Heating cycle analysis, Cooling cycle analysis, Heating cycle analysis cooling cycle analysis – WaterFurnace Series NXW User Manual
Page 33
33
ENVISION
2
NKW 50Hz REVERSIBLE CHILLER INSTALLATION MANUAL
Heating Cycle Analysis
Cooling Cycle Analysis
Suction
Discharge
Compressor
RV
Braze Plate
Braze Plate
FD
Unit Amp Draw ____________
Line Voltage _________
Loop:______ Open ______ Closed
Subcooling _______
Superheat _______
Entering Source Water ________°C
Entering Water Pressure Drop _____ kPa
Leaving Source Water ________°C
Leaving Water Pressure Drop _____ kPa
______kPa = ______SAT°C
______°C
______kPa = ______SAT°C
______°C
______°C Liquid Line
NOTE: Do not attach refrigerant gauges unless a problem is suspected!
Suction
Discharge
Compressor
RV
Braze Plate
Braze Plate
FD
______kPa = ______SAT°C
______°C
______kPa = ______SAT°C
______°C
______°C Liquid Line
Unit Amp Draw ____________
Line Voltage _________
Loop:______ Open ______ Closed
Subcooling _______
Superheat _______
Entering Source Water ________°C
Entering Water Pressure Drop _____ kPa
Leaving Source Water ________°C
Leaving Water Pressure Drop _____ kPa
NOTE: Do not attach refrigerant gauges unless a problem is suspected!