Electro-Pneumatic Control Valve - 5/2-Way, 1/8", 24/230V
Dial in your electro-pneumatic slide systems with our versatile Control Valve. This 5/2-way solenoid valve comes with a device socket and 6mm hose connections, plus a throttle silencer to keep things quiet and running smoothly. It’s all about giving you precise control with a little peace and quiet on the side.
5/2-Way Solenoid Valve with Device Socket
1/8" Connection Size
24/230V Compatibility
Includes 6mm Hose Connections & Throttle Silencer
Why choose our Electro-Pneumatic Control Valve?
Our Control Valve is built to slip right into your electro-pneumatic slide setups, delivering spot-on airflow and actuation you can trust. The 5/2-way design opens up a world of control options, while the throttle silencer tames the noise, making your workspace a calmer place. It’s the reliable tweak that makes a big difference.
Key Features:
Precise & Efficient Control
This 5/2-way solenoid valve allows for versatile control of your electro-pneumatic slide, enabling precise actuation and movement. The integrated device socket simplifies wiring and setup.
Quiet Operation
The included throttle silencer effectively reduces noise generated during valve operation, creating a more comfortable working environment.
Easy Installation & Maintenance
The 1/8" connection size and included 6mm hose connections make installation quick and straightforward. The durable construction and high-quality materials ensure minimal maintenance requirements.
Applications:
Our Valve is perfect for a wide range of industrial automation applications :
- Controlling pneumatic cylinders and actuators
- Regulating airflow in pneumatic systems
- Operating machinery and equipment with precise movements
- Any application requiring reliable and efficient electro-pneumatic control

Technical Specifications for the Control Valve
Type:
5/2-Way Solenoid Valve
Connection Size:
1/8"
Voltage:
24/230V
Hose Connections:
6mm with Throttle Silencer
For further insights into our Control Valve for Electro-Pneumatic Slides and its applications, explore our detailed blog post.
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