The 86 Fiber Optic Panel connects fiber cables via SC or LC adapters using pigtails, mounted in standard 86mm wall boxes with plug-in or splice termination.

Overview

The 86 Fiber Optic Panel is a compact, wall-mounted termination unit designed for indoor FTTH or small business networks. It fits standard 86×86mm wall boxes and accommodates 2-core fiber cables, supporting SC or LC adapters for simplex or duplex connections . Its design ensures proper fiber management, protection from micro-bending, and easy access for maintenance.

Components

• Fiber Optic Splice Box: Enclosure for splicing, terminating, and protecting fiber strands.
• SC/LC Adapters: Push-pull connectors for reliable fiber connections.
• Fiber Pigtails: Short fiber strands pre-terminated with connectors, used to link the main fiber cable to the panel adapters.
• 86 Panel Housing: Standard wall-mount size for easy installation in existing electrical boxes.
• Cable Entry/Exit Ports: Allow flexible routing of indoor drop cables or soft cables while maintaining bend radius .

Step-by-Step Connection Method

1. Prepare the Wall Box: Ensure the existing wall box is standard 86mm. If larger, use a mounting adapter; if smaller, the panel will not fit .
2. Prepare Fiber Cables: Strip the outer jacket carefully, clean the fiber strands, and avoid touching bare fibers with fingers. Use strain relief boots if available .
3. Mount the Panel: Secure the 86 Fiber Optic Panel to the wall box using screws. Ensure the panel is stable and aligned with the wall plate .
4. Install Pigtails: Insert fiber pigtails into the panel's adapters (SC or LC). For duplex connections, use two pigtails per fiber line. Ensure proper orientation for transmit/receive channels .
5. Splice or Terminate Fibers:
   • Fusion Splicing: Align the main fiber with the pigtail in a fusion splicer for permanent connection.
   • Mechanical Splicing: Use mechanical splice holders if fusion splicing is not available.
   • Plug-in Termination: Some panels allow tool-free plug-in of pre-terminated pigtails .
6. Route and Secure Fibers: Use the internal bend radius guides and cable retention posts to prevent micro-bending or stress on fibers. Route fibers neatly to avoid crossing or sharp bends .
7. Test Connections: After termination, test each fiber using an optical power meter or OTDR to ensure signal integrity and correct polarity .
8. Close the Panel: Snap or screw the cover in place, ensuring fibers are protected and adapters are accessible for future connections .

Tips for Reliable Installation

• Maintain a minimum bend radius to prevent signal loss.
• Use cleaning tools for connectors before insertion.
• Label fibers and adapters for easy identification.
• Avoid excessive tension; the panel can withstand up to 50N, but careful handling is recommended . This method ensures a secure, organized, and high-performance fiber connection suitable for residential or small business FTTH deployments.