12. Calculate the number of series turns per pole required on a compound generator to enable it to maintain the voltage constant at 460 V be- tween no load and full load of 100 kW. Without any series winding, it is found that the shunt current has to be 2 A on no load and 2-65 A on full load to maintain the voltage constant at 460 V. Number of turns per pole on the shunt winding = 2000_ If the series coils were wound with 8 turns per pole and had a total resistance of 0-01 N, what value of diverter resistance would be re- quired to give level compounding?
12. Calculate the number of series turns per pole required on a compound generator to enable it to maintain the voltage constant at 460 V be- tween no load and full load of 100 kW. Without any series winding, it is found that the shunt current has to be 2 A on no load and 2-65 A on full load to maintain the voltage constant at 460 V. Number of turns per pole on the shunt winding = 2000_ If the series coils were wound with 8 turns per pole and had a total resistance of 0-01 N, what value of diverter resistance would be re- quired to give level compounding?
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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12. Calculate the number of series turns per pole required on a compound
generator to enable it to maintain the voltage constant at 460 V be-
tween no load and full load of 100 kW. Without any series winding, it
is found that the shunt current has to be 2 A on no load and 2-65 A
on full load to maintain the voltage constant at 460 V. Number of
turns per pole on the shunt winding = 2000
If the series coils were wound with 8 turns per pole and had a total
resistance of 0-01 2, what value of diverter resistance would be re-
quired to give level compounding?
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