Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
Endings of ducts in mechanical ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the outlet opening.
The perpendicular geometry of the ai..
The initial component of ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the inlet opening.
The designed geometry ensures minimal air r..
The initial component of ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the inlet opening.
The designed geometry ensures minimal air r..
The initial component of ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the inlet opening.
The designed geometry ensures minimal air r..
The initial component of ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the inlet opening.
The designed geometry ensures minimal air r..
The initial component of ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the inlet opening.
The designed geometry ensures minimal air r..
The initial component of ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the inlet opening.
The designed geometry ensures minimal air r..
The initial component of ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the inlet opening.
The designed geometry ensures minimal air r..
The initial component of ventilation systems with heat recovery unit. Designed for external use in residential and public buildings. Equipped with a drip deflector to protect the wall from water droplets and a protective mesh to cover the inlet opening.
The designed geometry ensures minimal air r..
The directional diffuser is the termination of the ventilation system. The product is equipped with a special damper that allows the setting of the direction of the air supply. This solution is used in situations where the diffuser is installed close to walls or fixtures that may be adversely affect..
The directional diffuser is the termination of the ventilation system. The product is equipped with a special damper that allows the setting of the direction of the air supply. This solution is used in situations where the diffuser is installed close to walls or fixtures that may be adversely affect..
Supply air diffusors are components that constitute the finishing elements of ventilation ducts. Thanks to these, fresh air is supplied to the rooms by the mechanical system. The efficient functioning of the air diffusors guarantee the efficiency of the entire mechanical ventilation system.
The Awe..
Exhaust air diffusors are components that constitute the finishing elements of ventilation ducts. Thanks to these, fresh air is supplied to the rooms by the mechanical system. The efficient functioning of the air diffusors guarantee the efficiency of the entire mechanical ventilation system.
The Aw..
Decentralized ventilation unit Awenta AHRP160
AHR160 is a new generation of decentralized ventilation devices facilitating ventilation while reducing heat loss. Thanks to the use of an accumulation heat exchanger, the AHR retains and stores heat energy to transfer it to the cooler, supplied air. ..