SODECA’s ventilation solutions with motorised dampers are designed to combine functionality, safety and energy efficiency, while ensuring the perfect integration with the building finish. These systems comply with current energy certification requirements and provide certified smoke extraction performance F400 in the event of a fire.

The HATCH system comprises wall-mounted and roof-mounted ventilation solutions with motorised dampers, suitable for the extraction of stale air in buildings and for smoke evacuation in the event of fire.

These solutions incorporate extract fans equipped with hermetically designed motorised dampers that automatically close when the system is not in operation. This ensures maximum airtightness, reduces energy losses and contributes to a uniform and discreet architectural integration.

In addition to their functional and safety performance, SODECA’s ventilation systems with motorised dampers comply with applicable energy efficiency and fire safety standards, in accordance with EN 12101-3.

For roof installations, the HATCH/HP solutions within the ROOF system offer high thermal performance and airtightness. These units have been tested under extreme conditions, including snow and wind loads, to guarantee robustness and long-term reliability.

Furthermore, all metal components connecting the exterior and interior of the unit incorporate a thermal break, preventing heat losses and reducing the risk of condensation.

Architectural integration and building aesthetics are key considerations for architects and designers. For this reason, SODECA’s HATCH motorised damper solutions can be customised in terms of finishing, allowing them to adapt to the characteristics of each building and integrate fully with the façade.

Both systems are equipped with a fully airtight motorised damper, and the complete unit is thermally and acoustically insulated using advanced materials.

Overall, SODECA’s ventilation systems with motorised dampers provide an optimal balance between energy efficiency, fire safety and architectural integration.