Employing Radio Frequency (RF) for Remote Speed Tracking of DC Motors

Abstract

The application of Radio Frequency (RF) technology for remote speed tracking of Direct Current (DC) motors has gained significant attention due to its versatility and efficiency in various industrial and consumer applications. This study presents an innovative approach utilizing RF signals to monitor and track the speed of DC motors from a remote location. The primary objective is to devise a reliable and real-time speed-tracking system that enhances operational control and monitoring capabilities. The proposed system involves two essential components: an RF transmitter embedded within the DC motor and an RF receiver stationed at the monitoring centre. The transmitter gathers real-time speed data from the motor's speed sensor and transmits this information wirelessly through RF signals. The receiver, situated at a remote monitoring location, captures these signals and decodes the transmitted data to derive the motor's speed.