Featured Top 1

• ISO 4401-AE-08-4-A (Size 06)
• Max Working Pressure: 31.5 MPa
• Max Flow: per Pressure-Flow Characteristics
• Allowable Tank Port Back Pressure: 20.6 MPa
• Min. Pilot Pressure: per Min Pilot Pressure Curves
• Max Pilot Pressure: 31.5 MPa
• Weight (Single Solenoid): 20.04 kg
• Weight (Double Solenoid): 20.64 kg

• Low Noise
• Modular pressure-balanced design simplifies replacement.
• Multiple flow rates to choose from.
• Available replacements for single, double & triple vane pump designs
• Factory Tested
• Precision engineering ensures extended lifespan.
• Direct replacement for Eaton/Vickers V Series
• RH: Clockwise rotation (as viewed from shaft end)

• Low Noise
• Modular pressure-balanced design simplifies replacement.
• Multiple flow rates to choose from.
• Available replacements for single, double & triple vane pump designs
• Factory Tested
• Precision engineering ensures extended lifespan.
• Direct replacement for Eaton/Vickers V Series
• RH: Clockwise rotation (as viewed from shaft end)

• ISO 4401-AE-08-4-A (Size 06)
• Max Working Pressure: 31.5 MPa
• Max Flow: per Pressure-Flow Characteristics
• Allowable Tank Port Back Pressure: 20.6 MPa
• Min. Pilot Pressure: per Min Pilot Pressure Curves
• Max Pilot Pressure: 31.5 MPa
• Weight (Single Solenoid): 20.04 kg
• Weight (Double Solenoid): 20.64 kg

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.

• Stable detection for various pipe diameters
• Side panel operation
• Ideal for transparent or opaque liquids
• Precise 1mm repetitive detection accuracy
• Low power consumption, high voltage range
• Rapid 2ms response time
• Trusted brand with superior quality and performance.