Stator and method for manufacturing stator
A stator includes: a stator core in which a coil strand is wound around each of a plurality of teeth portions formed in an annular yoke portion; an annular plate that is disposed at a position overlapping an annular portion of the stator core in a direction along an axial center of the stator core; a plurality of terminals which are supported by the plate and to which end portions of a plurality of the coil strands drawn out from the stator core are respectively connected; and a resin that encloses the stator core and the plate in a state where a part of the plurality of terminals is exposed.
1. A stator comprising:
a stator core in which a plurality of coil stands are respectively wound around each of a plurality of tooth portions formed in an annular yoke portion;
an annular plate that is disposed at a position overlapping an annular portion of the stator core in a direction along an axial center of the stator core;
a plurality of terminals which are supported by the annular plate and to which end portions of the plurality of coil strands drawn out from the stator core are respectively connected; and
a resin that encloses the stator core and the annular plate in a state where a part of the plurality of terminals is exposed.
2. The stator according to claim 1 ,
wherein a through hole is bored in the annular plate at a position overlapping an intermediate position of the coil strand wound around ones of the plurality of tooth portions which are adjacent to each other in a circumferential direction.
3. The stator according to claim 1 ,
wherein an engagement holding portion for individually engaging and holding the plurality of terminals is separated by a separation projection portion separating the plurality of terminals respectively.
4. The stator according to claim 1 ,
wherein an insulator is disposed along an outer periphery of the annular yoke portion and a part of the annular plate engages with the insulator.
5. A stator comprising:
a stator core in which a plurality of coil stands are respectively wound around each of a plurality of tooth portions formed in an annular yoke portion;
an annular plate that is disposed at a position overlapping an annular portion of the stator core in a direction along an axial center of the stator core;
a plurality of terminals which are supported by the annular plate and to which end portions of the plurality of coil strands drawn out from the stator core are respectively connected; and
a resin that encloses the stator core and the annular plate in a state where a part of the plurality of terminals is exposed,
wherein a through hole is bored in the annular plate at a position overlapping an intermediate position of a coil strand of the plurality of coil strands respectively wound around ones of the plurality of tooth portions which are adjacent to each other in a circumferential direction,
an engagement holding portion for individually engaging and holding the plurality of terminals is separated by a separation projection portion separating the plurality of terminals respectively, and
an insulator is disposed along an outer periphery of the yoke portion and a part of the annular plate engages with the insulator.
6. A method for manufacturing a stator comprising:
a stator core forming step of forming a stator core by winding a coil strand around each of a plurality of tooth portions formed in an annular yoke portion;
a connecting step of connecting a plurality of end portions of the coil strand drawn out from the stator core to each of a plurality of terminals included in an annular plate disposed at a position overlapping an annular portion of the stator core in a direction along an axial center of the stator core; and
a molding step of enclosing the stator core and the annular plate with a resin in a state where a part of the plurality of terminals is exposed.