Festo MS Filter Regulator, 5μm, G 1/4, Automatic, 12 bar, 535720

This filter regulator is a critical component in pneumatic systems, ensuring optimal performance by maintaining consistent output pressure. With a maximum operating pressure of 12 bar and automatic condensate drainage, it effectively manages air quality for various applications. The compact design and robust aluminium bowl enhance durability, while its specified filtration size of 5μm protects downstream equipment. Designed to operate in ambient temperatures ranging from -10°C to +60°C, it is suitable for both standard and demanding environments.

• Automatic condensate drain enhances maintenance efficiency
• Built-in pressure gauge provides clear pressure monitoring
• Integrated bowl guard ensures safe operation under pressure
• High degree of condensate separation improves air quality
• Designed for front panel mounting eases installation processes
• Corrosion-resistant materials ensure longevity in variable environments

• Used for precise compressed air management in automation systems
• Essential in painting and finishing processes requiring clean air supply
• Suitable for pneumatic tools that demand stable pressure conditions
• Commonly employed in food processing ensuring air purity
• Ideal for use in mechanical and electrical industry settings

The fully automatic drain mechanism significantly reduces maintenance time by eliminating manual draining, ensuring that moisture build-up is managed effectively at all times. This leads to less downtime and higher operational reliability.

A filtration size of 5μm plays a crucial role in maintaining air quality by removing contaminants that could damage equipment or impact system performance. This level of filtration is particularly important in sensitive pneumatic applications.

The integrated pressure gauge allows for real-time monitoring of output pressure, giving users immediate feedback and enabling quick adjustments to maintain optimal system performance. This facilitates proactive management of pressure variations.