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Duct axial industrial fan airRoxy 250 mm 1000 m³/h 65 W IPx2 model 2131
Duct axial industrial fan airRoxy 250 mm 1000 m³/h 65 W IPx2 model 2131
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Duct axial industrial fan airRoxy 250 mm 1000 m³/h 65 W IPx2 model 2131
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Duct axial industrial fan airRoxy 250 mm 1000 m³/h 65 W IPx2 model 2131
Duct axial industrial fan airRoxy 250 mm 1000 m³/h 65 W IPx2 model 2131
Axial duct industrial fan airRoxy 250 mm model 2131 is designed for inline ventilation of ducts in workshops, warehouses and utility rooms. With a 250 mm impeller and nominal airflow up to 1000 m³/h, this axial fan provides continuous air movement in ventilation channels and extractor systems. The unit is rated at 65 W and features IPx2 protection suitable for general indoor industrial and commercial environments where vertical dripping water protection is sufficient.
The airRoxy 2131 axial duct fan combines compact dimensions with a high flow rate, allowing integration into existing ductwork without large space requirements. Its 65 W motor offers a balance of energy efficiency and sustained performance for continuous operation. The axial design ensures low-resistance airflow through straight sections of ducting and extractors. IPx2 protection reduces the risk of damage from dripping water in typical indoor settings.
Install the fan inline within a compatible circular duct of matching diameter, ensuring secure mechanical fastening and appropriate sealing to prevent air leaks. Connect electrical supply following local regulations and the motor's rated voltage and wiring diagram provided by the manufacturer. Orient the fan so airflow follows the marked direction on the housing. Allow clearance for maintenance access and ensure the installation site meets IPx2 exposure conditions (protection against vertically dripping water).
Regularly inspect the impeller and housing for dust buildup and perform periodic cleaning to maintain airflow and efficiency. Verify mounting and electrical connections after initial operation and during scheduled maintenance. Use the fan in straight duct sections or with gradual transitions to minimise pressure loss; avoid highly restrictive bends or inline dampers that could reduce airflow substantially.
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