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Din Rail Splice Box
Efficient fiber network management solution: Din Rail Splice Box
The market demand for din rail splice box as basic components in fiber communication networks continues to grow. Especially driven by application scenarios such as 5G network deployment, data center construction, and smart cities, high-density, and high-performance din boxes have become the mainstream of the industry. To better adapt to customer needs and meet the needs of high-speed networks in the big data era, OMC has released its fiber din rail splice box, mainly used for fiber access, splicing, storage, jumper, and management.
Design features
Rail installation: The din box adopts a guide design, which can be easily installed on the rack, saving space and facilitating management and maintenance.
Fiber splicing and storage: There is a fiber splicing tray inside the din rail splice box for fiber splicing and storage to ensure the stability and reliability of fiber connections.
Fiber jumper and management: Equipped with a fiber adapter panel for access and jumper of fiber jumpers to achieve flexible distribution and management of fiber lines.
Modularity and flexibility: With modular design, different numbers of fiber ports can be selected according to actual needs, which is convenient for network expansion and adjustment.
Product Functions
Fixed function
After the optical cable enters the din rail patch panel, its outer sheath and reinforcing core are mechanically fixed, ground wire protection components are installed, end protection treatment is performed, and the optical fiber is grouped and protected.
Fusing function
After the optical fiber led out of the optical cable is fused with the tail cable, the excess optical fiber is coiled and stored inside the din rail patch panel, and the fusion joint is protected.
Adjustment function
Plug the connector attached to the tail cable into the adapter and realize optical path docking with the optical connector on the other side of the adapter.
Application scenarios
Used for optical fiber network management in the data center, connecting servers, storage devices and network devices to achieve high-speed and stable optical fiber communication.The classification of fiber optic din box can be divided according to different standards. The following are the different din rail splice box that OMC can provide:
1. Classification by material
Metal material: such as aluminum alloy, etc., has good mechanical strength and durability, suitable for more harsh environments.
Plastic material: such as ABS plastic, etc., light weight, low cost, suitable for indoor environments.
2. Classification by installation method
DIN rail type: can be easily installed on the DIN rail, suitable for cabinets and electrical environments.
Wall-mounted: can be directly hung on the wall, suitable for occasions with limited space or need for quick installation.
3. Classification by core number
2 core, 4 core, 6 core, 8 core, 12 core, 24 core, etc.: According to different fiber core number requirements, fiber optic din box has a variety of core number specifications to choose from.
4. Classification by adapter type
SC, ST, FC, LC, etc.: Fiber optic din rail patch panel can be classified according to the type of adapter to adapt to different fiber optic interfaces.
Why choose OMC Fiber optic din box?
OMC Fiber optic DIN box plays a crucial role in maintaining the efficiency of fiber optic networks. It facilitates the organization and management of optical fibers by offering functions such as fiber fixing, splicing, storage, and deployment. Choose the ideal DIN rail patch panel based on your specific needs, or reach out to OMC for expert guidance. Our professional sales and technical teams are here to assist you in selecting the right solution.