Analysis of Performance Test and Consumption of BLDC 350 W Motor Power to Mechanical Vibration with Variation of Speed and Load Variation

Abstract

Electric motors Performa with the type of BLDC (Brushless DC Motor) or DC brushless motors are widely used in the industrial sector as movers that have a relatively constant speed, and are also widely used in transportation as electric car drives, electric bicycles and electric motors. In this study a 350 watt BLDC motor was used as the main driver. The motor is controlled via a BLDC Controller with a 48 Volt 10 Ampere variable DC Rectifier. The test is done by measuring the power absorbed by the motor and its speed, and measuring the vibration or vibration of the motor, using a vibration meter. In this study, it is expected that the test results can be analyzed to obtain the performance of a high efficiency BLDC motor that is energy efficient. In this research, the performance of BLDC Motor will be maximal with the use of the smallest wheel transmit when the motor is starting and running condition is using the highest transmission gear. The results of the study are used to improve and improve performance in the manufacture of electric vehicles for competition and commercial use.