IoT Application-Specific for Supervising and Enquiring Industrial Devices

N. H. Alwash, A. N. Abdullah, Ali Talib Jawad, Noor S. Ali
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Abstract

The development of industrial infrastructure is considered the main requirement to grow the countries' economies. This development comes by making industrial systems more flexible, reliable, reducing manual works and improving automatic systems, and improving the communications system with effective monitoring and controlling system. These entire concepts make easy interactions with industrial devices, better productivity, and high-quality industrial products. As well as the Industrial Internet or Internet of Things (IoT) expression is circulation in wieldy industrial applications. In the present paper, we implemented the practical design of the industrial system that can monitor and control industrial motors operations in real time, which is considered one important industrial application. This industrial system is based on an IoT structure. We programmed our cloud server connection to connect a wirelessly with an Arduino microcontroller. This system have PID controller with PWM modulation and continuous controlling and monitoring any time around the world. The obtained results shows the stable operation of the system. It can a record of speed of motors and change of devices status in the industrial systems with the efficient and low-cost communication system.
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用于监督和查询工业设备的物联网应用
工业基础设施的发展被认为是各国经济增长的主要要求。这一发展来自于使工业系统更加灵活、可靠,减少手工工作和改进自动化系统,以及通过有效的监控系统改进通信系统。这些整体概念使与工业设备的交互变得容易,从而提高了生产率和高质量的工业产品。以及工业互联网或物联网(IoT)的表达是流通在庞大的工业应用。在本文中,我们实现了工业系统的实际设计,该系统可以实时监测和控制工业电机的运行,这被认为是一个重要的工业应用。该工业系统基于物联网结构。我们对云服务器连接进行了编程,使其与Arduino微控制器进行无线连接。该系统采用PWM调制的PID控制器,可实现任意时刻的连续控制和监测。结果表明,系统运行稳定。利用高效、低成本的通信系统,可以记录工业系统中电机的转速和设备状态的变化。
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