Allen Bradley 80026-053-02-R Fiber Optic Cable

Allen-Bradley 80026-053-02-R Fiber Optic Cable

The Allen-Bradley 80026-053-02-R, also cataloged as the 80026-053-02-R Fiber Optic Cable, operates as a dedicated hardware component for optical signal transmission between industrial communication devices and control system interfaces. The cable utilizes a duplex fiber architecture to support bidirectional data exchange across industrial automation and communication network platforms.

Hardware Specifications

Optical Communication Infrastructure

The 80026-053-02-R is designed to provide a fiber-optic communication path between compatible industrial devices requiring electromagnetic interference immunity and optical signal isolation. The duplex construction supports independent transmit and receive channels within a single cable assembly.

Fiber-optic media eliminates conductive electrical paths between connected devices and is commonly used where long cable runs, electrical noise, grounding differences, or high-voltage equipment may affect conventional copper communication circuits.

The two-fiber architecture enables full-duplex communication operation while maintaining separation between transmit and receive data paths.

I/O Network Communication Integration

Within industrial automation systems, fiber-optic communication segments are frequently deployed between network interface modules, controllers, communication processors, and supervisory equipment. Optical media provides deterministic signal transmission independent of electromagnetic interference generated by motors, drives, switchgear, and high-current conductors.

The cable may be incorporated into Allen-Bradley communication infrastructures and compatible industrial network architectures utilizing duplex optical interfaces.

Frequently Asked Questions

Q: How many optical fibers are contained within the cable?
A: The cable utilizes a duplex design consisting of two optical fiber cores.

Q: What is the overall cable length?
A: The specified cable length is 6 m (approximately 19.7 ft).

Q: Does the cable provide electrical isolation between connected devices?
A: Yes. Fiber-optic transmission uses light signals rather than conductive electrical paths, providing inherent electrical isolation between connected equipment.

Field Installation Guidelines

• Maintain the minimum bend radius recommended for the installed fiber type during routing.
• Avoid excessive pulling force during installation to prevent fiber damage.
• Route fiber-optic cables separately from sharp metal edges and moving mechanical components.
• Keep optical connector end faces clean and protected when not connected.
• Verify transmit and receive fiber orientation before commissioning communication links.
• Protect the cable from crushing forces within cable trays and panel enclosures.
• Inspect the jacket periodically for abrasion, cuts, or other mechanical damage.