• To study various components
                    and controls used
                    i n V a p o u r
                    Compression Cycle.
                    • To evaluate the cooling capacity
                    of water cooler.
                    • To e v a l u a t e a c t u a l a n d
                    theoretical C.O.P. of Vapor
                    Compression Cycle.
                    • To plot the actual Refrigeration 
| Sub-Title | Parameter | Description | 
|---|---|---|
| Refrigeration Systems | Model | Water Cooler Trainer | 
| Capacity | 20 Liters water storage | |
| Compressor | Hermetically sealed | |
| Condenser | Forced convection air cooled | |
| Condenser fan | Axial flow | |
| Evaporator | Direct expansion type | |
| Expansion device | Capillary Tube | |
| Accumulator | Copper / M.S. shell suction line accumulator provided. | |
| Refrigerant | R-134a | |
| Control & Indicators | Temperature | Thermostat with Indication & 6 channel digital display | 
| Pressure | Pressure gauges 2 Nos. provided | |
| Electrical System | Supply | 230 Volts, 50 Hz, 1 phase | 
| Input power | 500 Watts | |
| Rated current | 2.8 Amps. | |
| Energy-meters | Provided for compressor. | |
| Construction | Water Tank | Stainless Steel | 
| Outer body | Stainless steel / or powder coated. | |
| Size | 1000 x 1200 x 450 ( L X H X D ) mm |