UNICRAFT MV 901-2 is a large professional mobile axial fan designed to provide high air movement in industrial, production and logistics environments. It is suitable for mechanical workshops, warehouses, production departments, metalworking shops, automotive areas, maintenance zones, assembly spaces and operating environments where better air circulation, local cooling and air exchange support are required during daily work.

The product belongs to the UNICRAFT MV 2 series and is CE-compliant. Its axial construction with guard diameter= 960 mm and fan diameter= 918 mm allows a very large volume of air to be moved, making this model suitable for wide departments and areas where a smaller fan would not provide sufficient coverage. The airflow= 24,180 / 27,300 m³/h makes the fan effective both for direct ventilation of a specific work zone and for supporting general air circulation in large operating areas.

The three balanced high-performance aluminium blades are designed to ensure stable rotation and regular airflow distribution. Blade balancing is important because it helps reduce unwanted vibration, improves ventilation continuity and supports reliable operation during extended use. In industrial environments, where the fan may remain in operation for many hours, this feature helps maintain stability and consistent performance.

The direct-drive motor with copper winding provides a simple, robust construction suitable for professional use. Direct drive eliminates intermediate components such as belts or transmission elements, reducing mechanical complexity and simplifying product management. Motor power= 410 W is matched to the large axial fan and to the airflow required for moving air in large environments. The 230 V power supply allows use in workshops, warehouses and departments equipped with a standard electrical network.

The front regulator with 0-1-2 selector allows quick selection between stop, first speed and second speed. The lower speed is useful when the fan operates close to operators or when a more controlled airflow is required, while the higher speed is suitable when a longer distance must be covered, greater air exchange is needed or areas with higher heat accumulation must be ventilated. As this is not a measuring instrument, it does not operate with metrological precision or resolution, but with practical speed and airflow direction adjustment.

The adjustable ventilation angle allows the air stream to be directed towards the floor, a workbench, a machine tool, a loading zone, an assembly area or a logistics aisle. This adjustment helps make better use of the high airflow capacity, avoiding unnecessary dispersion and directing the air where it is actually needed. In environments with machines, shelving, open doors or handling routes, correct fan inclination improves airflow distribution and operator comfort.

The reinforced tubular frame is designed to withstand typical industrial working conditions. Wheels and a handle allow the fan to be moved from one workstation to another without fixed installation, making it useful for extraordinary maintenance, seasonal heat peaks, cleaning operations, temporary work zones and production departments that change layout during the day. Rubber feet increase stability and help keep the fan correctly positioned on the floor.

The powder-coated protective grille protects the blades and contributes to surface resistance in environments where light dust, tools, pallets, moving materials or accidental contact may be present. With dimensions= 1,030x375x1,080 mm and weight= 41.2 kg, UNICRAFT MV 901-2 is a robust and stable mobile solution, chosen when powerful, adjustable and easily repositionable ventilation is required according to department needs.

For best performance, the fan should be positioned on a flat and stable surface, the rear intake area should be kept clear and obstacles should not be placed immediately in front of the grille. In enclosed environments, it is advisable to direct the airflow according to the natural air path, avoiding nearby walls or machines that may disperse the flow. When used close to operators, it is best to start with the lower speed and increase only if greater air movement is required.