Cutting-Edge Technology for HSM – Strip Steering Control

C. Mengel, M. Breuer, O. Jepsen
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Abstract

Stability of the hot strip mill rolling process remains a main topic when it comes to processing thin and hard materials. Strip steering especially at the end of rolling and tail out rips are a main source of unscheduled down times in a hot strip mill. Main focus of this paper is the new X-Roll Guide system to improve mill stability and quality. An overview of SMS group developments in the recent years regarding equipment and control strategies is given. The new side guiding system in the entry area of the finishing mill is introduced and explained with operational examples. The system provides reproducible conditions for the threading process and during rolling. Steering control has a direct benefit on the availability of the mill. New developments of the roll alignment control strategies based on roll force and mill stand entry guide force measurement will be presented. Additionally a camera based measuring system is introduced that generates a direct process feedback of the strip position. It provides together with the roll alignment control the necessary control parameters for adjusting the roll gap and guiding the strip correct centered through the mill. As a summary the SMS group system is explained combining all features.
HSM -带钢转向控制的尖端技术
在加工薄硬材料时,热连轧过程的稳定性仍然是一个主要问题。带钢转向,特别是在轧制结束和尾部剥离时,是热轧带钢意外停机的主要原因。本文主要研究了新型x辊导向系统,以提高轧机的稳定性和质量。概述了近年来SMS集团在设备和控制策略方面的发展。介绍了精轧机入口区新型侧导系统,并结合实例进行了说明。该系统为螺纹加工和轧制过程提供了可再现的条件。转向控制对轧机的可用性有直接的好处。介绍了基于轧辊力和轧机机架入口导向力测量的轧辊对中控制策略的最新进展。此外,还介绍了一种基于相机的测量系统,该系统可以直接产生带钢位置的过程反馈。它与轧辊对中控制一起提供必要的控制参数,用于调整轧辊间隙和引导带钢在轧机中正确中心。作为总结,结合所有功能对短信群系统进行了说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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