Stator of a three-phase electronically commutated dc motor

A stator of a three-phase electronically commutated DC motor, the stator comprising:

• a stator core having a closed back iron and a plurality of wound stator poles pointing radially inwardly from the back iron, the wound stator poles defining a plurality of phases;
• an insulating material body surrounding both the back iron and the stator poles;
• a coil wire which contacts the insulating material body axially at the stator core;
• an annular wire guidance region defined on the insulating material body with radially outwardly open wire guidance contours extending substantially along a circular shape and partially helical in shape;
• and
• a plurality of terminal projections on the annular wire guidance region,
• wherein the coil wire is wound around the wound stator poles to define each phase and each phase has a phase wire section, wherein the phase wire sections run between the wound stator poles and are kept apart from each other by the wire guidance contours in such a way that no contact occurs between parallel-running and skewed-crossing phase wire sections of different phases.