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首页> 外文期刊>IEEJ Transactions on Electrical and Electronic Engineering >Design and implementation of real‐time monitoring and control system supported with IOS/Android application for industrial furnaces
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Design and implementation of real‐time monitoring and control system supported with IOS/Android application for industrial furnaces

机译:iOS/Android应用程序为工业炉提供了支持的实时监控和控制系统的设计和实施

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摘要

SCADA (supervisory control and data acquisition) systems have been used widely in the manufacturing process in parallel to the rapid advancement of technology in recent years. The quality of products in these systems depends on direct process monitoring and control. Therefore, in this study, a SCADA‐based scale model is developed for real‐time monitoring and control of an industrial furnace by using Android/IOS‐based smartphones. To achieve the desired temperature in the furnace and to keep the energy saving constant, a PLC‐based SCADA system was designed. In the designed system, the furnace temperature is measured continuously by sensors and the furnace voltage is set as analog in order to reach the desired temperature as soon as possible. Different PID parameters are used to achieve this aim. Thus, the product quality is increased and energy efficiency is achieved. ? 2018 Institute of Electrical Engineers of Japan. Published by John Wiley & Sons, Inc.
机译:scada(主管控制和数据采集)系统在制造过程中已被广泛使用,并同时使用快速运行近年来技术的进步。这些系统中产品的质量取决于直接过程监视和控制。因此,在这项研究中,通过使用基于Android/iOS的智能手机开发了基于SCADA的规模模型,用于实时监控和控制工业炉。为了达到炉中所需的温度并保持节能恒定,设计了基于PLC的SCADA系统。在设计的系统中,通过传感器连续测量熔炉温度,并将炉电压设置为模拟,以便尽快到达所需的温度。使用不同的PID参数来实现此目标。因此,产品质量增加并实现了能源效率。 ? 2018年日本电气工程师研究所。由John Wiley&amp出版Sons,Inc。

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