Description
Vent Axia High Flow HRV unit.
Vent Axia High Flows benefits from the latest high efficiency, backward curved impeller design, ensuring the lowest possible energy consumption, ultra quiet operation and an exceptional performance range covering small one bed apartments to the largest of houses.
For scenarios where noise is a critical issue, an Acoustic Enclosure is available to reduce breakout noise and the Acoustic Top Box will reduce in-duct noise at key frequencies.
Care Homes & Student Accommodation
The Sentinel Kinetic Plus is ideal for larger homes and multiple occupancy units such as care homes and student accommodation. Capable of 400m3/hr at 150Pa, the unit can extract from up to ten bathrooms and a communal kitchen while still achieving almost 90% heat recovery. The fully automatic capability of the Kinetic range means that adequate ventilation is always achieved.
The Vent Axia High Flow capability is also ideal for those commercial applications where landlords or property managers want to monitor and optimise building performance and maintenance.
The Vent Axia High Flow can provide status information and its self diagnostics can report if any fault is found.
Spigot Options
Spigots may be re-positioned to give horizontal connection or a combination of vertical and horizontal connection.
Optional 180mm/200mm spigots can simplify connection in commercial installations where larger diameter duct work has been used.
Quick Change Filter
As many systems are placed within cupboards the unique filter design folds as you remove it to ensure easy access in restricted spaces.
Integral Humidity Sensor
The integral humidity sensor increases speed in proportion to relative humidity levels, saving energy and reducing noise. The sensor also reacts to small but rapid increases in humidity, even if the normal trigger threshold is not reached. This unique feature ensures adequate ventilation, even for the smallest wet room. The night time relative humidity setback feature suppresses nuisance tripping as humidity gradually increases with falling temperature.
