a b An ideal vapor-compression refrigeration system uses refrigerant - 22 as working fluid Saturated vapor at - 40°C An ideal vapor-compression refrigeration system uses refrigerant - 22 as working fluid. Saturated vapor at - 40°C enters the compressor suction enters the compressor suction at the rate of 15 m^3/min. at the rate of 15 m^3/min. Condenser pressure is 1200 kPa. Calculate the compressor Condenser pressure is 1200 kPa Calculate the coefficient of performance. power, in kW. * An ideal vapor-compression refrigeration system uses refrigerant - 22 as working fluid. Saturated vapor at - 40°C enters the compressor suction at the rate of 15 m^3/min. Condenser pressure is 1200 kPa. Calculate the refrigerating capacity, in tons.
a b An ideal vapor-compression refrigeration system uses refrigerant - 22 as working fluid Saturated vapor at - 40°C An ideal vapor-compression refrigeration system uses refrigerant - 22 as working fluid. Saturated vapor at - 40°C enters the compressor suction enters the compressor suction at the rate of 15 m^3/min. at the rate of 15 m^3/min. Condenser pressure is 1200 kPa. Calculate the compressor Condenser pressure is 1200 kPa Calculate the coefficient of performance. power, in kW. * An ideal vapor-compression refrigeration system uses refrigerant - 22 as working fluid. Saturated vapor at - 40°C enters the compressor suction at the rate of 15 m^3/min. Condenser pressure is 1200 kPa. Calculate the refrigerating capacity, in tons.
Refrigeration and Air Conditioning Technology (MindTap Course List)
8th Edition
ISBN:9781305578296
Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson
Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson
Chapter36: Refrigeration Applied To Air-conditioning
Section: Chapter Questions
Problem 9RQ: What are higher-efficiency refrigerant blends that can be used as long-term replacements for R-22 in...
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Transcribed Image Text:a
An ideal vapor-compression
An ideal vapor-compression
refrigeration system uses
refrigerant - 22 as working
refrigeration system uses
refrigerant - 22 as working fluid.
Saturated vapor at - 40°C
fluid. Saturated vapor at - 40°C
enters the compressor suction
enters the compressor suction
at the rate of 15 m^3/min.
at the rate of 15 m^3/min.
Condenser pressure is 1200 kPa.
Condenser pressure is 1200
Calculate the coefficient of
kPa. Calculate the compressor
performance.
power, in kW. *
An ideal vapor-compression
1
refrigeration system uses
refrigerant - 22 as working
fluid. Saturated vapor at - 40°C
enters the compressor suction
at the rate of 15 m^3/min.
Condenser pressure is 1200
kPa. Calculate the refrigerating
capacity, in tons.
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