The Ice Plant Test Rig designed by us works on simple vapor compression refrigeration cycle and uses R134a or R 404 A as a refrigerant. The system is designed such that students can observe and study ice formation process without any confusion. It is also useful to understand working of vapor compression system, due to its sophisticated yet simple performance and controls.

• All the parts are visible and working can be easily understood
• Eco-friendly
• User friendly
• Makes the process of testing easy and accurate

• To Study Various Components and Controls Used in Ice Plant
• To Evaluate Capacity of the Ice Plant
• To Calculate C.O.P. of the System
• To Plot System Performance On P-H Chart

• Ambient temperature = 350 C
• atmospheric pressure = 1.01 bar
• suction pressure = 10 psig
• discharge pressure = 180 psig
• evaporation temperature =- 140 C
• discharge temperature = 550 C

The Ice Plant Test Rig designed by us works on simple vapor compression refrigeration cycle and uses R134a or R 404 A as a refrigerant. The system is designed such that students can observe and study ice formation process without any confusion. It is also useful to understand working of vapor compression system, due to its sophisticated yet simple performance and controls.

• All the parts are visible and working can be easily understood
• Eco-friendly
• User friendly
• Makes the process of testing easy and accurate

• To Study Various Components and Controls Used in Ice Plant
• To Evaluate Capacity of the Ice Plant
• To Calculate C.O.P. of the System
• To Plot System Performance On P-H Chart

• Ambient temperature = 350 C
• atmospheric pressure = 1.01 bar
• suction pressure = 10 psig
• discharge pressure = 180 psig
• evaporation temperature =- 140 C
• discharge temperature = 550 C