The effective impedances of the main and auxiliary windings of a capacitor-start induction motor under locked-rotor conditions are given as follows: Main winding: effective resistance = 5.3 2;...


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The effective impedances of the main and auxiliary windings of a capacitor-start induction<br>motor under locked-rotor conditions are given as follows:<br>Main winding: effective resistance = 5.3 2; effective reactance = 9.6 2<br>Auxiliary winding: effective resistance = 7.5 2; effective reactance = 3.2 2<br>If the VL is 150 V,<br>a. Illustrate the equivalent circuit and determine the magnitude of real, reactive and<br>apparent powers from the main and auxiliary windings.<br>b. Calculate the phase angle between Ia and Is.<br>c. Calculate the line current IL.<br>d. Determine the power factor under locked-rotor conditions.<br>

Extracted text: The effective impedances of the main and auxiliary windings of a capacitor-start induction motor under locked-rotor conditions are given as follows: Main winding: effective resistance = 5.3 2; effective reactance = 9.6 2 Auxiliary winding: effective resistance = 7.5 2; effective reactance = 3.2 2 If the VL is 150 V, a. Illustrate the equivalent circuit and determine the magnitude of real, reactive and apparent powers from the main and auxiliary windings. b. Calculate the phase angle between Ia and Is. c. Calculate the line current IL. d. Determine the power factor under locked-rotor conditions.

Jun 11, 2022
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