Hubbell Premise Wiring FCR4U15SPT Fiber Rackmount Enclosure

Product Description

The HUBBELL PREMISE WIRING FCR4U15SPT is a 4U fiber rackmount enclosure designed to organize and protect fiber optic patch panel assemblies in structured cabling installations. Built to house 15 fiber splice panels (FSP), this enclosure provides a centralized termination and management point for fiber runs in rack-based environments. It is suited for installation by low-voltage cabling technicians and network infrastructure specialists working in telecommunications rooms, data centers, and enterprise wiring closets. The 4U form factor fits standard 19-inch equipment racks and offers the capacity needed for mid-density fiber distribution applications.

This enclosure is used in commercial and enterprise structured cabling systems where organized fiber termination is required at the rack level. It is appropriate for both new installations and infrastructure upgrades where fiber density and cable management are priorities. The 15 FSP capacity makes it a practical choice for backbone or horizontal fiber distribution points in building wiring systems.

Key Features

• 4U rackmount profile fits standard 19-inch equipment racks
• Accommodates up to 15 fiber splice panels (FSP) for mid-density fiber management
• Centralized enclosure design supports organized fiber termination and routing
• Suitable for telecommunications rooms, data centers, and structured cabling closets

Compatibility

Designed as an OEM-style rackmount fiber enclosure compatible with standard 19-inch rack systems accepting 4U fiber optic panel assemblies and FSP-style inserts.

Installation Notes

Installation should be performed by qualified low-voltage cabling technicians familiar with structured cabling standards such as ANSI/TIA-568. Power down or de-energize any active equipment in the rack before mounting this enclosure. Follow all applicable building and fire codes when routing fiber cables through raceways and enclosures. Avoid sharp bend radii when dressing fiber into the enclosure to prevent signal degradation.