液位控制系统课程设计 储槽液位控制系统毕业设计（论文）

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1、湖南工程学院课程设计课程名称过程控制课题名称储槽液位控制系统专业自动化班级0701学号3姓名李敬杰指导教师沈细群李亚2010年12月24日0设计内容与设计要求设计内容：在工业生产过程中，液体贮槽设备如进料罐、成品罐、中间缓冲容器、水箱等应用十分普遍，为保证生产正常进行，物料进出需均衡，以保证过程的物料平衡，因此工艺要求贮槽内的液位需维持在某个给定值上下，或在某一小范围内变化，并保证物料不产生溢出，要求设计一个液位控制系统。设计要求：1）确定系统设计方案；2）选择相应的仪器设备；3）MCGS软件组态相应的监控画面；4

2、）完成控制算法程序设计；5）在DDC控制装置中进行调试；0主要设计条件假设贮槽设备是一水箱，生产工艺要求水箱液位应保持在，设计控制系统满足该要求。说明书格式1.课程设计任务书2.目录3.系统总体方案选择与说明4.系统结构框图与工作原理5.各单元硬件设计说明及计算方法6.软件设计与说明（包括流程图）7.调试结果与必要的调试说明8.使用说明9.程序清单10.总结11.参考文献附录附录A系统原理图附录B程序清单0进度安排设计时间为两周第一周星期一、上午：布置课题任务，讲课及课题介绍下午：借阅有关资料，总体方案讨论星期二、

3、确定总体设计方案星期三、选择相应的仪器设备，进行控制算法设计星期四、控制算法编程星期五、控制算法编程第二周星期一、MCGS组态监控画面星期二、MCGS组态监控画面，在DDC装置上进行调试星期三、在DDC装置上进行调试星期四、写说明书星期五、上午：写说明书，整理资料下午：交设计资料，答辩参考文献[1]邵裕森，戴先中.过程控制工程(第二版).机械工业出版社[2]刘国荣，梁景凯.计算机控制技术与应用.机械工业出版社[3]周杏鹏.传感器与检测技术.清华大学出版社0目录第1章系统总体方案选择·················

4、················5第2章系统结构框图与工作原理·························72.1系统机构框图···········································72.2工作原理···············································8第3章各单元软硬件······································93.1模拟控制对象系统····································

5、··93.2控制台·················································93.3上位机及控制软件系统·································93.4模拟量输入模块ICP-70170······························103.5模拟量输出模块ICP-7024······························113.6电动调节阀············································1

6、13.7液位传感器············································12第3章软件设计与说明··································134.1用户窗口··············································134.2实时数据库············································16第4章系统调试··········································1

7、75.1设备连接··············································175.20系统调试··············································175.3调试结果··············································185.3注意事项··············································19第3章总结·································

8、···············20附录程序清单·············································210第1章系统总体方案选择随着工业生产的迅速发展，工艺条件越来越复杂。对过程控制的要求越来越高。过程控制系统的设计是以被控过程的特性为依据的。由于工业过程的复杂、多变，因此其特性多半属多变量、分布参数、大惯性、大滞后和非线