Festo Foot Pedal 5/2 Way, Monostable Foot Valve F-5 Series, G 1/4, G 1/4, 8992

This foot valve is a critical component in pneumatic systems, designed for effective control and operation using a foot pedal mechanism. Featuring a robust design made from die-cast aluminium, it can handle a maximum flow rate of 550L/min while operating between temperatures of -10°C to +60°C. With a connection port size of G 1/4, this valve offers dual functionality in a compact form, ensuring ease of integration into various applications within the automation and mechanical sectors.

• Foot pedal operation facilitates hands-free control
• Monostable function ensures a reliable return to the default position
• Maximum operating pressure of 10 bar for high-performance applications
• Designed with a spacious flow path for increased efficiency
• Constructed from die-cast aluminium for durability
• Five ports allow for flexible connections in complex setups

• Used with pneumatic tools requiring foot-operated control
• Commonly integrated in assembly line machinery
• Suitable for controlling air supply in industrial automation systems
• Employed in needing quick valve actuation
• Ideal for systems where space and responsiveness are critical

The monostable design allows the valve to automatically return to its resting position after the foot pedal is released, ensuring straightforward operation and preventing accidental engagement during unintentional use.

With a maximum operating pressure of 10 bar, this valve can effectively manage higher pressure applications, enhancing the performance of pneumatic systems by ensuring consistent air delivery and reducing lag in actuation.

Die-cast aluminium not only provides structural strength but also contributes to reduced overall weight, assisting with efficient installation and supporting long-term durability in demanding environments.

The foot pedal mechanism allows for hands-free operation, enabling users to maintain focus on their tasks while controlling multiple pneumatic functions, which streamlines processes and enhances productivity.

It has been designed to function efficiently between -10°C and +60°C, allowing for versatile usage across different operational environments without compromising performance.