A plug part (1) for making contact with the wires of the stator windings of electric motors has a foot part (2) which using projecting tines (21) and a projection (22) can be fixed on adjacent slot insulations. The plug part (1) furthermore has a receptacle mount (3) which is a component which is separate from the foot part (2) and which can be detachably fixed with a swivelling capacity on the foot part (2). The receptacle mount (3) consists of a bottom part (4) with receivers (40) for the receptacles and of a top part (5) which can be folded for closing the receivers (40) for the receptacles onto the bottom part (4) of the receptacle mount (3) and can be fixed by locking. The foot part (2) of the plug part (1) can first of all be attached without the receptacle mount (3) to a stator before the winding heads are formed and sewn. Only then is the receptacle mount (3) attached to the foot part (2). The receptacles are crimped directly onto the enamelled wires of the stator windings and are fitted into the receivers (40) in the receptacle mount (3).
Multi-phase motor, in particular, stepping motor or synchronized motor, with a rotor and stator parts that are essentially arranged concentrically with respect to the rotor and that, in each case, have a core and a coil, consisting of winding wire, and wound up upon the core, as well as a plug part with plug pins or a printed circuit board with strip conductors for electrical connection to a power supply source, where the winding wires essentially are connected directly to the plug pins or the strip conductors and where, between each coil and the plug part or the printed circuit board, there is provided an electrically insulating connecting piece which receives a section of the pertinent winding wire.
