Example 2: Refrigerant R-134a enter the compressor of a has a refrigerantor a superheared vapor at 0.14MPa and -10°C at arate of 0.05kg/sec and leave at 0.8Mp and 50°C. The refrigerant cooled in the condenser to 26°C and 0.72Mpa is throttled to 0.15MPa.Disregradingany heat transfere and pressure drop in the connecting line between the components. Determine: a) The rate of heat removed from the refrigerated space b) The power input to the compressor. c) Isentropic eff of the compressor d) COP of the refrigerantor.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Example 2: Refrigerant R-134a enter the compressor of a has a refrigerantor a
superheared vapor at 0.14MPa and -10°C at arate of 0.05kg/sec and leave at 0.8Mp
and 50°C.The refrigerant cooled in the condenser to 26°C and 0.72Mpa is throttled to
0.15MPa.Disregradingany heat transfere and pressure drop in the connecting line
between the components. Determine:
a) The rate of heat removed from the refrigerated space
b) The power input to the compressor.
c) Isentropic eff of the compressor
d) COP of the refrigerantor.
Transcribed Image Text:Example 2: Refrigerant R-134a enter the compressor of a has a refrigerantor a superheared vapor at 0.14MPa and -10°C at arate of 0.05kg/sec and leave at 0.8Mp and 50°C.The refrigerant cooled in the condenser to 26°C and 0.72Mpa is throttled to 0.15MPa.Disregradingany heat transfere and pressure drop in the connecting line between the components. Determine: a) The rate of heat removed from the refrigerated space b) The power input to the compressor. c) Isentropic eff of the compressor d) COP of the refrigerantor.
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