Ruck Air Movement 14 inch 2866 CFM Axialine Tubeaxial Fan

Move large volumes of air efficiently with this Ruck Air Movement 14-inch Axialine industrial Tubeaxial Fan.

Engineered for warehouses, factories, parking garages, and other high-demand spaces, it delivers up to 2,866 CFM while keeping energy use in check. Pairing aerodynamic blade design with an IE3-rated motor, the Ruck AL 355 D4 01 is a dependable, easy-to-install solution for spot cooling, ducted ventilation, or make-up air systems.

Key Features and Benefits of the Ruck 14-Inch Axialine Tubeaxial Fan

• High Airflow: This model moves an airflow of up to 2,866 CFM through a 14-inch (DN355) duct, giving you powerful ventilation.
• Energy-Efficient IE3 Motor: Three-phase AC motor meets efficient IE3 standards, helping reduce operating costs and satisfy energy-management goals.
• Frequency-Control Ready: Works seamlessly with a VFD, so you can fine-tune speed and performance.
• CFD-Optimized Blade Geometry: Computer-modeled aerodynamic blades minimize turbulence and improve overall airflow of the fan.
• Powder-Coated Housing: Weight-optimized steel housing resists corrosion and everyday wear, extending service life in harsh industrial environments.
• Wide Temperature Operating Range: Reliable performance from ‑4 to 140 degrees F lets you ventilate unheated spaces like garages and warehouses, or high-temperature production areas.
• Protection You Can Trust: The entire unit is rated IPX4, while the terminal box boasts IP55 protection for added electrical safety when moisture or dust is present.

Engineered for Demanding Airflow Applications

Each Axialine fan is built around a precisely balanced aluminum impeller set at variable blade angles. This flexibility allows installers to match performance to static pressure requirements.

When paired with a variable-frequency drive, you gain an even wider control band, making it possible to ramp down during off-shift hours or ramp up when production peaks. The result is a ventilation solution that not only keeps machinery and occupants comfortable but also supports sustainability targets through smarter energy use.