Fiber optic distribution frames (ODFs) play various important roles in fiber optic communication networks, including fixation, fusion splicing, deployment, and protection functions.
Fixed function: Fiber optic patch panels can introduce and fix optical cables onto the rack, protecting the cables and their cores from damage. The metal part of the optical cable is insulated from the metal frame, and the fixed metal sheath and reinforcing core of the optical cable should be reliably connected to the high-voltage protective grounding device to ensure the safety of the optical cable.
Fusion splicing function: During fiber optic cable fusion splicing, the fiber optic distribution frame can lead out tail fibers for fusion splicing, and coil and tidy up excess tail fibers to protect the fusion splicing joint.
Adjustment function: The connector on the tail cable can be plugged into the adapter to achieve optical path docking. The adapter and connector can be flexibly plugged and unplugged, facilitating the allocation and testing of optical paths.
Protection function: Fiber optic distribution frames not only protect optical fibers and cables from damage, but also provide grounding protection to ensure the safety of optical fibers and cables.
In addition, fiber optic distribution frames also have the following characteristics and application scenarios:
Sturdy Structure: Made of high-quality steel and aluminum profiles, the structure is sturdy and aesthetically pleasing.
Space saving: Cable insertion, fusion splicing, and wiring are all operated from the front, and the rack can be installed back-to-back or against the wall, saving space in the computer room.
High density configuration: using a flying saucer style fusion disk, with small volume, less space occupation, and high-density stacking.
Widely used: Widely used in local and rural telephone network systems, data and image transmission systems, cable TV series, etc.
Fiber optic distribution frames play a crucial role in fiber optic communication networks, ensuring efficient and reliable operation of the network, and providing flexible management and maintenance functions.