汽车减震实验台设计
汽车减震实验台设计
摘要：随着时代的进步与发展，汽车成为了我们日常生活中不可或缺的一部分，而汽车减震器则是汽车组成中的一个重要部分。汽车减震器的作用是缓解路面带来的冲击，迅速吸收颠簸时产生的震动，使车辆恢复到正常行驶状态。本次的课题是设计汽车减震实验台设计，它的作用在于检测汽车减震器的特性和耐久性，通过plc控制机械进行一系列的动作来得出具体的数据，直观的显示出汽车减震器的质量的好坏。
本次的汽车减震器实验台的控制系统采用SIEMENS可编程控制器、WENVIEW触摸屏等进口器件。安装使用方便，可根据不同的要求设定不同参数，界面友好。 触点控制，性能可靠。
关键词：汽车减震器、plc、检测
Automobile suspension test bench design
Abstract: along with the progress and development of The Times, the car became an indispensable part of our everyday life, while automobile shock absorber is an important part of car component. Automobile shock absorber is to alleviate the impact of the pavement, quickly absorb its turbulence, the vehicles are driven back to normal state. This subject is to design the car suspension test bench is designed, its function is to detect characteristics and durability, automobile shock absorber by PLC control the machine to a series of actions to get the specific data, intuitive show the quality of automobile shock absorber.
The car shock absorber test bench of the control system adopts SIEMENS PLC, WENVIEW touch screen and other imported components. Easy to install and use, can according to the requirement of the different setting different parameters, friendly interface. Contact control, reliable performance.
Keywords: automobile shock absorber, PLC, test
目录
摘要·············································Ⅰ
Abstract··········································Ⅱ
第一章 绪论···········································1
1.1机电一体化概论·······························1
1.2汽车减震器的来由及作用·······················1
1.3汽车减震器的分类·····························5
1.4汽车减震器实验台的作用·······················8
1.5汽车减震器实验台的应用前景和未来的发展趋势···············································8
第二章 汽车减震器实验台的电气控制系统的设计········9
2.1汽车减震器实验的平台用途·····················9
2.2汽车减震器实验平台的技术指标·················9
2.3汽车减震器实验平台的概述·····················9
2.4汽车减震器实验平台PLC的选用及使用···········9
2.5变频器的选择·································12
2.6设备的操作···································14
2.6 PLC控制程序设计····························18
小结与致谢
参考文献
毕业设计附录目录：
1、PLC配置图
2、PLC输入图
3、PLC输出图
4、布局图
5、电源分配图
6、端子图
7、原理图
8、主电源图
参考文献
1西门子公司.s7-200 可编程控制器系统手册.[M].西门子公司，2008
2向晓汉，黎雪芬，张爱红等.PLC 控制技术与应用.[M].北京：清华大学出版社,2010.
3向晓汉.电气控制与PLC 技术.[M].北京：人民邮电出版社，2011.
4严盈富.触摸屏与PLC入门. [M]：人民邮电出版社，2006.
5侯荣国，冯延森. 基于Internet的机电一体化实验教学平台的建立. [J]：制造业自动化周刊，2009.
6周长城.汽车液压筒式减振器设计及理论. [M]：北京大学出版社
7迪克逊(John C.Dixon). 减振器手册. [M]：机械工业出版社
http://www.bysj360.com/ http://www.bysj360.com/html/1485.html http://www.bysj360.com/html/5139.html
