Tokyo Keiki Products

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O-Ring set for D05 manifolds. Each kit includes 5ea. high quality and long-lasting o-rings.
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  • Swash plate design
  • Flange mounting (Foot bracket option)
  • Right (R) or left (L) rotation
  • Single side displacement
  • SAE O-ring seal (G option)
  • Various control options
  • Maximum Displacement Adjustment (*C)
DG5VC-H8-3C-E-PS2-H-86-JA | Solenoid Controlled Pilot Operated Directional Control Valve DG5VC-H8-3C-E-PS2-H-86-JA | Solenoid Controlled Pilot Operated Directional Control Valve
20%
  • Fluid Options: Mineral Oil, Water Glycol & F3 (Phosphate Ester)
  • Mounting: ISO 4410-AD-07-4-A / ISO 4410-AE-08-4-A
  • Spool/Spring: 2/3 positions, single/double solenoid options
  • Max Pressure: 31.5MPa
  • Back Pressure: 20.6MPa
  • Max Pilot Pressure: 31.5MPa
  • Lead times for non-stocked items are generally 18-20 weeks. For urgent needs, please contact us to explore additional options.
$ 24,601.00
$ 30,751.00
  • Reduced power consumption 
  • Direct connection to PLCs 
  • Wide range of compatible hydraulic fluids 
  • Low-holding current operation for extended valve life 
  • Standard or left-hand build for flexibility 
  • Plug-in solenoids for easy installation 
  • Sink or source contact point input for compatibility with different control systems. 

Introducing the DG4V-3 Series Directional Control Valve from Tokyo Keiki

  • Wet type solenoid valve with low switching noise and superior valve life, no leakage worries
  • Multiple valve options with various wiring connections, indicator lamp, surge suppressor, and AC/DC rectifier
  • Compatible with standard mineral oil and water-glycol based fluids. Models beginning "F3" are also compatible with phosphate ester.
  • Solenoid operated directional control valve with wet armature type. 
  • ISO 4401-03 mounting dimensions
  • Electrical wiring options: plug-in solenoids, DIN43650 connectors, or flying leads (standard lead wire length: 350 mm, DC 12 V, 24 V only)
DG4M4-36C-24DC-20-JA-PG | Solenoid Operated Directional Control Valve DG4M4-36C-24DC-20-JA-PG | Solenoid Operated Directional Control Valve
20%

Introducing the DG4M4 Series Directional Valve, Tokyo Keiki

  • Compact solenoid directional valve suitable for up to 21 MPa.
  • Features resin molded dual frequency coils (50/60 Hz) with two terminals, eliminating the need for coil rewiring.
  • Designed for use with standard hydraulic fluids, including mineral oil-based, water glycol-based, and phosphate ester. 
  • Miniature size with a wet armature type for efficient operation.
$ 8,669.00
$ 10,836.00
DG4M4-36C-24DC-20-JA | Solenoid Operated Directional Control Valve DG4M4-36C-24DC-20-JA | Solenoid Operated Directional Control Valve
20%

Introducing the DG4M4 Series Directional Valve, Tokyo Keiki

  • Compact solenoid directional valve suitable for up to 21 MPa.
  • Features resin molded dual frequency coils (50/60 Hz) with two terminals, eliminating the need for coil rewiring.
  • Designed for use with standard hydraulic fluids, including mineral oil-based, water glycol-based, and phosphate ester. 
  • Miniature size with a wet armature type for efficient operation.
$ 8,148.00
$ 10,185.00

Introducing the DG4M4 Series Directional Valve, Tokyo Keiki

  • Compact solenoid directional valve suitable for up to 21 MPa.
  • Features resin molded dual frequency coils (50/60 Hz) with two terminals, eliminating the need for coil rewiring.
  • Designed for use with standard hydraulic fluids, including mineral oil-based, water glycol-based, and phosphate ester. 
  • Miniature size with a wet armature type for efficient operation.
  • Hydraulic Fluid: Mineral Oil / Water Glycol (Standard), Phosphate Ester (F3)
  • Pilot Operated Check Valves 
  • ISO 4401-03 Mounting Dimensions 
  • Decompression Function: D variant 
  • Control Line: AB or BA 
  • Cracking Pressure: K (0.1 MPa), M (0.25 MPa), N (0.5 MPa) 
  • Poppet valves control one-way flow in hydraulic systems.
  • Cartridge valves enhance design for bidirectional flow control.
  • Manifold blocks reduce leakage in hydraulic systems.
  • Offers high flows and efficiency.
  • Advantages: design flexibility, lower cost, improved reliability.
  • Considerations: high flow rates, pressure, compact size.
  • Cartridge valves optimize system performance with easy customization.