Robert Boschgmbh

Tamas Csoti

Konstantin Haberkorn

Christian Aumann

An interconnection board () of a stator () of an electrical machine (), as well as a method for producing same, by means of which an electrical winding () of the stator () can be connected to customer-specific connecting plugs () for power supply, wherein the interconnection board () has a closed ring () as a plastic body (), onto which closed ring () exactly three holding elements () are integrally formed, extending in the axial direction (), in which holding elements respective axial connector plugs () made of metal extend in the axial direction, wherein the axial connector plugs () are each integrally configured with conductive elements () which can be directly electrically connected to connecting wires () of the electrical winding ().

Interconnection board of a stator for an electrical machine and method for producing same

The invention relates to a stator () and to a method for producing a stator () for an electric machine (), comprising a stator body () which has radial stator teeth () for receiving sub-coils () of an electric winding (). An insulating plate () with guide elements () for connection wires () is arranged between the sub-coils () on an end face () of the stator body (), and a separately produced wiring plate () is arranged axially over the insulating plate (), said wiring plate having conductor elements () for electrically contacting the connection wires () with customer-specific connection plugs () of a controller. The wiring plate () is supported directly on the end face () of the stator body () by means of spacers ().

Stator for an electric machine, and method for producing such a stator

Disclosed are a stator () for an electric machine () and a method for manufacturing a stator of said type which comprises a stator body () that has radial stator teeth (); each stator tooth () accommodates exactly one coil section () of an electric winding (); the winding () consists of exactly two separate winding strands () which are wound from exactly two separate winding wires () and each of which has three phases () comprising at least two coil sections () each.

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Kisszallas, Hungary

Tamas Csoti