SMC G 1/4 Female Pneumatic Regulator -, 1/4in, 1MPa max. input

Air requirements; Dry, filtered to 0.3μm
Precise setting accuracy ±0.2% of full span
Repeatability ±0.5% of full span
Temperature range -5°C to +60°C
High relief flow capacity for high balance performance
Suitable for standalone use or integration into an SMC modular FRL assembly (AC3000 series)
Weight 300g
Available with / without mounting brackets

See separate product range for mounting brackets and accessories

(Applicable to most pneumatic devices) Ice formation may cause malfunction or damage below +2°C; consult Helpline

This pneumatic regulator is designed for precision control in industrial applications. Featuring a G 1/4 port connection, it allows for easy integration into existing systems. This model operates within a pressure range of 0.005 to 0.2 MPa, making it essential for managing air pressure in various automation processes. Constructed to endure conditions with a minimum operating temperature of -5 °C and a maximum of +60 °C, it is suitable for diverse working environments.

• Compact and lightweight design facilitates easy installation
• Regulates output pressure between 0.005 to 0.2 MPa for accuracy
• Maximum flow rate of 4.4 L/min optimises pneumatic flow control
• Pressure gauge port size of 1/8 in allows easy monitoring
• Reliable operation without an integral check valve to minimise maintenance
• Adjustable air pressure capabilities for custom applications

• Utilised in automation systems for pressure regulation
• Integrated into pneumatic machinery for consistent operation
• Suitable for air control in manufacturing processes
• Employed in testing and laboratory environments for accurate measurements
• Helps maintain stable pressure levels in air-driven components

The device can withstand a maximum input pressure of 1 MPa, ensuring it operates effectively under various conditions.

It offers precise regulation of air pressure, which helps maintain consistent performance and reliability in pneumatic systems, reducing the risk of pressure fluctuations.

Yes, it is designed to function in a temperature range between -5 °C and +60 °C, making it suitable for various environments without compromising functionality.

Minimal maintenance is needed due to its robust design