About this asset

This industrial roof ventilator Revit family features a classic turbine design, providing an essential mechanical component for site models. This roof ventilator is a dome-shaped, turbine-style unit designed for passive or mechanical air extraction. Constructed from durable galvanised steel, it features a series of vertical, curved vanes arranged radially around a central axis, allowing the head to rotate with wind pressure. The base is a simple, cylindrical collar designed to mount securely onto roof flashing or ductwork. Its geometry is functional and utilitarian, typical of standard ventilation hardware found on commercial and industrial building roofs. The model provides a clean, recognisable profile suitable for roof plans and exterior elevations.

The download is a 133 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.

In Revit, this family is designed for placement on roof surfaces or top-of-ductwork elements. Users should load the component into the project and place it using the 'Place on Face' command to ensure alignment with sloped roof planes. Because it is a mechanical component, it can be assigned to the 'Mechanical Equipment' category for proper scheduling and visibility control. Adjust the placement height or host offset to align with the specific roof build-up or curb height required for the project documentation.

This asset is ideal for residential, commercial, or industrial building projects requiring accurate mechanical detailing on roof plans. Architects and MEP engineers use these units to represent exhaust systems for attics, kitchens, or warehouse spaces. It is typically paired with roof flashing details and ductwork runs in the ceiling plenum. Professionals searching for this component often look for terms like 'turbine vent,' 'roof exhaust fan,' or 'mechanical ventilation' when detailing HVAC schedules or exterior roof elevations for planning submissions.