| Muhimmiya | Wone Store |
| Model NO. | Kaiyi E5 |
| Mudel na keke | Oil tanker |
| Siri | Car |
Wetin be AC Induction Motor (ACIM)?
Definition：
An alternating - current induction motor na mota electric wey dey generate torque through the interaction between the rotating magnetic field produced by the stator windings and the induced current in the rotor. E get known say there dey a slip between the rotor and the stator magnetic field, that is, the speed of the rotor dey always lower than the speed of the stator magnetic field.
Working Principle：
Stator Windings: The stator windings dey usually three - phase windings and dey generate a rotating magnetic field through three - phase alternating current.
Rotating Magnetic Field: When three - phase alternating current pass through the stator windings, a rotating magnetic field go dey generate inside the motor.
Rotor Induction: The rotor dey usually have a squirrel - cage or wound - type structure inside. When the rotating magnetic field cut through the rotor conductors, a current go dey induced in the rotor conductors.
Electromagnetic Torque: The induced current and the rotating magnetic field go dey interact to generate electromagnetic torque, which dey drive the rotor of the motor to rotate.
Slip: Since the speed of the rotor dey always lower than the speed of the rotating magnetic field, there dey a certain amount of slip. This na an important characteristic of an alternating - current induction motor.
Structural Characteristics：
Stator: The stator na the stationary part with three - phase windings inside. E dey usually adopt a laminated structure to reduce eddy - current losses.
Rotor:Squirrel - Cage Rotor: The inside of the rotor dey made of cast - aluminum or copper bars, and the two ends dey connect through a ring - shaped conductor to form a closed - loop circuit.
Wound Rotor: The inside of the rotor na a winding, and the rotor current dey can be adjusted through an external resistor, thus changing the performance of the motor.
Housing: The housing of the motor dey use to fix the stator and rotor and dey provide necessary support and protection.
