AirPack 1450f Energy+ Ventilation unit with heat recovery 1450 005A0002
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
AirPack 1450f Energy+ Ventilation unit with heat recovery 1450 005A0002
Heat Recovery Ventilation Unit – Efficient Ventilation for Your Home
The AirPack 1450f Energy+ ventilation unit is an advanced solution providing fresh air and heat recovery in your home. Designed for comfort and energy efficiency, this device has a nominal airflow of 1480 m³/h at 100 Pa. Thanks to the CF2 automatic airflow control module, the heat recovery unit maintains balanced ventilation, maximizing heat recovery and minimizing energy losses. Service access from the right side simplifies maintenance, while the option for suspended installation ensures flexible installation.
Comfort and Functionality as Standard
The AirPack 1450f Energy+ offers a range of features enhancing user comfort and control capabilities:
- FPX Anti-Freeze System: A smoothly regulated heater prevents freezing of the heat exchanger, ensuring reliable operation even at low temperatures.
- Air Quality Sensor Compatibility: Enables monitoring of pollutant levels and automatic adjustment of the heat recovery unit’s operation based on current conditions.
- Smart Home Integration: Compatibility with smart home systems allows remote control and monitoring of the device.
- CleanPad Filter Set: Two pleated G-class filters provide effective air filtration, removing dust, pollen, and other contaminants.
- Air+ Control Panel: A local LCD panel enables convenient operation of the heat recovery unit and monitoring of its operating parameters.
Heat Recovery and Performance
High heat recovery efficiency, reaching up to 93%, significantly reduces heating costs. The AirPack 1450f Energy+ heat recovery unit efficiently utilizes the heat contained in exhaust air to preheat incoming air. A maximum airflow of 1450 m³/h at 100 Pa ensures adequate air exchange in all rooms. Adjustable airflow settings allow the unit’s operation to be tailored to individual needs and building-specific conditions.
