Omron XS5W-T421-EMD-YR Industrial Ethernet Cable
| Feature | Value |
|---|---|
| Manufacturer | Omron |
| Model | XS5W-T421-EMD-YR |
| Product Type | Industrial Ethernet Cable |
| Ethernet Category | Cat.5e |
| Cable Type | SF/UTP |
| Connector 1 | RJ45 Straight Plug |
| Connector 2 | RJ45 Straight Plug |
| Cable Length | 3 m |
| Outer Jacket Material | PVC |
| Outer Jacket Color | Yellow |
| Cable Diameter | 6.5 mm |
| Suitable for Robotics | Yes |
The Omron XS5W-T421-EMD-YR Industrial Ethernet Cable is engineered to provide dependable Ethernet connectivity in industrial environments where continuous cable movement is expected. This Cat.5e cable belongs to Omron’s XS5W series and combines shielded transmission performance with a flexible construction suitable for robotic equipment. Factory-assembled RJ45 connectors simplify installation while maintaining consistent communication quality throughout industrial Ethernet networks.
Technical Description
The Omron XS5W-T421-EMD-YR Industrial Ethernet Cable features an SF/UTP cable structure that helps minimize electromagnetic interference generated by motors, variable frequency drives, and other electrical equipment commonly found in manufacturing facilities. The cable is supplied with straight RJ45 connectors on both ends and has a nominal length of 3 meters.
The yellow PVC outer jacket allows easy visual identification during cabinet wiring, machine installation, or maintenance work. Its flexible construction is intended for applications involving repeated bending, making it suitable for robotic systems and moving machine assemblies.
Working Principle
Industrial Ethernet communication depends on high-quality twisted-pair cabling to transfer digital data between automation devices. The shield surrounding the cable reduces the influence of external electrical noise, while the twisted conductor pairs help preserve signal quality during transmission.
Within an industrial automation network, the cable serves as the physical communication link between PLCs, HMIs, industrial switches, servo controllers, remote I/O stations, vision systems, and other Ethernet-enabled devices. Reliable physical connectivity contributes to stable data exchange across the entire production system.
Common Applications
- Industrial automation networks
- Robot communication systems
- Automated production cells
- Packaging machinery
- Industrial control panels
- Machine tool automation
- Conveyor systems
- Inspection equipment
- Factory Ethernet infrastructure
- Material handling systems
Industrial Use Cases
Robotic handling equipment frequently requires communication cables capable of withstanding repetitive motion without compromising Ethernet performance. This cable is intended for those environments where fixed cables may not provide adequate mechanical durability.
Automated packaging lines also benefit from flexible Ethernet connections linking PLCs, barcode readers, industrial cameras, and operator terminals. In logistics facilities, dynamic cable routing inside transfer units and automated conveyors supports continuous communication between distributed control devices.
Advantages
- Cat.5e industrial Ethernet performance
- Designed for robotic motion applications
- SF/UTP shielded construction
- Straight RJ45 connectors
- Factory-terminated cable assembly
- Flexible PVC outer jacket
- Yellow cable identification
- Supports stable industrial communication networks
Industry Examples
Packaging Industry
High-speed packaging machines exchange production data between PLCs, inspection cameras, and HMI terminals using industrial Ethernet cabling.
Warehouse Automation
Automated conveyor systems and transfer stations rely on continuous Ethernet communication between distributed controllers.
Pharmaceutical Manufacturing
Production equipment integrates machine controllers and monitoring systems through shielded industrial Ethernet infrastructure.
Machine Building
OEM machine manufacturers install robotic Ethernet cables where moving axes require reliable network connectivity throughout machine operation.
Considerations Before Selection
Before selecting an Ethernet cable, engineers should verify cable length, connector configuration, shielding requirements, installation environment, and whether continuous movement is expected. Selecting a robotic cable for dynamic applications helps maintain communication stability over long operating periods.
Compatibility with network components, cable routing practices, and mechanical movement requirements should always be confirmed during system design.
Omron XS5W-T421-EMD-YR for additional automation components, visit Omron sensor series.
Omron XS5W-T421-EMD-YR Frequently Asked Questions
1. What is the primary purpose of the Omron XS5W-T421-EMD-YR Industrial Ethernet Cable?
It provides industrial Ethernet connectivity in applications involving continuous cable movement.
2. Which Ethernet category does this cable support?
It is manufactured as a Category 5e industrial Ethernet cable.
3. What connector type is installed?
Straight RJ45 connectors are factory-mounted on both cable ends.
4. Is the cable shielded?
Yes. It uses an SF/UTP shielded cable construction.
5. What is the cable length?
The standard assembled length is 3 meters.
6. Why is the jacket color yellow?
The yellow outer jacket assists with cable identification during installation and maintenance.
7. Where is this cable commonly used?
Typical applications include robotics, packaging equipment, machine automation, warehouse systems, and industrial Ethernet networks.
8. What should engineers verify before installation?
They should confirm connector compatibility, required cable length, routing conditions, shielding requirements, and expected mechanical movement.

