We are offering refrigeration test rig. Our refrigeration test rig (naerf-01e) is designed with accuracy to make the process of testing easy and correct. Use of r134a as a refrigerant makes our refrigeration test rig (naerf-01e) environment friendly. The refrigeration test rig (naerf-01e) is designed by keeping in mind the problems faced by the experimenters while testing, and we provide the refrigeration test rig (naerf-01e) with user-friendly features. Owing to these eco-friendly features, the observation and study of vapor compression cycle, the component principle & working of refrigeration test rig (naerf-01e) are easily understood. list of experiments

• to study various components and controls used in vapour compression cycle
• to evaluate the tonnage capacity of the air conditioning system by enthalpy difference method
• to evaluate actual & theoretical c.o.p. Of vapour compression cycle
• to plot actual refrigeration cycle on p-h chart

• ambient temperature = 350 oc
• atmospheric pressure = 1.01 bar
• suction pressure = 35 psig
• discharge pressure = 180 psig
• evaporation temperature = 7.70 oc
• discharge temperature = 550 oc

We are offering refrigeration test rig. Our refrigeration test rig (naerf-01e) is designed with accuracy to make the process of testing easy and correct. Use of r134a as a refrigerant makes our refrigeration test rig (naerf-01e) environment friendly. The refrigeration test rig (naerf-01e) is designed by keeping in mind the problems faced by the experimenters while testing, and we provide the refrigeration test rig (naerf-01e) with user-friendly features. Owing to these eco-friendly features, the observation and study of vapor compression cycle, the component principle & working of refrigeration test rig (naerf-01e) are easily understood. list of experiments

• to study various components and controls used in vapour compression cycle
• to evaluate the tonnage capacity of the air conditioning system by enthalpy difference method
• to evaluate actual & theoretical c.o.p. Of vapour compression cycle
• to plot actual refrigeration cycle on p-h chart

• ambient temperature = 350 oc
• atmospheric pressure = 1.01 bar
• suction pressure = 35 psig
• discharge pressure = 180 psig
• evaporation temperature = 7.70 oc
• discharge temperature = 550 oc