Omron XS6W-6LSZH8SS150CM-B Ethernet Patch Cable
| Specification | Value |
|---|---|
| Manufacturer | Omron |
| Product Type | Industrial Ethernet Patch Cable |
| Part Number | XS6W-6LSZH8SS150CM-B |
| Cable Category | Cat.6A |
| Cable Shielding | F/UTP |
| Connector Type | RJ45 Straight Plug to RJ45 Straight Plug |
| Cable Length | 1.5 m |
| Outer Sheath Material | LSZH |
| Jacket Color | Blue |
| Application Area | Industrial Ethernet cabling |
The Omron XS6W-6LSZH8SS150CM-B Ethernet Patch Cable is an industrial Ethernet cable designed for short-distance network connections inside automation panels, machine cabinets, and control equipment. With a 1.5 m length, Cat.6A classification, F/UTP shielding, and LSZH jacket material, it is suitable for structured industrial communication wiring where clean routing and electrical noise resistance are important.
The Omron XS6W-6LSZH8SS150CM-B Ethernet Patch Cable uses straight RJ45 connectors on both ends, making it appropriate for connecting PLCs, industrial switches, HMIs, communication modules, gateways, and Ethernet-enabled control devices. Its blue jacket supports visual cable identification in cabinets where multiple network lines, power cables, and signal conductors are routed together.
Technical Description
This cable belongs to Omron’s industrial Ethernet cable range and is specified as a Cat.6A F/UTP patch cable with LSZH insulation. Cat.6A classification supports high-speed Ethernet communication, while the F/UTP structure uses an overall foil shield around the twisted pairs to help reduce external electromagnetic disturbance.
The LSZH jacket is relevant for industrial environments where low smoke and halogen-free cable materials are preferred. This can be important in enclosed electrical rooms, machine panels, process areas, and production facilities where cable material behavior is considered during installation planning.
Omron XS6W-6LSZH8SS150CM-B Working Principle
Ethernet communication is transmitted through balanced twisted conductors inside the cable. The twisted-pair structure reduces crosstalk between signal pairs, while the foil shielding helps protect the transmitted data from interference caused by drives, motors, relays, contactors, and switching power supplies.
When installed between two compatible RJ45 Ethernet ports, the cable acts as a physical data path for industrial communication. It does not process signals itself; instead, it preserves signal integrity between active devices such as PLC processors, Ethernet switches, industrial PCs, and remote I/O stations.
Usage Areas
- Control cabinet Ethernet wiring
- PLC to industrial switch connections
- HMI communication links
- Short-distance machine network connections
- Remote I/O panel communication
- Industrial gateway connections
- Automation test bench wiring
- Machine commissioning networks
Industrial Applications
Machine Commissioning
During commissioning, engineers often need stable short Ethernet connections between a PLC, laptop interface, switch, or local HMI. A 1.5 m cable length is practical for temporary or permanent cabinet-level connections without creating excessive slack.
Control Panel Manufacturing
Panel builders can use this cable to connect Ethernet switches to controllers, protocol converters, or embedded industrial PCs. The factory-terminated RJ45 connectors reduce the need for field termination during panel assembly.
Inspection Equipment
Vision controllers, barcode readers, and inspection terminals may require Ethernet communication with a nearby controller or switch. Shielded cabling helps maintain communication stability in equipment containing lighting drivers and motion components.
Utility Automation
Pump control panels, energy monitoring cabinets, and local automation stations can use short shielded Ethernet patch cables for communication between control modules and network infrastructure.
Omron XS6W-6LSZH8SS150CM-B Advantages
- Cat.6A cable category for industrial Ethernet communication
- F/UTP shielding for improved resistance against electrical noise
- 1.5 m length suitable for compact cabinet connections
- RJ45 straight plug configuration for standard Ethernet interfaces
- LSZH jacket material for installations requiring low smoke cable construction
- Blue outer sheath for easier network cable identification
- Factory-assembled connectors for consistent installation quality
- Suitable for structured wiring in automation equipment
Selection Considerations
Before selecting this cable, engineers should check the required cable length, routing path, connector orientation, shielding requirement, and Ethernet category of the connected devices. A 1.5 m cable is suitable when devices are located close to each other, especially inside cabinets or on adjacent mounting rails.
The installation environment should also be reviewed. If the cable is routed near high-power conductors, drives, or switching devices, shielding continuity and proper grounding practices become important. For additional related automation components, visit Omron sensor series.
Frequently Asked Questions
1. What is the Omron XS6W-6LSZH8SS150CM-B Ethernet Patch Cable used for?
It is used for industrial Ethernet connections between devices such as PLCs, switches, HMIs, gateways, and remote I/O modules.
2. What is the length of this cable?
The cable length is 1.5 m, making it suitable for short cabinet and machine-level Ethernet connections.
3. What does Cat.6A indicate?
Cat.6A refers to the Ethernet cable category, indicating support for high-speed data transmission in compatible network systems.
4. Why is F/UTP shielding important?
F/UTP shielding helps reduce the influence of external electromagnetic interference in industrial environments.
5. What type of connectors does this model use?
It uses straight RJ45 plugs on both ends.
6. What is the purpose of the LSZH jacket?
LSZH material is used to reduce smoke generation and avoid halogen emissions under fire conditions compared with some conventional jacket materials.
7. Is this cable suitable for control cabinet wiring?
Yes. Its 1.5 m length and straight RJ45 connectors make it suitable for cabinet-level Ethernet connections.
8. What should be checked before installation?
Engineers should verify cable length, connector compatibility, cable routing, shielding requirements, and proximity to electrical noise sources.

