Why Single Phase Induction Motor is not Self-Starting?
The main reason why a single-phase induction motor is not self-starting is that it produces a revolving magnetic field and not a rotating magnetic field.
About 98 % of the motors used in the world is induction motor. The induction motor is simple in construction. It is robust,rugged and reliable motor. All the posts written about induction motor is useful for engineering students and the professional engineers working in the field. I tried to cover every practical aspects in the posts. Happy Readings !!!
The main reason why a single-phase induction motor is not self-starting is that it produces a revolving magnetic field and not a rotating magnetic field.
This article describes the troubleshooting of the star-delta starter. Star Delta starters are widely used in electrical installation for starting large-rating squirrel cage induction motors
This article describes the difference between the locked rotor current and starting current of a motor. An induction motor takes about 5 to 7 times
This article describes the different efficiency classes (EFF1, EFF2, EFF3, IE1, IE2, IE3, IE4, and IE5) of electric motors. So let’s begin with the definition
In this article, we will discuss how we can change the direction of rotation of the induction motor and dc motor. First, we get a
In this article, we will derive the torque equation of three phase induction motor. The torque is the turning ability of an induction motor. When
In this article, we will discuss about AC traction motor or AC series motor used in AC electric traction applications. Nowadays, vehicles like cars, scooters,
In this article, we will discuss the condition for which the induction motor delivers the maximum torque. The torque of an induction motor depends on
The stepper and servo motors are widely used in industry. When properly selected for a particular application, both stepper and servo motors provide effective, reliable
In this article, we will discuss the effect of rotor reactance on the maximum torque of the induction motor. The torque-delivering capacity of an induction