Automação de reator químico usando Micropython e sistema supervisório

Abstract

Although process automation is growing, there are still many are as withless implementation that possible due to the lack of interaction between some areas of knowledge. Inaddition to the development of automation, the use of traditional Industry systems in academia is lacking, such as the development of complex automation systems, including supervisory control and data acquisition systems (SCADA). Usually, the development of automation systems is inaccessible to the public that is not part of the specific área of Electrical and automation.However, it is necessary to develop Automated systems using open source technologies that are faster and easier to learn. Considering our target was to develop anautomated reactor using Python as the programming language of the microcontroller, which controls the physical system, and the development of a human-machine interface using an open SCADA system (Scada-LTS). This integration between the SCADA system and the microcontroller, programmed in a high-level programming language, proved to be of rapid development and satisfactory performance. Promoting a system that serves as a tool for the promotion of various control and automation algorithms, with out the need to assemble new physical systems, using different means, such as interactions through programming interfaces or via the supervisory system.