Ortronics WQS-04P Wall Mount Enclosure Patch Splice

Product Description

The ORTRONICS WQS-04P is a double, 2-unit wall mount enclosure designed for fiber optic patch and splice applications. It provides a structured housing solution for terminating and protecting fiber optic connections in network infrastructure installations. The enclosure mounts directly to a wall surface, keeping fiber runs organized and shielded from physical damage. It is typically installed by low-voltage cabling technicians and network infrastructure professionals in telecommunications rooms, equipment closets, and distributed antenna or structured cabling environments.

The WQS-04P is suited for use in both commercial and light industrial settings where fiber optic connectivity hardware requires a secure, accessible enclosure. It accommodates patch and splice configurations within a single 2-unit double housing, making it a practical choice for consolidation points and fiber distribution in structured cabling systems. Installation scenarios include data centers, office buildings, and campus network environments where neat, serviceable fiber terminations are required.

Key Features

• Double, 2-unit wall mount form factor for compact fiber optic termination
• Supports both patch and splice fiber optic configurations
• Wall mount design keeps fiber infrastructure off the floor and accessible for service
• Sold individually as a single enclosure unit

Compatibility

Designed as an OEM-style wall mount enclosure for fiber optic patch and splice hardware in structured cabling and telecommunications installations.

Installation Notes

Installation is performed by licensed low-voltage cabling technicians or network infrastructure professionals. Power to active equipment in the immediate area should be managed per site safety procedures before working on fiber runs. Follow TIA-568 and local building codes for structured cabling enclosure placement and fiber bend radius requirements. Avoid over-tightening mounting fasteners to prevent housing deformation that could stress fiber cables.