All Categories
    Filters
    Preferences
    Search

    SMC Solenoid Valve ~ 30bar

    SMC solenoid valve designed for reliable ON/OFF control of air at pressures up to 30 bar. Suitable for applications requiring fast, dependable, and automated air flow switching and isolation. The valve operates electrically through a solenoid coil, enabling remote control through PLCs or other control systems.
    Ship to
    *
    *
    Shipping Method
    Name
    Estimated Delivery
    Price
    No shipping options

    SMC Solenoid Valve – 30 bar

    The SMC Solenoid Valve is an electrically operated valve designed for reliable ON/OFF control of air at pressures up to 30 bar. It provides fast and dependable switching for pneumatic systems and can be operated remotely through a PLC, relay, or other electrical control system. The valve is suitable for automated air-flow control, isolation, and pneumatic equipment. The exact SMC model should be selected according to the required pressure, flow rate, port size, voltage, and installation conditions.

    Key Features

    • Brand: SMC

    • Type: Solenoid Valve

    • Maximum Pressure: Up to 30 bar

    • Medium: Air

    • Electrical ON/OFF operation

    • Fast and reliable switching

    • Suitable for automated pneumatic control

    • Remote operation through PLC or control panel

    • Compact and robust design

    • Available with different port sizes and coil voltages depending on model

    • Suitable for continuous and repetitive switching applications

    Applicability

    The valve is suitable for pneumatic automation systems, air-operated machinery, industrial equipment, manufacturing lines, control panels, testing equipment, and air distribution systems. It can be used for air-flow switching, pneumatic actuator control, air isolation, and automated process control.

    Compatibility

    • Pressure: Suitable for systems operating within the valve's specified pressure range, up to 30 bar.

    • Medium: Designed for air service.

    • Electrical: Coil voltage must match the control system, such as 24 VDC or another specified voltage.

    • Piping: Port size, thread type, tubing, and fittings must match the pneumatic system.

    • Control: Compatible with suitable PLCs, relays, switches, and automation controllers.

    • Flow: Valve flow capacity should be selected according to the required air flow rate and actuator size.

     

    Write your own review
    • Only registered users can write reviews
    *
    *
    • Bad
    • Excellent
    *
    *
    *

    SMC Solenoid Valve – 30 bar

    The SMC Solenoid Valve is an electrically operated valve designed for reliable ON/OFF control of air at pressures up to 30 bar. It provides fast and dependable switching for pneumatic systems and can be operated remotely through a PLC, relay, or other electrical control system. The valve is suitable for automated air-flow control, isolation, and pneumatic equipment. The exact SMC model should be selected according to the required pressure, flow rate, port size, voltage, and installation conditions.

    Key Features

    • Brand: SMC

    • Type: Solenoid Valve

    • Maximum Pressure: Up to 30 bar

    • Medium: Air

    • Electrical ON/OFF operation

    • Fast and reliable switching

    • Suitable for automated pneumatic control

    • Remote operation through PLC or control panel

    • Compact and robust design

    • Available with different port sizes and coil voltages depending on model

    • Suitable for continuous and repetitive switching applications

    Applicability

    The valve is suitable for pneumatic automation systems, air-operated machinery, industrial equipment, manufacturing lines, control panels, testing equipment, and air distribution systems. It can be used for air-flow switching, pneumatic actuator control, air isolation, and automated process control.

    Compatibility

    • Pressure: Suitable for systems operating within the valve's specified pressure range, up to 30 bar.

    • Medium: Designed for air service.

    • Electrical: Coil voltage must match the control system, such as 24 VDC or another specified voltage.

    • Piping: Port size, thread type, tubing, and fittings must match the pneumatic system.

    • Control: Compatible with suitable PLCs, relays, switches, and automation controllers.

    • Flow: Valve flow capacity should be selected according to the required air flow rate and actuator size.