1U 19inch Fiber Optic Patch Panel

ODF-F24 is a 19'' rack mounted fiber optic patch panel that made of cold roll steel box, with plastic splice tray inside, suitable for pigtail, ribbon and bunch cable distribution. And it has aluminum sliding fitting with self-locking functions prevent the drawer from falling when moved.

Features:
● Standard size, light weight and reasonable structure
● Slide out drawer for easy cable management
● FC, SC, ST, LC ... adapter patch panel for option, easy to replace
● Front access panel design for easy operation
● Suitable for 19'' standard optic distribution cabinets
● Max. capacity 24 fibers, two splice trays of 12 fibers
● 4 fiber cable entry ports at rear side
● White or black color
● Material: Cold-roll steel

Application:

Telecommunications

Fiber to the home (FTTH)

LAN / WAN

CATV

Drawings: (mm)

The ODF-F24 19-inch fiber distribution frame is designed for high-density fiber management. It uses a cold-rolled steel box and a lightweight plastic splice tray, which takes into account durability and insulation protection. Its core highlight is the aluminum self-locking slide drawer, which is smooth and anti-drop, and supports quick maintenance. It can accommodate up to 24 cores of optical fiber (2×12 core independent splice trays), and manages the trunk and branch lines in layers to avoid entanglement. The four rear inlets are suitable for bundled, ribbon and pigtail hybrid wiring, and support flexible selection of various adapters such as FC/SC/ST/LC to meet mainstream interface requirements. The standard 19-inch rack design (black and white optional) saves space and is suitable for scenarios such as telecommunications rooms, FTTH splitter nodes, enterprise LAN/WAN and CATV networks. The front operation panel can complete the plug-in and splicing of jumpers without disassembly, greatly improving operation and maintenance efficiency. With modular structure, high compatibility and industrial-grade protection, ODF-F24 is an efficient solution to ensure the reliability and scalability of optical fiber networks.