A standard vapor – compression cycle developing 87 kw of refrigeration using refrigerant R502 operates with a condensing temperature of 50C and an evaporating pressure of 300 kpa, 1- sketch the cycle on a P-h diagram and fill below: Enthalpy (kj/kg) h1= h2= h3= h4= 3- The refrigerating effect in kilojoules per kilogram 3- The mass flow rate of refrigerant 4- The power required by the compressor 5- The coefficient of performance 6- The volume flow rate measured at the compressor suction 7- The compressor discharge temperature. 8- If the compressor outlet temperature was (T2 =
A standard vapor – compression cycle developing 87 kw of refrigeration using refrigerant R502 operates with a condensing temperature of 50C and an evaporating pressure of 300 kpa, 1- sketch the cycle on a P-h diagram and fill below: Enthalpy (kj/kg) h1= h2= h3= h4= 3- The refrigerating effect in kilojoules per kilogram 3- The mass flow rate of refrigerant 4- The power required by the compressor 5- The coefficient of performance 6- The volume flow rate measured at the compressor suction 7- The compressor discharge temperature. 8- If the compressor outlet temperature was (T2 =
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A standard vapor – compression cycle developing 87 kw of refrigeration using refrigerant R502 operates with a condensing temperature of 50C and an evaporating pressure of 300 kpa,
1- sketch the cycle on a P-h diagram and fill below:
Enthalpy (kj/kg) h1= h2= h3= h4=
3- The refrigerating effect in kilojoules per kilogram
3- The mass flow rate of refrigerant
4- The power required by the compressor
5- The coefficient of performance
6- The volume flow rate measured at the compressor suction
7- The compressor discharge temperature.
8- If the compressor outlet temperature was (T2 = 70C) calculate the isentropic efficiency.
9- Dryness factor using equation (X4)
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