|Supply Air Parameters||T=15-25ºC, RH=10%-30%|
|Chilled Water Temperature||T≤7 Degree Celsius|
|Chilled Water Consumption (T/h)||12|
|Chilled Water Pipe Diameter (mm)||DN40|
|Power of Regeneration Fan(kw)||1.1|
|Power of Process Fan(kw)||4.0|
|Power of Driving Motor(kw)||0.1|
|Power Supply(V)||3Phase-380V-50Hz (can be customization)|
|Installed Power(kw)||Electric Mode||29.2|
|Inlet of Fresh Air(mm)||400*250|
|Inlet of Reflow Air(mm)||400*250|
|Outlet of Process Air(mm)||630*320|
|Inlet of Regeneration Air(mm)||550*400|
|Outlet of Regeneration Air(mm)||208*162|
|Surplus Pressure of the Unit(Pa)||≤650|
Supply Air Stream
Outside air is drawn into the unit using the supply fan.
The warm, moist outside air first passes through filters and then the cooling coil where it is cooled.
The air then goes through the desiccant wheel where the air is dehumidified and the temperature is raised.
At last the air is delivered directly to the space or into an existing air handler.
Exhaust Air Stream
Exhaust air is used to provide energy recovery for the desiccant wheel and is drawn into the unit using the exhaust fan.
The air filtered and then heated and humidified during the energy recovery process.
The air is then heated while passing through the regeneration coil.
The heated air removes the moisture that the desiccant wheel adsorbs from the process air stream.
- High dehumidifying capacity
- Dry air with super ow humidity can be easily obtained
- It is able to supply dry air with super low dew point less than -70 Celsius degree.
- Its dehumidification performance is more marked under the environment of low temperature and low humidity.
- Easy to operate and management, low operating cost
- Long ife and durable
- Complete equipment model, perfect dehumidification function
- Environment protection, pollution-free
|Refrigeration System for Option:|