The following equation provides the relationship between the electrical frequency and the rotational speed of a generator; the standard for electrical frequency in Canada is 60 Hz. f = nm * P / 120 Where: f = Electrical frequency (Hz) nm = Rotor speed in revolutions per minute (rpm) P = Number of poles If a generator has 6 poles, what would be the rotor speed, nm, for a generator located in Canada? Select one: a. 1800 rpm b. 2400 rpm c. 1200 rpm d. 600 rpm
The following equation provides the relationship between the electrical frequency and the rotational speed of a generator; the standard for electrical frequency in Canada is 60 Hz. f = nm * P / 120 Where: f = Electrical frequency (Hz) nm = Rotor speed in revolutions per minute (rpm) P = Number of poles If a generator has 6 poles, what would be the rotor speed, nm, for a generator located in Canada? Select one: a. 1800 rpm b. 2400 rpm c. 1200 rpm d. 600 rpm
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The following equation provides the relationship between the electrical frequency and the rotational speed of a generator; the standard for electrical frequency in Canada is 60 Hz.
f = nm * P / 120
Where:
f = Electrical frequency (Hz)
nm = Rotor speed in revolutions per minute (rpm)
P = Number of poles
If a generator has 6 poles, what would be the rotor speed, nm, for a generator located in Canada?
Select one:
a. 1800 rpm
b. 2400 rpm
c. 1200 rpm
d. 600 rpm
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