Industries
Overview- Agriculture and Forestry
- Automotive
- Battery production
- Chemical processing
- Construction and Infrastructure
- Consumer goods
- Energy and Utilities
- Healthcare
- Hydrogen
- Logistics and Transport
- Materials and Resources
- Pharmaceutics
- Recycling and Waste handling
- Renewable energies
- Semiconductors and Electronics
- Testing Technology
Service
OverviewCompany
OverviewProduct groups
OvervieweConfigurators and Tools
OverviewBRRTC Trainings
Overview- Industry Specialist AHK i4.0
- Practical Approach of Open Software Controllers in Advanced Manufacturing
- PoC
- Practical Applications of Condition Monitoring
- Essentials of Basic Networking, Database and Web Applications for Advanced Manufacturing
- Introduction and Applications of Industry 4.0 for Advanced Manufacturing
- Contact Form Embark Your i4.0 Journey
- Data-driven Connected Hydraulics in Advanced Manufacturing
- Implementing Automation Technologies in Smart Factory
Singapore
English
- Home
- Connected Hydraulics
- Products
- WRC-4X
The largest flow on market
Our directional high-response cartridge valves not only meet high dynamics and flow requirements, they can also be integrated into networked environments. As they feature integrated electronics with a multi-Ethernet interface and OCI for Drives, WRC-4X valves can be integrated into networked environments even with an analog signal input.
WRC-4X
Directional high-response cartridge valve
When it comes to valves, maintaining performance with an increased flow rate can be extremely good news for manufacturers. It allows them to meet the same requirements with a smaller machine size or maximize manufacturing performance with a minimized footprint.
Our brand-new WRC-4X directional high-response cartridge valves not only meet high dynamics and flow requirements, they can also be integrated into networked environments.
As they feature integrated electronics with a multi-Ethernet interface and OCI for Drives, WRC-4X valves can be integrated into networked environments even with an analog signal input.
