STATOR
PROBLEM TO BE SOLVED: To provide a stator allowing easy downsizing of a coil end in the radial direction, even when no compression molding is performed to flatten a coil-end conductor. SOLUTION: A coil conductor 3 is formed as wound in a meandering manner around a stator core 2 in the peripheral dir...
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Zusammenfassung: | PROBLEM TO BE SOLVED: To provide a stator allowing easy downsizing of a coil end in the radial direction, even when no compression molding is performed to flatten a coil-end conductor. SOLUTION: A coil conductor 3 is formed as wound in a meandering manner around a stator core 2 in the peripheral direction C, and a slot conductor 31 and the coil-end conductor 32 are connected by an upright conductor 33. The coil conductor 3 is disposed in the stator core 2 by winding it up a plurality of turns around the stator core 2 in the peripheral direction C. In the stator, a pair of coil conductors 3 disposed adjacent to each other has the slot conductor 31 lined in the radial direction inside a slot 21, the upright conductor 33 is branched in the peripheral direction C of the stator core 2, and the coil-end conductor 32 is disposed in line with the axial direction L of the stator core 2. COPYRIGHT: (C)2010,JPO&INPIT |
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