Axial Fan VENTS OV2E250 Ø250mm 1050 m³/h 80 W 230 V

The VENTS OV2E250 axial fan features a 250 mm diameter impeller and is designed to deliver a rated airflow of 1050 m³/h while consuming 80 W on a 230 V supply. Intended for ventilation of residential and commercial premises, ducts and extractor systems, this compact axial fan produces straight axial air movement for exhaust, supply or spot ventilation applications where a combination of high flow and a small footprint is required.

Advantages

The fan provides a high volumetric flow relative to its size, enabling efficient air exchange in confined ductwork and localized extraction points. Its axial design ensures simple airflow directionality with low pressure drop in straight duct runs. The rated power and voltage allow straightforward mains connection without additional transformers or converters. Built for continuous operation, the unit is suitable for integration into ventilation systems that require steady performance and predictable energy use.

Suitable for

• General exhaust ventilation in apartments and houses
• Supply or extract ventilation in small commercial spaces
• Ducted ventilation and inline extractor systems
• Local spot ventilation for kitchens, bathrooms and utility rooms

Key specifications

• Impeller diameter: 250 mm
• Rated airflow: 1050 m³/h
• Power consumption: 80 W
• Supply voltage: 230 V
• Axial flow type suitable for straight duct installations
• Compact housing for space-saving installation

How to use

Install the fan within a duct or at an extraction point in accordance with local electrical and building regulations. Ensure the unit is mounted securely to minimize vibration and that the airflow direction aligns with the intended supply or exhaust path. Connect to a 230 V supply using proper wiring and protective devices; observe earthing and overload protection requirements. Allow adequate clearance around the fan inlet and outlet for unobstructed airflow and perform periodic inspections to remove dust buildup.

Usage recommendations

For reliable performance, avoid sharp bends or excessive constrictions in the connected ductwork and use straight duct length where possible. Regular cleaning and visual inspection of the impeller and housing will maintain airflow and energy efficiency. If the installation requires noise-sensitive placement, consider adding vibration isolators or acoustic attenuation measures in the duct system.