Exhaust supply and reversible models are available in belt or direct drive.
Greenheck roof fans.
Fans for every commercial industrial and institutional application.
Units feature a spun aluminum housing and have certifications including seismic high wind and hurricane.
A direct drive inline mounted fan designed for exhaust supply or return air applications where low sound levels are desired.
View roof mounted fans.
50 to 14 500 cfm up to 2 75 in.
Damper application considerations for laboratory exhaust.
Broadest performance in the industry up to 3 25 in wg 810 pa and 44 700 cfm 75 945 m3 hr.
Regardless of fan size performance or duty level all greenheck hooded propeller roof fans are built to perform with the same high standards of reliability and durability.
Today we design and manufacture a comprehensive line of top performing equipment and accessories that move control and condition air.
The unit features an insulated galvanized steel housing with a forward curved centrifugal wheel.
Applications range from comfort ventilation to manufacturing processes.
Greenheck models g and gb centrifugal roof exhaust fans provide the industry s best performance and durability for general clean air applications where air is discharged downward toward the roof surface.
You will find our fans in every type of commercial institutional and industrial buildings.
Greenheck is the leading supplier of air movement control and conditioning equipment including fans.
The model g is a direct drive spun aluminum fan designed for roof mounting on a curb for general clean air exhaust applications.
Downloadable hvac fan cad drawings and revit families for building information modeling bim.
Roof curb mounted fan and ventilator products supply and exhaust applications for commercial institutional and industrial installations.
Ideal applications for this model are clean air including intake exhaust return or make up air.
Greenheck s systems and products are used in commercial institutional and industrial buildings.
We began as a fan company in 1947.