The inductive reactance and resistance for the main windings of a capacitor start- capacitor run of...

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The inductive reactance and resistance for the main windings of a capacitor start- capacitor run of a single - phase induction motor (4.5+j 3.7) Q and the auxiliary windings of (9.5+j3,5) 2. respectively. In series with one winding, there exist an additional condenser. Assume the frequency of supply to be 50 Hz, 220 V, and 250 Watt. Knowing that the permanent capacitance value is considered 50 uf. Do as required for the followings: 1. Draw the phasor diagrams before and after adding capacitance? 2. Determine the auxiliary capacitance to provide maximum starting torque. 3. Plot the exact electrical equivalent circuit before and after capacitor insertion? 4. Draw the complete torque/speed characteristic specifically for the motor mentioned above? The inductive reactance and resistance for the main windings of a capacitor start- capacitor run of a single - phase induction motor (4.5+j 3.7) Q and the auxiliary windings of (9.5+j3,5) 2. respectively. In series with one winding, there exist an additional condenser. Assume the frequency of supply to be 50 Hz, 220 V, and 250 Watt. Knowing that the permanent capacitance value is considered 50 uf. Do as required for the followings: 1. Draw the phasor diagrams before and after adding capacitance? 2. Determine the auxiliary capacitance to provide maximum starting torque. 3. Plot the exact electrical equivalent circuit before and after capacitor insertion? 4. Draw the complete torque/speed characteristic specifically for the motor mentioned above?

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250 1 220V Main wg 50HZ 4537n 1 c run capacitor Before connecting Condensor m tan XL R tan137 ... View the full answer