Omron XS5W-T421-JM2-SS Industrial Ethernet Cable
| Specification | Value |
|---|---|
| Product Type | Industrial Ethernet Cable Assembly |
| Connector A | M12 Smartclick Straight Socket |
| Connector B | M12 Smartclick Straight Socket |
| Number of Contacts | 4 |
| Cable Category | Cat5e |
| Cable Length | 10 m |
| Rated Voltage | 30 VDC |
| Rated Current | 3 A |
| Protection Rating | IP67 |
| Operating Temperature | -25°C to +70°C |
| Maximum Contact Resistance | 40 mΩ |
| Minimum Insulation Resistance | 1000 MΩ |
| Dielectric Strength | 1000 VAC for 60 s |
| Cable Jacket Color | Light Blue |
The Omron XS5W-T421-JM2-SS Industrial Ethernet Cable is designed for industrial communication systems that require M12 socket interfaces at both connection points. As part of Omron’s XS5 Smartclick cable family, this cable supports Ethernet-based automation networks while simplifying installation through its quick-lock connector mechanism. The assembly is intended for industrial environments where communication reliability, vibration resistance, and environmental protection are essential.
With Cat5e transmission performance and a shielded cable construction, the Omron XS5W-T421-JM2-SS Industrial Ethernet Cable helps maintain stable data communication between industrial controllers, remote I/O devices, Ethernet switches, and machine-level automation equipment.
Technical Description
This cable assembly incorporates two straight M12 Smartclick socket connectors connected by a 10-meter shielded Cat5e cable. The connector design supports reliable electrical contact while reducing installation time compared with conventional threaded-only connection methods. The cable is engineered for industrial Ethernet communication where electrical noise and demanding operating conditions are common.
Its IP67-rated connector construction provides protection against dust ingress and temporary immersion when properly connected, making it suitable for production environments where contamination or moisture may be present.
Working Principle
Industrial Ethernet cables provide high-speed communication between automation devices by transmitting differential digital signals across twisted-pair conductors. Shielding surrounding the cable minimizes the influence of electromagnetic interference generated by nearby industrial equipment.
The Smartclick connector system creates a secure mechanical connection while preserving the electrical characteristics required for reliable Ethernet communication. Proper cable routing and connector engagement help maintain network stability throughout long-term operation.
Typical Applications
- Industrial Ethernet communication networks
- Factory automation systems
- Machine control cabinets
- Remote I/O communication
- Industrial Ethernet switches
- PLC networking
- Servo automation systems
- Industrial monitoring equipment
Industrial Applications
Automated Production Lines
Production equipment often requires dependable Ethernet communication between multiple control devices distributed across the manufacturing process. Shielded cable assemblies help maintain communication quality despite electrical interference from motors and drives.
Process Automation
Distributed controllers and field devices exchange process information continuously. Reliable cable assemblies contribute to consistent communication between networked equipment.
Electronics Manufacturing
Automated assembly machines integrate vision systems, motion controllers, and programmable logic controllers connected through industrial Ethernet infrastructure.
Warehouse Automation
Automated storage and retrieval systems, conveyors, and decentralized controllers rely on Ethernet communication for synchronized material handling operations.
Advantages
- Dual straight M12 Smartclick socket connectors
- Cat5e communication characteristics
- Shielded cable for EMI reduction
- IP67 environmental protection
- Suitable for industrial Ethernet networks
- 10-meter cable length
- Reliable communication in demanding environments
- Supports organized industrial wiring installations
Selection Considerations
Selecting an Ethernet cable requires evaluating connector configuration, network architecture, cable routing, environmental conditions, and available installation space. Socket-to-socket cable assemblies are appropriate for systems where both mating interfaces require female M12 connectivity.
The Omron XS5W-T421-JM2-SS Industrial Ethernet Cable is intended for industrial communication systems requiring Cat5e performance together with durable connector protection. Engineers should verify connector orientation and cable length before integrating the cable into new or existing installations.
Additional compatible communication products are available within the Omron sensor series.
Industry Examples
- Automotive manufacturing
- Packaging machinery
- Food and beverage processing
- Semiconductor production
- Machine tool automation
- Industrial robotics
- Conveyor control systems
- Quality inspection equipment
Frequently Asked Questions
What connector configuration does this cable use?
It features straight M12 Smartclick socket connectors on both cable ends.
Which Ethernet category is supported?
The cable is designed with Cat5e transmission characteristics for industrial Ethernet communication.
Is the cable suitable for electrically noisy environments?
Yes. The shielded construction helps reduce electromagnetic interference affecting communication quality.
What protection rating does the cable provide?
The connector assembly provides IP67 protection after correct installation.
Which automation devices commonly use this cable?
Typical applications include PLCs, Ethernet switches, industrial PCs, servo systems, remote I/O modules, and communication gateways.
What is the operating temperature range?
The specified operating temperature ranges from -25°C to +70°C.
Can the cable be used in factory automation systems?
Yes. It is designed for industrial Ethernet communication in machine automation and production environments.
Why is shielding important for industrial Ethernet?
Shielding helps maintain communication stability by reducing electromagnetic interference generated by nearby industrial equipment.

