A 3-phase, 260-V, 50-Hz, 22 HP, 6-pole, Y-connected induction motor has the following per phase parameters in ohms per-phase referred to the stator side: R -0.04 Ω, R, -0.1 Ω, Χ, -0.223 Ω, X-0.5 Ω, ΧM 10Ω The total friction, windage, and core losses can be assumed to be constant at 3 KW, independent of load. Find the starting code letter factor of this motor. Select one: O a. Starting Code-Letter Factor is: D O b. Starting Code-Letter Factor is: E O c. Starting Code-Letter Factor is: C O d. None O e. Starting Code-Letter Factor is: F

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A 3-phase, 260-V, 50-Hz, 22 HP, 6-pole, Y-connected induction motor has the following per phase parameters in ohms per-phase referred
to the stator side:
R, -0.04 Ω, R, -0.1 Ω, X, -0.223 Ω, X= 0.5 Ω , XM= 10 Ω
The total friction, windage, and core losses can be assumed to be constant at 3 KW, independent of load.
Find the starting code letter factor of this motor.
Select one:
a. Starting Code-Letter Factor is: D
O b. Starting Code-Letter Factor is: E
c. Starting Code-Letter Factor is: C
d. None
e. Starting Code-Letter Factor is: F
Transcribed Image Text:A 3-phase, 260-V, 50-Hz, 22 HP, 6-pole, Y-connected induction motor has the following per phase parameters in ohms per-phase referred to the stator side: R, -0.04 Ω, R, -0.1 Ω, X, -0.223 Ω, X= 0.5 Ω , XM= 10 Ω The total friction, windage, and core losses can be assumed to be constant at 3 KW, independent of load. Find the starting code letter factor of this motor. Select one: a. Starting Code-Letter Factor is: D O b. Starting Code-Letter Factor is: E c. Starting Code-Letter Factor is: C d. None e. Starting Code-Letter Factor is: F
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