Festo NPFC-Y-R12-2G12-MFF Series Y Fitting, R 1/2 to G 1/2, Threaded Connection Style, 8030234

This pneumatic fitting is designed for efficiency in compressed air applications. The product features a Y-fitting configuration with connections measuring R 1/2 for the inlet and G 1/2 for the outlets. Built from nickel-plated brass, it is engineered to perform under varying conditions, ensuring a versatile addition to your industrial pneumatic solutions.

• Supports a maximum operating pressure of 50 bar for high-performance applications
• Capable of functioning optimally between -20°C and +150°C for diverse environments
• Constructed with RoHS-compliant materials for environmental safety
• Designed with a threaded connection style for robust assembly
• Features one inlet and two outlet ports for efficient air distribution
• Corrosion resistance class 1 ensures durability in low corrosion stress conditions

• Utilised in machinery and automated systems requiring compressed air
• Ideal for use in mechanical assembly where space is limited
• Applied in pneumatic control systems to manage air flow effectively
• Implemented in industrial settings for multiple air distribution needs

The threaded design enhances the integration into various systems, allowing for secure fitting and compatibility with standard pipes and hoses in industrial applications. It simplifies the assembly process and reduces the risk of air leaks.

The specified temperature range indicates reliability in both high and low conditions, making it suitable for diverse operational environments, ensuring that it maintains performance without risk of damage under fluctuating temperatures.

With a corrosion resistance class of 1, it is suited for low corrosion stress environments, ensuring longevity and reliability in conditions that may otherwise degrade standard fittings.

RoHS compliance signals that the product adheres to strict environmental standards concerning restricted substances, promoting safer installation and use in various applications while contributing to overall sustainability.