CAJ | 학술논문

飞剪是轧机线的重要组成部分,控制性能直接影响着飞剪的剪切精度与功能投入率.讨论了经冷连轧机轧制出的带钢,当其剪切点在冷连轧机的末机架入口出现后,轧机出口飞剪对带钢进行剪切的控制算法,在飞剪进行剪切过程中,加入惯性补偿环节,采用所述控制方法进行剪切,飞剪响应快速灵敏,带钢剪切断面光滑.
비전시알궤선적중요조성부분,공제성능직접영향착비전적전절정도여공능투입솔.토론료경랭련알궤알제출적대강,당기전절점재랭련알궤적말궤가입구출현후,알궤출구비전대대강진행전절적공제산법,재비전진행전절과정중,가입관성보상배절,채용소술공제방법진행전절,비전향응쾌속령민,대강전절단면광활.
The flying shear is an important part of the tandem mill line. The control performance affects cutting accuracy and function devotion ratio directly. The control process and relevant algorithm for cutting strips by flying shears were discussed and developed under conditions that the cut point of strip is positioned at the entry of the last stand of tandem cold mill (TCM). At the process of cutting, we add the inertia compensa-tion tache. The flying shear controlled by such a procedure and relevant algorithm respondes fast and astutely and the strip sections cutted off are proved greatly slick.