主要介绍了20辊森吉米尔轧机的辊系结构，并对其工作辊、中间辊以及支承辊的分布和调整进行了具体的剖析。
This paper mainly analyses roll system structure of Sendzmir Mill with 20 Rolls, and also introduces the distribution and adjustment of working rolls, intermediate rolls and supporting rolls.
轧机特点：液压自动凸度控制工作辊的平衡与正、负弯。中间辊的侧移。
Special Mill Features: Hydraulic Automatic Gauge Control. Positive and Negative Work Roll Bending. Intermediate Roll Shifting.
HC轧机通过中间辊的轴向移动，可有效地控制工作辊的弯曲：增强板形控制能力。
With axial shift of intermediate roll, the bending of work roll on HC mill can be effectively controlled and the controllability of profile increases.
介绍了以可编程控制器（PLC）为核心的森吉米尔轧机中间辊中频淬火控制系统的设计原理与实现过程。
The design principle and realization of quenching control system based on PLC used in Sendzimir Mill intermediate roll were introduced.
HC轧机采用中间辊轴向窜动技术，使轧机的横向刚度显著增加，提高了板形控制能力。
By the technique of intermediate roll shifting, the HC-mill's gap stiffness and the shape control ability is improved significantly.
根据可逆冷轧机的生产特点，采用了一种简单的迭代方法求解负荷按比例分配构成的非线性方程组，得到总轧制道次数以及各个道次的中间厚度。
Based on the rolling feature and practice of reversible cold mill, a new calculating method to determine the load distribution is put forward by means of nonlinear equations.
根据可逆冷轧机的生产特点，采用了一种简单的迭代方法求解负荷按比例分配构成的非线性方程组，得到总轧制道次数以及各个道次的中间厚度。
Based on the rolling feature and practice of reversible cold mill, a new calculating method to determine the load distribution is put forward by means of nonlinear equations.
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