A combined type grounding terminal

Abstract

The invention discloses a combined type grounding terminal. The combined type grounding terminal comprises grounding pedestals. Several coiling racks are uniformly arranged on each grounding pedestal, and are arranged in a linear mode. Each coiling rack comprises one reel and one back shaft. The back shafts are connected to the grounding pedestals. The reels are arranged on the back shafts, and can rotate around the back shafts. The grounding pedestals and the back shafts are all made of metal conductive materials. Through the combined type grounding terminal of the invention, centralized grounding in working can be realized. The combined type grounding terminal is safe and standard. In addition, through the combined type grounding terminal of the invention, ordered installation and laying of ground wires can be realized; and human resources can be saved; and accidents will not easily happen. The safety is improved, and the operation effect is good.

Description

technical field [0001] The invention relates to a combined ground terminal. Background technique [0002] During equipment maintenance and pre-test, the existing grounding method is to ground each grounding terminal separately, and then lead the grounding wire from the grounding terminal to the equipment. This kind of grounding method makes the grounding wires on site more messy and easy to pull out wrongly, and in the case of insufficient equipment grounding wires, iron wires are temporarily used as grounding wires. The above grounding method has the following problems in practical application: (1), the grounding wire and the iron wire are wound on the equipment grounding at the same time, which is likely to cause poor contact, and at the same time, the test site appears messy; (3) If there are too many grounding points, the danger range will be large; (4) If there are not enough grounding wires, the iron wire is used as the grounding wire. The staff often finds out that t...

AI Technical Summary

Problems solved by technology

This kind of grounding method makes the grounding wires on site more messy and easy to pull out wrongly. In addition, when the grounding wires of the equipment are not enough, iron wires will be used as temporary grounding wires.

The above grounding method has the following problems in practical application: (1), the grounding wire and the iron wire are wound on the equipment grounding at the same time, which is likely to cause poor contact, and at the same time, the test site appears messy; (3) There are too many grounding points, and the danger range is large; (4), when the grounding wire is not enough, the iron wire is used as the grounding wire, which is often found by the staff, and the iron wire is easy to be broken when the personnel walk around

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