F5 Fans 14" Inline Fan

The F5 Fans 14" Inline Fan is a top tier, industrial capacity ventilation fan built for the largest commercial cultivation operations, greenhouses, and industrial facilities that require maximum airflow from a single inline unit.

Delivering a massive 2,010 CFM output, it is designed to move very large volumes of air efficiently through extensive ducting, heavy duty filtration systems, and multi room or multi building ventilation setups.

• Airflow: Massive 2,010 CFM Output
• Duct Size: High Capacity 14 Inch Design
• Technology: Efficient Mixed Flow Performance
• Setup: Brackets + 8 Foot Power Cord Included

Its mixed flow design combines strong airflow with improved static pressure performance, allowing the fan to push air efficiently through long duct runs, large scale carbon filtration, and other high resistance ventilation components while maintaining strong output.

The aerodynamic housing and internal fan geometry are engineered to sustain very high volume airflow, while the internal motor is designed to deliver maximum output relative to its energy consumption.

Even at this scale, the F5 14" Inline Fan is designed for a manageable installation process. It includes mounting brackets and an attached 8 foot power cord, though its considerable size, weight, and airflow capacity mean it is intended for facilities with the structural support, ducting, and electrical infrastructure to match.

Built with durable materials and UL recognized components, the F5 14" Inline Fan represents the top of the F5 Fans lineup, engineered as a commercial and industrial grade ventilation solution for the most demanding applications.

2,010 CFM Airflow

The F5 14" Inline Fan delivers up to 2,010 CFM of airflow. This makes it suitable for the largest commercial grow rooms, multi tent and multi room cultivation facilities, large greenhouses, warehouses, industrial buildings, and demanding HVAC applications.

Mixed Flow Technology

The fan uses a mixed flow ventilation design that combines characteristics of axial and centrifugal fans. This helps provide very strong airflow, improved static pressure performance, better performance through long or highly restrictive ducting, efficient intake and exhaust operation, and dependable performance under demanding industrial conditions.

Aerodynamic Fan Design

The housing and internal fan geometry are engineered to reduce unnecessary air resistance even at very high volume. This helps the fan maintain strong airflow through extensive ducting, large filtration systems, and other connected ventilation equipment.

Energy Efficient Operation

The internal motor is designed to deliver maximum airflow relative to its power consumption. This makes the fan a practical choice for large scale, continuously operating ventilation systems.

High Output Internal Motor

The fan uses a high performance internal drive motor built for continuous, heavy duty industrial ventilation. It provides the power required to maintain strong airflow through large 14 inch ducting systems.

Top Tier 14 Inch Design

The 14 inch format represents the highest airflow capacity in the F5 Fans lineup. It is intended for the largest commercial grow rooms, multi tent or multi building cultivation facilities, industrial greenhouses, warehouses, and other spaces where a single maximum capacity fan is more practical than operating multiple smaller units.

Intake or Exhaust Applications

The fan can be integrated into either intake or exhaust systems. Common configurations include exhausting very large volumes of warm air, bringing fresh air into a large facility, supporting extensive carbon filtration systems, connecting multiple grow spaces or rooms, and creating strong negative pressure across a large area.

Large Scale Commercial Ventilation

The 2,010 CFM output makes this fan well suited for the largest commercial cultivation rooms, multi light facilities, and operations where even a 12 inch fan may not provide sufficient airflow. It can help support heat removal, humidity control, fresh air exchange, negative pressure, and environmental stability across an extensive footprint. Actual airflow requirements depend on room size, total lighting heat load, ducting configuration, filtration resistance, and environmental conditions.

Industrial and Large Greenhouse Use

The F5 14" Inline Fan can provide powerful ventilation for large commercial greenhouses, industrial buildings, warehouses, and other spaces that require very high volume, continuous air exchange.

Facility Wide Ventilation Planning

Given its exceptional airflow capacity, the 14" Inline Fan is typically used as a central ventilation component for a large facility, multiple connected rooms, or an entire building rather than a single room or tent. Facility layout, ducting, filtration, and intake paths should all be planned around the fan’s full output capacity.

Durable Construction

The fan is built using durable components intended for dependable, continuous industrial operation. The supplied product information also specifies UL recognized components.

Installation Considerations

Mounting brackets are included to help secure the fan. Given its size, weight, and maximum airflow output, the 14" Inline Fan will typically require substantial structural support, a dedicated electrical circuit, and heavy duty ducting sized to match its capacity.

8 Foot Power Cord

An attached 8 foot power cord provides flexible positioning within large rooms and facilities, reducing the need to place the fan directly beside an outlet.

Recommended Installation Practices

• Confirm all connected ducting is 14 inches.
• Install the fan in the correct airflow direction.
• Secure the fan using the included mounting brackets.
• Provide substantial structural support given the fan’s size and weight.
• Confirm the electrical circuit can support the fan’s full load.
• Keep duct runs as short as practical.
• Minimize unnecessary bends.
• Keep intake and exhaust openings unobstructed.
• Keep electrical connections dry.
• Clean connected filtration regularly.
• Disconnect power before maintenance.
• Consider consulting a qualified electrician or HVAC professional for installation at this scale.

Ventilation Planning

Installed airflow can be reduced by system resistance. Factors that affect performance include large scale carbon filters, long duct runs, silencers, sharp bends, restrictive ducting, intake restrictions, exhaust restrictions, and backdraft dampers. The rated 2,010 CFM represents maximum fan airflow. Actual installed airflow may be lower depending on the complete ventilation system.

Ducting Setup

For strong ventilation performance at this scale: use properly sized 14 inch ducting, keep duct runs as straight as practical, avoid compressed flexible ducting, minimize sharp turns, secure connections using proper heavy duty clamps, seal unwanted air leaks, and avoid unnecessary reducers that can restrict very high volume airflow.

Carbon Filter Compatibility

The fan can be paired with compatible 14 inch or larger carbon filtration equipment for large scale odor control. When selecting a filter: match the connection size, check the filter airflow rating against the fan’s output, account for the significant airflow resistance at this volume, support the filter independently given its size and weight, and clean or replace filtration according to manufacturer instructions.

Negative Pressure Applications

When used as an exhaust fan, the F5 14" Inline Fan can help create strong negative pressure across very large enclosed rooms or connected facilities. This can help direct air through a controlled intake path and compatible filtration system, which is particularly useful in large scale commercial cultivation operations.

Multi Room and Building Wide Systems

At this capacity, the 14" Inline Fan is often integrated into a central ventilation system serving multiple grow rooms or an entire facility rather than a single space. Planning should account for total combined airflow needs, ducting layout across rooms, filtration capacity, and backup ventilation considerations.

Cleaning and Maintenance

Routine Cleaning

• Disconnect the fan from power.
• Inspect intake and exhaust openings.
• Remove visible dust and debris.
• Inspect connected ducting.
• Clean filters according to their manufacturer instructions.
• Confirm mounting brackets and supports remain secure.

Duct Maintenance

• Inspect ducting periodically, especially at connection points.
• Remove obstructions.
• Check clamps and seals.
• Repair damaged sections promptly.
• Straighten unnecessary bends where possible.

Fan Inspection

Periodically inspect fan housing, mounting brackets, power cord, intake opening, exhaust opening, and duct connections. Given the fan’s substantial size and weight, confirm mounting supports and electrical connections remain adequate over time. Stop operation if the housing or electrical components show significant damage.

What's Included

• F5 Fans 14" Inline Fan
• Attached 8 Foot Power Cord
• Mounting Brackets