Can-Fan Max-Fan Inline Fan 14in - 1700 CFM - 120V

Can-Fan Max-Fan 14in Inline Fan -- CFD-Engineered Ventilation at 1700 CFM

The Can-Fan Max-Fan is engineered using Computational Fluid Dynamics (CFD) -- the same modeling approach used to design aircraft propulsion engines -- to calculate the impeller and stator geometry for efficient airflow. Compared with conventional inline fans, the Max-Fan's manufacturer-rated efficiency is 50-100% higher, moving 1700 CFM through your ventilation system at lower energy consumption than many standard inline fans of similar output. The 14in Max-Fan comes pre-wired with an 8-foot 120V power cord for straightforward installation.

Key Features & Benefits

• CFD-Engineered 3D Impeller: Blade geometry calculated using Computational Fluid Dynamics for an efficient airfoil profile -- the same engineering approach used for aircraft propulsion engines.
• 50-100% More Efficient: Manufacturer-rated efficiency gain over conventional inline fans moving a comparable volume of air, reducing operating costs and heat output in the grow space.
• Integrated Stator Design: The stator straightens airflow after the impeller, reducing turbulence and improving efficiency and static pressure performance.
• 1700 CFM Output: Delivers 1700 CFM at rated conditions for air exchange and odor control when paired with a compatible carbon filter.
• Pre-Wired 8ft 120V Cord: Plug-in ready with no hardwiring required for standard residential and commercial installations.

Who Should Use This

Growers who want efficient airflow and lower operating costs for grow room ventilation. The 14in Max-Fan pairs well with a matching Can-Filter Original or Can-Lite carbon filter for a complete odor-control and ventilation setup.

Compatibility

The 14in Max-Fan connects to compatible 14in carbon filters, duct runs, and ventilation hardware. 120V/60Hz, 8ft pre-wired cord. Compatible with inline fan speed controllers for variable airflow management. Pairs directly with Can-Filter Original and Can-Lite carbon filters in matching duct sizes.

Frequently Asked Questions

What makes CFD engineering different from conventional fan design?

Computational Fluid Dynamics (CFD) simulates airflow across the impeller and stator at every point in rotation, letting engineers optimize blade geometry for efficiency -- the same modeling approach used to design aircraft propulsion engines. Conventional inline fans are typically designed with simpler methods that leave more aerodynamic inefficiency on the table.

When should I run the Max-Fan with a speed controller instead of full speed?

Use a speed controller to reduce fan speed during cooler periods or whenever full CFM output is not required, since the Max-Fan is compatible with standard inline fan speed controllers. Running at reduced speed when full airflow isn't needed further lowers energy consumption.

Which carbon filter should I pair with the 14in Max-Fan?

Pair the 14in Max-Fan with a matching 14in Can-Filter Original or Can-Lite carbon filter for a matched filtration and ventilation setup. Confirm the filter's CFM rating meets or exceeds the fan's output for correct system sizing.

Is the Max-Fan louder than conventional inline fans?

The Max-Fan's CFD-optimized blade design reduces turbulence-related noise compared to many conventional inline fans running at similar airflow rates. Because the motor works more efficiently, it does not have to run as hard to move the same volume of air.