Fiber optic cable surplus cable rack
Description: This stainless steel fiber optic cable surplus cable rack is a supporting auxiliary tool for overhead fiber optic cable lines, mainly used to accommodate and fix the surplus cable segments after fiber optic cable splicing. It can orderly store the surplus...
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Product Description:
This stainless steel fiber optic cable surplus cable rack is a supporting auxiliary tool for overhead fiber optic cable lines, mainly used to accommodate and fix the surplus cable segments after fiber optic cable splicing. It can orderly store the surplus length of fiber optic cables, avoiding damage caused by wind swing and pulling, and is a key equipment for protecting the long-term stable operation of fiber optic cable lines.
Core strengths
304 stainless steel material, weather resistant and corrosion-resistant
The main body is made of 304 stainless steel stamping, and the surface is polished to have excellent corrosion and UV resistance. It can be used for a long time in complex environments such as coastal areas, mountainous areas, and deserts without rusting or aging, and is suitable for various outdoor harsh scenes.
Adjustable structure, strong adaptability
Adopting an adjustable clamp and bracket structure, it supports adaptation to towers and optical cables of different diameters, and can flexibly store surplus cable segments of 5-20 meters. It is compatible with various types of optical cables such as single core, bundle tube, and ribbon.
Organized storage to protect optical cables
Through the layered frame design, the remaining cables can be orderly accommodated in an "S" shape or a circular shape, avoiding rigid bending and cross wear of the optical cable, effectively protecting the fiber core from damage, and reducing the impact of wind deflection on the tension of the optical cable.
Easy to install, stable and excellent
Equipped with stainless steel clamps and bolts, it can be quickly fixed on various types of towers and crossarms, and can be installed by a single person. The overall structure has been mechanically optimized to remain stable even in extreme weather conditions such as strong winds and blizzards, without detachment or deformation.
Applicable scenarios
Communication Engineering: Residual Cable Storage for Overhead Communication Optical Cables and 5G Base Station Optical Cables
Power engineering: fixing of residual cables for OPGW optical cables and ADSS optical cables
Municipal cabling: surplus storage of urban overhead optical cables and monitoring optical cables
Long distance trunk line: standardized surplus cable management of long-distance communication optical cable lines
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