Omron XS2W-T421-EMC-SS Industrial Ethernet Cable

The Omron XS2W-T421-EMC-SS Industrial Ethernet Cable is designed to establish reliable Ethernet communication between industrial field devices equipped with an M12 D-coded interface and equipment using a standard RJ45 Ethernet connection. The cable complies with the Cat5e transmission category and incorporates an SF/UTP shielded construction to help reduce electromagnetic interference in demanding automation environments. According to the manufacturer’s specifications, this model features a 3-meter cable length, a straight M12 male connector, a straight RJ45 connector, and a durable PVC outer jacket suitable for industrial installations. :contentReference[oaicite:0]{index=0}

The Omron XS2W-T421-EMC-SS Industrial Ethernet Cable is commonly integrated into EtherCAT®, EtherNet/IP™, machine automation, distributed I/O, industrial networking, and control cabinet communication where dependable data transmission is required between controllers and field equipment.

Technical Overview

This cable belongs to Omron’s XS2W Industrial Ethernet cable family developed for industrial communication networks. The D-coded M12 connector supports Ethernet communication in industrial environments where vibration, moisture, dust, and mechanical stress require more robust connectors than conventional office networking equipment.

The Cat5e cable construction utilizes an SF/UTP shielding configuration, helping maintain communication quality in electrically noisy production environments. The PVC cable jacket provides mechanical protection during installation while maintaining flexibility for routing through machinery and control panels.

Operating Principle

The cable functions as a passive communication component that transfers Ethernet data signals between compatible devices without modifying or processing the transmitted information. One end connects to an industrial M12 Ethernet interface, while the RJ45 connector provides compatibility with switches, industrial PCs, PLCs, gateways, or engineering workstations.

The D-coded M12 connector ensures correct pin assignment for Industrial Ethernet applications, while the shielded cable construction minimizes susceptibility to external electrical noise generated by motors, inverters, power supplies, and switching equipment.

Typical Applications

• Industrial Ethernet communication networks
• Machine automation systems
• PLC programming connections
• Remote I/O installations
• Industrial switches and gateways
• Packaging machinery
• Material handling systems
• Factory communication infrastructure

Industrial Applications

The cable is suitable for manufacturing facilities where Ethernet communication must remain stable under industrial operating conditions. Typical installations include production lines, assembly automation, warehouse automation, machine tools, conveyor systems, robotic workstations, inspection equipment, and process control systems.

Maintenance engineers also use this cable during commissioning, diagnostics, firmware updates, and network verification because it provides a direct interface between industrial devices and standard Ethernet equipment.

Advantages

• Cat5e compliant Industrial Ethernet communication
• Shielded SF/UTP construction for improved EMC performance
• D-coded M12 connector designed for Industrial Ethernet
• Factory-assembled connectors reduce installation errors
• Suitable for industrial automation environments
• 3-meter cable length for flexible installation
• PVC jacket provides mechanical durability
• Compatible with many Industrial Ethernet architectures

Omron XS2W-T421-EMC-SS Sector Examples

Automotive Manufacturing

The cable can connect decentralized Ethernet devices installed on production equipment to centralized industrial network infrastructure.

Food Processing

Industrial Ethernet communication between machine-mounted field devices and control cabinets benefits from the sealed M12 connection in production areas where environmental protection is important.

Packaging Systems

Packaging machinery frequently uses M12 Ethernet interfaces for sensors, distributed I/O modules, and communication devices requiring dependable network connectivity.

Warehouse Automation

Automated transport equipment and conveyor controls use Industrial Ethernet cabling for communication with supervisory control systems.

Selection Considerations

Before selecting an Industrial Ethernet cable, engineers should verify connector type, Ethernet coding, cable length, shielding requirements, environmental protection rating, installation routing, and compatibility with the connected equipment. The XS2W-T421-EMC-SS combines an M12 D-coded connector with an RJ45 connector, making it suitable where these interface types are required. Installation should also consider cable routing, bending radius, and electromagnetic interference sources.

Omron XS2W-T421-EMC-SS Additional information about compatible products can be found under Omron sensor product series.

Frequently Asked Questions

What type of cable is the Omron XS2W-T421-EMC-SS Industrial Ethernet Cable?

It is a Cat5e Industrial Ethernet cable with an M12 D-coded male connector on one end and an RJ45 connector on the other.

What is the cable length?

The standard cable length is 3 meters.

Is the cable shielded?

Yes. It uses an SF/UTP shielded cable construction.

Which Ethernet category does it support?

The cable is manufactured according to Cat5e specifications.

Where is this cable commonly installed?

It is frequently used in PLC systems, Industrial Ethernet networks, machine automation, distributed I/O, and industrial communication systems.

What protection rating does the cable provide?

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

Can it be used for industrial commissioning?

Yes. It is suitable for commissioning, maintenance, diagnostics, and permanent Industrial Ethernet installations.

What should be verified before installation?

Users should confirm connector compatibility, cable routing, required cable length, environmental conditions, and the Ethernet interface specifications of the connected equipment.