Panduit FDS9N-24-LAP 24-fiber Front Access Splice Case

Product Description

The PANDUIT FDS9N-24-LAP is a 24-fiber front access splice case designed for organized, low-loss fiber optic splicing in structured cabling installations. The front-access design allows technicians to reach splice trays and fiber management components without removing the unit from its mounting position, reducing service time and minimizing disruption to adjacent connections. This enclosure is suited for environments where rack space is limited and repeated access is expected. It is typically installed by low-voltage cabling technicians and data center infrastructure specialists working in telecommunications and enterprise network applications.

This splice case is used in structured cabling environments where fiber optic splices must be protected, organized, and accessible for routine inspection or maintenance. The 24-fiber capacity makes it appropriate for moderate-density distribution points, including telecommunications rooms, data centers, and building entry facilities. Front-access entry is a practical advantage in tight or fully populated racks where rear access is not feasible.

Key Features

• 24-fiber capacity supports moderate-density splice management
• Front-access design allows servicing without full removal from mounting position
• Protects fiber optic splices from physical damage and environmental contamination
• Compact form factor suitable for rack or wall-mount installations in space-constrained environments
• Sold as individual unit (each)

Compatibility

Designed as an OEM-style replacement and standard-fit component for 24-fiber front-access splice management applications in structured cabling and fiber distribution systems.

Installation Notes

Installation is typically performed by licensed low-voltage or data cabling technicians familiar with fiber optic handling practices and TIA-568 structured cabling standards. Power down or de-activate any active fiber links before opening the enclosure to avoid signal disruption or eye-safety hazards from live fiber. Handle all fiber with appropriate bend-radius protection tools and avoid over-stressing splice pigtails during routing. Follow local codes and the manufacturer documentation for proper mounting and strain-relief procedures.