Abstract:
The disclosure refers to a method for manufacturing winding parts for an electric machine. The winding parts include a conductor and insulation around it. The method includes providing the conductor with an insulating tape around it, providing dies above the insulating tape, providing a thermosetting layer around the dies, impregnating the insulating tape with a resin, curing the resin to realise the insulation, removing the thermosetting layer and the dies.
Abstract:
A method is provided for testing the tightness of an electric machine stator core includes: introducing a test instrument that is connected to a movable support into an air gap between a stator core and a rotor, locally placing the test instrument and locally testing defined zones of the generator stator core. A device for carrying out the method is also provided.
Abstract:
A method is provided for testing the tightness of an electric machine stator core includes: introducing a test instrument that is connected to a movable support into an air gap between a stator core and a rotor, locally placing the test instrument and locally testing defined zones of the generator stator core. A device for carrying out the method is also provided.
Abstract:
The method for removing a bar or coil from a slot of an electric machine includes weakening the bonding between the slot and the bar or coil, and then removing the bar or coil.
Abstract:
The method for manufacturing a stator of an electric machine includes providing a lamination element extending over an annular sector, horizontally moving the lamination element towards a fitting zone, then angularly regulating the lamination element position, and connecting the lamination element to other lamination elements to define the stator.