下载后可任意编辑过程控制课程设计报告贮槽液位控制系统设计12024 年 4 月 19 日过程控制课程设计设计题目：贮槽液位控制系统设计 学院：电气工程学院 专业：自动化班级：091 班 6 月 4 日小组成员：下载后可任意编辑序号学号姓名设计分工16姚航程总方案的确定及原理、控制参数的整定、simulink 仿真17韦寿德测量变送器的选型、控制参数的整定、查阅资料18张印测量变送器的选型、控制参数的整定19邓世杰调节阀的选型、水箱的建模20杨奉志总方案的确定及原理、控制参数的整定、simulink 仿真21钟昌帅simulink 仿真、调节阀的选型22李晓明控制器的选型、控制参数的整定、设计总结、整理报告23张凯强simulink 仿真、水箱的建模、查阅资料24农志兴调节阀的选型、水箱的建模25袁剑波控制器的选型、查阅资料26李季调节阀的选型、控制器的选型27黄灵浩测量变送器的选型、水箱的建模、查阅资料28谭雷调节阀的选型、水箱的建模29吴高阳控制参数的整定、水箱的建模、查阅资料30潘敏调节阀的选型、测量变送器的选型目录一、设计目的·············································4二、设计任务及要求·······································4三、工艺过程及要求·······································5四、系统总体方案的选择及说明·····························632024 年 4 月 19 日下载后可任意编辑五、系统结构框图与工作原理·······························71.系统结构框图···········································72.工作原理···············································83.水箱建模···············································8六、各单元软硬件·········································101.控制对象···············································102.控制器·················································10...
