Ventilo Icon IC180 E4 AB enthalpy recuperator with iEDGE SMART control. Central ventilation unit with heat recovery 180.
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Ventilo Icon IC180 E4 AB enthalpy recuperator with iEDGE SMART control. Central ventilation unit with heat recovery 180.
Modern heat recovery ventilation for your home
The Ventilo Icon IC180 E4 AB recuperator is an advanced solution providing fresh, clean air in your home while saving energy. The device is designed for buildings with a surface area of 70 to 100 m², offering optimal performance and user comfort. It utilizes an innovative iNOFRAME platform made of durable expanded polypropylene (EPP), guaranteeing high quality and durability.
Efficiency and air purity
The ventilation unit is equipped with an airENTHALPY enthalpy heat exchanger, which recovers not only heat but also moisture from the exhaust air. Thanks to this, in winter, the supply air is heated and humidified, and in summer – cooled and dehumidified. The heat recovery efficiency reaches up to 83%, which translates into significant heating cost savings. The air filtration system includes G4+F7 filters (supply) and M5 (exhaust), effectively trapping pollen, dust, smog and other pollutants. Additionally, the internal surface of the device is covered with an airCare+ antibacterial coating, inhibiting the growth of microorganisms.
Intelligent control and user comfort
The recuperator is controlled by the iEDGE SMART system, which allows remote management of the device via a mobile application (available on Android and iOS) and a web interface. Thanks to this, you can adjust the ventilation parameters to your needs and preferences, regardless of your location. The system automatically regulates the operation of the recuperator, ensuring optimal indoor climate comfort. Low noise level (sound power level 52 dB(A)) ensures quiet operation of the device, without disturbing the peace of the household. The possibility of mounting in a standing, suspended or hanging position allows for flexible adaptation of the recuperator to individual spatial conditions.

