2.The compressor, which is a sealed pump that moves the refrigerant through the system.
3.The water coil where the heat that was absorbed from the indoor space is discharged to the circulating water supply. A pump is required somewhere in the system to move the water through the heat pump water coil.
HEAT PUMP (HEATING MODE)
The system operates in reverse cycle, meaning that it acquires and moves heat from the water supply flowing through the water to refrigerant coil, and transfers it indoors to be rejected into the circulating air stream.
Most
Because of the design of
WATER SUPPLY SYSTEMS
Depending upon type and application of the
1.Individual closed loop buried in a trench or vertical bore hole(s).
2.Individual loop submerged in a pond.
3.Water supplied from a well and discharged into pond, stream, ditch or another well.
4.Water supplied from a boiler/tower system, typically only in larger
A properly sized heat pump cannot cool a structure off rapidly, and instead will pull down the temperature slowly. It also will remove a certain amount of moisture (humidity) from the circulating air stream in the process. It may take several hours to pull down a hot, moist building or structure on initial start up, or anytime the system has been turned off for a long period of time. It is generally best to set the thermostat at a comfortable temperature and let it control the system as needed, rather than turning it on and off.
Moisture (humidity) removal with a conventional air conditioner (cooling) unit, or heat pump when operating in the cooling mode, is not directly controlled and is a
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