Dual cooling source total heat exchange bidirectional flow dehumidification and purification system

Product Introduction:

The capillary radiation dual cold source total heat exchange bidirectional flow dehumidification and purification system is developed for air humidity control in situations with high personnel density or fresh air volume requirements. It combines total heat recovery technology, condensation heat recovery CO2The development of air quality detection technology, which bears the load of fresh air and indoor humidity, can be applied in temperature and humidity independent control air conditioning systems.

Summer functions: fresh air dehumidification+cooling, internal circulation dehumidification+cooling, mixed air dehumidification+cooling

Over season functions: fresh air dehumidification, mixed air dehumidification, internal circulation dehumidification

Winter function: fresh air exchange, heating

Total heat exchanger:

It is a ventilation device that can perform heat recovery. When indoor exhaust and fresh air flow through the heat exchanger core in a cross pattern, due to the temperature difference and vapor pressure difference between the airflow on both sides of the partition plate, the two airflow streams exhibit heat and mass transfer phenomena when passing through the partition plate, causing a total heat exchange process.

During summer operation, the fresh air obtains cooling from the air conditioning exhaust, reducing the temperature while being dried by the air conditioning air, resulting in a decrease in the moisture content of the fresh air.

Product Hotspots:

1. Purification and sterilization

The device comes with primary, medium, and HEPA filters to remove PM2.5 and aerosols, reducing the amount and probability of outdoor ice blockage and aerosols entering the indoor environment. It also comes standard with ultraviolet sterilization and negative ion purification at the end air outlet of the device, using ozone free ultraviolet sterilization lamps to avoid secondary harm to the human body. Initial filtration G4+medium filtration F7+high-efficiency H13 (aerosol filtration) can remove harmful substances such as particles, bacteria, dust, etc. from the air, ensuring fresh and clean indoor air.

2. Independent control

In the temperature and humidity independent control air conditioning system, two independent air conditioning control systems, temperature and humidity, are used to control and regulate the indoor temperature and humidity respectively. Thus. Avoiding the losses caused by combined heat and moisture treatment in conventional air conditioning systems.

3. Intelligent low noise

The fresh air unit is equipped with a return air condition, and only in the hot and humid summer season, the fresh air valve is closed and the return air valve is opened to quickly and rapidly dehumidify (for initial indoor dehumidification) using the return air condition. The low-noise and high static pressure DC centrifugal fan can meet the adjustment and switching of different wind speeds, achieve thermal balance, and fully self regulate.

4. Dual condenser

Who is the source of 16-20 ℃ water for the surface cooler in summer. The winter water temperature is 40 ℃, sourced from heat pump units or boilers.

Dual condensers are used, with each condenser located inside the unit. One condenser can be used for air supply and reheating, while the other is used for heat dissipation and condensation. The condenser is a water-cooled condenser.

Technical Specifications:

Equipment size: