Omron XS5W-T421-EM2-SS Industrial Ethernet Cable
| Specification | Value |
|---|---|
| Product Type | Industrial Ethernet Cable |
| Ethernet Category | Cat.5e |
| Connector 1 | M12 Smartclick Straight Plug |
| Connector 2 | M12 Screw-lock Straight Plug |
| Cable Construction | SF/UTP |
| Cable Length | 3 m |
| Outer Jacket Material | PVC |
| Cable Diameter | 6.5 mm |
| Outer Jacket Color | Blue |
| Suitable for Robotics | No |
Industrial communication systems often combine equipment with different connector technologies, making interoperability an important consideration during machine design. The Omron XS5W-T421-EM2-SS Industrial Ethernet Cable is intended for these situations by combining an M12 Smartclick straight plug on one end with a conventional M12 screw-lock straight plug on the opposite end. This configuration enables straightforward integration between newer Smartclick-compatible devices and equipment using standard threaded M12 Ethernet interfaces.
Built with a Cat.5e SF/UTP shielded cable, the assembly supports reliable Industrial Ethernet communication while reducing the influence of electromagnetic interference commonly found in manufacturing facilities. Its PVC outer jacket provides mechanical protection for fixed industrial installations, while the 3-meter cable length offers flexibility for machine wiring.
Technical Description
The Omron XS5W-T421-EM2-SS Industrial Ethernet Cable is part of Omron’s XS5 Industrial Ethernet connectivity portfolio. The cable is designed for communication networks that require dependable signal transmission between Ethernet-enabled industrial devices using M12 D-coded connectors.
The distinguishing feature of this model is its mixed connector configuration. One end incorporates Omron’s Smartclick connection system for quick installation, while the opposite end retains a conventional threaded screw-lock connector for compatibility with existing equipment. This arrangement allows gradual migration toward Smartclick technology without requiring immediate replacement of installed infrastructure.
Working Principle
The cable transfers Industrial Ethernet data through shielded twisted-pair conductors designed according to Cat.5e communication requirements. Differential signal transmission minimizes susceptibility to electrical disturbances, while the SF/UTP shielding provides additional protection against electromagnetic noise generated by nearby industrial equipment.
The Smartclick connector enables rapid installation, whereas the threaded connector offers compatibility with equipment already using traditional M12 locking systems. Together they establish a secure communication path between compatible Ethernet devices.
Typical Applications
- Industrial Ethernet communication networks
- Machine modernization projects
- PLC communication systems
- Industrial switch connections
- Distributed I/O installations
- Packaging equipment
- Machine control cabinets
- Factory automation systems
Industrial Applications
Machine Retrofit Projects
Existing production equipment may contain conventional threaded M12 Ethernet connectors, while newer automation devices support Smartclick technology. This cable bridges both connection methods.
Assembly Automation
Assembly machines frequently combine components from different installation periods. Mixed connector configurations simplify integration during equipment upgrades.
Production Line Expansion
When expanding existing manufacturing systems, communication infrastructure often includes both legacy and recently installed Industrial Ethernet devices.
Control Cabinet Integration
Industrial control panels may require communication between Ethernet switches, PLCs, and field equipment using different M12 connector styles.
Advantages
- Cat.5e Industrial Ethernet communication
- Mixed Smartclick and threaded connector configuration
- SF/UTP shielded construction
- PVC industrial cable jacket
- Reliable signal transmission
- Suitable for fixed industrial installations
- Simplifies migration between connector technologies
- 3-meter standard cable length
Additional Industrial Ethernet connectivity products are available within the Omron sensor product range.
Industry Examples
- Connecting a Smartclick-enabled PLC to an existing Ethernet switch.
- Upgrading machine communication without replacing installed field devices.
- Integrating new inspection equipment into legacy production lines.
- Connecting distributed control panels using mixed connector standards.
- Supporting Ethernet communication during phased factory modernization.
Considerations Before Selecting the Product
Before selecting an Industrial Ethernet cable, engineers should confirm the connector style required at each device, shielding requirements, installation environment, cable routing, and communication standard. The Omron XS5W-T421-EM2-SS Industrial Ethernet Cable is particularly suitable when one device uses Smartclick technology while another retains a conventional threaded M12 Ethernet connector.
Omron XS5W-T421-EM2-SS Frequently Asked Questions
1. What makes this cable different from other XS5 models?
It combines an M12 Smartclick connector with a conventional M12 screw-lock connector, allowing compatibility between different connector systems.
2. What Ethernet category does it support?
The cable is specified as Cat.5e Industrial Ethernet.
3. Is the cable shielded?
Yes. It uses an SF/UTP shielded construction for improved resistance to electromagnetic interference.
4. What is the cable length?
The cable length is 3 meters.
5. Is this model intended for robotic applications?
No. This version is intended for standard fixed industrial installations.
6. What material is used for the outer jacket?
The cable is protected by a durable PVC outer sheath.
7. Where is this cable commonly used?
It is frequently installed in factory automation systems, PLC networks, industrial switches, distributed I/O systems, and machine retrofit projects where mixed M12 connector types are present.
8. Why choose a cable with two different connector styles?
It enables communication between equipment using Smartclick technology and devices that continue to use conventional threaded M12 Ethernet connectors, reducing the need for additional adapters during system upgrades.

