Airflow iCON ECO 15 240V 100mm Extractor Fan Outlet , White

Product Information

As the airflow extractor fan is not fully waterproof, it is important to understand the different zones in the bathrooms and where to install the airflow icon 15 fan. An efficient, reliable and versatile 100mm extractor fan perfect for improving ventilation in en-suites, shower rooms and bathrooms.

Replacing an extractor fan is a reasonably simple procedure that you can accomplish yourself provided you have some disassembly experience and the appropriate equipment. The iCON 15 fan models are the best choice that can improve factors such as energy efficiency through heat recovery.For the very first time, the Bluetooth enabled app allows installation and ongoing rolling data log of fan performance to be fully controlled simply using a smartphone.

Airflow iCON 15S 4 Inch (100mm) shower extractor fan also known as iCON ECO 15S, uses low energy (12V) while maintaining powerful and silent extraction. The Icon 15 is ideal for situating in smaller applications, such as toilets, en-suites, shower rooms and small bathrooms. The extractor fan integrates a number of optional control modules to suite the latest building regulations (F1 Ventilation) and is perfect for installation in toilets, en-suites, bathrooms and utility rooms. This also actively assists the reduction of any external noise ingress of the Airflow iCON Eco 15 and reduces draughts.HTS: Humidistat and over run timer - switches the fan on when steam is detected and keeps it running for a preset period to remove all moisture. In fact the low voltage model (72683701) is slightly more powerful than the 240v version giving 79m3/hr or 22L/s air movement. You can change your choices at any time by visiting Cookie preferences, as described in the Cookie notice. A simple flick of the switch and excess humidity from a shower or long bath can be extracted until you turn the light back off. Axial type fans cause gas to flow through in an axial direction which is parallel to the shaft where the blades rotate, making the flow axial at exit and entry.