Desarrollo de un Sistema Scada para la Medición de Tensión y Puentes con Sistemas Embebidos para el Laboratorio de Mecatrónica de la Facultad de Mecánica.

Abstract

We have designed a SCADA program for temperature and torque control of a motor through wireless connections with LabVIEW and the CompactRio which is a new technology with embedded design, it also consists of a chassis very resistant to severe environmental conditions and with reconfigurable and interchangeable modules Which allow us to acquire analog and digital signals directly as they have the property of conditioning the signal so that it can be read and processed by the chassis. The programming of this equipment can be done in Scan mode and in FPGA mode depending on the speed we need. The programs that were developed were a PID temperature control that will allow us to maintain a constant temperature without affecting the environmental conditions of the exterior, also designed a torque control of an engine that was activated by an external variable that goes to Be an extenciométrica gage that depending on weight that it in it the motor torque will increase and the most important thing that concerns these practices are the wireless control and monitoring of the equipments which we have done creating variable libraries to be read and Processed from different PCs that have a wireless connection. These practices will allow us to have a better knowledge about what a PID control is, the operation of the gauge extenciométricas, the creation of libraries and variables in LabVIEW and the acquisition of data by equipment of technology of tip.