1、 I 退火炉控制系统设计退火炉控制系统设计-微机监控程序设计微机监控程序设计 摘摘 要要 随着科学技术的快速发展， 退火处理已经成为制作球墨铸管的一道重要工艺， 它严重关系着球墨铸管产 品的质量。 本课题要求根据工程实际需求用组态软件进行系统监控程序设计， 要求了解系统监控软件的一般 实现方法，掌握组态软件的功能。本文通过对退火炉控制系统的控制要求和实现功能进行简要的分析，利用 MCGS 组态软件实现了对退火炉控制系统的设备组态，并且绘制了相应的工艺流程图。本文还对该系统的 温度以及水流量等实时数据的存储，报警记录消息，曲线的绘制，报表的输出等方面作出了较为详细的介绍 和分析。经调试运行的结果
2、表明，所设计的微机监控系统能够满足远程监控的需要，并取得了良好的效果。 关键词：退火炉；球墨铸管；监控：退火炉；球墨铸管；监控；组态软件组态软件 II Anneal furnace control system design - microcomputer monitoring program design Abstract With the rapid development of science and technology, annealing treatment has become an important process of making nodular pipes, which
3、 severely influence the quality of nodular pipes product. According to actual engineering needs ,this topic suggest to use configuration software system to monitor program design, the students are required to know how monitoring software of the general system is realized, and grasp the functions of
4、the configuration software. According to brief analysis of the control requirements and realizing function of anneal furnace control system, this article use MCGS software to realize the annealing furnace equipment configuration of the control system, and draw the corresponding process diagram. This paper also provides detailed introduction and analysis about the system of temperature and flow, the data storage, alarm recording news, real curve , statements output and so on. The result
