Innovative RaAxial fan complements the SEPA microfan series

The WOKS DOSPEL Ø350 industrial fan is a powerful axial fan, ideal for industrial applications. It has an impressive airflow of 310 m3/h, which makes it perfect for circulating and cooling air in large spaces. Equipped with a ball motor, this fan provides reliability, durability and quiet operation. The solid construction and easy wall mounting make it ideal for air circulation in industrial spaces, ensuring convenience and comfort of work. With this fan, employees can enjoy optimal working conditions and the industrial environment can be properly ventilated and cooled.

High flow wall fans for extraction and/or ventilation This type of fans provide significant air flows for the extraction and/or ventilation of industrial, livestock or agricultural premises. Main features - Air flow from 21,000 m3/h to 39,800 m3/h - Structure and overpressure slats in galvanized steel to avoid premature corrosion. - Propellers made of AISI 430 BA stainless steel. - High quality bearings. - IP-55 three-phase electric motor - V-belts. - Transmission pulleys made of magnesium aluminum. - Engine support with tensioner. - Side inserts for easy transport.

In the fluid dynamics laboratory of our Wasserburg competence centre, we design new fan wheels and turbines and optimise existing systems for performance, energy efficiency and noise emissions. We also develop complete systems of wheels with power units. Our range of tests includes suction operation, pressure operation and also unpressurised measurements. Revolutions up to 40,000 r/min and diameters of up to 250mm are possible. In our prototype department, we are able to simulate or modify the environmental circumstances of the fan wheels or turbines, thus achieving optimal operational conditions. Furthermore, we carry out mould-flow analysis, use ANSYS from external partners for the flow simulation and establish the fault probability and fault effect with FPFEs. New: Development of blower systems and optimization of ventilation systems.