Omron XS2W-T421-GMC-SS Industrial Ethernet Cable
| Specification | Value |
|---|---|
| Manufacturer | Omron |
| Model | XS2W-T421-GMC-SS |
| Product Type | Industrial Ethernet Cable |
| Connector 1 | M12 Straight Plug (Male), D-Coded, 4-Pole |
| Connector 2 | RJ45 Straight Plug |
| Ethernet Category | Cat5e |
| Cable Construction | SF/UTP Shielded |
| Cable Length | 5 m |
| Cable Diameter | 6.5 mm |
| Outer Jacket | PVC, Black |
| Protection Rating | M12: IP67 / RJ45: IP20 |
The Omron XS2W-T421-GMC-SS Industrial Ethernet Cable is engineered to connect industrial devices equipped with an M12 D-coded Ethernet interface to equipment using a standard RJ45 Ethernet port. This factory-assembled cable supports Cat5e communication performance and incorporates an SF/UTP shielded construction to improve signal integrity in electrically demanding industrial environments. According to the manufacturer’s technical documentation, the cable features a 5-meter length, a straight M12 male connector, a straight RJ45 connector, and a durable PVC outer jacket suitable for automation installations.
The Omron XS2W-T421-GMC-SS Industrial Ethernet Cable is commonly installed in industrial communication networks where controllers, industrial PCs, managed Ethernet switches, remote I/O systems, and machine-mounted devices require dependable Ethernet connectivity.
Technical Description
As part of Omron’s XS2W Industrial Ethernet cable family, this model is designed for applications requiring a robust machine-side M12 Ethernet connection while maintaining compatibility with conventional RJ45 network equipment inside control cabinets or supervisory systems.
The D-coded M12 connector is intended for Industrial Ethernet applications and provides secure mechanical locking. Combined with the shielded cable design, the assembly helps maintain reliable communication even in installations where electrical interference is generated by motors, servo amplifiers, or frequency converters.
Operating Principle
This cable serves as a passive communication link, transferring Ethernet signals between compatible devices without altering the transmitted data. The M12 connector provides a sealed industrial interface, while the RJ45 connector enables direct integration with standard networking equipment.
The SF/UTP shield minimizes the influence of electromagnetic interference, helping maintain communication stability during continuous industrial operation. Correct connector coding ensures compatibility with Industrial Ethernet equipment designed for D-coded M12 interfaces.
Typical Applications
- Industrial Ethernet communication networks
- PLC programming and diagnostics
- Industrial switches and network infrastructure
- Machine automation systems
- Remote I/O communication
- Industrial vision equipment
- Packaging and assembly machinery
- Control cabinet networking
Industrial Applications
This cable is suitable for production environments where Ethernet communication must remain stable despite mechanical vibration and electrical noise. Typical installations include robotic manufacturing cells, packaging equipment, conveyor systems, automated inspection stations, semiconductor production equipment, and warehouse automation.
The 5-meter cable length provides additional routing flexibility between machine-mounted devices and centralized network equipment, reducing the need for intermediate extension components in many installations.
Advantages
- Factory-assembled connectors support consistent installation quality.
- Cat5e performance for Industrial Ethernet communication.
- Shielded SF/UTP construction improves EMC performance.
- M12 D-coded connector offers secure industrial connectivity.
- RJ45 interface simplifies integration with standard Ethernet equipment.
- 5-meter cable length supports flexible machine layouts.
- PVC jacket provides durability in industrial environments.
- Suitable for permanent industrial network installations.
Omron XS2W-T421-GMC-SS Sector Examples
Electronics Manufacturing
Machine-mounted controllers communicate with centralized industrial switches through reliable Ethernet connections that simplify network architecture.
Pharmaceutical Production
Automated processing equipment exchanges operational data with supervisory control systems while maintaining dependable communication throughout production cycles.
Machine Tool Industry
Industrial Ethernet connections support communication between CNC equipment, remote I/O modules, and machine controllers installed throughout production cells.
Distribution Centers
Sorting systems and conveyor controllers rely on stable Ethernet communication between field devices and higher-level automation platforms.
Selection Considerations
Before choosing an Industrial Ethernet cable, verify the required connector types, cable length, Ethernet category, environmental protection requirements, shielding characteristics, and compatibility with the communication network. The Omron XS2W-T421-GMC-SS Industrial Ethernet Cable is intended for installations that require an M12 D-coded connection on one side and a standard RJ45 Ethernet interface on the other.
Omron XS2W-T421-GMC-SS For additional compatible connectivity products, visit the Omron sensor product series.
Frequently Asked Questions
What connectors are used on this cable?
The cable has one straight M12 D-coded male connector and one straight RJ45 connector.
How long is the cable?
The standard cable length is 5 meters.
Does it support Industrial Ethernet?
Yes. It is designed for Cat5e Industrial Ethernet communication.
Is the cable shielded?
Yes. It features an SF/UTP shielded construction to help reduce electromagnetic interference.
Where can this cable be installed?
It is suitable for machine automation, industrial networking, PLC systems, remote I/O installations, and industrial communication infrastructure.
What protection rating does it provide?
The M12 connector is rated IP67 when properly mated, while the RJ45 connector is rated IP20.
Can it be used with industrial Ethernet switches?
Yes. The RJ45 connector allows direct connection to compatible industrial switches, controllers, and engineering workstations.
What should be checked before selecting this cable?
Confirm connector compatibility, required cable length, environmental conditions, routing requirements, and the Ethernet interface specifications of the connected equipment.

