The Quest F9 Industrial Air Mover is engineered to deliver powerful air circulation in compact and challenging environments. With a high-velocity airflow of 925 cubic feet per minute (CFM), the F9 effectively reduces stagnant, water-logged air that can encourage the growth of harmful molds, fungi, and plant pests such as gnats. Its low-profile design allows it to fit into tight spaces, making it ideal for various agricultural, industrial, and commercial applications.
One of the standout features of the Quest F9 is its ability to daisy chain up to six units on a single 15-amp circuit, allowing for synchronized airflow in large areas while minimizing power usage. The F9 consumes only 1.1 amps of power, making it an energy-efficient solution that leaves room for other equipment on the same circuit.
Built for durability, the Quest F9 includes a branch protection circuit with GFCI to provide electrical shock protection in wet and humid environments. The integrated onboard circuit breaker adds an extra layer of protection, safeguarding both the unit and any connected devices.
Key Features:
- High Velocity Airflow: Circulates 925 CFM, ensuring powerful and efficient air movement.
- Daisy-Chainable: Link up to six Quest F9 units on one 15-amp circuit for large-scale air circulation.
- Low Power Usage: Operates on just 1.1 amps, leaving space for other equipment on the same circuit.
- Compact & Stackable: Horizontal and vertical stacking capability for easy storage and transport.
- Integrated Handle & Cord Wrap: Features a comfortable handle and cord wrap for convenient portability.
- GFCI Branch Protection: Protects in wet and humid environments.
- Onboard Circuit Breaker: Ensures safe operation and protects daisy-chained devices.
With dimensions of 17” W x 8.875” H x 20.25” L and a lightweight 21-pound design, the Quest F9 is easy to move, store, and operate in any environment. Its compact yet robust design is suitable for use in agriculture, industrial manufacturing, distribution, and other commercial settings where air circulation is critical.
