About this asset

This wall-mounted axial exhaust fan is a native Revit family featuring a robust steel housing and a high-performance blade design. Engineered for industrial and commercial ventilation, this axial fan features a compact, square-profile wall mounting plate with a circular intake cowl. The assembly includes a rear-mounted motor housing supported by a tubular steel frame, providing structural stability for wall installation. The fan blades are configured for efficient air movement, clearly visible within the primary housing. The model is rendered in a neutral grey finish, typical of industrial equipment. Dimensions for height, width, and depth are clearly defined by reference planes, ensuring precise alignment and integration within MEP coordination models.

The download is a 266 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Load this family into your MEP project template via the component tool. The model utilises standard Revit reference planes for height and width, allowing for easy adjustment to match specific ventilation requirements. Use the connector points to link the fan into your mechanical ductwork or electrical circuits. The model is lightweight, ensuring minimal impact on project file size while maintaining sufficient detail for construction documentation and clash detection processes within a collaborative BIM environment.

Ideal for industrial facilities, commercial kitchens, and utility rooms, this fan is essential for projects requiring reliable air exhaust systems. It integrates seamlessly into HVAC schedules and mechanical layouts, pairing well with wall-mounted ducting and louvres. Professionals searching for industrial ventilation, mechanical equipment, or exhaust solutions will find this family highly functional for both new-build and renovation projects. It is suitable for design stages ranging from schematic planning to detailed MEP construction coordination and facility management documentation.