Superior Essex R28643DS1 Singlemode Riser Fiber Cable

Product Description

The SUPERIOR ESSEX R28643DS1 is a singlemode riser-rated fiber optic cable designed for vertical runs and intra-building installations. Riser-rated construction meets the fire resistance requirements for installation in riser pathways between floors, making it a code-compliant choice for structured cabling systems. This cable is suited for high-bandwidth, long-distance data transmission over singlemode fiber, commonly installed by licensed low-voltage cabling contractors and communications technicians in commercial and residential building environments.

This cable is intended for dry, indoor vertical riser applications within a building's backbone cabling infrastructure. It fits into structured cabling systems where singlemode fiber is specified for long-haul runs between telecommunications rooms and equipment rooms. Typical install scenarios include multi-story commercial buildings, data centers, and campus environments requiring singlemode performance in a riser-rated jacket.

Key Features

• Singlemode fiber construction supports high-bandwidth, long-distance signal transmission
• Riser-rated jacket meets fire resistance requirements for vertical intra-building pathways
• Dry construction eliminates gel filling, simplifying termination and splicing
• Sold as individual unit (each), allowing quantity-specific procurement

Compatibility

Designed as an OEM-style singlemode riser fiber cable for use in standard structured cabling systems requiring riser-rated, dry, indoor singlemode fiber optic runs.

Installation Notes

Installation should be performed by a qualified low-voltage cabling technician familiar with fiber optic handling and termination practices. Deenergize and power down connected active equipment before splicing or terminating fiber ends. Follow local building codes and TIA-568 structured cabling standards for bend radius, slack storage, and fire stop requirements at floor penetrations. Avoid exceeding the cable's minimum bend radius during routing to prevent signal loss or physical damage to the fiber.