Motor with wiring board formed by crimp-connecting winding
To provide a motor with a wiring board achieving simplification of work and having low probability of contact failure. In a motor with a wiring board provided herein, the wiring board is attached to a stator with multiple wound coils. The wiring board comprises: a circuit board attached to the stator; and multiple crimp terminals arranged on an end face of the circuit board and allowing crimping of ends of the coils. The wiring board ( 5 ) is configured in such a manner that the ends extending along the end face of the circuit board are crimped on the crimp terminals, and the crimped ends can be bent to postures along a surface of the circuit board.
1. A motor with a wiring board attached to a stator with multiple wound windings, the wiring board comprising:
a ring-like circuit board attached to the stator; and
multiple crimp terminals arranged on an end face of the circuit board and allowing crimping of ends of the windings, wherein
the crimp terminals are arranged on each of an inner peripheral side and an outer peripheral side of the circuit board, and
tips of the ends of the windings, on which the crimp terminals are crimped, are arranged radially inward and outward, respectively, of the circuit board.
2. The motor with the wiring board according to claim 1 , wherein the wiring board further comprises a connector electrically connected to the crimp terminals.
3. The motor with the wiring board according to claim 1 , wherein the wiring board further comprises a wiring settlement member arranged between the stator and the circuit board, the wiring settlement member settling the ends at positions allowing the ends to be crimped on the crimp terminals.
4. The motor with the wiring board according to claim 3 , wherein the wiring settlement member has a recess for housing the circuit board, and
the circuit board is housed in the recess while the ends of the windings are laid across the recess, thereby bending the ends of the windings to positions allowing crimping of the ends and making the ends extend along the end face of the circuit board.