Anti-scattering separated wire duct

Abstract

An anti-scattering separated wire duct comprises a plurality of wire duct units which are connected in a three-dimensional overlapping joint manner, wherein each of the wire duct units is used for separately arranging signal cables, DC power supply lines, and AC power supply lines and comprises a main wire duct including a plurality of main wire duct channels, a column wire duct including a plurality of separated column wire duct channels and communicating with the main wire duct, and a branch wire duct comprising a plurality of separated branch wire duct channels and communicating with the column wire duct. The anti-scattering separated wire duct can be produced in factories in a modular way. Separation plates can be added in the wire ducts and the wire ducts are installed in an overlapping and intersecting way to form a three-dimensional wire duct. The anti-scattering separated wire duct can be installed in an equipment room under an anti-static floor, and used as the wiring channels and protective equipment for indoor wires. The anti-scattering separated wire duct effectively solves the problem of wiring intersecting and scattering, simplifies the construction process, shortens the construction time, helps to improve the construction quality and the working efficiency, reduces the construction cost and lays the foundation for the factory manufactured pre-equipped construction products.

Description

technical field [0001] The invention belongs to the technical field of wire gathering and arranging cable equipment, and relates to a wire groove structure for wiring and arranging cables. Background technique [0002] Trunking is a commonly used product in the construction of telecommunication facilities. For example, the trunking used in the installation and construction of communication equipment room is usually ordered or purchased from the market, and then processed and spliced ​​at the construction site. Generally, it is a structure of two single-slot single-channel, horizontal connection slots. [0003] The wiring troughs are divided into main and column wiring troughs for laying signal cables. Lay out the main and column slots for power cables. Column signal ducts are installed on the front of the equipment. Column power cord ducts are installed on the rear of the unit. The signal cable main wire slot and the power main wire slot are respectively installed on bot...

AI Technical Summary

Problems solved by technology

Because there are many systems or one system is deployed several times, the optical fiber protection tubes in the trunking are scattered.

Disadvantages of protection of optical fiber through corrugated tubes are: the protection of optical fibers is scattered, resulting in scatter in the wire slot, and the tubular one-time protection is difficult to put out, find and change fibers

[0011] 3. The lack of a dedicated location for the AC power cord routing limits the use of AC power equipment

[0012] 4. The cables under the equipment cabinet lack protection

[0013] 5. It is necessary to reserve a place for the outdoor cable to enter the equipment

Images