Multivariable temperature measurement and control system of large-scaled vertical quench furnace based on temperature field

查看全文 作　　者：[1]XuanZHOU;[1]ShouyiYU;[2]JiangYU;[1]LiequanLIANG

机构地区：[1]CollegeofInformationScienceandEngineering,CentralSouthUniversity,ChangshaHunan410083,China;[2]TexasIntrumentCompany,DalasTX75125,U.S.A

出　　处：《控制理论与应用(英文版)》索引2004年第2卷第4期,共5页

基　　金：It was supported by the National Natural Science Foundation of China (No. 59835170). 摘　　要：A temperature control system of 31m vertical forced air-circulation quench furnace is proposed,which is a kind of equipment critical for thermal treatment of aluminum alloy components that are widely used in aerospace industry.For the effective operation of the furnace,it is essential to analyze the radial temperature distribution of the furnace.A set of thermodynamic balance equations modeling is established firstly.By utilizing the numerical analysis result to modify the temperature measurements,the control accuracy and precision of the temperature are truly guaranteed.Furthermore,the multivariable decoupling self-learning PID control algorithm based on the characteristics of strong coupling between the multi-zones in the large-scaled furnace is implemented to ensure the true homogeneity of the axial temperature distribution.Finally,the redundant structure composed of industrial control computers and touch panels leads to great improvement of system reliability. 关键词：轴温度分布径向温度分布自学习PID控制冗余结构

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Multivariable temperature measurement and control system of large-scaled vertical quench furnace based on temperature field

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