Virtual instrumentation: A practical approach to control and supervision process
Virtual instrumentation: A practical approach to control and supervision process
复制标题
虚拟仪器：控制和监督过程的实用方法
DOI：
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发表时间：
2011
期刊：
影响因子：
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通讯作者：
L. C. Rosa
中科院分区：
文献类型：
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作者：
Marilza Lemos;Danilo M. Brunini;G. Botura;M. A. Marques;L. C. Rosa
这项工作描述了一个控制和监督应用程序，考虑到虚拟仪器的优势，控制和监督属于模块化生产系统MPS®的Festo的工业制造站。这些工作站集成了传感器、执行器、传送带和其他工业元件。这种方法的重点是用配备基于Labview的软件应用程序的计算机取代可编程逻辑控制器的使用，并共同执行传统仪器和PLC的功能。制造站的过程建模和仿真的Petri网。模型在Labview环境下实现。在UNESP Sorocaba校区自动化实验室安装的MPS®中进行的测试和以前的类似工作表明，这项工作中使用的材料和方法可以成功使用虚拟仪器。结果表明，该技术是工业过程自动化的一种有利方法，具有灵活性和降低项目成本的优点。
This work describes a control and supervision application takes into account the virtual instrumentation advantages to control and supervision industrial manufacturing stations belonging to the modular production system MPS® by Festo. These stations integrate sensors, actuators, conveyor belt and other industrial elements. The focus in this approach was to replace the use of programmable logic controllers by a computer equipped with a software application based on Labview and, together, performs the functions of traditional instruments and PLCs. The manufacturing stations had their processes modeled and simulated in Petri nets. After the models were implemented in Labview environment. Tests and previous similar works in MPS® installed in Automation Laboratory, at UNESP Sorocaba campus, showed the materials and methods used in this work allow the successful use of virtual instrumentation. The results indicate the technology as an advantageous approach for the automation of industrial processes, with gains in flexibility and reduction in project cost.