ComfortControl Pro BT (Wireless control)

The home ventilation unit with the lowest noise level in its class (up to 64 dB(A) standard sound level difference), the silentAir features optimal sound insulation and airflow. Apart from its good sound protection, any operating noise caused by the fan unit is hardly audible due to the use of sound-absorbing mats. getAir's silentAir fits into any window reveal without a problem. The decentralised home ventilation unit can be installed in an exterior insulation and finish system (EIFS) just 60mm thick. A further advantage of installing the silentAir is its near invisibility.

On account of its smart installation technique, only two components are needed to install the ventilation unit: an insulation element made of patented Neopor® is inserted directly into the window reveal, while an installation cylinder containing the fan unit and ceramic heat exchanger is concealed in a core-drilled hole (just 162 millimetres in diameter) in the outside wall.

With patented Infinity Air Technology - More living comfort and quick installation

The patented Infinity Air Technology of the SmartFan® Pro BT brings together four independent
technologies – PreTech, VenTech, GripTech, RecoTech – for optimum efficiency, aerodynamics and
sustainability. The serrated, overlapping fan blades, heat-storing plastic and aerodynamic finger guard
are setting new standards in home ventilation systems.

PRETECH
The preheat exchanger is made from a special plastic that stores heat. Aerodynamic air routing optimises the air flow to the heat exchanger.

VENTECH
The fan consists of serrated, overlapping blades. This unique push-pull technology enables large volumes of air to be delivered whilst inherent noise is reduced to a barely perceptible minimum.

GRIPTECH
This is not just a simple finger guard. The material also stores additional heat and its aerodynamic
cross spars minimise pressure loss.

RECOTECH
The high-performance ceramic consists of a very large number of small, honeycomb-shaped
ducts. This makes the surface area larger to maximise heat storage capacity. It also makes the heat exchanger extremely compact.