Lo-Carbon Kitchen Box Fan EKF

Reduces your potential fan running costs by up to 44% per day!

Following on from the successful Sentinel Demand range, we are proud to introduce the new Lo-Carbon Kitchen Box Fan Range. These state of the art fans are designed specifically for kitchen extract systems and are suitable for increased in duct temperatures of up to 120°C. The latest 2013 edition of the Non Domestic Buildings Compliance Guide calls for Kitchen Ventilation Systems to have a Specific Fan Power (SFP) of less than 1.0W/l/s, comfortably achieved by this advanced range of Kitchen Ventilation fans.

By looking closely at the operation of a kitchen system we understand that activities vary during the day, and so our new Lo-Carbon Kitchen Box Fans offer a simple user-friendly speed control, allowing the end-user to control the extract rate depending on the demands placed on the kitchen, ensuring the best combination of good indoor air quality and energy efficiency by not over ventilating.

The fans are supplied fully assembled and ready for installation in any application together with a comprehensive range of accessories and controllers ensuring the optimum selection for all installation and control requirements.

Investing in life-time cost reduction

The new generation of Lo-Carbon Kitchen Box Fans offers an energy efficient solution without compromising on performance. Incorporating an advance long-life EC motor and efficient backward curved impeller reduces the running costs of the fan system, yet allows for further energy savings by utilising a simple manual speed control that can be mounted in the kitchen area. The combination of reduced running costs and longevity of the motor can easily outweigh the higher cost of this advanced technology making it more cost effective over the lifetime of the system.

Furthermore by moving the EC motor and electronics out of the airstream the motor is protected from grease build up and high temperatures ensuring reliability. Cleaning is also aided as there is minimal possibility of duct steam cleaning affecting the motor.