CD Skripsi
Analisis Kinerja Motor Induksi 3 Fasa Pada Saat Motor Induksi Kondisi Tidak Ideal
ABSTRACT
Three-phase induction motors can experience an unbalanced stator impedance state in each phase. It is necessary to test the effect of these conditions on the performance, stator current, rotational speed, and efficiency of the induction motor. The research method used is to determine the fixed parameters of voltage (V), frequency (Hz), and power (W). Testing of a three-phase induction motor, when the load between the phases is balanced or unbalanced, is carried out using Simulink Matlab 2018a. Furthermore, testing and calculations are carried out when the three-phase induction motor is balanced or unbalanced when the resistive resistance and stator inductive resistance values are balanced. From this study it can be concluded that an unbalanced state causes the stator current to increase, the rotational speed to decrease, the efficiency of the induction motor to decrease, and the performance of the induction motor to be poor.
Keywords: stator current, efficiency, induction motor, power.
Tidak tersedia versi lain