Airflow adds VAV control to its commercial MVHR range

Airflow Developments, MVHR, ventilation, heat recovery, demand ventilation

Airflow Developments has added variable-air-volume (VAV) dampers to its Duplex vent range of commercial MVHR units. The VAV systems constantly monitor the air supplied and share this information with the ventilation unit to optimise air quality and comfort by enabling the ventilation to respond effectively to the demands of each area/room in the building.

Communication between each damper and the central unit is used to enable to the MVHR system to increase or decrease the air flow quickly and efficiently based on demand. When used with humidity or CO2 sensors, these dampers can automatically adjust the ventilation based on the usage or occupancy of a room, independently of the other areas in the building.

Airflow’s VAV system also provides the option of manual adjustment for applications where the user requires a level of control.

Krzysztof Kwarciak, category product manager, explains, ‘Indoor air quality is increasingly being recognised as a key factor for health and wellbeing, but the reality is that ventilation requirements can vary significantly across different areas of a building and at different times of the day. The latest development to our Duplexvent range, the VAV dampers system, ensures our MVHR units can respond swiftly and effectively to these changes in demand.’

For more information on this story, click here: Feb 2017, 160
Related links:
Related articles:



modbs tv logo

Built environment professionals remain positive on future of Net Zero

A recent survey by global climate tech firm IES has revealed that nearly three-quarters of UK built environment professionals believe achieving a Net Zero built environment by 2050 is within reach.

BESA research suggests clients are yet to engage with new building safety regime

Construction clients are failing to engage with the new building safety regime, according to research carried out by the Building Engineering Services Association (BESA).