Belden Inc. TRSLD048NTUN Fiber Optic Cable 48 Fiber

Product Description

The BELDEN INC. TRSLD048NTUN is a fiber optic cable assembly in the 48-fiber configuration, used in structured cabling and telecommunications infrastructure installations. This trunk or multiunit fiber assembly is designed for backbone runs in commercial and industrial environments where high-density optical connectivity is required. Licensed low-voltage and data communications contractors typically specify and install this type of assembly in campus, enterprise, or in-building fiber distribution systems. Sold individually as a single unit, it is suited for projects demanding reliable, high-capacity optical pathways.

This fiber assembly is appropriate for use in high-density fiber distribution applications such as main distribution frames, intermediate distribution frames, and horizontal or vertical backbone cabling. It fits within structured cabling architectures that require organized, pre-terminated or unterminated multi-fiber runs. Typical installation scenarios include data centers, commercial office buildings, and campus backbone infrastructure where a 48-fiber count satisfies aggregated bandwidth demands across multiple endpoints.

Key Features

• 48-fiber count supports high-density backbone and distribution cabling runs
• Single-unit packaging allows precise per-assembly procurement and job-site inventory control
• Designed for structured cabling infrastructure in commercial and industrial environments
• Manufactured by BELDEN INC., a recognized name in signal transmission and connectivity products

Compatibility

Designed as an OEM-style replacement or new-installation component for high-density fiber optic distribution systems requiring a 48-fiber trunk or multiunit cable assembly.

Installation Notes

Installation should be performed by a qualified low-voltage or fiber optic technician following applicable codes including ANSI/TIA-568 structured cabling standards. Avoid exceeding the minimum bend radius of the cable during routing and termination. Inspect connectors and termination points for contamination before mating. De-energize and lock out any active fiber-connected equipment before performing splicing or connector work to protect sensitive optical components.