Omron XS5W-T421-GM1-KR Industrial Ethernet Cable

The Omron XS5W-T421-GM1-KR Industrial Ethernet Cable is developed for industrial Ethernet installations where reliable communication must be maintained while cables are exposed to continuous motion. Combining a straight RJ45 connector with a D-coded M12 male connector, this Cat.5e cable enables direct integration between industrial network infrastructure and field-level automation equipment. Its robotic cable construction is intended for applications involving repeated bending and dynamic movement while preserving communication performance.

Technical Description

The Omron XS5W-T421-GM1-KR Industrial Ethernet Cable belongs to Omron’s XS5W industrial Ethernet cable family and incorporates an SF/UTP shielded design to help reduce electromagnetic interference in factory environments. The cable is factory terminated with a straight RJ45 connector for connection to Ethernet switches, PLCs, industrial computers, and controllers, while the opposite end features a D-coded M12 male connector commonly found on industrial field devices.

Its 1-meter length makes it suitable for compact machine installations where communication devices are mounted close together. The flexible robotic cable construction is specifically designed for installations requiring frequent cable movement without relying on field-assembled connectors.

Working Principle

Industrial Ethernet communication relies on balanced twisted-pair copper conductors that transmit digital data between networked devices. The twisted-pair configuration minimizes signal degradation, while the SF/UTP shielding helps protect communication from electromagnetic noise generated by motors, servo systems, power supplies, and variable frequency drives.

The D-coded M12 connector provides a vibration-resistant locking mechanism suitable for industrial machinery, whereas the RJ45 connector offers compatibility with standard Ethernet networking equipment. Together, these connector types simplify communication between field-mounted devices and centralized industrial control systems.

Typical Applications

• Robotic production cells
• Industrial Ethernet communication
• Distributed I/O systems
• PLC networking
• Servo control systems
• Packaging machinery
• Industrial vision equipment
• Automated conveyor systems
• Machine tool automation
• Factory communication infrastructure

Industrial Applications

Robotic manufacturing cells frequently require Ethernet cables capable of supporting continuous movement between stationary control cabinets and moving machine assemblies. The robotic construction of this cable addresses those installation requirements while maintaining reliable Ethernet connectivity.

Machine builders commonly use M12 Ethernet interfaces for decentralized communication modules, industrial sensors, and remote I/O devices. The integrated RJ45 connector enables these field devices to communicate directly with Ethernet switches and PLC-based control architectures.

In automated material handling systems, the cable provides dependable communication between mobile equipment, control panels, and distributed automation devices installed throughout production facilities.

Advantages

• Designed for continuous robotic movement
• Category 5e industrial Ethernet performance
• RJ45 to D-coded M12 male connectivity
• Factory-assembled connectors
• SF/UTP shielded construction
• Flexible PVC robotic cable jacket
• Compact 1-meter cable length
• Suitable for industrial communication networks

Industry Examples

Automotive Assembly

Robotic assembly stations exchange production data between controllers and decentralized communication modules while accommodating continuous cable motion.

Packaging Automation

High-speed packaging machines connect Ethernet-enabled field devices using M12 industrial communication interfaces.

Electronics Manufacturing

Automated inspection equipment integrates industrial cameras and distributed controllers through shielded Ethernet cabling.

Warehouse Automation

Material transport systems utilize industrial Ethernet communication between conveyor controllers, remote I/O stations, and supervisory control equipment.

Selection Considerations

When selecting an industrial Ethernet cable, engineers should verify connector compatibility, shielding requirements, cable length, routing conditions, and expected mechanical movement. Dynamic applications require robotic cable designs capable of repeated flexing without compromising communication integrity.

Attention should also be given to equipment interface standards, installation space, and environmental conditions to ensure reliable long-term network performance.

Omron XS5W-T421-GM1-KR Additional information about Omron sensor products and industrial automation solutions is available for system designers integrating Ethernet-based control architectures.

Omron XS5W-T421-GM1-KR Frequently Asked Questions

1. What type of connectors does this cable use?

The cable features a straight RJ45 connector on one end and a D-coded M12 male connector on the opposite end.

2. Is the Omron XS5W-T421-GM1-KR Industrial Ethernet Cable suitable for moving applications?

Yes. According to the manufacturer, this model is designed for robotic applications involving continuous cable movement.

3. What Ethernet category does this cable support?

It is manufactured as a Category 5e industrial Ethernet cable.

4. Is the cable shielded?

Yes. It uses an SF/UTP shielded construction to help reduce electromagnetic interference.

5. What is the cable length?

The assembled cable length is 1 meter.

6. Which devices can be connected?

The cable connects Ethernet switches, PLCs, industrial computers, and controllers to field devices equipped with D-coded M12 Ethernet interfaces.

7. Why is a D-coded M12 connector used?

D-coded M12 connectors provide secure locking, vibration resistance, and dependable Ethernet communication in industrial environments.

8. What factors should be evaluated before selecting this cable?

Engineers should confirm connector types, installation environment, cable routing, movement requirements, shielding needs, and compatibility with the industrial Ethernet network.