Aerodynamic Design & Efficiency
Our fans are not only aerodynamically optimized for maximum efficiency, but they are also constructed from durable materials that ensure over 20 years of sustainable operation.
Our fans are not only aerodynamically optimized for maximum efficiency, but they are also constructed from durable materials that ensure over 20 years of sustainable operation.
Dynamic pressure is the key to unlocking optimal efficiency in HVAC systems. Traditional systems that rely solely on static pressure cannot achieve efficiencies above 65%, as the dynamic pressure is wasted.
By utilizing both static and dynamic pressures, our fans deliver higher efficiency, lower energy consumption, reduced operating costs, and lower carbon emissions.
With motor and frequency drive efficiencies both reaching above 95%, the ZerAx fan efficiency of 92% brings the overall system efficiency to an impressive 85%.
Because of the high efficiencies of the ZerAx, it is possible to design AHUs up to 30% shorter and 30% lighter and still have the same performance characteristics and hence cut expenditures.
The ZerAx fans for AHUs are complete plug-and-play solutions to ensure easy and fast installation.
Dynamic pressure is the key to unlocking optimal efficiency in HVAC systems. Traditional systems that rely solely on static pressure cannot achieve efficiencies above 65%, as the dynamic pressure is wasted.
By utilizing both static and dynamic pressures, our fans deliver higher efficiency, lower energy consumption, reduced operating costs, and lower carbon emissions.
Fan retrofitting solutions are sustainable solutions which improve the efficiency, reliability, and performance of air handling systems. Here are some industries where fan retrofitting is commonly used: