Horizontal Optical Cable Splice Closure electro base QH/FOH2-96F-TCOM — 96 fibers, horizontal design

Horizontal optical cable splice closure electro base QH/FOH2-96F-TCOM — 96 fibers, horizontal design is a weather-resistant enclosure engineered to organize and protect fiber optic splices for up to 96 fibers. The horizontal layout supports orderly routing of incoming and outgoing cables and secures splice trays to maintain splice integrity. Suitable for use at distribution points, transition boxes, and network branching locations, this closure aims to provide stable mechanical protection and environmental sealing for both outdoor and sheltered indoor installations.

Advantages

The horizontal design allows compact, accessible arrangement of splice trays and cable entries, reducing installation time and simplifying future maintenance. The enclosure provides mechanical protection against compression and impact while maintaining fiber bend-radius control. Built for environmental resistance, it helps prevent moisture ingress and dust accumulation, supporting long-term network reliability and consistent optical performance.

Suitable for

• Distribution points and street cabinets requiring horizontal splice management
• Network branching and jointing in outdoor and indoor sheltered environments
• FTTx, access networks, and metropolitan fiber cabling where up to 96 fibers are terminated
• Maintenance points where clear cable routing and tray access are needed

Key specifications

• Maximum fiber capacity: 96 fibers
• Orientation: horizontal splice tray layout
• Environmental protection: sealed enclosure suitable for outdoor exposure and indoor sheltered use
• Cable entry: multiple ports for organized incoming and outgoing cable routing
• Splice management: secured splice trays for fusion splices with bend-radius support
• Material characteristics: impact- and compression-resistant housing designed for long-term service

How to use

Prepare fiber ends and route incoming cables through appropriate entry ports. Secure cables with built-in clamps or strain-relief fittings to prevent movement. Arrange fusion splices on the provided trays, ensuring proper fiber slack and bend-radius protection. Close and seal the enclosure following manufacturer torque and sealing recommendations to restore environmental protection. For relocations or additions, open the housing, adjust tray positions, and re-secure cable entries before re-sealing.

Usage recommendations

Install the closure on a stable support and follow local grounding and cable-management practices. Use appropriate heat-shrink or splice protectors for each fusion joint and avoid tight bends near tray edges. Periodically inspect seals and cable clamps for wear and re-tighten as needed to maintain environmental protection.