Diseño e implementación de un sistema de encendido automático para un generador de voltaje accionado por músculos eléctricos para el Centro de Acopio “Tahualag”.

Abstract

The Research aimed to design and implement a new model for automatic operation for a voltage generator using electronic muscles in the Collection Center of milk in Tahualag. The need to study the performance and applications of electronic muscles in the laboratory has encouraged to build new models of automatic activation for industrial equipment. The installation of sensors in the public power grid allow start and off the designed. It has a module of conventional automatic transfer and a Deep driver Sea PLC driver which allows communication between the board transfer and control system of the equipment. The controller has a program that helps identify defects in sensors operating in the system (motor speed, oil pressure, temperature, generated voltage, power, frequency and hours of operation of the motor), it is also a key factor for communication between electrical muscle and automated control system. The control system has GSM communication, indicating the start and off the electric generator by a message and a remote control that can be manipulated by the user through a computer or a mobile device. Finally, the implementation resulted in a correct automation during the transfer of power from the generator without human intervention, and avoiding this way shutdowns during milk cooling and introducing new robotic technologies in industry. As they are new system implemented in rural milk micro-enterprises training in recommended to those in charge of milk collection center on the management and maintenance of the newly installed device and user manuals with clear information for a good understanding.