Remote Monitoring of Coupled Tank Accompanied by PLC-OPC-MATLAB Architecture

Tushar Bhaskarwar, Rajan Chile, Sumit Aole, I. Elamvazuthi
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引用次数: 1

Abstract

This paper focuses on one of the important aspects in the industry 4.0 revolution which is remote monitoring of industrial process through the Industrial Internet of Things (IIoT). In this paper, the cascade control application of coupled level process plant is considered for remote monitoring with IIoT concept. The level of the tank was regulated using PLC-OPC-MATLAB configuration. In order to control the level of a Coupled tank process, two controllers for primary and secondary loops are used to achieve the desired set point. Proportional Integral Derivative-Proportional (PID-P) control strategy is implemented in primary and secondary loop respectively for tracking the set point with minimum settling time. The ThingSpeak platform, a cloud-based server is used for remote monitoring purpose. Finally, the results of the level response and its online observation shown in the result section.
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基于PLC-OPC-MATLAB体系结构的耦合罐远程监控
本文重点研究了工业4.0革命的一个重要方面,即通过工业物联网(IIoT)对工业过程进行远程监控。本文以工业物联网(IIoT)为概念,研究了耦合水平过程装置的串级控制在远程监控中的应用。通过PLC-OPC-MATLAB配置调节水箱液位。为了控制耦合槽过程的液位,采用主回路和次回路的两个控制器来达到所需的设定点。在主回路和副回路分别采用比例积分导数-比例(PID-P)控制策略,以跟踪沉降时间最小的设定点。ThingSpeak平台是一个基于云的服务器,用于远程监控。最后,在结果部分给出了水平响应及其在线观测结果。
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