What is the role of the stator in an induction motor?
1 Answer
The stator is a crucial component in an induction motor and plays a fundamental role in its operation. An induction motor is a type of AC (alternating current) electric motor widely used for various industrial and commercial applications. The stator is the stationary part of the motor and is responsible for producing a rotating magnetic field that interacts with the rotor to induce motion. Here's a breakdown of the role of the stator in an induction motor:
Magnetic Field Generation: The stator contains a set of windings, typically three-phase windings, that are evenly spaced around its inner circumference. When AC voltage is applied to these windings, they generate a rotating magnetic field due to the changing currents in the windings. This rotating magnetic field is what induces movement in the rotor.
Rotor Interaction: The rotor is the rotating part of the motor and is usually made up of conductive materials. When the rotating magnetic field produced by the stator cuts across the rotor conductors, it induces an electromotive force
Magnetic Field Generation: The stator contains a set of windings, typically three-phase windings, that are evenly spaced around its inner circumference. When AC voltage is applied to these windings, they generate a rotating magnetic field due to the changing currents in the windings. This rotating magnetic field is what induces movement in the rotor.
Rotor Interaction: The rotor is the rotating part of the motor and is usually made up of conductive materials. When the rotating magnetic field produced by the stator cuts across the rotor conductors, it induces an electromotive force