Diseño e implementación de un banco de pruebas de circuitos Oleohidráulicos Industriales para el laboratorio de Sistemas Oleohidráulicos de la Escuela de Ingeniería Mecánica.

Abstract

This paper designed and implemented a test of industrial oil hydraulic circuits for the laboratory of tires and oil-hydraulic systems of the School of Mechanical Engineering, according to current industrial technological progress, for teaching purposes to contribute to the realization of student practices to which was selected criteria, acceptance and efficiency the most functional for the bank based on catalogs and standards of components. In the implementation of the bank was made the assembly of elements such as: power unit, actuators, solenoid, battery and power modules. It finished the implementation of the bank, the following step was performed test starting, operational and safety; the same ones that were satisfactory as was evident the proper functioning of the oilhydraulic test bench. The bank allows control practices linear actuators using solenoid valves and programmable logic controller (PLC), were you can do simulations of sequences of the different processes involved in the industry. For contribution to learning, laboratory guidance reflected the benefit of prospective students. In addition, a preventive plan to preserve the life of the maintenance test, and in the future we can increase the sensor system and to perform remote simulations for better and optimum use of educational bank.