Industrial Control Products

Efficient pneumatic shut off valve with manual actuation and rotary gate design for precise air control in industrial applications.

Short Product Description: The Festo MS4N-EM1-1/4-Z is a manual rotary gate valve designed for precise flow control in pneumatic systems. It features a 1/4 NPT port and is constructed with TPE seals for durability and reliability.

The Festo MS4N-EM1-1/8 is a manual on/off pneumatic valve with 1/8 NPT connections, designed for precise control in various industrial applications. It operates at 14 bar pressure and ensures reliable operation.

The Festo MS4N-EM1-1/8-S shut off valve features a rotary gate valve design with manual actuation, ensuring precise control in air preparation systems. It is designed for direct piloting applications without flow control for exhaust air.

The Festo MS4N-EM1-1/8-S-Z is a manually actuated, 3/2-way on/off valve with a silencer, ensuring quiet operation. It features a rotary gate valve design and is suitable for pressurizing and depressurizing applications.

The Festo MS4N-EM1-1/8-Z is a 3/2-way manually actuated on-off valve with a silencer, featuring flow direction from right to left and non-reversible flow. It is designed for pressurizing and de-pressurizing systems, ensuring reliable operation and efficient flow management.

Manually operated on-off valve for pneumatic installations, featuring rotary knob activation and optional pressure gauge. Corrosion-resistant and suitable for various industrial applications.

Festo MS6N-EM1-1/2 Shut Off Valve: A manually actuated, rotary gate valve for precise control in pneumatic systems, ensuring reliable shut-off and minimal maintenance.

The Festo MS6N-EM1-1/2-S is a manually actuated pneumatic shut off valve designed for reliable operation in various industrial applications. Its rotary gate design ensures precise control and easy maintenance.

Festo MS6N-EM1-1/2-S-Z: A manual 3/2-way pneumatic shut-off valve with NPT threads and integrated silencer for efficient pneumatic system control.

Short Description: The Festo MS6N-EM1-1/2-Z is a 3/2-way manually actuated on-off valve with non-reversible flow direction, ideal for pressurizing and venting pneumatic systems.

The Festo MS6N-EM1-1/4 shut off valve is a high-quality, manually operated valve designed for compressed air preparation. It features a rotary gate design with direct control, ensuring precise shut-off and safety functions.

The Festo MS6N-EM1-1/4-S shut off valve is a manually operated, rotary gate valve designed for precise control in pneumatic systems. It offers reliable shut-off functionality and is suitable for compressed air applications.

The Festo MS6N-EM1-1/4-S-Z is a high-performance, manually actuated shut-off valve for pneumatic systems. It features an NPT connecting thread and is designed for pressurizing and exhausting pneumatic installations safely and efficiently.

The Festo MS6N-EM1-1/4-Z is a versatile on/off valve designed for precise pneumatic control. It features a 1/4 NPT connection, solenoid actuator with 180° repositioning, and an optional pressure sensor with display, making it ideal for various industrial applications.

The Festo MS6N-EM1-3/8 on/off valve is a high-quality, manual rotary gate valve designed for precise air flow control. It features a direct control type and is suitable for various industrial applications.

Short Description: The Festo MS6N-EM1-3/8-S on/off valve is a high-quality pneumatic control component featuring an integrated silencer for reduced noise. It is designed for efficient operation in various industrial settings.

The Festo MS6N-EM1-3/8-S-Z is a manually operated shut off valve designed for pneumatic systems. It features a rotary gate valve with direct control, ensuring precise and reliable operation.

Short Product Description: The Festo MS6N-EM1-3/8-Z on/off valve provides precise control with 3/8 NPT connections, ensuring reliable operation in various industrial settings.

The Festo MS6N-EM1 is a manual rotary gate valve for shut-off and control of compressed air. It features direct actuation and no flow control, making it a reliable choice for various industrial applications.