A vapor-compression refrigeration system, using ammonia as the working fluid, has evaporator and condenser pressures of 40 and 200 lbf/in², respectively. The refrigerant passes through each heat exchanger with a negligible pressure drop. At the inlet and exit of the compressor, the temperatures are 20°F and 300°F, respectively. The heat transfer rate from the working fluid passing through the condenser is 50,000 Btu/h, and liquid exits at 200 lbf/in², 90°F. The compressor operates adiabatically.

Elements Of Electromagnetics
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A vapor-compression refrigeration system, using ammonia as the working fluid, has evaporator and
condenser pressures of 40 and 200 lbf/in², respectively. The refrigerant passes through each heat
exchanger with a negligible pressure drop. At the inlet and exit of the compressor, the temperatures
are 20°F and 300°F, respectively. The heat transfer rate from the working fluid passing through the
condenser is 50,000 Btu/h, and liquid exits at 200 lbf/in², 90°F. The compressor operates adiabatically.
Step 1
Determine the refrigerating capacity, in tons.
Qin
= i
tons
Transcribed Image Text:A vapor-compression refrigeration system, using ammonia as the working fluid, has evaporator and condenser pressures of 40 and 200 lbf/in², respectively. The refrigerant passes through each heat exchanger with a negligible pressure drop. At the inlet and exit of the compressor, the temperatures are 20°F and 300°F, respectively. The heat transfer rate from the working fluid passing through the condenser is 50,000 Btu/h, and liquid exits at 200 lbf/in², 90°F. The compressor operates adiabatically. Step 1 Determine the refrigerating capacity, in tons. Qin = i tons
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