Directional Control Valves

 

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      Directional Control Valves

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pdf-logo.pngData sheet

 

 

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      DG4M4

  • Compact solenoid directional valve for use up to max. 21 MPa.
  • Resin molded, 50/60 Hz dual frequency, two terminal coils do not require rewiring for differing frequencies.

pdf-logo.pngData sheet

 

 

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      DG4V-3

  • Wet type solenoid valve boasts superior valve life with low switching noise. No seals on sliding surfaces eliminates leakage worries.
  • Many valve options including 3 types of wiring connections, indicator lamp, surge suppressor, and AC/DC rectifier.

pdf-logo.pngData sheet

 

 

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      DG4V-5

  • Wet type solenoid valve boasts superior valve life with low switching noise. No seals on sliding surfaces eliminates leakage worries.
  • Many valve options including 3 types of wiring connections, indicator lamp, surge suppressor, and AC/DC rectifier.

pdf-logo.pngData sheet

 

 

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      DG5V-7 / DG5V-H8

  • Solenoid pilot operated directional valves incorporate DG4V-3 Series pilot valves.

pdf-logo.pngData sheet

 

 

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      DG5S-10

  • Solenoid pilot operated directional valves incorporate DG4V-3 Series pilot valves.

pdf-logo.pngData sheet

 

 

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      DG4VC-3

  • Integrated solid state relay.
  • Performance same as standard DG4V-3 solenoid valve.
  • Valve can be directly driven by connecting signal terminal to PLC, etc.

pdf-logo.pngData sheet

 

 

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      DG4VC-5

  • Integrated solid state relay.
  • Performance same as standard DG4V-5 solenoid valve.
  • Valve can be directly driven by connecting signal terminal to PLC, etc.

pdf-logo.pngData sheet

 

 

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      DG4VL-3

  • Energy-saving solenoid valve features reduced power consumption after switching (energized condition).
  • Integrated solid state relay. Valve can be directly driven by connecting signal terminal to PLC, etc.

pdf-logo.pngData sheet

 

 

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      DG4VL-5

  • Energy-saving solenoid valve features reduced power consumption after switching (energized condition).
  • Integrated solid state relay. Valve can be directly driven by connecting signal terminal to PLC, etc.

pdf-logo.pngData sheet

 

 

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      DG4VS-3

  • This solenoid directional valves provides reduced shock during switching (compared to standard DG4V-3).

pdf-logo.pngData sheet

 

 

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      DG4VS-5

  • This solenoid directional valves provides reduced shock during switching (compared to standard DG4V-5).

pdf-logo.pngData sheet

 

 

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      DG4SM-3

  • This mini-watt valve uses 5W power consumption solenoids.

pdf-logo.pngData sheet

 

 

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      DG4V-3-SW

  • These solenoid operated directional control valves come with a proximity sensor for monitoring the spool switching status.
  • By comparing the sensor output with the command sent to the solenoid operated directional control valve, the operation of the solenoid directional control valve can be monitored.

pdf-logo.pngData sheet

 

 

directional-control-valves-dg-4v-5-sw.jpg

      DG4V-5-SW

  • These solenoid operated directional control valves come with a proximity sensor for monitoring the spool switching status.
  • By comparing the sensor output with the command sent to the solenoid operated directional control valve, the operation of the solenoid directional control valve can be monitored.

pdf-logo.pngData sheet

 

 

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      DG4V-3, 100

  • Cost reductions achieved while maintaining the performance of the standard DG4V-3 series.
  • Dimensions and mounting dimensions are interchangeable with the current DG4V-3 series.

pdf-logo.pngData sheet

 

 

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      COM

  • COMINCA valves offer independent setting for acceleration and deceleration which is indispensable for shocklessoperation. High speed positioning which is difficult with conventional shockless valves and adjustable speed setting is possible.
  • Onboard microprocessor allows setting of required parameters without valve to valve variation. Push button operation while monitoring the integrated digital indicator enables simple, repeatable setting and adjustment. Handheld setting device also available for same setting operation as valve mounted type.
  • Compact, space-saving design with same configuration and robust construction as standard solenoid valves. Ease-ofuse design facilitates operation as well as installation and maintenance with features such as manual override pins (for operation confirmation of deenergized valve), and reduced wiring.
  • Can be connected to general purpose relays, PLCs, etc., like standard solenoid valves.

pdf-logo.pngData sheet

 

 

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      PD3

  • These proportional digital controllers are used for construction machinery and vehicles. They can control triple COMNICA valves using contact input or joystick input or both. Using specially designed PC software (adjustment tool), the input/output curve for acceleration/deceleration which are essential for shockless operation, dither frequency and other characteristics can be adjusted. In terms of the power supply, two types—the G type for DC 12V and the H type for DC 24V—are available.

pdf-logo.pngData sheet

 

 

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      DG3V-7 / DG3V-H8

  • Pilot operated directional control valves.

pdf-logo.pngData sheet

 

 

directional-control-valves-dg3s-10.jpg

      DG3S-10

  • Pilot operated directional control valves.

pdf-logo.pngData sheet

 

 

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      C-552 / C-572

  • Two position directional valve for manual or cam operation. Used mainly in pilot circuits.

pdf-logo.pngData sheet

 

 

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      DG1M / DG2M - DT1M / DG2M

  • Mechanically or manually operated directional control valves.

pdf-logo.pngData sheet

 

 

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      DG20S

  • Mechanicailly operated directional control valves.

pdf-logo.pngData sheet

 

 

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      DG2S2 / DG2S4

  • Mechanicailly operated directional control valves.

pdf-logo.pngData sheet

 

 

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      DG17V

  • Manually operated directional control valves.

pdf-logo.pngData sheet

 

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