Omron XS6W-6PUR8SS2000CM-BF Ethernet Patch Cable
| Specification | Value |
|---|---|
| Manufacturer | Omron |
| Product Type | Industrial Ethernet Patch Cable |
| Model | XS6W-6PUR8SS2000CM-BF |
| Ethernet Category | Cat.6A (IEC) |
| Cable Construction | S/FTP |
| Connector Configuration | RJ45 Straight Plug × RJ45 Straight Plug |
| Cable Length | 20 m |
| Outer Jacket Material | PUR |
| Outer Sheath Color | Blue |
| Cable Diameter | 6.5 mm |
| Suitable for Robotics | No |
Industrial Ethernet infrastructure often extends across multiple production areas, requiring communication cables capable of maintaining stable signal transmission over longer distances. The Omron XS6W-6PUR8SS2000CM-BF Ethernet Patch Cable has been developed for fixed industrial installations where dependable data communication and effective electromagnetic shielding are essential. Its 20-meter length provides flexibility when equipment cannot be positioned in close proximity.
The Omron XS6W-6PUR8SS2000CM-BF Ethernet Patch Cable is manufactured with Cat.6A performance characteristics and an S/FTP shielding structure. Factory-installed straight RJ45 connectors simplify installation while reducing assembly time during machine construction or control panel integration.
Technical Description
This model belongs to Omron’s XS6W Industrial Ethernet cable series. According to the manufacturer’s specifications, it features Cat.6A transmission capability, a PUR outer jacket, straight RJ45 connectors, and a 20-meter cable length. The S/FTP construction consists of individually foil-shielded twisted pairs surrounded by an overall braided shield, supporting reliable communication in electrically demanding environments.
The blue outer sheath allows quick visual identification during maintenance, network expansion, or cable routing inside industrial facilities.
Working Principle
An Ethernet patch cable forms the physical communication channel between compatible network devices. Digital information is transferred through twisted copper conductor pairs designed to maintain balanced electrical characteristics throughout the transmission path.
The S/FTP shielding system helps reduce electromagnetic interference originating from industrial equipment such as variable frequency drives, servo systems, transformers, and high-current electrical circuits. By minimizing external electrical noise, communication quality can be maintained across industrial Ethernet networks.
Typical Applications
- Industrial Ethernet backbone connections
- PLC communication systems
- Industrial switch interconnections
- Operator interface networks
- Industrial computer communication
- Machine-to-machine Ethernet links
- Remote I/O infrastructure
- Control cabinet networking
Industrial Use Cases
Production Line Integration
Large production lines frequently require Ethernet communication between centralized control cabinets and distributed automation equipment. A 20-meter cable helps bridge longer installation distances while maintaining organized network architecture.
Water Treatment Facilities
Industrial water treatment systems incorporate PLCs, SCADA interfaces, instrumentation, and communication switches distributed across multiple equipment locations. Shielded Ethernet cabling contributes to dependable communication between these network nodes.
Energy Distribution Equipment
Power management systems often rely on industrial Ethernet for communication between controllers, monitoring devices, and operator workstations. The cable supports fixed infrastructure within electrical installations.
Manufacturing Automation
Automated manufacturing cells may require communication between industrial computers, controllers, HMIs, and Ethernet switches positioned throughout the production area. The extended cable length offers additional installation flexibility.
Omron XS6W-6PUR8SS2000CM-BF Advantages
- Cat.6A industrial communication performance
- S/FTP shielding for electromagnetic noise reduction
- 20-meter cable for longer Ethernet connections
- PUR outer jacket for mechanical durability
- Factory-assembled straight RJ45 connectors
- 6.5 mm cable diameter for practical routing
- Designed for fixed industrial installations
- Compatible with standard RJ45 industrial Ethernet equipment
Selection Guidelines
When specifying industrial Ethernet cables, engineers should evaluate communication speed requirements, installation distance, connector compatibility, shielding design, and environmental conditions. Proper cable length selection helps simplify routing while avoiding unnecessary cable accumulation inside electrical cabinets.
Shielded Cat.6A cables are particularly appropriate for applications where industrial electrical equipment generates significant electromagnetic interference that could influence network communication.
Additional Omron Industrial Connectivity
Further industrial networking and connectivity solutions are available through the Omron sensor product series, providing compatible components for automation system integration.
Omron XS6W-6PUR8SS2000CM-BF Frequently Asked Questions
What is the length of the Omron XS6W-6PUR8SS2000CM-BF Ethernet Patch Cable?
The cable is supplied with a factory length of 20 meters.
Which Ethernet category is supported?
The cable is specified as Cat.6A according to the manufacturer’s published documentation.
What shielding technology does this model use?
It uses an S/FTP construction with individually shielded pairs and an overall braided shield.
Which connector type is provided?
Both ends are equipped with straight RJ45 connectors.
What is the purpose of the PUR jacket?
The PUR outer sheath provides mechanical durability suitable for fixed industrial installations.
Can the cable be installed between industrial switches and PLCs?
Yes. It is intended for Ethernet communication between compatible industrial devices using RJ45 interfaces.
Is this cable designed for robotic motion applications?
No. The manufacturer does not specify this model for continuous robotic movement.
Why is S/FTP shielding beneficial in industrial environments?
The shielding structure helps reduce electromagnetic interference, supporting stable data transmission in facilities containing electrically noisy equipment.

