Omron XS5W-T421-BMC-KR Industrial Ethernet Cable
| Specification | Value |
|---|---|
| Product Type | Industrial Ethernet Cable |
| Connector 1 | M12 Smartclick Straight Plug |
| Connector 2 | RJ45 Straight Plug |
| Ethernet Category | Cat5e |
| Cable Structure | SF/UTP |
| Cable Length | 0.5 m |
| Outer Sheath Material | PVC |
| Outer Sheath Color | Blue |
| Cable Diameter | 6.5 mm |
| Suitable for Robotics | Yes |
The Omron XS5W-T421-BMC-KR Industrial Ethernet Cable is designed to provide reliable Ethernet communication between industrial devices equipped with an M12 Smartclick connector and standard RJ45 Ethernet interfaces. Its robotic-rated construction supports continuous movement while maintaining stable network performance in automated production environments. The cable belongs to Omron’s Industrial Ethernet cable portfolio developed for EtherNet/IP, EtherCAT, and other Industrial Ethernet communication systems. The technical specifications presented here are based on the manufacturer’s published documentation. :contentReference[oaicite:0]{index=0}
Within industrial automation networks, the Omron XS5W-T421-BMC-KR Industrial Ethernet Cable is commonly installed between machine controllers, industrial switches, I/O stations, robotic equipment, vision systems, and communication modules where dependable data transmission is required.
Omron XS5W-T421-BMC-KR Technical Overview
This cable combines a straight M12 Smartclick connector with a straight RJ45 connector, allowing field-level industrial equipment to connect directly to Ethernet infrastructure. The Cat5e SF/UTP construction provides shielding intended to improve communication reliability in electrically noisy industrial environments.
The PVC jacket offers mechanical protection, while the robotic cable design supports applications involving repetitive cable motion. A compact 0.5-meter length is suitable for control cabinets, robotic end-effectors, machine modules, and short-distance device interconnections.
Omron XS5W-T421-BMC-KR Operating Principle
The cable functions as a passive communication medium that transfers Ethernet signals between compatible devices without signal conversion or amplification. Data packets travel through the shielded twisted-pair conductors while the SF/UTP shielding helps reduce the influence of electromagnetic interference generated by nearby motors, drives, and switching equipment.
The M12 Smartclick connector provides secure industrial connectivity for field devices, whereas the RJ45 connector enables integration with standard Industrial Ethernet switches, controllers, or communication ports.
Typical Areas of Use
- Industrial Ethernet communication networks
- Robot cell communication systems
- Machine automation equipment
- Packaging machinery
- Assembly automation
- Industrial vision installations
- Control cabinet networking
- Factory communication infrastructure
Industrial Applications
The cable is suitable for manufacturing systems where network reliability and mechanical durability are both important. Typical applications include robotic assembly cells, conveyor automation, automated inspection systems, machine tools, material handling systems, and industrial production lines operating under continuous duty.
Because this version is specified as suitable for robotics, it can be considered for installations where repetitive movement occurs, helping reduce mechanical stress on communication wiring during machine operation.
Advantages
- Cat5e Industrial Ethernet performance
- SF/UTP shielded cable construction
- M12 Smartclick industrial connector
- Standard RJ45 network interface
- Robotic application compatibility
- Compact 0.5-meter cable length
- PVC protective outer sheath
- Designed for Industrial Ethernet environments
Omron XS5W-T421-BMC-KR Examples of Industry Usage
Automotive Manufacturing
Engine assembly stations often require continuous Ethernet communication between robotic controllers, distributed I/O modules, and industrial switches. The cable provides a compact connection where robotic movement is present.
Food Processing Equipment
Packaging machines frequently integrate vision systems, PLCs, and remote communication devices using Industrial Ethernet. Short cable assemblies help simplify cabinet layouts while maintaining organized wiring.
Electronics Production
Automated inspection equipment exchanges process data with supervisory systems over Industrial Ethernet. M12 connectivity provides secure field connections in compact production equipment.
Factors to Consider During Product Selection
- Verify connector compatibility on both devices.
- Confirm the required Ethernet communication standard.
- Select the appropriate cable length for the installation.
- Determine whether robotic motion is present.
- Evaluate electromagnetic interference levels.
- Check environmental installation conditions.
- Ensure compatibility with the intended Industrial Ethernet protocol.
Additional information about compatible cable families and connectivity solutions can be found in Omron sensor products.
Frequently Asked Questions
1. What is the primary function of this cable?
It connects industrial devices with an M12 Smartclick connector to equipment using a standard RJ45 Ethernet interface.
2. Is this cable suitable for robotic applications?
Yes. According to the manufacturer, this model is specified as suitable for robotics.
3. What Ethernet category does it support?
The cable is specified as Category 5e.
4. What shielding construction is used?
The cable uses an SF/UTP shielded construction.
5. How long is the cable?
The factory cable length is 0.5 meter.
6. Which connector types are included?
One end features an M12 Smartclick straight plug, while the opposite end uses a straight RJ45 connector.
7. Where is this cable commonly installed?
Typical installations include industrial robots, PLC systems, industrial switches, machine controllers, and Ethernet-enabled automation equipment.
8. Why is cable shielding important in industrial environments?
Shielding helps reduce the influence of electromagnetic interference, contributing to more stable communication in electrically demanding industrial installations.

