1、 I 爬模机电气控制系统的设计爬模机电气控制系统的设计 摘摘 要要 爬模机是采用顶升式爬模，利用电机来爬升模板的机器。爬模机的模板安装与传统 模板的安装流程上保持一致，但有区别的是模板的拆装过程。传统式模板安装需要将模 板分开，一次安装一个小块，整个墙面需要安装很多次，而采用顶升式爬模模板安装， 只需要由 5 根主立柱顶着整个工作平台上升，所有模板也随着整个平台顶升，一次性将 所有模板吊装到位，大大简化了高层建筑物和桥梁的施工。如果采用爬模机安装修建高 层，模板安装这个过程花费也就不到 1 天时间，大大缩短了建筑所需时间。因此对爬模 机电气控制系统进行研究具有很大的现实意义。 文章对爬模机电气
2、系统的设计进行了比较深入的研究，论文的主要内容包括： 第一,阅读了一些爬模机电气控制系统的相关文献，对西门子 S7-200PLC、西门子 MM420 变频器等有了深入的研究，搭建起了系统的硬件平台。 第二,在西门子 S7-200PLC 的编程软件平台上， 设计出了爬模机工作的控制程序， 完 成对爬模机手动 6 个速度档位的控制与自动爬模程序。 第三,对西门子Smart Line 700触摸屏操作手册与SIMATIC WinCC flexible 2008 软件 进行了研究，设计出了触摸屏的 3 个操作界面，实现了触摸屏对爬模机的控制与监控。 最后在构建的爬模机硬件平台上进行安装与调试，验证系统
3、运行的可靠性。 关键词：爬模机，PLC,变频器，触摸屏 II Subject: Electrical control system design of the Climbing Mould Machine Specialty: Automation ABSTRACT Climbing mould machine is adopt roof up type climb mode, greatly simplifies the tall building and bridge construction. Climbing mould machines form installation and t
4、raditional template of the installation process be consistent, but there is a difference between the disassembly process is template. Traditional form installation will need to separate template, a install a small piece of, the whole me tope need to install a lot of times, and use roof up type climb
5、ing mould template installation, only need 5 root by lord pillar top the whole work platform rise, also with the jack-up platform, one-time all template hoisting in position. If use the foreign climbing mould machine installation build high-rise, template install this process cost less than 1 day ti
6、me, greatly shorten the time required for the building. So the topics research has great practical significance. In this paper, the designs of climbing mould machines electrical control system are compared of further research. The main contents of the thesis include: Firstly by reading the relevant textbooks and papers, is familiar with Siemens S7-200PLC, Siemens MM420 frequency converter and potentiometer, establishing the system hardware platform. Secondly based on Siemens S7-200 PLC pro
