New PIV unit provides energy efficient condensation curing

Sustainability Mon, Apr 23, 2018 5:31 AM

The launch of a new intelligent Positive Input Ventilation (PIV) unit is set to give housing providers a more flexible and energy efficient way to manage the risk of condensation.

Elta Fans’ SANO Intelligent PIV unit represents a significant step-change in PIV technology thanks to its ability to automatically adjust air flow according to the temperature and moisture content of the incoming air.

The unit’s Eco-LoFlo mode checks moisture content when the incoming air is less than 10°C to reduce airflow to minimum, and provide the most energy efficient, ventilation rates.

By utilising this function, occupants can benefit from improved comfort levels, as well as reduced demand on their heating. Additional Normal and Summer modes, plus the ability to override the unit’s automatic controls, ensure performance can always match user preference.

The SANO Intelligent PIV is available in both a loft- and wall-mounted unit. The loft-mounted model boasts a low maintenance, large G4 grade filter, while the wall-mounted equivalent contains a G2 filter. Both models have a discreet appearance designed to blend well within any home.

An industry-leading choice of six different settings can be chosen by the installer from the wall-mounted unit’s integral controls, with a further two speed settings available on the loft-mounted version. This ensures each unit can be fine-tuned to suit the specific size, layout, thermal properties, and moisture production of the home.

Such flexibility also ensures each setting matches the corresponding ventilation rates prescribed by Part F of the Building Regulations.

John Bradley, Head of Sales at Elta Group Building Services, said: “PIV technology has largely remained the same for decades, so it’s with some excitement that we can unveil a PIV unit that marks such a significant leap forward. Social housing providers in particular can have full faith in the unit’s ability to control condensation without compromising occupants’ comfort levels or energy bills.”