Omron XS5W-T421-EMD-KR Industrial Ethernet Cable

The Omron XS5W-T421-EMD-KR Industrial Ethernet Cable is designed for industrial communication systems that require stable Ethernet connectivity under continuous mechanical movement. As part of Omron’s XS5 industrial Ethernet cable family, this robotic cable combines Category 5e transmission performance with a flexible PVC jacket intended for applications involving repetitive motion. According to the manufacturer, the cable features shielded SF/UTP construction, straight RJ45 connectors on both ends, a 3-meter length, and suitability for robotic installations. :contentReference[oaicite:0]{index=0}

Technical Overview

The Omron XS5W-T421-EMD-KR Industrial Ethernet Cable is intended for industrial Ethernet networks where dependable communication is required between PLCs, industrial PCs, machine controllers, vision systems, remote I/O devices, and managed Ethernet switches. Its shielded cable structure helps reduce electromagnetic interference commonly present in automated manufacturing environments.

The cable uses straight RJ45 connectors on both ends, allowing direct connection between compatible Ethernet devices without requiring additional adapters. The robotic cable construction supports installations where repeated bending and dynamic cable movement occur during machine operation.

Working Principle

Industrial Ethernet cables transmit digital communication signals through twisted copper conductors while minimizing signal degradation caused by external electrical noise. The SF/UTP shielding structure combines overall shielding with unshielded twisted pairs, helping maintain signal integrity throughout industrial communication networks.

When installed within industrial automation systems, the cable provides the physical communication path required by Ethernet-based industrial protocols. Stable cable performance contributes to reliable data exchange between networked automation components, particularly in environments where motors, drives, and switching equipment generate electrical interference.

Typical Applications

• Industrial Ethernet infrastructure
• Factory automation systems
• Robotic production cells
• Machine builders
• Packaging equipment
• Assembly automation
• Industrial control cabinets
• Motion control systems
• Industrial vision systems
• Material handling equipment

Industrial Applications

The robotic construction of this cable makes it suitable for installations where cable flexing occurs repeatedly during normal machine operation. Automated assembly equipment, robotic manipulators, pick-and-place systems, palletizing stations, and conveyor-based production lines commonly require communication cables capable of withstanding continuous movement.

Because the cable conforms to Category 5e Ethernet performance, it can be integrated into industrial networks supporting communication between controllers, HMIs, industrial switches, and distributed field devices while maintaining consistent network performance when properly installed according to Ethernet cabling practices.

Advantages

• Designed specifically for robotic applications
• Industrial Cat.5e communication performance
• Shielded SF/UTP cable construction
• Straight RJ45 connectors on both ends
• Flexible PVC outer jacket
• Blue industrial cable identification
• Factory-assembled cable eliminates field termination
• Supports industrial Ethernet network reliability

Industry Examples

Automotive Manufacturing

Robotic welding stations frequently require Ethernet communication between controllers and network infrastructure while accommodating continuous cable movement.

Food Processing

Automated packaging equipment uses industrial Ethernet for communication between inspection systems, PLCs, and operator interfaces.

Electronics Assembly

Surface-mount production lines integrate industrial communication networks connecting vision inspection systems with production controllers.

Logistics Automation

Automated storage and retrieval systems employ industrial Ethernet communication throughout conveyor and shuttle systems.

Selection Considerations

When selecting an industrial Ethernet cable, engineers should verify connector compatibility, cable category, shielding requirements, cable length, installation environment, and whether dynamic movement is expected. Robotic installations benefit from cables specifically designed for continuous flexing rather than standard stationary Ethernet cables.

It is also important to confirm compatibility with the intended industrial network architecture and environmental conditions before installation.

Additional information about Omron sensor products and industrial automation solutions can help during system design.

Frequently Asked Questions

1. What type of cable is the Omron XS5W-T421-EMD-KR Industrial Ethernet Cable?

It is a Category 5e industrial Ethernet cable with SF/UTP shielding.

2. What connectors are installed?

Both cable ends are equipped with straight RJ45 plugs.

3. Is this cable intended for robotic applications?

Yes. The manufacturer specifies this model as suitable for robotics.

4. What is the cable length?

The assembled cable length is 3 meters.

5. What jacket material is used?

The outer sheath is manufactured from PVC.

6. Where can this cable typically be installed?

It is commonly used in factory automation, robotics, machine building, packaging systems, and industrial Ethernet networks.

7. Why is shielding important?

Shielding helps reduce electromagnetic interference that may affect communication reliability in industrial environments.

8. What should be checked before selecting this cable?

Connector type, cable length, shielding, Ethernet category, mechanical movement requirements, and network compatibility should all be verified before installation.