Outdoor Aluminum Regenerative Rotary Heat Wheels Heat Exchanger Oem

    Best Selling Rotary Heat Wheels Heat Exchangers

    The popular rotary heat exchanger can be widely applied in fields such as building ventilation and industrial production. By recovering the energy in the exhaust air to preheat or pre-condition the fresh air, it achieves the purpose of energy conservation and improves air quality. It can be used in commercial buildings, residences, hospitals, industrial production, etc. Its features of energy efficiency, durability and long-lasting performance have been highly praised by customers.

      ● Model: HRS-500~HRS-5000
      ● Type: Sensible Heat Recovery Wheel (Recuperator)
      ● Main Material: Aluminum Foils
      ● Wide range diameter optional: 500~5000mm

      ● Energy recovery efficiency up to 70%~90%

      ● Double Sealing System
      ● Saving Installation space
      ● Self Cleaning
      ● Easy maintenance

      ● Application for heat recovery section of AHU

Products Detail

      Rotary heat exchanger (Heat wheel) is mainly used in heat recovery building ventilation system or in the air supply / air discharge system of air conditioning system equipment.

The heat wheel transfers the energy (cold or heat) contained in exhaust air to the fresh air supplied to indoor. It’s one important section and key technology in the field of construction energy-saving.

Rotary heat exchanger is composed of heat wheel, case, drive system and sealing parts. The heat wheel rotates powered by the drive system.

      When outdoor air passes through half of the wheel, return air passes through reversely the rest half of the wheel. In this process, about 70% to 90% heat contained in the return air can be recovered to supply air to indoor.

Working Principle

      Rotary heat exchanger is composed of alveolate heat wheel, case, drive system and sealing parts.

      The exhaust and outdoor air pass through half of the wheel separately, when the wheel rotates,

      The heat and moisture are exchanged between the exhaust and outdoor air.

      The heat recovery efficiency is up to 70% to 90%