|Place of Origin:||China|
|Certification:||ISO9001, ISO14001, OHSAS18001, CRAA, CQC|
|Minimum Order Quantity:||1|
|Delivery Time:||15 working days after received your payment|
|Payment Terms:||L/C, T/T|
|Supply Ability:||5,000pcs per month|
|Product Name:||Heat Recovery Air Handling Unit||Installation:||Ceiling|
|Efficiency:||68%-76%||Fresh Air Flow(m3/h):||150-15000|
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Plate heat exchanger total heat recovery Fresh Air handling unit with 76% efficiency
One Unit for Two Purposes Highly Efficient and Energy-saving
The EKHR total heat recovery fresh air unit features bidirectional air exchange, and can provide fresh air indoor and exhaust vitiated air outdoor. This enables total heat exchange through fresh air and air exhaust to create a fresh and healthy environment.
The thin and imperforate special paper for total heat exchange can effectively prevent leakage of vitiated air and facilitate the exchange of heat and humidity. The maximum heat recovery rate reaches 76% while the maximum enthalpy exchange rate reaches 74%. This greatly reduces the fresh air load of the air-conditioning unit, saves energy, and lowers the running electricity charge.
Super-Thin Design Low Operation Noise
The EKHR total heat recovery fresh air unit is a super-thin unit that can be installed in a concealed manner for saving space. The air supply outlet is blended with the interior finishing for more beauty and grace. It adopts advanced silence design for user-friendly experience, which implements top-class quietness in the industry and is suitable for a variety of occasions. Air Purification Wide Applications
The EKHR total heat recovery fresh air unit is equipped with a top-class filter and can be configured with absorbent carbon filter and UV sterilization lamp optionally to filter out toxic substances such as SO2, NH3, and benzene, thereby ensuring clean indoor air. Besides, a remote control, an electric heater, and a humidifier are optional in different scenarios to meet various climate conditions.
|EK Model||Fresh Air Volume m3/h||External Residual Pressure Pa||Enthalpy Recovery