Production technology of fifth or sixth class of cable conductors and product of production technology

Abstract

The invention provides a production technology of fifth or sixth class of cable conductors and a product of the production technology. Thus, production period is greatly shortened, and compared with twice twisting in the traditional technology, the production technology is advantageous in that the wire binding procedure where most labor and time are consumed is directly omitted. Through long term practices, the technology has been well applied, and through the highly efficient production technique thereof, production efficiency can be improved and the bigger the cable conductor is, the much time is saved. By use of the conductor made through the provided production technology, the resistance and the outer diameter of the conductor are quite small; the conductor is smooth in appearance and compact in structure; working procedures are reduced; and materials are saved. In the provided production technology, the wire binding work procedure in the traditional technology where the efficiency of a twisting unit is lowest in the wire binding work procedure during the production of the fifth or sixth class of cable conductors. The wire binding work procedure, which mostly influences improvement of the production efficiency, is eliminated in the provided production technology, so the time for producing one cable is equivalent to the wire binding time of one twisting unit.

Description

[0001] Technical field: [0002] The invention relates to a production process of five and six types of cable conductors and products thereof. [0003] Background technique: [0004] Category 5 and Category 6 cable conductors are used in various mobile AC and DC electrical equipment due to their excellent bending properties, and their internal conductors are mainly Category 5 and Category 6 conductors. Because of the large number of conductors, it cannot be twisted in one time. In the traditional process, all cables with larger cross-sections greater than or equal to 6 square meters need to be bundled into strands smaller than 6 square meters and then twisted twice. Production The efficiency is low; in addition, the secondary twisted conductor is easier to damage, causing insulation breakdown and causing quality problems. The outer diameter of the final product is larger than that of the second type conductor, which wastes raw materials; There are gaps between the conductors, ...

AI Technical Summary

Problems solved by technology

Because of the large number of conductors, it cannot be twisted in one time. In the traditional process, all cables with larger cross-sections greater than or equal to 6 square meters need to be bundled into strands smaller than 6 square meters and then twisted twice. Production The efficiency is low; in addition, the secondary twisted conductor is easier to damage, causing insulation breakdown and causing quality problems. The outer diameter of the final product is larger than that of the second type conductor, which wastes raw materials; There is a gap between the conductors, which cannot be closely contacted and integrated, resulting in a larger resistance than the second type conductor cable of the same specification

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