power supplied to a Three-Phase Induction Motor is 60 KW and the stator losses are 3 KW. If the slip is 5 % determine : i) Rotor input (ii) Rotor Copper loss iii) Total Mechanical power developed by the Rotor iv) Output power of the motor, if Friction & Windage losses are 2 KW, and v) Efficiency of the Motor, neglecting Rotor Iron losses
power supplied to a Three-Phase Induction Motor is 60 KW and the stator losses are 3 KW. If the slip is 5 % determine : i) Rotor input (ii) Rotor Copper loss iii) Total Mechanical power developed by the Rotor iv) Output power of the motor, if Friction & Windage losses are 2 KW, and v) Efficiency of the Motor, neglecting Rotor Iron losses
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The power supplied to a Three-Phase Induction Motor is 60 KW and the stator losses are 3 KW. If the slip is 5 % determine : i) Rotor input (ii) Rotor Copper loss iii) Total Mechanical power developed by the Rotor iv) Output power of the motor, if Friction & Windage losses are 2 KW, and v) Efficiency of the Motor, neglecting Rotor Iron losses
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