Axial exhaust fan with backdraft damper, timer, and humidity sensor | D100 | 220V | 151x110x70 mm | plastic | white color | IP24

Technical specifications

Fan type: axial exhaust fan
Duct diameter: Ø100 mm
Air flow: 100 m³/h
Dimensions: 151 x 110 x 70 mm
Power: 14 W
Current consumption: 0.06 A
Static pressure: 32 Pa
Noise level: 25 dB(A)
Power supply: 220–240 V / 50 Hz
Protection class: IP24
Housing material: ABS plastic
Function: backdraft damper, humidity sensor and timer
Installation: wall or ceiling

Functions

Humidity sensor – the fan automatically turns on when the humidity level in the room exceeds the set value
Timer – allows the device to continue operating for a set time after the light is turned off, ensuring complete removal of moisture and odors
Backdraft damper – the damper automatically closes when the fan is not operating, preventing cold air, odors or dust from entering the room
Efficient air extraction – the fan ensures stable airflow, effectively removing moisture and odors from the room
Quiet operation – allows use in residential spaces without discomfort
Simple and reliable construction – minimalist design and reliable components ensure long-term operation and easy use
IP24 protection class – the fan is protected against solid objects and water splashes from certain directions, suitable for slightly humid environments
Universal installation – can be mounted on both wall and ceiling

Applications

For home users: Suitable for bathrooms, toilets, kitchens, basements, storage rooms
For electricians: Standard ventilation duct, easy connection to 230 V network, wall or ceiling installation, reliable construction and easy maintenance
For engineers and designers: Suitable for residential ventilation systems, office sanitary rooms, small commercial premises, technical and auxiliary rooms

Advantages

integrated timer
automatic humidity control
sufficient airflow
quiet operation
easy installation
compact size
low operating costs
universal application

Disadvantages

IP24 – limited protection for humid areas
lower functionality compared to higher-end models