Virtual Instrumentation:A Practical Approach to Control and Supervision Process
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 fl exibility and reduction in project cost.
virtual instrumentation automation supervision manufacturin Labview.
Marilza A. Lemos Danilo M. Brunini Galdenoro Botura Jr. Marcio A. Marques Luiz Carlos Rosa
Control and Automation Engineering Sao Paulo State University - UNESP Sorocaba, Brazil
国际会议
哈尔滨
英文
2570-2573
2011-12-24（万方平台首次上网日期，不代表论文的发表时间）