Festo GF-1/2-1/4 Brass Pneumatic Rotary Union, G 1/2, G 1/4

This pneumatic rotary union is designed for high-speed operation, essential in various industrial applications. The unit features a robust brass construction with a nickel-plated finish, ensuring resistance to wear and corrosion. Equipped with 15mm tube connections and G 1/2 and G 1/4 threaded connections, it accommodates a wide range of pneumatic fittings, establishing versatility in installation and performance. This component operates efficiently within a temperature range of -10°C to +80°C and supports high rotational speeds of up to 2500 rpm, making it suitable for demanding settings.

• Enables smooth rotation at up to 2500 rpm for efficient performance
• Nickel-plated brass construction ensures durability and corrosion resistance
• Supports a maximum operating pressure of 10 bar for reliable functionality
• Versatile connections with 15mm tube size and various threaded options
• Designed for stable operation across a wide temperature range
• Ideal for integration within industrial pneumatic systems

• Used in automated machinery for precision control
• Suitable for robotics where fluid power dynamics are crucial
• Employed in food and beverage processing to maintain hygiene standards
• Utilised in packaging equipment for efficient operational flows

Regular inspection for wear and tear, along with cleaning of threaded and connection areas, will ensure optimal performance. Lubricating threaded parts occasionally can prevent seising and ensure smooth operation during use.

The brass construction provides strength and durability against high pressures and temperatures, while the nickel plating offers additional protection against corrosion, prolonging the life of the component in varied environments.

This unit performs well within a temperature range of -10°C to +80°C while maintaining stable functionality under a maximum pressure of 10 bar, making it suitable for diverse industrial applications.

By allowing smooth rotation, this component reduces friction in pneumatic systems, enhancing the overall efficiency of machinery, which can lead to lower energy consumption and extended equipment lifespan.