Bathroom Exhaust Fan AWENTA Retis WR150 — 150 mm, 215 m³/h, 18 W, 230 V, white

AWENTA Retis WR150 is a compact 150 mm bathroom exhaust fan designed for ventilation of bathrooms, toilets and small utility rooms. With an airflow capacity up to 215 m³/h and power consumption of 18 W at 230 V, this white axial fan is intended for wall or ceiling mounting in residential spaces. The unit supports continuous or intermittent extraction to reduce humidity and remove odors, helping maintain air quality and prevent moisture-related issues.

Advantages

The fan combines a small footprint with relatively high airflow, offering efficient ventilation while consuming low power. Its axial design and 150 mm diameter make installation straightforward in standard duct openings. The white finish integrates discreetly into most interiors. Designed for 230 V operation, the model provides stable performance for typical household electrical systems.

Suitable for

• Bathroom ventilation to lower humidity and prevent mold growth
• Toilet rooms and guest WC extraction
• Small utility rooms, laundry areas and storage spaces
• Wall or ceiling mounting in apartments, houses and small flats

Key specifications

• Fan diameter: 150 mm
• Maximum airflow: 215 m³/h
• Power consumption: 18 W
• Operating voltage: 230 V
• Type: axial exhaust fan
• Finish: white
• Mounting: wall or ceiling

How to use

Install the AWENTA Retis WR150 into a compatible 150 mm duct or opening on a wall or ceiling following local electrical regulations. Connect to a 230 V supply and, if required, wire through a switch, timer or humidity sensor depending on the desired operating mode (intermittent or continuous). After installation, verify airflow direction and secure the fan housing to prevent vibration. Use regular visual checks and occasional cleaning of the grille and impeller to maintain performance.

Usage recommendations

For effective humidity control, run the fan during and for a short period after showering or other moisture-generating activities. If continuous background ventilation is preferred, consider setting the fan to low intermittent cycles or using a humidity sensor to optimize runtime and energy use. Ensure the duct path is as short and straight as possible to retain the rated airflow.