TH49937B - Arrangement for armature winding - Google Patents

Abstract

DC60 (18/03/45) To arrange the armature winding, it is made by winding the coil around the teeth of the multiple axes arranged in the armature axis for the motor. Or a multi-phase generator, two sets of windings are wound around the teeth of a different core for each phase and are connected in parallel to each other, so each axis tooth needs to have only one winding. Being wrapped around it until the coil is overweight. Or the need for lengthening The radial direction of each tooth of the axis can be avoided with the choice of winding direction and the Appropriate indication The winding process can be simplified without creating any problems in the handling of the conductors of the ends of the windings. To arrange the armature winding, it is made by winding the coil around the teeth of many cores arranged in the armature axis for a multi-phase motor or generator, a series of Two sets of coils are wrapped around The axial teeth are different for each phase and are connected in parallel to each other, so each core tooth needs to have only one coil being wound around it until the coils become overweight. Or the need for lengthening There is a radial of each tooth of the axis that can be avoided by selecting the winding direction and the Appropriate indication The winding process can be simplified without creating any problems in the handling of the conductors of the ends of the windings.

Claims (1)

Claims (all) which will not appear on the notice page: 1. Arrangement for armature winding, which is made by winding the wire around the teeth of multiple axes arranged in the core. Armature for a multi-phase motor or generator consists of at least two coils wound around the teeth of different axes for each phase.At least two such sets of windings are connected in parallel with each other. A coiling is arranged in accordance with Article 1 where the teeth of the axis correspond to that of Different coils 3 Windings are arranged in accordance with Article 2 where such a set of windings for each phase is wound. During the identification of the aforementioned cores in a constant direction of rotation 4, a winding is provided in accordance with Article 3 where the coil is one of the said coils. Will be intertwined in a certain direction The coils belonging to the other coils are wound in opposite directions. 5 Winding is provided in accordance with clause 3, where such coils are a different set of coils. The armature is all wound in the same direction. 6 Winding arrangement in accordance with Article 1, where such armature is to be equipped with a three-phase star-connected winding. 7 Winding arrangement. According to clause 1, where the number of coil sets will be two and the teeth of that axis correspond to different sets of coils. Are grouped in the semi-circle area of R. The coils belonging to the set of coils are wound in a certain direction, while the coils that are the other set of coils 8 are arranged in accordance with clause 7. Where that set of windings for each phase is wound While indicating the axis in a constant direction of rotation, 9 arranging the winding according to Article 8, where both sets of such windings are wound. By the same ball bobbin 10, a winding is provided in accordance with Article 8, where such a set of windings is wound by the bobbin. Two coils at the same time 11 Coils are provided in accordance with clause 1 where the number of coil sets will be two, and the teeth of that core correspond to different sets of coils. Are grouped in the semi-circle area of R. As mentioned above, the coils of a different set of coils are all wound in the same direction. Wind the coils of one of the said coils. By turning a half turn according to the completion of the wrap One set of coils And so in the second direction 13 Arrangement of coils in accordance with Article 11 where such a set of coils for each phase is wound while pointing them in the direction of Constant rotation