Omron XS2W-T421-JMC-SS Industrial Ethernet Cable

The Omron XS2W-T421-JMC-SS Industrial Ethernet Cable is designed for Ethernet communication between industrial equipment equipped with an M12 D-coded interface and networking devices that use a standard RJ45 connector. Manufactured as a factory-assembled cable, it combines Cat5e communication performance with shielded construction to support dependable data transmission in automation environments exposed to electrical noise and mechanical vibration.

The Omron XS2W-T421-JMC-SS Industrial Ethernet Cable features a 10-meter cable length, making it suitable for installations where machine-mounted devices and control cabinets are separated by greater distances. Its combination of a rugged M12 connector and a conventional RJ45 interface allows seamless integration between industrial field equipment and Ethernet infrastructure.

Technical Description

This cable belongs to Omron’s XS2W Industrial Ethernet cable family developed for factory automation and industrial networking. The M12 D-coded connector provides a secure locking mechanism that helps maintain communication integrity in applications exposed to continuous vibration, while the RJ45 connector enables straightforward connection to industrial switches, PLCs, engineering workstations, and industrial computers.

The cable utilizes an SF/UTP shielded construction that helps reduce the influence of electromagnetic interference generated by servo drives, motors, frequency inverters, and switching equipment. The durable PVC outer sheath provides flexibility for routing while protecting the internal conductors during installation.

Operating Principle

The cable functions as a passive Ethernet transmission medium that carries communication signals between compatible Industrial Ethernet devices. The M12 connector establishes a sealed industrial connection at the machine level, while the RJ45 connector interfaces directly with standard Ethernet equipment installed inside control cabinets or network infrastructure.

The D-coded connector design ensures proper Ethernet pin assignment, and the integrated shielding contributes to stable communication by reducing external electrical interference. Since the cable is factory terminated, connector quality and electrical continuity remain consistent throughout the assembly.

Typical Applications

• Industrial Ethernet communication systems
• EtherCAT and EtherNet/IP networks
• PLC programming and maintenance
• Industrial Ethernet switches
• Remote I/O communication
• Machine automation equipment
• Industrial vision systems
• Factory network infrastructure

Industrial Applications

The cable is suitable for a wide range of industrial sectors where reliable Ethernet communication is required between field devices and centralized control systems. Typical installations include robotic production cells, automated assembly lines, packaging machinery, material handling equipment, warehouse automation, food processing systems, pharmaceutical manufacturing, and electronics production.

The extended 10-meter length offers additional installation flexibility by allowing communication over longer distances without introducing additional connection points, simplifying machine layout and cable management.

Advantages

• Cat5e Industrial Ethernet performance.
• Factory-assembled cable with tested connectors.
• Shielded SF/UTP construction improves EMC performance.
• Secure M12 D-coded industrial connector.
• RJ45 connector supports standard Ethernet equipment.
• 10-meter cable length for extended installations.
• Durable PVC outer jacket.
• Suitable for demanding industrial environments.

Omron XS2W-T421-JMC-SS Sector Examples

Automotive Production

Machine-mounted controllers exchange production data with industrial switches installed in centralized control cabinets using secure Ethernet connections.

Packaging Automation

Packaging machines rely on Industrial Ethernet communication between field devices, HMIs, PLCs, and supervisory control systems to coordinate production sequences.

Warehouse Logistics

Automated conveyor systems, barcode scanners, and distributed controllers communicate continuously across Industrial Ethernet infrastructure to support material flow.

Electronics Manufacturing

Inspection systems, assembly equipment, and industrial PCs exchange process information through stable Ethernet communication provided by shielded network cabling.

Selection Considerations

When selecting an Industrial Ethernet cable, engineers should verify connector type, Ethernet coding, installation distance, environmental protection requirements, shielding performance, and compatibility with connected devices. The Omron XS2W-T421-JMC-SS Industrial Ethernet Cable is specifically intended for applications requiring an M12 D-coded machine connection and a standard RJ45 network interface connected by a 10-meter Cat5e cable assembly.

Additional Industrial Ethernet connectivity solutions can be explored through the Omron sensor product series.

Omron XS2W-T421-JMC-SS Frequently Asked Questions

What type of connectors does this cable use?

It features one straight M12 D-coded male connector and one straight RJ45 Ethernet connector.

How long is the Omron XS2W-T421-JMC-SS Industrial Ethernet Cable?

The cable has a standard factory length of 10 meters.

Is the cable suitable for Industrial Ethernet communication?

Yes. It is manufactured according to Cat5e specifications for Industrial Ethernet applications.

Does the cable include electromagnetic shielding?

Yes. The SF/UTP shielded construction helps minimize the effects of electromagnetic interference in industrial environments.

Where is this cable commonly installed?

Typical applications include PLC systems, industrial switches, machine automation, remote I/O stations, industrial PCs, and Ethernet communication networks.

What protection ratings are provided?

The M12 connector provides IP67 protection when properly mated, while the RJ45 connector is rated IP20.

Can the cable be used during machine commissioning?

Yes. It is suitable for commissioning, diagnostics, permanent machine installations, and routine maintenance where reliable Ethernet communication is required.

What should be verified before selecting this cable?

Users should confirm connector compatibility, Ethernet interface type, required cable length, installation environment, shielding requirements, and routing conditions before installation.