Implementación de un sistema de control para el freno electromagnético del banco dinamométrico Armfield modelo CM11, mediante técnicas de control PID y simulación en LabVIEW

Abstract

The project arose from the need to improve the measurement of torque and power of the Armfield dynamometer model CM11 in academic and research practices. The absence of a control system for the electromagnetic brake generates instability in the applied loads, affecting the validity of the results generated in the tests. To address this limitation, a user interface was developed in LabVIEW using PID control techniques that allow real-time monitoring and adjustment of braking parameters, integrating a NI USB-6009 DAQ data acquisition card for recording analog signals.