Fiber panel ACT FA2095 48 ports unloaded

The ACT Fiber panel FA2095 48 ports unloaded is a rack-mount fiber management panel designed to organize and protect fiber optic connections in network cabinets and data rooms. It presents a black finish and a compact form factor that fits standard 19-inch racks. The unloaded design allows installation of compatible adapters or cassette modules to match the deployed fiber connector types and cabling plan.

Advantages

The panel provides a tidy, accessible patching area for fiber links while preserving slack and bend radius. Its unloaded configuration gives flexibility to choose specific adapter types or splice trays as needed. The black metal housing is intended to offer mechanical protection and a professional appearance in server rooms and telecommunications enclosures.

Suitable for

• Organizing fiber optic terminations in 19-inch network racks
• Data center horizontal and vertical fiber distribution
• Telecommunications rooms and wiring closets
• Environments where custom adapter population is required

Key specifications

• Ports: 48 unloaded positions for fiber adapters or modules
• Form factor: Rack-mount panel compatible with standard 19" racks
• Colour: Black finish for consistent rack aesthetics
• Material: Metal housing for mechanical protection (panel only)
• Usage: Designed for fiber cable management and termination

How to use

Mount the FA2095 panel in a standard 19-inch rack using appropriate mounting screws and cage nuts. Populate the unloaded ports with compatible fiber adapters or cassettes matching the connector type and fiber mode in use. Route incoming and outgoing fiber cables through the rack, secure them to cable management points, and maintain proper bend radius near the panel. Label each populated port according to your network documentation for straightforward identification and maintenance.

Usage recommendations

When installing the panel, ensure adapter types and connector polish are compatible with existing fiber links. Use proper cable management and strain relief to prevent stress on connectors and maintain optical performance. Avoid sharp bends and protect exposed fiber ends during population and maintenance.