Omron XS5W-T421-CM2-K Industrial Ethernet Cable

SpecificationValue
ManufacturerOmron
ModelXS5W-T421-CM2-K
Product TypeIndustrial Ethernet Cable
Ethernet CategoryCat5e
Connector 1M12 Straight Plug
Connector 2M12 Straight Socket
Cable TypeSF/UTP Shielded
Cable Length2 m
Outer Sheath MaterialPVC
Outer Sheath ColorBlue
Cable Diameter6.5 mm
Installation TypeFixed Industrial Installation

The Omron XS5W-T421-CM2-K Industrial Ethernet Cable is developed for Industrial Ethernet installations requiring dependable Cat5e communication between automation devices equipped with M12 interfaces. The cable is intended for fixed installations where secure mechanical connections and stable data transmission are important for machine availability and network performance. According to the manufacturer, this model incorporates a straight M12 plug, a straight M12 socket, and a factory cable length of 2 meters.

Industrial communication networks rely on robust cabling to connect programmable controllers, distributed I/O stations, industrial switches, motion controllers, operator terminals, and field devices. The Omron XS5W-T421-CM2-K Industrial Ethernet Cable provides a shielded communication path designed for environments where electromagnetic interference, vibration, and continuous machine operation are part of normal production conditions.

Technical Description

The cable is part of Omron’s XS5 Industrial Ethernet series and supports Cat5e network performance. It features an SF/UTP shielded construction that helps minimize electromagnetic interference while maintaining reliable Ethernet communication. Both ends utilize industrial M12 connectors, making the cable suitable for equipment that requires vibration-resistant connections.

The blue PVC outer jacket protects the cable from mechanical wear encountered in industrial installations while simplifying cable identification during commissioning and maintenance. Its 2-meter length provides additional flexibility when routing connections between field devices and control equipment.

Working Principle

The cable transfers Ethernet data through balanced twisted conductor pairs that comply with Cat5e transmission characteristics. Differential signaling helps reduce susceptibility to electrical disturbances, while the overall shield contributes to communication stability in environments containing servo drives, motors, switching devices, and industrial power equipment.

The threaded M12 connection ensures secure mechanical engagement between connected devices, reducing the possibility of accidental disconnection caused by machine vibration or maintenance activities.

Typical Applications

  • Industrial Ethernet communication systems
  • PLC and remote I/O networking
  • Industrial control cabinets
  • Machine automation equipment
  • Industrial network switches
  • Servo control systems
  • Machine vision communication
  • Production line networking

Industrial Applications

Assembly Automation

Assembly machines often require Ethernet communication between programmable controllers, distributed I/O modules, and operator interfaces. A 2-meter cable can simplify equipment layout while maintaining organized wiring.

Packaging Systems

Packaging machinery typically integrates multiple Ethernet devices positioned throughout the machine frame. Industrial M12 connectivity provides reliable communication where mechanical vibration is present.

Process Control Equipment

Industrial process systems use Ethernet infrastructure to exchange operational data between controllers and field devices. Shielded cabling supports communication integrity in electrically demanding environments.

Advantages

  • Cat5e Industrial Ethernet performance
  • M12 straight plug to M12 straight socket configuration
  • SF/UTP shielded cable construction
  • 2-meter cable length for flexible installation
  • PVC industrial outer jacket
  • Blue sheath for easy identification
  • Secure vibration-resistant M12 connectivity
  • Designed for fixed industrial Ethernet installations

Industry Examples

  • Automotive production facilities
  • Electronics manufacturing
  • Food and beverage processing
  • Pharmaceutical production
  • Warehouse automation
  • Conveyor systems
  • Material handling equipment
  • Industrial machinery manufacturing

Selection Considerations

Before selecting an Industrial Ethernet cable, engineers should verify connector compatibility, required cable length, shielding performance, installation method, and environmental conditions. A longer cable should provide sufficient routing flexibility without introducing unnecessary cable loops inside machinery.

Connector type should match the connected field devices, while Cat5e compatibility should be confirmed for the intended Industrial Ethernet protocol and overall network architecture.

Omron XS5W-T421-CM2-K Additional Industrial Ethernet connectivity solutions can be explored within the Omron sensor series.

Omron XS5W-T421-CM2-K Frequently Asked Questions

1. What is the Omron XS5W-T421-CM2-K Industrial Ethernet Cable?

It is a Cat5e shielded Industrial Ethernet cable with an M12 straight plug and an M12 straight socket for fixed industrial installations.

2. What is the cable length?

The manufacturer specifies a cable length of 2 meters.

3. Is the cable shielded?

Yes. It features an SF/UTP shielded construction to help reduce electromagnetic interference.

4. Which connector types are used?

The cable is equipped with a straight M12 plug on one end and a straight M12 socket on the other.

5. Which devices commonly use this cable?

Typical connected devices include PLCs, industrial switches, distributed I/O modules, motion controllers, HMIs, and Ethernet-enabled field equipment.

6. Why are M12 connectors preferred in industrial networks?

M12 connectors provide secure locking, vibration resistance, and dependable connectivity in demanding industrial environments.

7. Where is the Omron XS5W-T421-CM2-K Industrial Ethernet Cable commonly installed?

It is frequently used in manufacturing lines, packaging equipment, process automation systems, warehouse automation, and machine-building projects.

8. What should be verified before selecting this cable?

Verify connector compatibility, cable length, installation environment, shielding requirements, and the communication architecture to ensure proper integration with the Industrial Ethernet network.