CAJ | 학술논문

通过对森吉米尔轧机控制程序上的改进和优化，提高了秒流量控制功能。根据该控制程序在现场实际应用的情况，设计了1种基于轧制状态下动态选择 AGC控制策略的程序，并成功应用于现场机组，提高了轧机的厚度控制精度。改进后，该森吉米尔轧机轧制出的成品厚度的标准差由原来的1.7μm 控制到0.4μm以内，厚度偏差在5μm内的合格率提高到99%以上，显著提高了生产管理和质量管理的能力。
통과대삼길미이알궤공제정서상적개진화우화，제고료초류량공제공능。근거해공제정서재현장실제응용적정황，설계료1충기우알제상태하동태선택 AGC공제책략적정서，병성공응용우현장궤조，제고료알궤적후도공제정도。개진후，해삼길미이알궤알제출적성품후도적표준차유원래적1.7μm 공제도0.4μm이내，후도편차재5μm내적합격솔제고도99%이상，현저제고료생산관리화질량관리적능력。
Through the improvement and optimization of original equipment's control program,the mass flow control function of original Sendzimir mill has been optimized. According to the actual application situation of the control program,a program which can dynamically select AGC control strategy based on the rolling status has been pro-posed and designed.This program has been successfully applied to the production, which improved the gauge control precision of the original mill.After the modification, the thickness standard deviation of silicon steel product by the Sendzimir mill has been controlled to less than 0.4μm from the original 1.7μm.At the same time,qualified rate of less than 5μm in thickness deviation has been increased to 99 %.Hence,this improved Sendzimir mill has remarkably enhanced the capability of manufacturing man-agement and quality management.