Bathroom fan AWENTA Vega WGB150 Ø100mm 105 m³/h 10W 230V white

AWENTA Vega WGB150 is an inline bathroom extractor fan designed for continuous or intermittent ventilation of bathrooms, toilets and small utility rooms. The fan has a 100 mm duct diameter and a compact white casing that integrates into standard ventilation ducting. It delivers an airflow of 105 m³/h while consuming 10 W at 230 V, balancing performance and energy efficiency for residential applications.

Advantages

The Vega WGB150 combines a compact form factor with a relatively high airflow for its size, making it suitable for installations with limited space. Low power consumption reduces operating costs during continuous use. The standard electrical connection and common duct diameter simplify installation and replacement in existing ventilation systems. The white finish provides a neutral appearance that suits most interiors.

Suitable for

• Bathroom ventilation to control humidity and prevent condensation
• Toilet extraction to remove odors
• Small utility rooms, laundry rooms or storage areas requiring intermittent or continuous air extraction

Key specifications

• Duct diameter: 100 mm
• Rated airflow: 105 m³/h
• Power consumption: 10 W
• Supply voltage: 230 V
• Color/finish: white
• Installation type: inline / duct-mounted

How to use

Install the Vega WGB150 inline within the ventilation ductrun so that air is drawn from the room toward the external outlet. Ensure the duct diameter matches the fan inlet and secure electrical connections to a 230 V supply following local electrical codes. The fan can be operated intermittently with a switch or continuously as part of a timed or humidity-controlled ventilation strategy. Periodically check and clean the inlet and ducting to maintain airflow and efficiency.

Usage recommendations

Position the fan as close as practical to the point of extraction, avoid long runs of restrictive ducting, and maintain access for inspection. For continuous operation in high-humidity environments, verify that wiring and supports are suitable for damp locations and consider using timers or humidity sensors to optimize runtime.