This is the data set of Practical reading of AC Servo Motor in Laboratory here I am going to make prediction model of AC servomotor. Introduction of Servomotor- An A.C. servo motor is basically a two phase induction motor except for certain special design features. A two phase induction motor consisting of two stator windings oriented 90 degrees electrically apart in space and excited by a.c. voltages which differ in time phase by 90 degrees. Generally voltages of equal magnitude and 90 degrees phase difference are applied to the stator phases thus making their respective fields 90 degrees apart in both tomes and space, at synchronous speed. As the field sweeps over the rotor, voltages are induced in it producing current in the short circuited rotor. The rotating magnetic field interacts with these current producing a torque on the rotor in the direction of field rotation. The shape of the characteristics depends on the ratio of the rotor reactance (X) to the rotor resistance (R). In normal induction motor differs in two ways from normal induction motor.
This is the data set of Practical reading of AC Servo Motor in Laboratory here I am going to make prediction model of AC servomotor. Introduction of Servomotor- An A.C. servo motor is basically a two phase induction motor except for certain special design features. A two phase induction motor consisting of two stator windings oriented 90 degrees electrically apart in space and excited by a.c. voltages which differ in time phase by 90 degrees. Generally voltages of equal magnitude and 90 degrees phase difference are applied to the stator phases thus making their respective fields 90 degrees apart in both tomes and space, at synchronous speed. As the field sweeps over the rotor, voltages are induced in it producing current in the short circuited rotor. The rotating magnetic field interacts with these current producing a torque on the rotor in the direction of field rotation. The shape of the characteristics depends on the ratio of the rotor reactance (X) to the rotor resistance (R). In normal induction motor differs in two ways from normal induction motor.