Automation Of The Operation Of The Hot-strip Lamination Working Cylinder Transport Device*

Associacao Brasileira de Metalurgia,  Materiais e Mineracao
Ismael de Souza Dias Aloizio Cesar Gonzaga Gladston Santos Leandro de Paula
Organization:
Associacao Brasileira de Metalurgia, Materiais e Mineracao
Pages:
6
File Size:
413 KB
Publication Date:
Oct 1, 2019

Abstract

Looking for greater competitiveness, Gerdau started in 2013 the operation of its hot strip mill in Ouro Branco, being a milestone in Gerdau's history, where it definitely entered the flat products business. This mill consists of the reheating furnace, primary scaler, a Duo-reversible Quadrupole Steckel mill, accelerated cooling and final coiling. The Steckel mill works with two backup rolls and two working rolls, the backup rolls being responsible for supporting the rolling forces and the working rolls for shaping and surface quality to the strips, having as main requirement quality of surface finish. These rolls suffer high wear due to the lamination process and are exchanged with high frequency to ensure the quality of the laminated strips, after the exchange are sent to the Work Roll Shop for grinding and are positioned Grinded work rolls for the next planned change. This movement is accomplished through the crane and an exchange device that attaches to the cylinders to be transported from the Rolling Mill to the Work Roll Shop. The target in this article is focused on an improvement in this Device to increase operational safety and reduce stoppage losses downtime at the mill, improving the cost / benefit ratio and increase production.
Citation

APA: Ismael de Souza Dias Aloizio Cesar Gonzaga Gladston Santos Leandro de Paula  (2019)  Automation Of The Operation Of The Hot-strip Lamination Working Cylinder Transport Device*

MLA: Ismael de Souza Dias Aloizio Cesar Gonzaga Gladston Santos Leandro de Paula Automation Of The Operation Of The Hot-strip Lamination Working Cylinder Transport Device*. Associacao Brasileira de Metalurgia, Materiais e Mineracao, 2019.

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