Leinster HRV - Agents for ProAir Heat Recovery Ventilation in Leinster.
The ProAir HRV Unit is Ireland's only manufactured Heat Recovery Ventilation (HRV) System.
To view their website visit: www.proair-systems.com
All units are tested by the BRE for the Building Energy Rating (BER).
Click here to download brochure.
To view their website visit: www.proair-systems.com
All units are tested by the BRE for the Building Energy Rating (BER).
Click here to download brochure.
Contact Details:
Leinster HRV,
7 Luttrellstown Grove,
Castleknock, Dublin 15
Tel: 087 951 6359
Email: sales@leinsterhrv.com
Web: www.leinsterhrv.com
Leinster HRV,
7 Luttrellstown Grove,
Castleknock, Dublin 15
Tel: 087 951 6359
Email: sales@leinsterhrv.com
Web: www.leinsterhrv.com
© Leinster HRV: Heat Recovery Ventilation Specialists.
Why Leinster HRV
and ProAir?
* The only Irish manufactured Heat Recovery Ventilation unit.
* The most experienced HRV operator in Ireland (first installation 1995).
* 5 year warranty available on all units.
* All units independently tested by BRE (Building Research Establishment) results available on SAP Appendix Q
* Specifically designed for the Irish Climate
* Full back up service and readily available parts.
and ProAir?
* The only Irish manufactured Heat Recovery Ventilation unit.
* The most experienced HRV operator in Ireland (first installation 1995).
* 5 year warranty available on all units.
* All units independently tested by BRE (Building Research Establishment) results available on SAP Appendix Q
* Specifically designed for the Irish Climate
* Full back up service and readily available parts.
Designed by - Tipperary Website design
The result of this is that your home will have a constant supply of fresh air, lower heating costs, no condensation and increased comfort levels throughout your house.
In order for the system to work efficiently your home should be well insulated and have a level of air tightness that would be lower than 5m3/m2/per hour. This will ensure that there will be minimum heat loss and minimum infiltration of air that has not passed through the heat exchanger.
The unit that will be required for your home will be determined by the size and volume of your house. Some houses will require more than one unit to ensure that sufficient air changes are achieved and a comfortable and healthy environment is guaranteed.
Please click here to view the technical information for our units.
In order for the system to work efficiently your home should be well insulated and have a level of air tightness that would be lower than 5m3/m2/per hour. This will ensure that there will be minimum heat loss and minimum infiltration of air that has not passed through the heat exchanger.
The unit that will be required for your home will be determined by the size and volume of your house. Some houses will require more than one unit to ensure that sufficient air changes are achieved and a comfortable and healthy environment is guaranteed.
Please click here to view the technical information for our units.
About HRV
The basic principle of a Hrv system is to continuously change the air within your home. This is achieved by extracting stale moist air from all wet areas, such as bathrooms kitchen utility and wc areas, and using the recovered heat from this air to warm the fresh incoming air.
The air is then supplied to all living areas such as bedrooms, living and dining rooms.
The fundamental part of the entire system is a high efficiency counter flow heat exchanger which exchanges up to 90% of the heat from the extracted wet areas to the incoming fresh air from outside.
The basic principle of a Hrv system is to continuously change the air within your home. This is achieved by extracting stale moist air from all wet areas, such as bathrooms kitchen utility and wc areas, and using the recovered heat from this air to warm the fresh incoming air.
The air is then supplied to all living areas such as bedrooms, living and dining rooms.
The fundamental part of the entire system is a high efficiency counter flow heat exchanger which exchanges up to 90% of the heat from the extracted wet areas to the incoming fresh air from outside.