design and actual. <br />H. Leaving air DB temperature, design and actuai. <br />I. Leaving air WB temperature, design and actual. <br />J. Air pressure drop, design and actual. <br />3.14 REFRIGERANT SYSTEM CONDENSING UNIT <br />A. Ambient temperature. <br />B. Head pressure. <br />C. Suction pressure. <br />D. Compressor electrical data, phase, voltage, amperage; nameplate, actual, no load. Record <br />voltage and amperage on all phases of 3-phase motors. <br />E. Copy of un~t manufacturer's test start-up, test report. <br />3. I 5 REFRIGERANT SYSTEM HEAT PUMP AIR-AIR <br />A. Ambient temperature. <br />B. Head pressure. <br />C. Suction pressure. <br />D. Compressor electrical data, phase, vottage, amperage; nameplate, actual, no load. Record <br />voltage and amperage on all phases of 3-phase motors. <br />E. Copy of unit manufacturer's test start-up, test report. <br />3. I 6 REFRIGERANT SYSTEM DUCTLESS UNITS <br />A. Ambient temperature. <br />B. Head pressure. <br />C. Suction pressure. <br />D. Compressor electrical data, phase, voltage, amperage; nameplate, actual, no load. Record <br />voltage and amperage on all phases of 3-phase motors. <br />E. Copy of unit manufacturer's test start-up, test report. <br />3.17 ADJUSTING <br />A. Recorded data shall represent actually measured or observed conditions. Permanently mark <br />settings of valves, dampers, and other adjustment devices allowing settings to be restored. Set <br />and lock memory stops. Adjust air systems to deliver specified volumes with lowest possible <br />fan speed. <br />6 <br />