SMC SY7000 Series Pneumatic Solenoid Valves, 24V Solenoid Voltage, 5/2 Function - SY7120-5YO-02F-Q
This pneumatic solenoid valve is designed to provide reliable control in various automation applications. With a function of 5/2 and a G 1/4 connection port thread, it integrates seamlessly into pneumatic systems. The die-cast aluminium body ensures durability, while the solenoid operates at a voltage of 24V DC. Capable of handling a maximum flow rate of 883.4 NL/min, this stand-alone solenoid valve is suitable for various industrial environments, featuring operational pressures ranging from 0.15 MPa to 0.7 MPa and temperatures between -10 °C and +50 °C.
Features & Benefits
• Features a robust die-cast aluminium construction for longevity
• Operates efficiently with solenoid power consumption of 0.35 W
• Supports a maximum flow rate of 883.4 NL/min
• Pilot-operated design enhances responsiveness in control systems
• Designed for stand-alone mounting, facilitating easy installation
• Functions effectively within a wide temperature range of -10 °C to +50 °C
Applications
• Used in automated manufacturing systems for precise control
• Employed in any machinery requiring pneumatic control valves
• Ideal for that demand robust performance in variable environments
• Utilised for fluid handling in pneumatic actuation systems
What type of connection does it support?
It supports a G 1/4 thread size, which facilitates compatibility with various pneumatic systems. This standardised connection ensures easy integration into existing setups.
What is the minimum operating pressure for optimal functionality?
The minimum operating pressure is 0.15 MPa, which is essential for initiating the valve's functionality and ensuring consistent operation within specified parameters.
How is the valve actuated?
The valve is actuated using a solenoid/pilot mechanism, allowing for effective and precise control within pneumatic systems. This design ensures a quicker response to changes in control signals.
Can it be used outdoors or in extreme conditions?
While it's designed to operate within -10 °C to +50 °C, it's important to ensure protection from harsh environmental factors to maintain optimal functionality.