A 762 KVA. 2200V. 50Hz.three-phase.star- connected alternator has an effective resisance of 0.6 ohm per phase. A field current of 30A produces a full-load current on short circuit and a line to line emf of 1039V on open circuit. Detrmine the power angle of the alternator when it delivers full load at 0.8p.f lagging. Also determine SCR of the alternator
A 762 KVA. 2200V. 50Hz.three-phase.star- connected alternator has an effective resisance of 0.6 ohm per phase. A field current of 30A produces a full-load current on short circuit and a line to line emf of 1039V on open circuit. Detrmine the power angle of the alternator when it delivers full load at 0.8p.f lagging. Also determine SCR of the alternator
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![A 762 KVA. 2200V.
50Hz.three-phase.star-
connected alternator has an
effective resisance of 0.6 ohm
per phase. A field current of
30A produces a full- load
current on short circuit and a
line to line emf of 1039V on
open circuit. Detrmine the
power angle of the alternator
when it delivers full load at
0.8p.f lagging. Also determine
SCR of the alternator](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1759d8e7-c993-49a0-8ea0-72100c0ff9f1%2F1a164c9c-145d-48c0-a243-f4e4ec2f95bb%2Faesfnzr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A 762 KVA. 2200V.
50Hz.three-phase.star-
connected alternator has an
effective resisance of 0.6 ohm
per phase. A field current of
30A produces a full- load
current on short circuit and a
line to line emf of 1039V on
open circuit. Detrmine the
power angle of the alternator
when it delivers full load at
0.8p.f lagging. Also determine
SCR of the alternator
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