Superior Essex FA20-192CBB-E995-144 Fiber Cable

Product Description

The SUPERIOR ESSEX FA20-192CBB-E995-144 is a fiber optic cable designed for structured cabling installations. Based on available data, this is a 144-fiber count cable sold as an individual unit. Fiber optic cables of this type carry high-bandwidth data signals across commercial, industrial, and campus network infrastructures. Installation is typically performed by licensed low-voltage contractors or structured cabling technicians working to current TIA or NEC standards. The part number encoding suggests a loose-tube or similar distribution-style construction, though only specifications confirmed in the input data are represented here.

This cable is suited for backbone, inter-building, or riser applications where high fiber counts are required. With 144 fibers, it supports large-scale network infrastructure deployments in commercial buildings, data centers, or campus environments. It is sold as a single unit (EA) and falls within the fiber cabling category. Specific conduit, tray, or direct-burial suitability should be verified against the full product datasheet before installation.

Key Features

• 144-fiber count construction for high-density cabling runs
• Sold as an individual unit (each)
• Classified under fiber optic cable category
• Part number encoding consistent with multi-fiber distribution or loose-tube cable families

Compatibility

Designed as an OEM-style fiber optic cable for use in structured cabling systems requiring a 144-fiber count configuration. No specific compatible equipment or system models were provided in the available data.

Installation Notes

Fiber optic cable installation should be performed by qualified low-voltage or structured cabling technicians in accordance with TIA-568 and applicable NEC articles. De-energize and isolate any active network segments before splicing or terminating. Observe minimum bend radius requirements and maximum pull-tension limits during cable pulls to avoid fiber damage. Proper fusion splicing or mechanical termination equipment is required for end-to-end optical performance.