 |
Energex heat recovery fans comply with all relevant building regulations. |
 |
Energex heat recovery fans are BEAB approved. |
 |
Energex heat recovery fans promote a drier, healthier atmosphere, thus reducing mould growth and it's related problems. |
 |
Energex heat recovery fans deliver effective balanced ventilation, in return, giving a more confortable environment. |
 |
Energex heat recovery fans are fully injection moulded, giving consistent high quality of fit and finish, lightweight, pleaseing aesthtics and durability. |
 |
Energex heat recovery fans are supplied with washable/ re0usable air inlet filters. |
 |
Energex heat recovery fans are the first centrifugal/ heat exchange fans to be available with powered non return shutters. |
 |
Energex heat recobery fans have been designed with the installer in mind. They are straight forward and quick to install. |
 |
Energex heat recovery fans consume less electricity than the average light bulb. |
 |
Energex heat recovery fans are available for flush, surface, ceiling and window fitting, and can be supplied in either single or twin speed. 230 volt and SELV 12 volt AC options are available. |
 |
Energex heat recovery fans give efficient ventilation, a more comfortable and drier environment and reduced energy consumption, at a price you would expect to pay for an ordinary extractor fan. |
When most Heat Exchange fans are operating there is a substantial difference between the temperature in the room and the incoming air. This variation can chill the room and make it uncomfortable to live in.
To overcome this Energex is fitted with a motor and heat exchanger that are carefully balanced to raise the incoming air to a temperature close to that of the room.
However, in very cold weather (below 03 25°C) it is possible for the motor to be cooled to such an extent that room chilling might still occur. To prevent this happening the ENX 1002 SHTPE has an independent thermostatic controlled air inlet shutter. In very cold weather (below -3°C) this shutter regulates the incoming air allowing the motor and heat exchanger to maintain a comfortable room temperature. |