2. INDUCTION MOTOR HEALTH MONITORING AND PROTECTION SYSTEM
Authors
Shambhudev Namdev Khamkar, Chaitanya Gajendra Rode, Omkar Someshwar Natu, Yashodip Ramesh Suryawanshi, Javed Shaik
DOI:
Abstract
This paper introduces a novel method for using an Arduino Nano to monitor and safeguard a three-phase induction motor. The goal is to continuously monitor the motor's voltage, current, and temperature in order to identify anomalous conditions instantly. An Arduino Nano, a current and potential transformer, a rel ay, a three-phase contactor, and an LCD display for real-time data visualization were used to create a protective system. Results from experiments demonstrate that the suggested approach is effective in monitoring and safeguarding three-phase induction mot ors, extending their lifespan by shielding them from a variety of fault scenarios.