High-Performance 5-WE10 Directional Control Valve

The 5-WE10 type directional spool valve is a high-performance hydraulic component designed to provide precise flow control and reliable switching in industrial hydraulic systems. With advanced solenoid actuation and customizable features, it ensures efficient operation across a wide range of demanding applications.

Key Features

• Direct Solenoid Actuation: Provides fast and accurate spool movement for responsive system control.

• Wet Pin DC Solenoid with Removable Coil: Ensures durability and easy maintenance; AC voltages can be used via a rectifier.

• Flexible Coil Positioning: Solenoid coil can be rotated through 90°, allowing greater installation flexibility.

• Safe & Convenient Maintenance: Coil replacement is possible without opening the pressure-tight chamber.

• Individual Electrical Connections: Enables reliable wiring and reduces downtime during servicing.

• Hand Override (Optional): Provides manual control in case of power loss or emergency operation.

• Adjustable Switching Time (Optional): Ensures fine-tuned spool performance to match system requirements.

• Standardized Porting Pattern: Complies with DIN 24 340 Form A, ISO 4401, and CETOP-RP 121H, ensuring compatibility with international standards.

Applications
The 5-WE10 directional valve is widely used in hydraulic systems where precision, flexibility, and reliability are essential, including:

• Industrial automation systems

• Construction machinery

• Agricultural equipment

• Presses and machine tools

• Energy and power generation systems

Advantages

• Increased system efficiency with precise spool control

• Reduced downtime thanks to modular coil replacement

• Flexible installation with adjustable switching times and coil rotation

• Long service life ensured by robust construction and wet pin solenoid design

The 5-WE10 directional spool valve with switching time adjustment is a reliable solution for industries that demand both high performance and flexible operation. With its advanced features and compliance with international standards, it is the ideal choice for optimizing modern hydraulic systems.