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在分析了陶瓷过滤机的工作流程后,针对目前陶瓷过滤机的控制现状,通过对控制系统网络结构的改进,结合西门子S7-300PLC进行了相应的硬件配置、软件设计,并使用MCGS设计上位机的组态界面,实现了陶瓷过滤机控制系统的远程控制,且引入了模糊算法解决精矿水分不达标这一问题,采用Matlab软件进行仿真分析,最终达到了预期效果,提高了生产效率和厂矿的经济效益。
After analyzing the workflow of the ceramic filter, according to the current control status of the ceramic filter, through the improvement of the network structure of the control system, the corresponding hardware configuration and software design are combined with the Siemens S7-300PLC, and the MCGS is used to design the host computer Configuration interface to realize the remote control of the ceramic filter control system and the introduction of fuzzy algorithm to solve the problem of non-compliance of concentrate moisture, the use of Matlab software simulation analysis, and ultimately to achieve the desired results, improve production efficiency and factories and mines The economic benefits.