Omron XS6W-6PUR8SS200CM-YF Industrial Ethernet Cable

Industrial communication systems require reliable physical connections that maintain stable data transmission under demanding operating conditions. The Omron XS6W-6PUR8SS200CM-YF Industrial Ethernet Cable is developed for Ethernet-based automation networks where dependable communication between controllers, industrial computers, switches, and operator interfaces is essential. Manufactured according to Cat.6A specifications, this cable combines shielded construction with a durable PUR jacket to support long-term operation inside industrial control panels.

Technical Description

The Omron XS6W-6PUR8SS200CM-YF Industrial Ethernet Cable is designed for fixed industrial Ethernet installations that require high transmission quality and effective protection against electrical interference. Equipped with straight RJ45 connectors on both ends, the cable integrates directly with standard Ethernet interfaces used throughout factory automation systems.

Its S/FTP construction incorporates individually shielded twisted pairs together with an overall braided shield. This design helps suppress electromagnetic interference while minimizing signal loss and crosstalk, allowing Ethernet communication to remain stable even when installed near variable frequency drives, motors, switching devices, or high-current power wiring.

The PUR outer sheath provides flexibility during installation while offering resistance to mechanical wear typically encountered in industrial environments.

Omron XS6W-6PUR8SS200CM-YF Working Principle

Ethernet communication depends on balanced twisted-pair conductors that transfer digital signals between network devices. Signal quality can be affected by electrical noise, improper shielding, or unsuitable cable construction.

The Omron XS6W-6PUR8SS200CM-YF Industrial Ethernet Cable preserves communication performance through its Cat.6A-compliant conductor design and S/FTP shielding architecture. Individual foil shields reduce pair-to-pair interference, while the braided overall shield limits the impact of external electromagnetic fields.

As a passive network component, the cable requires no programming or configuration. Once connected, it forms the physical communication path between compatible Ethernet devices.

Typical Applications

• PLC communication systems
• Industrial Ethernet switches
• Control cabinet networking
• Industrial PC communication
• Operator interface connections
• Servo controller networking
• Machine automation equipment
• Vision inspection systems
• Remote I/O communication
• Factory information networks

Industrial Applications

Automated Material Flow Systems

Conveyor controls, sorting equipment, and transfer stations exchange operational data through industrial Ethernet networks. Shielded communication cables help maintain reliable connectivity throughout continuous production.

Printing and Converting Machines

Modern printing equipment integrates motion control, operator terminals, and monitoring systems using Ethernet communication within compact electrical cabinets.

Battery Manufacturing

Production equipment used for battery assembly relies on industrial networking to coordinate inspection systems, robotics, and quality control devices.

Industrial Test Equipment

Automated testing stations communicate measurement data between controllers, industrial computers, and supervisory software through Ethernet-based infrastructure.

Advantages

• Cat.6A communication performance for industrial Ethernet
• S/FTP shielding for improved resistance to electrical interference
• Flexible PUR cable construction
• Straight RJ45 connectors simplify installation
• Suitable for compact control cabinet layouts
• Supports organized Ethernet panel wiring
• Wide operating temperature range
• Designed for industrial automation environments

Omron XS6W-6PUR8SS200CM-YF For additional industrial networking and sensing solutions, visit Omron sensor solutions.

Considerations Before Selecting the Cable

Proper cable selection involves evaluating Ethernet category, connector style, installation distance, shielding requirements, cable routing, environmental conditions, and available panel space.

Applications with elevated electromagnetic interference generally benefit from S/FTP cable construction. Engineers should also verify that cable lengths match installation requirements to avoid unnecessary routing complexity.

Industry Examples

Electronics Assembly

Inspection systems, robotic handlers, and programmable controllers exchange process information using shielded Ethernet infrastructure.

Chemical Processing

Distributed automation equipment communicates operational parameters through industrial control networks located inside centralized electrical cabinets.

Warehouse Distribution

Industrial computers coordinate barcode scanners, conveyors, and sorting systems through Ethernet communication networks.

Machine Manufacturing

OEM machine builders integrate Ethernet communication between PLCs, HMIs, industrial switches, and remote diagnostic equipment.

Frequently Asked Questions

1. What type of Ethernet cable is this?

It is a Cat.6A industrial Ethernet cable designed for factory automation applications.

2. What connector configuration does the cable use?

The cable is equipped with straight RJ45 connectors on both ends.

3. What is the cable length?

The factory-assembled cable length is 2 meters.

4. Why is S/FTP shielding important?

S/FTP shielding helps minimize electromagnetic interference and improves communication stability in industrial environments.

5. What material is used for the cable jacket?

The outer sheath is manufactured from PUR, providing flexibility and mechanical durability.

6. Which automation equipment can use this cable?

It is suitable for PLCs, industrial switches, HMIs, IPCs, servo systems, remote I/O stations, and other Ethernet-enabled devices.

7. What operating temperature range is specified?

The manufacturer specifies an operating temperature of -30°C to +75°C.

8. Is the cable intended for industrial control cabinets?

Yes. It is specifically designed for Ethernet communication within industrial automation panels and machinery.