Implementación de un módulo de instrumentación para medir y controlar variables de presión, temperatura, caudal y nivel, en el laboratorio de automatización industrial en la Facultad de Mecánica de la ESPOCH.

Abstract

The present degree contains the development and elaboration of the instrumentation module that will be implemented for the industrial automation laboratory of the Faculty of Mechanics, which will be used to control and measure the variables of pressure, temperature, tail and level of a system of fluid using innovative technology simulating industrial processes. The deductive method was applied to obtain the physical variables already established in the present research, its validity was verified by connecting different sensors. The different devices and elements were programmed in the Arduino software that allows an analog communication of the sensors, obtaining digital results in the control screens of the instrumentation module and trough practices of measurement of pressure, temperature, flow and level, were analyzed directly by each of the sensors obtaining values in real time and continuously without the existence of risks of the user. The instrumentation module proves to be reliable and safe since it is able to control and measure the four variables and simulate an industrial process and additionally it is recommended that the user must have previous knowledge to manipulate all the elements that were incorporated for the instrumentation module.