The BSTIND DG4V 3 60 hydraulic solenoid valve is a high-performance pilot-operated directional control valve designed for ISO D03 (CETOP 3 / NG06) hydraulic systems.
In industrial procurement, users often search using simplified or compact expressions such as dg4v 3 60, dg4v3 60, or Vickers DG4V 3 60 valve, which all refer to a standardized D03 pilot-operated directional control platform widely used in hydraulic machinery.
BSTIND hydraulic valve manufactures this series as a precision-engineered replacement compatible with Bosch Rexroth-style hydraulic systems and Vickers-based valve architectures, ensuring full interchangeability in installation and performance.
What is DG4V 3 60 Hydraulic Valve?
The dg4v 3 60 valve belongs to the pilot-operated directional control valve category used in medium-duty hydraulic systems. Unlike direct solenoid valves, it uses a pilot stage to control the main spool movement, allowing:
👉 This makes dg4v 3 60 suitable for industrial systems requiring reliable directional control under medium to high hydraulic loads.
Industrial Compatibility (Vickers & Rexroth Systems)
The dg4v 3 60 valve is commonly used in hydraulic systems originally based on:
- Vickers directional control valve platforms
- ISO 4401-03 (D03 / CETOP 3) manifold systems
- Rexroth-compatible hydraulic blocks
In practice, engineers searching for dg4v 3 60 are often working on maintenance or replacement of existing Vickers-style hydraulic circuits.
BSTIND provides a fully compatible solution that matches both mechanical and hydraulic performance requirements.
Working Principle of dg4v 3 60 Valve
The DG4V-3-60 directional control valve operates using a two-stage pilot-operated hydraulic mechanism, designed to achieve stable and precise flow switching under high-pressure industrial conditions.
Unlike direct-acting valves, this structure uses a pilot stage to reduce solenoid load while ensuring smooth and reliable spool movement inside the main valve body.
Vickers DG4V3-60 Solenoid Operated Directional Valve
Flows is 80 l/min (21 USgpm), 6* Design
P, A & B Pressures is 350 bar (5000 psi), T Pressures is 210 bar (3000 psi)
Tank line design is special with high rating.Tank line can withstand pressures up to 210 bar (3000 psi). DG4V3-60 is ideal replacement for high tank line pressure.
Due to new coil design,with characteristics of high thermal shock and impact resistance. Frame around coil ensures high strength and allows frame to expand/contract without adding stress.
With surge suppressor/diodes,can protect PLCs or circuit boards from back electro-magnetic force (EMF).
High performance features including minimal pressure drop, scratch-proof override sealing, high reliability, multiple electrical connections and ease of servicing.
Functions of DG4V3 vickers hydraulic valves are as following:
DG4V3 vickers Characteristics
Maximum Operating Pressure
“A”，“B” and “P” ports: 350 Bar(5000 psi)
Maximum Tank Line Pressure 210 bar (3000 psi)
Mounting Interface
Spool Symbols
Pressure Drops
DG4V3-60 Outline and installation dimensions
BSTIND dg4v 3 60 Model Coverage
BSTIND supports multiple configurations under the dg4v 3 60 platform, covering different spool and coil combinations used in industrial systems.
Most commonly used in general hydraulic machinery:
- dg4v 3 2c mu h7 60
- vickers dg4v 3 2c mu h7 60
- dg4v 3 2c mu b6 60
👉 Used in machine tools, standard presses, and industrial automation systems.
Used for multi-actuator or complex hydraulic systems:
- dg4v 3 6c mu h7 60
- vickers dg4v 3 6c mu h7 60
- dg4v 3 6c mu b6 60
👉 Suitable for systems requiring flexible flow switching.
- dg4v 3 2a mu h7 60
- vickers dg4v 3 2a mu h7 60
- dg4v 3 2a mu b6 60
- dg4v 3 2n mu h7 60
- vickers dg4v 3 2n mu h7 60
Extended Variants:dg4v 3 2al mu h7 60, dg4v32amuh760,dg4v36cmuh760,dg4v 3 60 (base platform reference)
How to Select DG4V 3 60 Valve?
Selecting the correct DG4V-3-60 directional control valve is critical to ensure stable hydraulic performance, system compatibility, and long service life. Since this valve is typically used in D03 (CETOP 3 / ISO 4401-03) systems, proper selection depends on matching hydraulic conditions, electrical configuration, and flow requirements rather than just physical size. A correct selection ensures smooth switching, reduced system wear, and reliable operation under continuous industrial load conditions.
Model Code Explanation (dg4v 3 60)
Example: dg4v 3 2c mu h7 60
👉 Different combinations (e.g., dg4v 3 6c mu h7 60) represent different hydraulic behaviors, not different product families.
Applications of dg4v 3 60 Valve
The DG4V-3-60 directional control valve is widely used in industrial hydraulic systems where precise flow direction control, fast response, and stable high-pressure operation are required.
Thanks to its D03 (CETOP 3 / ISO 4401-03) standard interface and pilot-operated structure, it is suitable for a broad range of medium to heavy-duty machinery. In practice, this valve is commonly selected for systems that demand reliable switching under continuous operation and consistent actuator control performance.
Injection Molding Machines
Hydraulic Press Systems
Construction Machinery
Hydraulic Power Units
Common Issues in Replacement
BSTIND provides matched configurations to ensure direct replacement without system modification. When replacing Vickers-based systems using dg4v 3 60 valves, engineers may encounter:
Datasheet & Technical Documentation
Available upon request:
Why Choose BSTIND Hydraulic Valve?
BSTIND is a professional hydraulic valve manufacturer focused on delivering stable, industrial-grade directional control solutions for global hydraulic systems. We provide reliable alternatives to Vickers hydraulic valve systems and Rexroth-compatible directional control platforms, ensuring seamless replacement and integration in existing hydraulic applications. With strong OEM capability and consistent production control, BSTIND supports both standard models and customized requirements for industrial customers worldwide. Key Advantages of BSTIND:
