The higher the frequency, the faster the motor will spin. This results in better cooling, so the motor can be designed smaller. There are other effects as well, but perhaps this will get you started.
secret......... They are proportional..
In an induction motor, the speed is dependent on applied voltage and can be varied as per requirement. In a synchronous motor, the speed depends on number of poles and frequency of supply. If frequency is constant, its speed will remain constant. Industrially...Induction motors are most preferred because of their robustness and efficiency
The effect of low voltage on induction motors raises the current that the motor will draw.
because the squirrel cage induction motor is cheaper and high starting performance is not required.
induction motor start by magnetic motor
secret......... They are proportional..
Both of these two values have an effect on the revolutions per minute of the motor. It is these two values that the principal of the Variable Frequency Drive operates on. Not using a VFD, the nameplate ratings of the motor must be adhered to.
The main difference will be the motor's torque will be decreased, potentially making it undersized for its' purpose. The motor's speed will also be decreased since n=(120f)/P.
In a high frequency induction motor, EMF is induced leading to current flow. Torque in the rotor coil increases. As frequency increases, Impedance of the Rotor increases and currency reduces.
In an induction motor, the speed is dependent on applied voltage and can be varied as per requirement. In a synchronous motor, the speed depends on number of poles and frequency of supply. If frequency is constant, its speed will remain constant. Industrially...Induction motors are most preferred because of their robustness and efficiency
The effect of low voltage on induction motors raises the current that the motor will draw.
because the squirrel cage induction motor is cheaper and high starting performance is not required.
because the squirrel cage induction motor is cheaper and high starting performance is not required.
induction motor start by magnetic motor
Yes the Induction motor works on Electromagnetic induction principle.
An induction motor has a lagging power factor. Motors of more than about 2 HP are designed to have a power factor of 0.85 or higher.
We can control the speed of the Induction Motor by 1)By changing Applied Voltage, 2) By changing the Applied Frequency, 3) By changing Number Of Stator Poles.