Method for mounting continuous production line of non-oriented silicon steel

Abstract

A method for mounting a continuous production line of non-oriented silicon steel is characterized by including the steps of a, manufacturing and mounting a gantry frame steel structure; b, mounting single equipment online; mounting a horizontal continuous annealing furnace; and d, mounting process pipelines, including mounting of an industrial pipeline and an inter-unit pipe. The method for mounting the continuous production line of non-oriented silicon steel has the advantages that mounting efficiency is improved, and time limit is shortened; and construction process is simplified and compact, labor and construction cost are economized greatly, project quality is safe and reliable, and economic benefit is high.

Description

technical field [0001] The invention relates to a mechanical equipment installation, in particular to a non-oriented silicon steel continuous production line installation method. Background technique [0002] At present, due to the increasing domestic and international consumption of electrical steel, large and medium-sized domestic steel plants have installed a large number of non-oriented silicon steel production lines in order to quickly occupy the electrical steel market and obtain direct economic benefits. When steel mills install such large-scale complete sets of equipment lines, due to economic considerations and other factors, they often shorten the construction period, and because the owner's equipment supply is not timely, and the construction site is narrow, etc., the traditional construction technology cannot be used. Meet the needs of the construction period, and fail to complete the project with quality and quantity. [0003] The traditional "bottom-middle-top...

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Problems solved by technology

[0004] First of all, the traditional process sequence, long front, long construction period, step by step, increase the construction cost; secondly, if the owner's equipment is not supplied in time, it will directly lead to the inability to install the steel structure as a whole, and the unfinished steel structure will lead to failure of the equipment on the platform. Into the installation, which will affect the construction of pipelines and electricity, which will cause the project to not be completed on schedule, which will not only prolong the entire construction period, but also increase the construction cost; third, the construction site on site is narrow, and the body equipment and refractory materials and online equipment stacking, and the reasonable division of construction areas of various professions, etc., all affect the construction period and cost

[0005] Therefore, there are above-mentioned inconveniences and problems in the known non-oriented silicon steel mechanical equipment installation method

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