A turbine exciter is a device used in power generation systems to supply the necessary excitation current to the rotor of a synchronous generator, which is typically driven by a turbine. This excitation current creates a magnetic field necessary for the generator to produce electricity. Exciters can be static (using power electronics) or rotary (mechanically coupled to the generator), and they play a crucial role in maintaining voltage stability and controlling the output of the generator. Proper functioning of the exciter is essential for efficient and reliable operation of power plants.
Exciter controls the magnetic field in the generator system and controls the output voltage and/or current.
ceiling voltage is the maximum field voltage that the exciter can withstand before going into unstability
in a radial flow turbine the steam enters the turbine in the direction of its radius and leaves it in the direction of the axis of the shaft. in a axial flow turbine the steam enters the turbine in the direction of the axis of the shaft and leaves the turbine in the same direction.
I'm no expert but I believe the high frequency is due to the number of poles (North-South) of the pilot exciter. The frequency of a generator is directly link to its speed and the number of poles. Most generators will run at 1800RPM and will have 4 poles to achieve 60Hz. The pilot exciter being on the same shaft will also run at 1800 rpm but will probably have more then two poles. finding the formula for frequency of a generator should help you in answering your question. The next question should be why would you build a pilot exciter with multiple poles and a high frequency? The output of the pilot exciter is going to be rectified to DC so it would make sense to do it with a high frequency and get a smoother DC signal out of the rectifier.
Turbine is the correct spelling.
Static exciter mounts as part of the motor control package, separate from the motor. Rotor exciter mounts on the rotor of the motor.
Exciter - band - was created in 1978.
Exciter - album - was created in 2000-06.
To start the ac motor at starting by exciter.
Impact Exciter was created on 2010-07-07.
The Yamaha Exciter 570 has a top speed of 105 miles per hour. The Exciter I had 77.2 horsepower and ran at 7200 RPMs.
exciter is a component in a electrical generator and or the low power rf stages of a radio transmitter
Exciter controls the magnetic field in the generator system and controls the output voltage and/or current.
I have a 135 Exciter and can do about 40 mph when running good.
ceiling voltage is the maximum field voltage that the exciter can withstand before going into unstability
In the operation of a standard generator, the exciter rotor and stator provide DC-type energy to an AC-type supply. This allows the exciter to maintain a constant DC source.
vanes