Intelligent wiring traction instrument for transformer station

Abstract

The invention discloses an intelligent wring traction instrument for a transformer station, and relates to the technical field of tractors. The intelligent wiring traction instrument for the transformer station includes a manual control module, a wireless infrared remote control module, a network cable / optical fiber clamping traction device, a power cable traction device, a light source direction detection module, a lamplight searchlighting and video display module and traction instrument magnetic force wheels, each traction instrument magnetic force wheel is formed by magnetic sand, a rotary power shaft and an X-shaped tire bracket, the X-shaped tire bracket is made of resin plastic material, and the magnetic sand is adhesively connected with the X-shaped tire bracket and is symmetrically distributed on four sides of the X-shaped tire bracket and is in a square shape. The intelligent wiring traction instrument for the transformer station satisfies requirements of direction traction or pay-off of transformer station cable channels, solves the common problems that optical fiber and network cable pay-off has no guidance and contacts are damaged, the traction instrument has a capability of standing upside down or vertically traveling, previous pay-off modes are greatly renovated, and rapid and nondestructive traction wiring of optical fibers, network cables and power cables is realized.

Description

technical field [0001] The invention relates to the technical field of tractors, in particular to an intelligent wiring tractor for substations. Background technique [0002] With the further promotion of smart substations, renovation and expansion projects need to add correspondingly spaced optical fibers, network cables and power cables to the original cables and optical cable trenches. The construction of a large number of photovoltaic power plants and the optical difference protection renovation project of substations also require a large number of new optical fibers and cables. The old devices in the substation lack network communication and GPS time synchronization functions, and new network cables, 485 time synchronization lines and other functional power cables need to be added during the renovation project. However, the actual situation is that optical fibers, network cables, and single-strand wires are soft and thin wires, which are difficult to pass through in a ...

AI Technical Summary

Problems solved by technology

However, the actual situation is that optical fibers, network cables, and individual strands are soft and thin wires, which are difficult to pass through in a directional way

There are many old trenches, the cables are crowded and narrow, the air is dirty, manual work is impossible or construction is difficult

Optical fiber and network cable contacts are easily damaged and contaminated during the pay-off process

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