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2. How It Works
MULTI FUNCTIONAL DEHUMIDIFIER REFRIGERANT SYSTEM SCHEMATIC
The fan draws in warm, moist air from the pool enclosure. This air passes through the evaporator
(dehumidification) coil and gives up heat energy to the refrigerant which is in a cool, liquid state.
This exchange of energy causes the air temperature to fall below its dew point, resulting in
moisture condensation on the evaporator coil. The moisture formed falls into the unit’s condensate
drain pan.
The refrigerant enters the unit’s compressor, where it is compressed into a hot gas. While in the
compressor, the refrigerant absorbs the energy used to operate the compressor. This hot gas
refrigerant then travels either through an air reheat coil, the pool water condenser or to an
optional auxiliary air conditioning condenser, which may be either air or water cooled. If air heating
is called for, the air reheat coils is used. The hot refrigerant exchanges energy with the cooler,
dehumidified air coming from the evaporator coil. This causes the temperature of the air to rise for
heating.
If pool water heating is required, the hot gas flows into a pool water condenser, where it adds
energy to the incoming pool water. This heats the pool water while the refrigerant is condensed
into a warm liquid. If space cooling is called for, the refrigerant flows to the auxiliary air
conditioning condenser by passing the air reheat coil and pool water condenser and allowing cool
air from the evaporator coil to provide space cooling.