Series Vents CBF

The CBF fans feature reliable asynchronous dual-speed motors with overheating protection

Motor type: AC

Structural diagram

DC MOTOR TECHNOLOGY

The CBF DC fan is equipped with a high-performance DC motor with outstanding energy efficiency and built-in overheating protection.
The CBF fans feature reliable asynchronous dual-speed motors with overheating protection
The maintenance-free permanently lubricated motor bearings are engineered for over 40,000 hours of trouble-free operation.

LED LIGHT TECHNOLOGY

The CBF Light fans are equipped with an energy-efficient LED light:

Power rating - 10 W
Colour temperature - 3000 К
Light flux - 650 lumens

HUMIDITY SENSOR

If the indoor humidity exceeds the set humidity point adjustable from 50 % up to 90 %, the fan either turns on or goes to the higher speed.

After indoor humidity drops down the fan keeps running for a set turn-off delay time, adjustable from 1 to 90 minutes and the reverts to the initial operation status.

MOTION SENSOR

In case of activation of the motion sensor the fan turns on or switches to the higher speed.

After no motion is detected more the fan keeps running for a set turn-off delay time, adjustable from 1 to 90 minutes, and the reverts to the initial operation status.

SPEED SELECT TECHNOLOGY

The fan runs continuously at a pre-set lower level. Once the switch is turned on or a sensor is activated, the fan starts to run with the maximum capacity.

AIRFLOW ADJUST TECHNOLOGY

The constant air flow technology ensures the necessary CFM across a wide static pressure range.

SMART CONTROL TECHNOLOGY

The built-in controls allow you to set a fan to the needed CFM level, adjust the delay timer or humidity sensor set point.

TIMER

After an external switch, e.g. a light switch is turned on, the fan is turned on or goes to high speed after countdown of a set turn-on delay time, adjustable from 0 to 3 minutes.

After the fan is turned off it keeps running for a set turn-off delay time, adjustable from 1 to 90 minutes and the reverts to the initial operation status.