It is caused by a partial voltage breakdown within the generator coil insulation, in gaps between the coil and the stator core, or in the end turns when the coils are in close proximity.
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It is caused by a partial voltage breakdown within the generator coil insulation, in gaps between the coil and the stator core, or in the end turns when the coils are in close proximity.
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In some cases, fracture of blades causes short circuit between rotor and stator and consequently generator explosion and huge financial loss.Since fracture in cooling fan blades has been
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nsional fatigue crack in a typical military aircraft engine fan blade attachment by Franc3D. In the following of this paper, two series of analysis (laboratory investigation and numerical)
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short circuit between rotor and stator and consequently generator explosion and lots of financial loss. Cooling system equipments were supplied by GEC-ALSTHOM Belford under the following
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The fan/blower blade itself is highly stressed. The highest stresses
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The fan/blower blade itself is highly stressed. The highest stresses in an axial blower are developed in the base of the blade or in the blade root attachment to the blower hub.
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Problem: Stator winding vibration is primarily a design-related problem that affects gas-cooled generators above 300 MWs. As these units were scaled up from their smaller predecessors, they
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Shaft driven rotating fans are commonly utilized to provide the required cooling for generators. These fans circulate cooling gas, air or hydrogen, throughout the machine to maintain the electrical
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In some cases, fracture of blades causes short circuit between rotor and stator and consequently generator explosion and huge financial loss.
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