An ammonia refrigerating system has a load of 250 kW and operates at a condensing pressure of 1400 kPa and an evaporating temperature of -20°C. The refrigerant exits at the evaporator with a 5- degree...


An ammonia refrigerating system has a load of 250 kW and operates at a condensing pressure of<br>1400 kPa and an evaporating temperature of -20°C. The refrigerant exits at the evaporator with a 5-<br>degree superheat. The vapor enters the compressor suction at 10-degree superheat. The compressed<br>vapor is discharged from the compressor at the condensing pressure and 150°C. The refrigerant exits<br>the condenser as saturated liquid.<br>a. State the enthalpies at each point:<br>enthalpy<br>Point<br>kJ/kg<br>h<br>kJ/kg<br>kJ/kg<br>h2<br>kJ/kg<br>h3<br>kJ/kg<br>h4<br>

Extracted text: An ammonia refrigerating system has a load of 250 kW and operates at a condensing pressure of 1400 kPa and an evaporating temperature of -20°C. The refrigerant exits at the evaporator with a 5- degree superheat. The vapor enters the compressor suction at 10-degree superheat. The compressed vapor is discharged from the compressor at the condensing pressure and 150°C. The refrigerant exits the condenser as saturated liquid. a. State the enthalpies at each point: enthalpy Point kJ/kg h kJ/kg kJ/kg h2 kJ/kg h3 kJ/kg h4

Jun 11, 2022
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