Q2/ Asphase. 6.6 KV, 6-pole, 50 Hzy A-Conr. S.M has I Z= o+j 30 r/phose, take 100A of 0.9 leading Pif Current Neglect losses. Fil: @cf@load angle in mechanical degrees Tr. what increase in excitation is required to sustain a torque overload of 2500 μm without falling of synchronism. with this excitation what would be The Values of current, P.F, 5 at vated torque with this excitation what reduction of 6 terminal voltage would be permissible to just keep The motor in synchronism at rated torque,
Q2/ Asphase. 6.6 KV, 6-pole, 50 Hzy A-Conr. S.M has I Z= o+j 30 r/phose, take 100A of 0.9 leading Pif Current Neglect losses. Fil: @cf@load angle in mechanical degrees Tr. what increase in excitation is required to sustain a torque overload of 2500 μm without falling of synchronism. with this excitation what would be The Values of current, P.F, 5 at vated torque with this excitation what reduction of 6 terminal voltage would be permissible to just keep The motor in synchronism at rated torque,
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![Q2/ Asphase. 6.6 KV, 6-pole, 50 Hzy A-Conr. S.M has
I
Z= o+j 30 r/phose, take 100A of 0.9 leading Pif Current
Neglect losses. Fil: @cf@load angle in mechanical
degrees Tr. what increase in excitation is
required to sustain a torque overload of 2500 μm
without falling of synchronism. with this excitation
what would be The Values of current, P.F, 5 at vated
torque with this excitation what reduction of
6
terminal voltage would be permissible to just keep
The motor in synchronism at rated torque,](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc0e7d731-b708-4c55-afec-4876f32b3957%2F41ea02d9-88c5-4cc2-85a2-d970c035679b%2F8lokfno_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q2/ Asphase. 6.6 KV, 6-pole, 50 Hzy A-Conr. S.M has
I
Z= o+j 30 r/phose, take 100A of 0.9 leading Pif Current
Neglect losses. Fil: @cf@load angle in mechanical
degrees Tr. what increase in excitation is
required to sustain a torque overload of 2500 μm
without falling of synchronism. with this excitation
what would be The Values of current, P.F, 5 at vated
torque with this excitation what reduction of
6
terminal voltage would be permissible to just keep
The motor in synchronism at rated torque,
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