Implementación de un sistema de control para motores Agl Trino 300 aplicados en accesos peatonales.

Abstract

In the present investigative and applicative project by means of the imminent visualization of the existing necessity in the access to the laboratory of Automation and control, the problem of automation of controlled access for the pedestrian doors that give entrance to this laboratory was raised, to be able to give solution to this problem the objectives were raised that in the first place help us to have theoretical foundations of electronic devices dedicated to the control of access or attendance and this way to be able to investigate them and to select the necessary and complementary devices between yes that by their conjunction allow us to give solution to the present problem, Once these devices are selected, we will be able to have the ease of construction of the system, to take advantage of the characteristics of each of the actuators and sensors through the use of signals, to be able to privatize the access to this area and give controlled access to suitable users through biometric parameters, such as face, fingerprint, keys and cards. By means of the objectives and gathering the appropriate and necessary information for the installation set of tools, knowledge and the elements that will make up the system, we proceeded to install in an effective way with a previous analysis of the area through the simulation of the prototype of the system, after its installation with connection regulations and current conduction, we proceeded to make the wiring of these devices, to finally proceed to the connection and programming of the access system, and once give way to the validation process through tests to be carried out by the installer and then the users and determine that the problem was eradicated.