Odf Cabinet
In modern communication networks and industrial automation systems, odf cabinet is not only the core node of optical fiber links but also the key hub connecting data transmission and power security. As a comprehensive cabinet that integrates optical fiber wiring, splicing management, fiber patching scheduling and power distribution control, it plays an irreplaceable role in communication base stations, data centers, intelligent transportation, industrial automation and other scenarios.
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Product Introduction
The odf cabinet is not a single-function wiring device, but a composite infrastructure that integrates optical fiber physical layer management and power distribution systems. It integrates the terminal, splicing, storage, and dispatching functions of optical fiber with the overload protection, power distribution, and environmental monitoring functions of the power distribution unit in the same cabinet, realizing the collaborative management of the "optical-electrical-environment" trinity.
Detailed display
Optical cable introduction hole
It adopts an openable rubber ring design to support the sealed introduction of optical cables of different diameters without cutting and reassembly. The front door of the cabinet is available with a tempered glass window or an all-metal door panel. The window is convenient for observing the jumper connection status during daily inspections, and the port occupancy check can be completed without opening the door.
01
Grounding bar design
The cross-sectional area of the copper grounding bar is ≥50mm², and the grounding resistance is ≤4Ω, meeting the communication industry standards. The optical cable fixation is equipped with a double reinforcement core clamping device and a grounding copper bar, which can fix multiple optical cables of different diameters at the same time for climate controlled network cabinet.
02
Wire trough system
Independent fiber optic wire troughs and power wire troughs are set up internally to achieve physical isolation of strong and weak electricity. The adapter panel is installed at an angle, so that the front end of the connector is slightly upward after insertion, allowing the operator to directly observe the port label, while reducing the bending angle of the fiber jumper when it naturally droops for the control cabinet air conditioner.
03
Door lock system
Standard three-point locking mechanism, optional electronic lock or IC card lock to meet the needs of different security levels. There are multiple cable binding beams and cable management rings reserved on the side wall of the cabinet, which are suitable for the two construction methods of using nylon cable ties or Velcro cable ties. The engineer does not need to add additional cable management accessories for control panel ac unit.
04
Design advantages
Hierarchical functional partitions
From top to bottom, there are optical cable introduction fixed area, optical fiber splicing area, adapter wiring area and remaining fiber storage area. Each area is isolated by partitions and wire holes to avoid cross-area interference during construction or maintenance.
Rotating or pull-out patch panel
Some models support the patch panel to rotate forward 30° or pull out the guide rail for operation, making pigtail management on the back more convenient and reducing the risk of accidentally damaging other optical fibers due to extending the arm too deep into the cabinet.
Tool-free optical fiber management buckles
Flexible optical fiber management buckles are pre-installed in the vertical cabling channels on both sides and back of the cabinet. Operators can snap fiber jumpers or pigtails one by one to achieve neat arrangement without the need for cable ties.
Identification and recording system
Each adapter port, each fusion tube and each jumper fiber entry and exit position are equipped with replaceable label slots. Together with the port record sheet that comes with the cabinet, it facilitates digital ledger entry in the later stages of the project.
Application scenarios
Communications operator
5G base station: serves as the optical fiber convergence point between the BBU and RRU, and provides stable power for the equipment of the site. Metropolitan area network access layer: realizes terminal wiring of optical fibers to communities and enterprises, and supports the rapid deployment of PON networks for access control cabinets.
01
Data center
MDA (Main Distribution Area): As the core optical fiber distribution node, it connects the core switches and server cabinets.
EDA (Equipment Distribution Area): Provides optical fiber uplinks and local power distribution for servers in the cabinet for Fiber Optic Cross Connection Outdoor Distribution Cabinets.
02
Industrial automation
PLC control system: Deployed in conjunction with PLC control cabinet to achieve isolated transmission of optical fiber communications and control signals in industrial sites. Intelligent manufacturing production line: In workshop environments with severe electromagnetic interference, optical fiber transmission is used to replace copper cables to improve anti-interference capabilities.
03
Transportation and energy
Intelligent traffic signal system: Provides optical fiber convergence and power supply for intersection signals and surveillance cameras.
Photovoltaic power stations and wind farms: Integrated management of fiber optic monitoring networks and equipment power supply in remote areas for Electrical Cable Distribution Box Cabinets.
04
Why choose us
Deep engineering experience in optical wiring scenarios
Our core team has participated in the construction of optical fiber distribution systems for operators' convergence rooms, rail transit private networks and large data centers in many places, and is familiar with the practical points of optical cable entry methods, fiber patching routing planning and expansion reservations in different scenarios for Fiber Optic Cross Connection Outdoor Distribution Cabinets.
Full-process independent manufacturing brings controllable delivery and quality
We build our own production lines for sheet metal processing, spray painting, and final assembly and commissioning, and everything from sheet uncoiling to finished product packaging is completed in-house. The direct advantage brought by this model is that urgent orders can be delivered quickly within 7-15 days for Electrical Cable Distribution Box Cabinets.
Customization according to drawings and non-standard adaptation capabilities
Project sites often face non-standard requirements such as limited size of the computer room, special optical cable entry locations, and mixed configuration of adapter panels (such as SC/LC/FC in the same cabinet). We accept customized services based on engineering drawings, and can adjust the cabinet height (from 1.2 meters to 2.2 meters), depth, and door opening direction.
Detailed design for long-term operation and maintenance
In the subsequent use of plc cabinet, the most frequent operations are jumpers rather than splices. We regard "reducing the error rate of daily maintenance" as one of the design goals: each functional partition in the cabinet is clearly marked with color blocks or silk-screened text, and the adapter port label uses a large-size pluggable card slot, which supports self-production of labels with an ordinary printer.
contact us
Whether your project is located in the hinterland of the desert, an island base station or a city core computer room, our odf cabinet will become the most solid physical cornerstone of your communication network with industrial-grade reliability and customized engineering services-contact our engineering team immediately to obtain your exclusive fiber optic and power-integrated deployment plan.
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