Dehumidifier Fin Condenser
Dehumidifier Fin Condenser
Dehumidifier Fin Condenser
Dehumidifier Fin Condenser

Dehumidifier Fin Condenser

condenser In a dehumidifier, a fin condenser, as a type of heat exchanger, is mainly responsible for releasing the heat absorbed by the refrigerant from the evaporator into the air. When the refrigerant evaporates in the evaporator, it absorbs heat from the surrounding air, cooling the air while...

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condenser

In a dehumidifier, a fin condenser, as a type of heat exchanger, is mainly responsible for releasing the heat absorbed by the refrigerant from the evaporator into the air.

When the refrigerant evaporates in the evaporator, it absorbs heat from the surrounding air, cooling the air while the water vapor in the air condenses into droplets. Subsequently, the refrigerant enters the condenser, where the heat is exchanged with the surrounding air through the fins, releasing the heat into the air and recondensing the refrigerant into a liquid state for recycling.

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Item	Type	Operation medium	Operation pressure (MPa)	Application
1	Φ16/Φ9.52/Φ12.7 Copper tube with aluminium fin	Cold/hot water	≤1.6	Used for combined air handling unit, fan coil etc air conditioning devices
2	Φ18/Φ20 Steel pipe winding with steel sheet	Steam	≤0.2	Used for combined air handling unit, fan coil etc air conditioning devices
3	Φ16/Φ9.52/Φ12.7 Copper tube with aluminium fin	Brine	≤1.6	Used for heat transfer in cold storage and all kinds of low temperature systems
4	Φ9.52/Φ7.94/Φ7 Copper tube with aluminium fin	Ethylene glycol	≤1.6	Used of energy recovery and low temperature system devices
5	Φ16 Copper tube with aluminium fin	Ice mud	≤1.6	Used for dry operation condition, fresh air dehumidification etc systems
6	Φ9.52/Φ7.94/Φ7 Copper tube with aluminium fin	R22	≤1.9	Used for industry and commerce air conditioning system
7	Φ9.52/Φ7.94/Φ7 Copper tube with aluminium fin	R407C	≤1.9	Used for industry and commerce air conditioning system
8	Φ9.52/Φ7.94/Φ7 Copper tube with aluminium fin	R134a	≤3.1	Used for vehicle and vessel etc transportation devices

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The heat and moisture exchange of the air cooler is carried out under the influence of the temperature difference between the main air and the boundary layer air which is in close contact with the outer surface of the heat exchanger and the partial pressure difference of the water vapor. It can realize two kinds of air treatment processes: when the boundary layer air temperature is lower than the dew point temperature of the main air, a dehumidification cooling process or a wet cooling process (wet condition) will occur; when the boundary layer air temperature is lower than the main air temperature However, an isothermal cooling process (dry conditions) will occur when the temperature is above its dew point.
During the dehumidification and cooling process, there is not only a temperature difference between the boundary layer air and the main air, but also a water vapor partial pressure difference. Therefore, not only the sensible heat exchange but also the latent heat exchange accompanying the wet exchange is passed through the surface of the heat exchanger. It can be seen that the air cooler under wet conditions has greater heat exchange capacity than the dry condition, or the same air cooler has the same air dry bulb temperature and water temperature. The higher the temperature of the air wet bulb, the greater the cooling and dehumidification capacity of the air cooler.