Monitoring and Control of Component Transfer and Packing through Conveyors Using PLC, SCADA and Mobile Application

S. Jegandiravianath, A. Ajith, S. DharaniramT, M. Gokulnath, T. Balaji
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Abstract

The main objective of the project is to monitor and control the components that are being carried over the belt conveyers using PLC, SCADA and Android Mobile Application. The conveyer is controlled through the PLC programming for its control processes. SCADA and MOBILE APPLICATION are used to monitor the completed component that is passed through the conveyer at any specified time. Power reduction and energy utilization is minimized using Efficient PLC Programming. The entire process is Monitored and Controlled remotely using SCADA. The Report generation for the Conveyer process is programmed in SCADA like Conveyer Cycle time, Conveyer Idle Time and these data can be automatically saved in the Excel Data format (Data Logging Process). The whole process can be controlled using the Android mobile application in which the conveyer is controlled wireless in a Particular region of the Industry. The controllable range of the conveyor using the mobile application can also be extended to a wide range (apart from the industry premises) using multiple LAN connections. Where older automated conveyor systems would use in PLC and SCADA.
利用PLC, SCADA和移动应用程序监控和控制通过输送机的组件转移和包装
该项目的主要目标是使用PLC、SCADA和Android移动应用程序对带式输送机上携带的组件进行监控。通过PLC编程对输送机的控制过程进行控制。SCADA和MOBILE APPLICATION用于监控在任何指定时间通过输送机的已完成组件。通过高效的PLC编程,降低功耗和能源利用率。整个过程通过SCADA进行远程监控。输送机过程的报告生成是用SCADA编程的,如输送机周期时间,输送机空闲时间,这些数据可以自动保存在Excel数据格式(数据记录过程)中。整个过程可以使用Android移动应用程序进行控制,在该应用程序中,输送机在行业的特定区域进行无线控制。使用移动应用程序的输送机的可控范围也可以扩展到一个广泛的范围(除了工业场所)使用多个局域网连接。旧的自动输送系统将使用PLC和SCADA。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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