Bathroom fan AWENTA WAV100 Wave Ø100 mm, 91 m³/h, 14 W, 230 V, white

AWENTA WAV100 Wave Ø100 mm is a compact bathroom extractor fan designed for small bathrooms, toilets and utility rooms. With a 100 mm diameter inlet and a rated airflow of 91 m³/h at 230 V, this model provides basic mechanical extraction to reduce humidity and remove odors. The fan operates at 14 W power consumption and comes in a white finish suitable for standard wall or ceiling installations.

Advantages

The unit combines compact dimensions with straightforward installation and low energy consumption. Its airflow of 91 m³/h is adequate for confined spaces, while the 14 W motor offers a balance of performance and efficiency. The white housing integrates with common interior finishes, and the option for wall or ceiling mounting allows flexible placement close to the source of moisture.

Suitable for

• Small bathrooms and en-suite toilets
• Separate WC rooms and powder rooms
• Utility rooms and storage areas with limited ventilation
• Extracting moisture and odors in compact residential spaces

Key specifications

• Inlet diameter: 100 mm
• Rated airflow: 91 m³/h
• Power consumption: 14 W
• Supply voltage: 230 V
• Mounting options: wall or ceiling
• Finish: white

How to use

Install the fan in a location that allows direct extraction from the room to an exterior duct or common ventilation shaft, following local electrical and building regulations. Connect the unit to a 230 V supply and secure the housing to a suitable wall or ceiling surface. The fan can be operated intermittently using a switch or timer, or left for periodic continuous ventilation according to the room's requirements. Ensure the ducting is correctly sized and sealed to maintain airflow performance.

Usage recommendations

Position the fan as close as practical to the moisture source and provide a clear airflow path to the exterior. Regularly check and clean the grille and impeller to prevent dust build-up that can reduce airflow and increase energy consumption. For rooms with higher humidity or larger volumes, consider a higher-capacity model or additional ventilation measures.