Omron XS6W-5PUR8SS750CM-G Industrial Ethernet Patch Cable

The Omron XS6W-5PUR8SS750CM-G Industrial Ethernet Patch Cable is designed to establish dependable Ethernet communication between industrial automation devices installed across larger machine layouts. Its 7.5-meter length provides additional installation flexibility while maintaining Category 5 communication performance for industrial networks. Manufactured with S/FTP shielding and a durable polyurethane jacket, this cable is intended for environments where electrical noise and mechanical stress are common considerations.

Unlike shorter patch cables typically used inside control panels, the Omron XS6W-5PUR8SS750CM-G Industrial Ethernet Patch Cable supports communication between equipment positioned farther apart within production cells, machine frames, and automation lines without requiring unnecessary extension connections.

Omron XS6W-5PUR8SS750CM-G Technical Description

The cable utilizes individually foil-shielded twisted pairs combined with an overall braided shield. This S/FTP construction is designed to minimize electromagnetic interference generated by nearby industrial equipment, including variable frequency drives, servo amplifiers, switching devices, and power distribution systems.

The polyurethane outer sheath provides improved resistance against abrasion, oils, and mechanical wear typically encountered in industrial production facilities. Factory-installed straight RJ45 connectors simplify installation while ensuring consistent connection quality.

Operating Principle

Industrial Ethernet systems rely on properly constructed twisted-pair cables to transport digital communication signals between controllers, industrial computers, managed switches, remote I/O stations, vision systems, and operator interfaces. Maintaining cable geometry and shielding integrity helps preserve signal quality throughout the communication path.

The shielding system reduces susceptibility to external electrical interference, while the factory-terminated connectors help maintain stable impedance characteristics required for reliable Ethernet communication.

Omron XS6W-5PUR8SS750CM-G Typical Applications

• PLC communication networks
• Machine-to-control cabinet Ethernet connections
• Industrial switch interconnections
• Operator interface communication
• Industrial PC networking
• Distributed I/O systems
• Machine vision installations
• Production line communication infrastructure

Industrial Applications

This cable is suitable for manufacturing facilities where network devices are distributed across larger machines or production cells. Assembly systems, packaging equipment, conveyor automation, palletizing systems, inspection stations, and automated storage solutions frequently require Ethernet cables with longer routing distances.

Its mechanical durability also makes it appropriate for machinery operating in environments where cables may be exposed to regular maintenance activities or contact with industrial equipment.

Advantages

• Extended 7.5-meter cable length for flexible routing
• Category 5 Industrial Ethernet compatibility
• S/FTP shielding supports EMC performance
• PUR jacket improves mechanical durability
• Factory-assembled RJ45 connectors
• Suitable for industrial communication systems
• Green outer jacket simplifies identification during installation

Industry Examples

Automated Assembly Lines

Communication between distributed PLC cabinets and industrial switches often requires longer Ethernet patch cables capable of maintaining reliable data transmission across machine sections.

Warehouse Logistics

Automated conveyors and sorting equipment frequently connect networked controllers installed throughout extended production areas.

Machine Vision Systems

Inspection cameras and industrial computers positioned at different locations within production equipment can communicate through shielded Ethernet infrastructure.

Food and Beverage Production

Packaging and conveying equipment commonly integrates Ethernet communication between decentralized control devices installed throughout the production process.

Selection Considerations

Selecting the proper industrial Ethernet cable involves evaluating installation distance, shielding performance, connector style, cable jacket material, and environmental conditions. Longer cable lengths should be chosen carefully to provide sufficient routing flexibility while avoiding unnecessary excess cable inside machinery.

Engineers should also verify compatibility with Ethernet network architecture, equipment connector requirements, and industrial installation guidelines to maintain dependable communication performance.

Omron XS6W-5PUR8SS750CM-G Additional information about Omron sensor solutions and industrial automation products can assist when developing complete factory automation systems.

Frequently Asked Questions

1. What is the overall cable length?

The cable has a factory-manufactured length of 7.5 meters.

2. Which connector configuration is used?

Both cable ends are fitted with straight RJ45 industrial Ethernet connectors.

3. What Ethernet category does this model support?

The cable is designed for Category 5 Industrial Ethernet communication.

4. Why is S/FTP shielding used?

S/FTP shielding helps reduce electromagnetic interference that may affect communication reliability in industrial environments.

5. What advantages does the PUR jacket provide?

The polyurethane jacket offers improved resistance to abrasion and mechanical wear compared with standard office Ethernet cables.

6. Which industrial equipment can use this cable?

It is suitable for PLCs, industrial switches, HMIs, industrial PCs, remote I/O stations, and Ethernet-enabled automation devices.

7. Is this cable intended for general office networking?

Although it uses RJ45 connectors, it is specifically designed for industrial Ethernet installations requiring enhanced mechanical durability.

8. Why choose a 7.5-meter cable instead of a shorter model?

A longer cable provides greater installation flexibility when communication devices are positioned across larger machines or production lines, reducing the need for intermediate connections.