To provide a rotary electric machine that allows a good productivity in which, for example, an assembly workability can be enhanced, common use of parts can be achieved, and has another advantage that water-proofness of an outlet of lead wire can be improved, and to provide a method of manufacturing the same. Lead wires 12 for respective phases and sensor signal wires 14 are led to the outside from different portions of a bracket 7 from each other, the lead wires 12 for respective phases are constructed in such a manner that a tip portion thereof is introduced into the interior of the bracket7 from the outside of an opening 17, and they can be electrically connected to a stator winding 4 from the outside of the bracket 7. The method of manufacturing the rotary electric machine includes the steps of leading out the sensor signal wires 14 from the interior of the bracket 7 to the outside; covering the interior of the bracket 7 with a frame 2, as well as fixing the bracket 7 and the frame 2; and introducing the tip portion 16 from the outside of the opening portion 17 into the bracket 7 and electrically connecting the tip portion 16 to the stator winding 4 form the outside of the bracket 7.