Description

Port Count: 6
Connector Type: MTP
Fiber Mode: Single-Mode
Housing Compatibility: H4
Unit of Measure: Each
Quantity Per Package: 1

The HUBBELL PREMISE WIRING FSPMTPH4AQ6 is a fiber adapter panel configured for H4 housings and fitted with six MTP single-mode adapter ports. It provides a structured termination point for MTP trunk cables in high-density fiber distribution systems. The panel mounts inside compatible H4 fiber housing enclosures and accepts MTP connectors for backbone or horizontal single-mode fiber runs. Network technicians and low-voltage cabling professionals install this panel as part of a structured cabling infrastructure in data centers, telecommunications rooms, and enterprise network environments.

This adapter panel is suited for single-mode MTP fiber installations where high port density and organized cable management are required. The six-port MTP configuration supports parallel optics applications and pre-terminated MTP trunk assemblies. It is commonly deployed in data center backbone cabling, campus distribution systems, and high-bandwidth network architectures where structured fiber patching is essential.

Key Features

Six MTP adapter ports for single-mode fiber termination
Designed for H4 fiber housing enclosures
Supports high-density MTP trunk cable connections
Facilitates organized, structured fiber patching in distribution frames
Sold as individual unit (each)

Compatibility

Designed as an OEM-style adapter panel for use with H4 series fiber housing enclosures accommodating MTP single-mode fiber infrastructure.

Installation Notes

Installation should be performed by a licensed low-voltage cabling technician or structured cabling professional familiar with fiber optic termination practices. Ensure the host H4 housing is properly mounted and secured before inserting the adapter panel. Handle MTP connectors and fiber ends with care to avoid contamination; clean connectors per standard fiber optic cleaning procedures before mating. Follow applicable ANSI/TIA structured cabling standards for fiber routing and bend radius requirements.