Arquitectura SCADA para una red de aire comprimido en un proceso de embutición metálica.

Abstract

In metal packaging manufacturing plants, they are always in constant growth, and in most cases this growth is disorganized and this leads to high operating costs, and therefore the production plants are constantly looking for new production methods to save costs. The modeling of a SCADA supervision system and the analysis for each of the processes is implemented using modeling tools such as UML diagrams and Petri nets, adjusting them to a metal packaging manufacturing plant. Automation nowadays has had serious technological advances in terms of control and supervision of industrial processes that allow monitoring and controlling systems effectively, providing benefits and advantages in the implemented systems. For the development of this degree work, the use of Petri Nets modeling methods and UML diagrams that give the facility to observe and analyze the dynamic behavior of the system, in this way it is possible to identify possible operational failures, and to project an architecture that guarantees the security and flexibility of the system, based on the advances and theoretical foundations in the area. As a final result, a system modeling that complies with the main functions proposed for each process involved is achieved. In addition to being able to design a control architecture that shows the control at each level of automation.