Hubbell FPRBRKT1 OPTI-Channel Cable Management Bracket

Streamline fiber management in security, surveillance and enterprise networking racks with the Hubbell Premise Wiring FPRBRKT1 cable management bracket. This OPTI-Channel 1U cable management bracket delivers a hinged, swing-out drawer that gives technicians immediate, ergonomic access to cables and connectors—minimizing service time and reducing the risk of accidental fiber stress during moves, adds, or changes. The bracket’s adjustable mount works with 19" or 23" racks and accepts two fiber splice trays via a dedicated stud, so you can consolidate splices and patching in a single, organized location. Constructed of 16 gauge cold-rolled steel with a durable black powder-coat finish, the unit resists wear in active monitoring and security environments. A clip-on patch cord management bar keeps patch cords routed and protected, improving airflow and reducing cable strain for surveillance, data center, and telecommunications applications. Compatible with FPR series slide-out panels (including FPR3SP), the FPRBRKT1 is an efficient, dependable addition to any fiber infrastructure. Order now to simplify fiber access and enhance rack organization for your networking or security deployment.

• Maximizes uptime with a hinged swing-out 1U drawer for fast, tool-free access to fiber connections and reduced service time
• Saves rack space while organizing fiber with a compact 1-rack-unit profile that clips to FPR slide-out panels
• Fits existing infrastructure via adjustable brackets for 19" or 23" racks, simplifying retrofit installs
• Protects and organizes splices with a dedicated stud that accepts two fiber splice trays, reducing signal risk during maintenance
• Keeps patch cords tidy and accessible with a clip-on patch cord management bar that improves airflow and cable routing for surveillance and networking systems
• Built for long-term reliability: heavy-duty 16 gauge cold-rolled steel construction and black powder-coat finish stand up to demanding security and monitoring environments