Of course current matters! If you didn't have a current, then you wouldn't have a magnetic field; without a magnetic field, you wouldn't get any torque, and the motor wouldn't work!
The recommended amperage for an induction stove is typically around 40 to 50 amps.
Overloads for motors are sized from the full load amperage that is taken from the motors nameplate. Depending on who the manufacturer of the motor contactor is will govern the sizing of the relay. Some contactors use bolt in heaters and others use a separate unit that connects to the contactor. No matter what method is used make sure to use the manufactures recommended overloads that are based in the motors FLA.
Xusheng Chen has written: 'Induction generator modeling and relaying' -- subject(s): Electric machinery, Induction, Electric motors, Induction, Induction Electric machinery, Induction Electric motors
ac motor is nothing but induction motor.So check out for characteristics of induction motors.
Eugene A. Klingshirn has written: 'Analytical and experimental study of high phase order induction motors' -- subject(s): Automobiles, Electric, Electric Automobiles, Electric motor vehicles, Electric motors, Induction, Electric propulsion, Equivalent circuits, Induction Electric motors, Induction motors, Stators
what are the various losses occurring in the motors
To limit the starting current in slip ring induction motors.
Rotary and Induction
Jussi Huppunen has written: 'High-speed solid-rotor induction machine' -- subject(s): Electric motors, Induction, Induction Electric motors, Mathematical models
2 types of motors First - AC Second - DC
Fahad H. Al-Ghubari has written: 'Voltage analysis of PWM inverter fed induction motors' -- subject(s): Computer simulation, Electric inverters, Electric motors, Induction, Induction Electric motors, Testing
Eric Roberts Laithwaite has written: 'Linear electric motors' -- subject(s): Electric motors, Induction, Induction Electric motors 'Electrical variable-speed drives'