Integrated plant for producing power cable and rubber sleeve cable

Abstract

The invention discloses an integrated plant for producing a power cable and a rubber sleeve cable. The integrated plant comprises a main workshop, wherein one end of the main workshop is provided witha vertical tower workshop, the other end of the main workshop is provided with a catenary workshop, the two sides of the main workshop are provided with at least one auxiliary workshop, the two endsof the auxiliary workshop are communicated with the vertical tower workshop and the catenary workshop respectively, and the integrated plant is internally provided with at least one rubber sleeve cable insulating sheath production line and at least one cable insulating core production line. The integrated plant for producing the power cable and the rubber sleeve cable have the advantages that thecost of investment is saved, the problem that the head and tail of production processes cannot be taken into consideration is solved, the labor productivity is improved, the transportation efficiencyis high, and the transportation cost is saved; a specialized conductor channel reduces the damage of a semi-finished product, the stereoscopic and unified transportation of an insulating sheath material reduces the pollution of the material, and the management is efficient; the production cost is low, the production efficiency is high, and the personnel occupation is less.

Description

technical field [0001] The invention relates to the field of factory planning and design in the electric wire and cable industry, and specifically relates to a comprehensive factory building for producing power cables and rubber-sheathed cables. Background technique [0002] The factory planning and equipment layout of the domestic wire and cable industry basically imitated the model of the former Soviet Union. Most of them are composed of separate workshops. The workshops are divided by process and products. They are roughly divided into wire drawing workshop, conductor stranding workshop, high-voltage cable workshop, medium-voltage cable workshop and rubber sheath cable workshop. Wait. Each workshop has a separate factory building, and each workshop is equipped with its own complete set of equipment. Each workshop is an independent subsystem. Due to the complex products and cumbersome process routes, the process turnover distance in the wire and cable production process...

AI Technical Summary

Problems solved by technology

Due to complex products and cumbersome process routes, the process turnover distance in the wire and cable production process is long, and many equipments need to be involved in lifting and transportation. Small output ratio, high production cost

Shortcomings such as product quality and safety production cannot be guaranteed

[0003] The disadvantages of the traditional method are: (1) split workshop, high cost of factory construction

(2) Each workshop is self-contained, and the investment in equipment fixed assets is large

(3) Between the workshops, the material circulation distance between the processes is long, and the operating cost is high

(4) The management is complicated, the personnel occupation is large, and the production efficiency is low. (5) The product quality and safe production cannot be guaranteed

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