According to vapor compression refrigeration cycle, Refrigerant-134a enters the adiabatic compressor of a refrigerator at 180 kPa and -10°C and leaves the compressor at 800 kPa and 50°C. The refrigerant leaves the condenser at 800 kPa and 28°C. Later it is throttled to 180 kPa evaporator pressure. The mass flow rate of refrigerant is 0.036 kg/s. Disregarding any heat transfer and pressure drops in the connecting lines between the components, determine the isentropic efficiency of the compressor determine the rate of heat removal from the refrigerated space

Elements Of Electromagnetics
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Author:Sadiku, Matthew N. O.
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According to vapor compression refrigeration cycle,
Refrigerant-134a enters the adiabatic compressor of
a refrigerator at 180 kPa and -10°C and leaves
the compressor at 800 kPa and 50°C. The refrigerant leaves
the condenser at 800 kPa and 28°C. Later it is throttled to
180 kPa evaporator pressure. The mass flow rate of
refrigerant is 0.036 kg/s. Disregarding any heat transfer and
pressure drops in the connecting lines between the components,
determine the isentropic efficiency of the compressor
determine the rate of heat removal from the refrigerated space
A
B
с
D
E
5,56 kW
6,18 kW
8,14 kW
7,32 kW
9,17 kW
Transcribed Image Text:According to vapor compression refrigeration cycle, Refrigerant-134a enters the adiabatic compressor of a refrigerator at 180 kPa and -10°C and leaves the compressor at 800 kPa and 50°C. The refrigerant leaves the condenser at 800 kPa and 28°C. Later it is throttled to 180 kPa evaporator pressure. The mass flow rate of refrigerant is 0.036 kg/s. Disregarding any heat transfer and pressure drops in the connecting lines between the components, determine the isentropic efficiency of the compressor determine the rate of heat removal from the refrigerated space A B с D E 5,56 kW 6,18 kW 8,14 kW 7,32 kW 9,17 kW
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