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A 3-phase; 24 kVA, 400 V, 50 Hz, A-connected.salient.pole synchronous motor, has. X4 8.2.and. X-40. The motor operates at full-loadi currentat 0.8 power factor leading. 1. The quadrature axis current l, is: a) 17.53 A b) 14.14 A c) 30.36 A d) 19.21 A 2. The excitation voltage is: a) 267 V c) 448 V d) 509 V b) 305 V 3. The developed reluctance power is: a) 6266 W b) 8400 W c) 10800 W d) 2300 W

A 3-phase; 24 kVA, 400 V, 50 Hz, A-connected.salient.pole synchronous motor, has. X4 8.2.and. X-40. The motor operates at full-loadi currentat 0.8 power factor leading. 1. The quadrature axis current l, is: a) 17.53 A b) 14.14 A c) 30.36 A d) 19.21 A 2. The excitation voltage is: a) 267 V c) 448 V d) 509 V b) 305 V 3. The developed reluctance power is: a) 6266 W b) 8400 W c) 10800 W d) 2300 W

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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A 3-phase; 24 kVA, 400 V, 50 Hz, A-connected.salient.pole synchronous motor, has. X4 8.2.and. X-40. The motor operates at full-load current at-0.8 power factor leading. 1. The quadrature axis current l, is: a) 17.53 A b) 14.14 A c) 30.36 A d) 19.21 A 2. The excitation voltage is: a) 267 V c) 448 V d) 509 V b) 305 V 3. The developed reluctance power is: a) 6266 W b) 8400 W c) 10800 W d) 2300 W
Transcribed Image Text:A 3-phase; 24 kVA, 400 V, 50 Hz, A-connected.salient.pole synchronous motor, has. X4 8.2.and. X-40. The motor operates at full-load current at-0.8 power factor leading. 1. The quadrature axis current l, is: a) 17.53 A b) 14.14 A c) 30.36 A d) 19.21 A 2. The excitation voltage is: a) 267 V c) 448 V d) 509 V b) 305 V 3. The developed reluctance power is: a) 6266 W b) 8400 W c) 10800 W d) 2300 W
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