Omron XS5W-T421-BMD-YR Industrial Ethernet Cable

The Omron XS5W-T421-BMD-YR Industrial Ethernet Cable is designed for industrial Ethernet communication where continuous motion and repetitive cable movement are part of normal machine operation. This Cat5e cable combines SF/UTP shielding with a robotic-grade construction, making it suitable for applications involving moving axes, robotic equipment, and automated production systems. Manufacturer specifications identify this model as a robotic Ethernet cable with RJ45 straight connectors on both ends and a cable length of 0.5 meters. :contentReference[oaicite:0]{index=0}

Unlike standard Ethernet patch cables intended for office environments, the Omron XS5W-T421-BMD-YR Industrial Ethernet Cable is developed for industrial automation networks where electrical noise, mechanical vibration, and repeated flexing may influence communication reliability. Its construction supports dependable network connections between industrial controllers, Ethernet switches, operator terminals, industrial PCs, and robotic equipment. The model designation specifically identifies a robotic version within the XS5 industrial Ethernet cable family.

Technical Description

This cable belongs to Omron’s XS5 Industrial Ethernet cable series and supports Cat5e communication performance. It features RJ45 straight plugs at both cable ends and uses an SF/UTP shielded cable structure that helps reduce electromagnetic interference in industrial environments. The PVC outer jacket provides mechanical protection while the robotic construction is intended for applications involving continuous cable movement.

The yellow outer sheath simplifies cable identification inside machinery, production cells, and control cabinets where multiple Ethernet connections may be installed.

Working Principle

The cable transfers Ethernet data between compatible industrial devices using Cat5e communication standards. Internal twisted pairs transmit differential electrical signals while the SF/UTP shielding reduces the influence of surrounding electromagnetic fields generated by motors, drives, contactors, and other industrial equipment.

In robotic systems, cable flexibility plays an important role because repeated bending may affect signal quality over time. The robotic construction of this model is intended for installations where movement occurs repeatedly during machine operation.

Typical Applications

• Industrial Ethernet communication networks
• Robot arm Ethernet connections
• Machine automation systems
• Packaging machinery
• Assembly automation cells
• Industrial control cabinets
• EtherCAT communication infrastructure
• EtherNet/IP industrial networks

Industrial Use Cases

Robotic Manufacturing Cells

Industrial robots frequently require Ethernet communication between controllers, vision systems, and network switches. The robotic cable construction helps accommodate repeated cable movement inside cable carriers and robotic routing paths.

Automated Assembly Equipment

Automated assembly machines often exchange process information between PLCs, HMIs, sensors, and industrial computers. Shielded Ethernet cabling contributes to stable communication in electrically noisy production environments.

Material Handling Systems

Conveyor automation, transfer units, and pick-and-place equipment commonly integrate Ethernet-based control architectures where compact cable lengths simplify cabinet wiring.

Advantages

• Cat5e industrial Ethernet performance
• RJ45 straight connectors on both ends
• SF/UTP shielded cable construction
• Designed for robotic applications
• PVC protective outer sheath
• Compact 0.5 m cable length for equipment wiring
• Yellow jacket for easier cable identification
• Compatible with industrial Ethernet installations using RJ45 interfaces

Industry Examples

• Automotive production lines
• Electronics manufacturing
• Food processing automation
• Packaging equipment
• Warehouse automation
• Machine tool installations
• Industrial robotics integration
• Automated inspection systems

Selection Considerations

Before selecting an industrial Ethernet cable, engineers should verify connector compatibility, cable length, communication category, shielding requirements, installation environment, and whether continuous movement is expected. Robotic installations generally require cable constructions specifically designed for repeated flexing rather than conventional stationary Ethernet cables.

It is also important to confirm compatibility with the intended industrial communication architecture, including EtherCAT or EtherNet/IP systems where Cat5e cabling is commonly used.

Additional information about compatible cable families and industrial networking products can be found under Omron sensor products.

Frequently Asked Questions

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

It is a Cat5e SF/UTP industrial Ethernet cable with RJ45 straight connectors on both ends.

2. Is this cable intended for robotic applications?

Yes. According to the manufacturer specification, this model is designed for robotic applications.

3. What is the cable length?

The cable length is 0.5 meters.

4. Which connector type is used?

Both cable ends use RJ45 straight plug connectors.

5. Why is shielding important?

SF/UTP shielding helps reduce electromagnetic interference that may affect industrial Ethernet communication.

6. Can it be used in moving cable installations?

Yes. This robotic version is intended for applications involving continuous cable movement.

7. Which industrial sectors commonly use this cable?

It is commonly installed in robotics, manufacturing automation, packaging machinery, logistics systems, and machine building.

8. Why choose the Omron XS5W-T421-BMD-YR Industrial Ethernet Cable for robotic communication?

The Omron XS5W-T421-BMD-YR Industrial Ethernet Cable combines Cat5e communication capability, shielded construction, RJ45 connectivity, and robotic cable design for industrial Ethernet applications where repeated mechanical movement is expected.