A split-core type motor comprising: an excitation unit that includes permanent magnets; and an armature that includes a plurality of split coils, wherein the armature at least comprises, the plurality of split coils that are formed by winding coils on split cores on which insulating members have been mounted, the split cores comprising a support portion, a stator that is formed by disposing the plurality of split cores in an annular shape, terminal blocks mounted onto the split cores by being fixed to the support portion, wherein each of said terminal blocks comprises a crimp terminal, wherein said crimp terminal comprises: a crimp tube configured to be connected to lead wires of the split coils by being crimped, and a nut-like power line connecting portion in which a female screw is formed, wherein the crimp terminals include a temporarily fixed portion fitted to respective terminal blocks, wherein the lead wires of the split coils correspond to a u phase, a v phase, and a w phase of a three-phase AC power source, and form terminals corresponding to the u phase, the v phase, and the w phase, respectively, and wherein a resin mold part covers in the axial direction the coils, the lead wires, the crimp terminals, and the entire terminal blocks while only the power line connecting portions of the crimp terminals are exposed to the outside. an excitation unit that includes permanent magnets; and an armature that includes a plurality of split coils, wherein the armature at least comprises, the plurality of split coils that are formed by winding coils on split cores on which insulating members have been mounted, the split cores comprising a support portion, a stator that is formed by disposing the plurality of split cores in an annular shape, terminal blocks mounted onto the split cores by being fixed to the support portion, wherein each of said terminal blocks comprises a crimp terminal, wherein said crimp terminal comprises: a crimp tube configured to be connected to lead wires of the split coils by being crimped, and a nut-like power line connecting portion in which a female screw is formed, wherein the crimp terminals include a temporarily fixed portion fitted to respective terminal blocks, wherein the lead wires of the split coils correspond to a u phase, a v phase, and a w phase of a three-phase AC power source, and form terminals corresponding to the u phase, the v phase, and the w phase, respectively, and wherein a resin mold part covers in the axial direction the coils, the lead wires, the crimp terminals, and the entire terminal blocks while only the power line connecting portions of the crimp terminals are exposed to the outside. a crimp tube configured to be connected to lead wires of the split coils by being crimped, and a nut-like power line connecting portion in which a female screw is formed, wherein the crimp terminals include a temporarily fixed portion fitted to respective terminal blocks, wherein the lead wires of the split coils correspond to a u phase, a v phase, and a w phase of a three-phase AC power source, and form terminals corresponding to the u phase, the v phase, and the w phase, respectively, and wherein a resin mold part covers in the axial direction the coils, the lead wires, the crimp terminals, and the entire terminal blocks while only the power line connecting portions of the crimp terminals are exposed to the outside.