Specifying the loss function and quality improvement for the three phase inductive motor using taguchi design tool

Abstract EN

The quality of machines and motors depends on the high efficiency and lower losses in the electrical power because of the industrial operations, but for reducing the losses and improving the machine performance should improve the power factor (PF) for the ~ machines.

This research aims to improve quality, performance, and specifying the loss function for the motor and machine.

This research used a Taguchi Design tool with three factors and two levels.

The factors are apparent power, voltage, and current, and two levels which are high and low.

Where responses are power factor (PF), exploited power, and signal to noise ratio (S/N) was large the better.

This research was presented and studied the main effects plot, interaction between factors, loss function, and statistical results.

The research was concluding that best combination that is achieving the high quality, high efficiency and optimum loss function is (2, 1, 1) or (4033VA, 675V, 2.4A), and the combination that achieves the loss function is (2, 1, 2) or (4033VA, 675V, 6A).