Product Overview
Following are the Main Features of Screw Water Chiller :- 1. Water Source Heat Pump Chiller Series 2. Power supply: AC380V~3PH~50Hz (Optional) 3. Climate: T1 or T3 4. Refrigerant: R22, R410A, R407C (Optional) 5. Cooling in Summer; Heating in Winter; supplying sanitary hot water all the year. 6. Water Source Heat Pump Chiller: Energy-efficient: The ratio output against input is coefficient of performance (COP). Normally it can be more than 4. 7. Screw water chiller: Environmental protection :There is no waste water, waste residue, used heat, the waste gas discharged. It will not produce any pollution to the atmosphere and environment. 8. Modular controlling function: As per the actual requirements, one or more units can be added to combine a heat water supply system, which are controlled by modular. 9. Water Source Heat Pump chiller: Automatic energy balance: According to ambiguous controlling principle, the unit checks the load dynamically. When the unit reaches the setting temperature, the unit keeps the load in balance.
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Room C, 15-F, HuaChiao Commercial Centre, 678 Nathan Roade, Mongkok,
Following are the Main Features of Screw Water Chiller :- 1. Water Source Heat Pump Chiller Series 2. Power supply: AC380V~3PH~50Hz (Optional) 3. Climate: T1 or T3 4. Refrigerant: R22, R410A, R407C (Optional) 5. Cooling in Summer; Heating in Winter; supplying sanitary hot water all the year. 6. Water Source Heat Pump Chiller: Energy-efficient: The ratio output against input is coefficient of performance (COP). Normally it can be more than 4. 7. Screw water chiller: Environmental protection :There is no waste water, waste residue, used heat, the waste gas discharged. It will not produce any pollution to the atmosphere and environment. 8. Modular controlling function: As per the actual requirements, one or more units can be added to combine a heat water supply system, which are controlled by modular. 9. Water Source Heat Pump chiller: Automatic energy balance: According to ambiguous controlling principle, the unit checks the load dynamically. When the unit reaches the setting temperature, the unit keeps the load in balance.