The Briza 22 2-Pipe Ceiling is a high-output climate unit designed to deliver exceptional heating, cooling, and ventilation from a discreet ceiling-mounted installation. Built for larger rooms and more demanding environments, it provides powerful heat in winter and fast, effective cooling in summer — ensuring a comfortable indoor climate throughout the entire year.

Engineered with a high-efficiency heat exchanger, advanced EC motor technology, and optimised airflow design, the Briza 22 offers rapid temperature response and consistent comfort, even in spaces with higher heating or cooling loads. Despite its strong performance, the slim ceiling profile allows the unit to integrate seamlessly into modern interiors without compromising aesthetics.

Optimised for low-temperature heating systems, the Briza 22 works efficiently with heat pumps, solar energy systems, and condensing boilers, supporting energy-efficient operation and future-ready building services. Designed for reliability and long-term use, it is an ideal solution for residential, commercial, and hospitality applications requiring high output and discreet installation.

• High-power climate control – Delivers strong heating, cooling, and ventilation from a single compact unit

• Year-round comfort – Heats efficiently in winter and provides powerful cooling in summer

• Ideal for larger spaces – Designed for rooms with higher output and airflow requirements

• Slim ceiling-mounted design – Preserves wall space and integrates cleanly into interior architecture

• Fast temperature response – Quickly reaches and maintains desired comfort levels

• Energy-efficient operation – Optimised for low-temperature systems such as heat pumps

• Future-ready compatibility – Works seamlessly with solar thermal systems and condensing boilers

• Quiet, controlled airflow – Maintains comfort without disruptive noise

• Reliable long-term performance – Built with durable components for continuous operation

• Versatile applications – Suitable for residential, commercial, office, and hospitality environments