Trending Products Best Fresh Indoor Air 2020 New Design Eco Vent Pro Series Energy Recovery Ventilators
|Durable appearance design
|Supper slim body design
Eco-vent pro ventilators are designed?specially for the projects which?have very strict ventilator height?requirement, compared with the?traditional congeneric products, ECO Vent Pro ERV's height is 20% off. Access?door is at the bottom so maintenance?is much easier.
|New primary filter
New primary filter is made of aluminium alloy frame and
rubber filtration materials with nicer appearance and
longer service life.
|Sub-HEPA F9 Filter?integrated optional Optional sub HEPA F9 filter, particle diameter under 2.5μm?can be filtered effectively, IAQ (indoor air quality) will be
|High efficiency temperature and humdity recovery Holtop crossflow heat?exchanger is built in the full ecovent pro series ERV, heat recovery?efficiency up to 82% in winter, the?allowance of moisture exchange?between fresh air and exhaust?air make a comfortable indoor?temperature and humidity.?
|Enthalpy Efficiency(%)||Temperature Efficiency (%)||Noise
|Voltage (V)||N. W.
The ceiling fresh air purification energy recovery ventilator is an air energy recovery and purification ventilation device. It is composed of fresh air fan, exhaust fan, total heat exchanger, fresh air primary filter, fresh air high efficiency filter (PM2.5), return air primary filter and so on.
Fresh air ventilation function: When the product is running, the treated fresh air is continuously delivered to the room through the air inlet, and the dirty air in the room is discharged at the same time, so as to improve the indoor air quality.
Fresh air purification function: Fresh air entering the room can effectively remove impurities (dust, floc, etc.) in the air and PM2.5 particles which is? harmful to the human body?after double purification of the primary filter and the high-efficiency filter.
Energy recovery function: Use the total heat exchanger to effectively recover the temperature and humidity energy in the exhaust air, and return it to the supply air to achieve the purpose of reducing energy loss.