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(. What will be the air gap power (in watts) developed by a 3-phase induction motor, whose ratings are 230 V, 50 Hz, 120 hp, and 6-poles? Motor is operating at rated conditions with an efficiency of 92% and draws a line current of 260 A. The core loss and stator copper losses are 1710W and 2830 W respectively. (c) 92764.34 (a) 77578.02 (b) 99709.56 (d) 65781.76

(. What will be the air gap power (in watts) developed by a 3-phase induction motor, whose ratings are 230 V, 50 Hz, 120 hp, and 6-poles? Motor is operating at rated conditions with an efficiency of 92% and draws a line current of 260 A. The core loss and stator copper losses are 1710W and 2830 W respectively. (c) 92764.34 (a) 77578.02 (b) 99709.56 (d) 65781.76

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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(. What will be the air gap power (in watts) developed by a 3-phase induction motor, whose ratings are 230 V, 50 Hz, 120 hp, and 6-poles? Motor is operating at rated conditions with an efficiency of 92% and draws a line current of 260 A. The core loss and stator copper losses are 1710W and 2830 W respectively. (a) 77578.02 (b) 99709.56 (c) 92764.34 (d) 65781.76 --The End--
Transcribed Image Text:(. What will be the air gap power (in watts) developed by a 3-phase induction motor, whose ratings are 230 V, 50 Hz, 120 hp, and 6-poles? Motor is operating at rated conditions with an efficiency of 92% and draws a line current of 260 A. The core loss and stator copper losses are 1710W and 2830 W respectively. (a) 77578.02 (b) 99709.56 (c) 92764.34 (d) 65781.76 --The End--
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