自动化控制系统课程设计教程.docx

电烤箱的炉温控制系统设计姓名：学号：班级：Design of Temperature Control System of Electric OvenSupervisor:Professor MengHongjiNortheastern UniversityDecember 2016摘要本次课程设计是灵活运用自动检测技术及仪表、过程控制仪表、过程控制系统等相关基本知识和基本理论模拟设计一个过程控制系统。通过对电烤箱控制系统的工作方案设计、设备选型及其连线，从而利用阶跃输入炉温控制系统的对象-传递函数确定。根据确定的对象-传递函数求得PID参数的理论值。编写组态王软件程序，设计合理的人机交互。利用组态王软件编制的上位机监控软件，将PID参数传输给控制器。在上位机输入PID参数，根据PID调节规律进行多次调试，完成单回路PID炉温控制的实现。核心工作就是找到合适的PID参数，利用试凑法加调节经验多次尝试，最终调出合适的输出曲线。经过设计一个过程控制系统，培养了解决实际问题的能力。关键词：过程控制，PID参数，软件程序，炉温控AbstractThe course design is a process control system which is used to simulate the basic knowledge and basic theory of automatic detection technology and instrument, process control instrument, process control system and so on. Through the electric oven control system scheme design, equipment selection and connection, the step input temperature control system of object - transfer functions are determined. The theoretical value of the PID parameter is obtained by determining the object transfer function. Preparation of Kingview software program, the rational design of human-computer interaction. The PC monitoring software Kingview software, the PID parameter is transmitted to the controller. In the PC PID input parameters, according to the PID rules for the regulation repeatedly debugging, we can control the single loop PID temperature of the stove. The most important work is to find appropriate PID parameters, using trial and error method regulation experience several attempts, finally mix the proper output curve. Through the design of a process control system, it can cultivate the ability to solve practical problems.Key Words: process control, PID parameter, software program, temperature of the stove目录摘要IAbstractII目录III第一章概述11.2.1控制系统的工作原理11.2.2控制系统的硬件选择11.2.3炉温控制系统-对象传递函数的辨识21.2.4炉温单回路控制系统的实现2第二章课程设计任务及要求32.1.1理论设计部分32.1.2系统设计32.1.3安装调试部分32.2设计要求3第三章系统硬件设计53.1设计电路连接53.2设计需要的设备53.2.1可控硅53.2.2固态继电器：63.2.3 CD901智能仪表73.2.4 RS232/RS485转换器7第四章组态监控软件的编制84.1建立一个新工程84.2设备连接84.3图形界面的设计84.4构造数据库94.5动画连接94.5.2按钮104.6