Designed for optimal performance and functionality, the airduct FIREBRICK sets a new standard. With 400mm long transitions (204x60mm, 220x90mm) catering to both single and double airbricks, it excels in versatility. The option of an additional bezel, along with site-measured transitions upon request, enhances its adaptability. Engineered from A1-rated steel, the FIREBRICK is meticulously designed to ensure compliance with mechanical ventilation systems in dwellings exceeding 18m (11m in Scotland). Brookvent’s custom bezel seamlessly complements non-brick facades, maintaining the product’s free area without compromise.
BROOKVENT aircycle ONE is a continuous running, low energy, ultra-quiet, alternate flow supply and extract fan with heat recovery for use in habitable areas such as living rooms, bedrooms, dining rooms, basements and hallways.
Core features include:
- Extremely low power consumption costs around GPB 5 a year to run
for continuous operation on low speed. - Energy efficient Integral Regenerative Heat Exchanger with
up to 82% efficiency. - Unique design winglet-type impeller, providing enhanced aerodynamic
properties, low noise and increased efficiency. - Aesthetic flat front cover for modern interior design, easily
removable for cleaning without the need of tools. - Each model comes with 5 different airflow settings.
- IPX4 protection.
- Multifunction remote controller with LCD display to visualize the status of the unit.
Related Products
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Aircycle 4.1 House Ventilation System
- Suitable for medium to large dwellings and apartments
- Suitable for houses up to 285m²
- Up to 93% heat recovery efficiency
- Down to 0.43 W/l/s specific fan power
- Remote digital control with status indication
- 4 Airflow modes (100% variable): Night, General, Boost, Purge
- Programmable 25%+ boost setting
- Wall and floor mount options
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aircycle 1.3 House Ventilation System
- Suitable for small to medium apartments and dwellings
- Wall, floor or ceiling mount options
- Range down to 0.42 W/l/s Specific fan power
- Range up to 92% Heat recovery efficiency