Description
Decentralized heat recovery unit for installation in residential and commercial spaces, whether new or undergoing energy-efficiency renovations. Ideal for ensuring proper air exchange, it also prevents excess humidity in the room and the formation of mold on the walls.
• Impact-resistant and UV-resistant plastic resin structure.
• Nominal diameter: 160 mm.
• Ceramic heat exchanger with hexagonal cells. High heat exchange efficiency (up to 90% at minimum air flow).
• High-efficiency EC fan motor; five operating speeds to maximize performance when needed or minimize noise and consumption.
• Integrated relative humidity sensor.
• One-way remote control allows you to set parameters or view useful product information. In detail:
• On/off;
• Selection of 5 operating modes;
• Fan speed selection;
• Select the relative humidity threshold that activates the Boost speed (three predefined levels can be set at 60%, 75%, and 90%);
• Activation of "Night" mode;
• Saturated filter status indicator.
• Five different operating modes:
• Continuous ventilation with heat recovery: the product cyclically extracts and introduces air to and from the room, recovering the energy accumulated in the exchanger;
• Air extraction only: stale air is extracted from the room;
• Air supply only: the product introduces fresh air into the room.
• Automatic: the recovery unit automatically manages air flow based on the readings of the relative humidity sensor;
• "Night": when the light in the room fades, the product automatically forces the fan to run at minimum speed, regardless of the relative humidity values ??detected.
• Two air filters, a 65% IsoCoarse filter and a coarser pre-filter for dust, both easily removable for cleaning.
• Quick-release mechanical air outlet closure system integrated into the product chassis.
• External rubber grille, installable from the outside using bolts or inserted from the inside through a wall hole, without the need for external scaffolding.
• Insect screen, insertable into the duct from inside the room.