19" Sliding Drawer Fiber Optic Patch Panel (96F-288F)

The Wolon Sliding Drawer Fiber Optic Patch Panel is an advanced, high-density optical distribution frame engineered for seamless cable management in modern data centers and telecommunication hubs. Unlike fixed-panel designs, this premium terminal box features a smooth, heavy-duty pull-out sliding rail mechanism. This allows network technicians effortless access to internal splice trays and rear cable routing without dismounting the entire unit from the 19-inch server rack, dramatically reducing maintenance downtime.

Manufactured directly in our Wuhan facility-supported by three specialized factories and a dedicated workforce of 400 to 500 professionals-this robust enclosure is built from premium cold-rolled steel. Available in ultra-high capacities ranging from 96F and 144F up to a massive 288 Cores, it serves as the ultimate centralized cross-connect point. Equipped with precision-aligned front adapter panels (loaded with SC or LC adapters), it guarantees secure, organized, and bottleneck-free optical transitions for high-speed fiber architectures.

Sliding Drawer Design: Features heavy-duty metal sliding rails that allow the inner tray to be pulled out smoothly, providing unrestricted access for fusion splicing and patch cord management.

High-Density Capacity: Expertly engineered to support extreme fiber densities, offering configurations for 96, 144, and up to 288 cores in scalable rack units (typically 3U or 4U).

Standard 19-Inch Mount: Universally compatible with all standard 19" telecom cabinets, server racks, and Optical Distribution Frames (ODF).

Durable Construction: Constructed from thickened cold-rolled steel with a black electrostatic powder-coated finish to prevent rust, corrosion, and physical deformation.

Versatile Adapter Panels: The front faceplate supports customizable plug-and-play adapter plates, accommodating SC, LC, FC, or ST connectors according to project specifications.

Optimized Cable Routing: Includes dedicated rear cable entry knockouts, internal tie-down fixtures, and fiber routing spools to strictly maintain the optical fiber bend radius.

•Outdoor Telecom Networks: Backhaul links, base station interconnects, and rooftop cabinets

•Industrial Automation: Factory floors, process control systems, and machine‑to‑machine communication

•Marine & Offshore: Ship-to-shore links, onboard communication systems, and offshore platforms

•Surveillance & Security: Outdoor CCTV and video transmission in challenging weather conditions

•Rail & Transportation: Track‑side communication systems and station networking