Stator unit (100, 700) for driving a rotor of an electric planar motor, wherein the stator unit (100, 700) comprises coil conductors arranged in a stator layer of the stator unit (100, 700), wherein the coil conductors are extended in an elongate manner in a first direction and are arranged next to one another in a second direction oriented perpendicularly to the first direction, wherein the coil conductors are interconnected on the stator unit (100, 700) to form a three-phase system comprising a first phase, a second phase and a third phase, wherein the coil conductors are embodied as a first forward conductor and as a first return conductor, connected in series with the first forward conductor, of the first phase, as a second forward conductor and as a second return conductor, connected in series with the second forward conductor, of the second phase, and as a third forward conductor and as a third return conductor, connected in series with the third forward conductor, of the third phase, wherein the first forward conductor and the first return conductor are electrically conductively connected in series by means of a first horizontal connecting conductor arranged in the stator layer, wherein the second forward conductor and the second return conductor are electrically conductively connected in series by means of a second horizontal connecting conductor arranged in the stator layer, characterized in that the three-phase system has a first side and a second side situated opposite the first side, which first side and second side run along the second direction, wherein the first horizontal connecting conductor connects the ends, situated on the second side of the three-phase system, of the first forward conductor and of the first return conductor and the second horizontal connecting conductor connects the ends, situated on the first side of the three-phase system, of the second forward conductor and of the second return conductor, and wherein the first horizontal connecting conductor and the second horizontal connecting conductor are each embodied as transverse connectors in the form of conductor tracks in the stator layer. wherein the stator unit (100, 700) comprises coil conductors arranged in a stator layer of the stator unit (100, 700), wherein the coil conductors are extended in an elongate manner in a first direction and are arranged next to one another in a second direction oriented perpendicularly to the first direction, wherein the coil conductors are interconnected on the stator unit (100, 700) to form a three-phase system comprising a first phase, a second phase and a third phase, wherein the coil conductors are embodied as a first forward conductor and as a first return conductor, connected in series with the first forward conductor, of the first phase, as a second forward conductor and as a second return conductor, connected in series with the second forward conductor, of the second phase, and as a third forward conductor and as a third return conductor, connected in series with the third forward conductor, of the third phase, wherein the first forward conductor and the first return conductor are electrically conductively connected in series by means of a first horizontal connecting conductor arranged in the stator layer, wherein the second forward conductor and the second return conductor are electrically conductively connected in series by means of a second horizontal connecting conductor arranged in the stator layer, characterized in that the three-phase system has a first side and a second side situated opposite the first side, which first side and second side run along the second direction, wherein the first horizontal connecting conductor connects the ends, situated on the second side of the three-phase system, of the first forward conductor and of the first return conductor and the second horizontal connecting conductor connects the ends, situated on the first side of the three-phase system, of the second forward conductor and of the second return conductor, and wherein the first horizontal connecting conductor and the second horizontal connecting conductor are each embodied as transverse connectors in the form of conductor tracks in the stator layer.