Omron XS2W-T421-GM2-SS Industrial Ethernet Cable

SpecificationValue
ManufacturerOmron
ModelXS2W-T421-GM2-SS
Product TypeIndustrial Ethernet Cable
Connector 1M12 Straight Plug (Male), D-Coded, 4-Pole
Connector 2M12 Straight Plug (Male), D-Coded, 4-Pole
Ethernet CategoryCat5e
Cable ConstructionSF/UTP Shielded
Cable Length5 m
Cable Diameter6.5 mm
Outer SheathPVC, Black
Protection RatingIP67 (M12 Connectors)

The Omron XS2W-T421-GM2-SS Industrial Ethernet Cable is designed for Industrial Ethernet communication between automation devices equipped with M12 D-coded Ethernet interfaces. Featuring factory-assembled connectors on both ends, this cable provides a reliable physical connection for industrial networks where resistance to vibration, dust, and moisture is essential. According to the manufacturer’s specifications, the cable incorporates Cat5e transmission performance, SF/UTP shielding, a 5-meter cable length, and IP67-rated M12 connectors for demanding industrial environments. :contentReference[oaicite:0]{index=0}

The Omron XS2W-T421-GM2-SS Industrial Ethernet Cable is intended for communication infrastructures used in EtherCAT®, EtherNet/IP™, distributed I/O systems, industrial switches, servo systems, machine controllers, and factory automation equipment requiring M12-to-M12 Ethernet connectivity.

Technical Description

This cable belongs to Omron’s XS2W Industrial Ethernet cable series developed for stable Ethernet communication in industrial installations. Both cable ends are equipped with straight M12 D-coded male connectors, eliminating the need for field assembly while providing consistent connection quality.

The double-shielded SF/UTP cable construction helps reduce electromagnetic interference generated by industrial equipment such as servo drives, variable frequency drives, switching power supplies, and high-current machinery. The PVC outer sheath provides mechanical durability while maintaining flexibility during installation.

Operating Principle

The cable acts as a passive communication medium that transfers Ethernet signals between compatible industrial devices. Since both ends use standardized M12 D-coded connectors, installation is straightforward within Industrial Ethernet infrastructures using machine-mounted equipment.

Shield continuity through both connectors supports communication reliability by reducing the influence of external electrical noise. This contributes to stable data transmission across automation networks operating in electrically demanding production environments.

Typical Applications

  • EtherCAT communication networks
  • EtherNet/IP device interconnection
  • Industrial PLC communication
  • Distributed I/O systems
  • Machine-to-machine Ethernet communication
  • Industrial network switches
  • Servo drive communication
  • Automated production equipment

Industrial Applications

Manufacturing facilities frequently use M12 Industrial Ethernet cabling where equipment is exposed to vibration, oil mist, dust, or frequent maintenance. The cable is suitable for robotic cells, automated assembly equipment, machine tools, conveyor systems, packaging machinery, warehouse automation, and process control installations.

Its 5-meter length offers additional installation flexibility compared with shorter cable assemblies, allowing communication between distributed machine modules without requiring intermediate connection points.

Omron XS2W-T421-GM2-SS Advantages

  • Factory-terminated M12 connectors simplify installation.
  • Cat5e performance supports Industrial Ethernet communication.
  • SF/UTP shielding improves EMC resistance.
  • IP67-rated connectors are suitable for industrial environments.
  • 5-meter cable length supports flexible equipment layout.
  • Robust PVC jacket provides mechanical protection.
  • Compatible with many Industrial Ethernet architectures.
  • Designed for long-term industrial operation.

Omron XS2W-T421-GM2-SS Sector Examples

Automated Assembly Lines

Controllers, distributed I/O modules, and machine stations communicate through Industrial Ethernet using M12 network connections that remain secure during continuous machine operation.

Material Handling Systems

Conveyors and transfer systems rely on industrial communication between field devices and control cabinets installed throughout production facilities.

Machine Building

Equipment manufacturers integrate M12 Ethernet cabling to simplify installation and improve communication reliability between machine modules.

Logistics Automation

Sorting equipment and automated transport systems exchange operational data over Industrial Ethernet using rugged network components.

Selection Considerations

Before selecting an Industrial Ethernet cable, engineers should verify connector coding, connector orientation, shielding requirements, installation distance, protection rating, and compatibility with network devices. The Omron XS2W-T421-GM2-SS Industrial Ethernet Cable is intended specifically for applications requiring D-coded M12 connectors at both cable ends and Cat5e communication performance.

Additional Industrial Ethernet connectivity solutions are available within the Omron sensor product series.

Frequently Asked Questions

What type of connectors are used?

Both ends are equipped with straight M12 D-coded male connectors.

What is the cable length?

The standard cable length is 5 meters.

Does the cable support Cat5e communication?

Yes. The cable is manufactured according to Cat5e Industrial Ethernet specifications.

Is the cable shielded?

Yes. It uses an SF/UTP shielded cable construction to improve electromagnetic compatibility.

Where is this cable commonly installed?

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

What protection rating do the connectors provide?

The M12 connectors provide IP67 protection when properly connected.

Can it be used with EtherCAT and EtherNet/IP systems?

Yes. It is designed for Industrial Ethernet applications that use D-coded M12 Ethernet interfaces.

Which factors should be checked before installation?

Connector compatibility, required cable length, network architecture, environmental conditions, and cable routing should all be verified before installation.