基于ARM的电解槽电压和温度监测系统研究(英文)
发布时间:2021-12-29 07:26
针对湿法电解铜电解槽电压和温度存在的问题,结合国内电解行业的发展趋势和成功经验,研发一套针对电解铜过程中电解槽电压和温度巡回检测的自动化监测系统。该系统由64个单元槽监测装置和2个网关组成,单元槽监测装置把采集到的电压和温度等数据通过ARM处理器处理后经RS-485总线传输给主机实时处理和显示。针对强电磁干扰环境,系统采用DC/DC电源隔离、数字滤波、TVS及自恢复保险技术,能够有效抑制突波干扰,提高了系统运行的安全性和稳定性。
【文章来源】: 机床与液压. 2020,48(18)北大核心
【文章页数】:6 页
【文章目录】:
1 Introduction
2 Overall scheme design of the system
3 Hardware circuit design of monitoring system
3.1 Voltage acquisition module of electrolytic cell
3.2 Temperature acquisition module
4 The software design of control system
4.1 Overall structure block diagram of the software
4.2 Voltage and temperature acquisition of electrolyticcell
4.3 The design of data communication protocol
5 Conclusions
【参考文献】:
期刊论文
[1]基于神经网络遗传算法的铝电解槽电压优化 [J]. 徐辰华,李智. 系统仿真学报. 2016(05)
[2]浅议200kA铝电解槽生产中电压摆动原因及处理 [J]. 肖伟峰. 轻金属. 2007(10)
本文编号:3555670
【文章来源】: 机床与液压. 2020,48(18)北大核心
【文章页数】:6 页
【文章目录】:
1 Introduction
2 Overall scheme design of the system
3 Hardware circuit design of monitoring system
3.1 Voltage acquisition module of electrolytic cell
3.2 Temperature acquisition module
4 The software design of control system
4.1 Overall structure block diagram of the software
4.2 Voltage and temperature acquisition of electrolyticcell
4.3 The design of data communication protocol
5 Conclusions
【参考文献】:
期刊论文
[1]基于神经网络遗传算法的铝电解槽电压优化 [J]. 徐辰华,李智. 系统仿真学报. 2016(05)
[2]浅议200kA铝电解槽生产中电压摆动原因及处理 [J]. 肖伟峰. 轻金属. 2007(10)
本文编号:3555670
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