3-phase 3730W, 220V, 6 pole and 50 Hz induction motor operates at full load with a slip of O.025. The sum of the rotational losses including friction + windage losses and other (stray load) losses is 5% of the output power. Find the induced (electromagnetic) moment at full load. O 25.5725 N.m O 40.2582 N.m O 84.6395 N.m O 12.7863 N.m O 70.7351 N.m O 38.3588 N.m O 51.1451 N.m O 63.3692 N.m

Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter11: Transient Stability
Section: Chapter Questions
Problem 11.3P
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3-phase 3730W, 220V, 6 pole and 50 Hz induction motor operates at full load with a slip of 0.025.
The sum of the rotational losses including friction + windage losses and other (stray load) losses is
5% of the output power. Find the induced (electromagnetic) moment at full load.
O 25.5725 N.m
O 40.2582 N.m
O 84.6395 N.m
O 12.7863 N.m
O 70.7351 N.m
O 38.3588 N.m
O 51.1451 N.m
O 63.3692 N.m
Transcribed Image Text:3-phase 3730W, 220V, 6 pole and 50 Hz induction motor operates at full load with a slip of 0.025. The sum of the rotational losses including friction + windage losses and other (stray load) losses is 5% of the output power. Find the induced (electromagnetic) moment at full load. O 25.5725 N.m O 40.2582 N.m O 84.6395 N.m O 12.7863 N.m O 70.7351 N.m O 38.3588 N.m O 51.1451 N.m O 63.3692 N.m
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