This chapter describes the main tests that are commercially available for assessing the condition of rotor and stator windings. It describes the purpose of each test, together with the types of ...

This chapter describes the main tests that are commercially available for assessing the condition of rotor and stator windings. The purpose of each test will be described, together with the types of ...

The opposite is true as well in that anomalies on the primary or stator will be reflected on the secondary or rotor circuit. Knowing this make sure you don't jump to a conclusion that the stator ...

An induction motor, known as an asynchronous motor, has fixed stator windings electrically connected to the AC power source. The rotor rotates slower than the stator field for induction, resulting in ...

In this article, a computationally efficient, general method of calculating the ac resistance of an electric machine winding with rectangular conductors is presented. The method uses a 1-D ...

A rotating magnetic field is generated when an alternating current (AC) is passed through the stator winding. This field induces an electric current in the rotor, which creates its magnetic field. The ...

In this frame, the stator and rotor windings are modeled by sinusoidal voltage and current sources, and the electromagnetic torque and power are calculated by the interaction of the stator and ...

Quartzelec believe that the risk of stator winding failure can be vastly reduced and this, coupled with other monitoring devices that can be added to the same PDA II analyser package, helps achieve an ...