Abstract: A tool attachment for cleaning wheel hub components, comprises a tool body having a drive end, and a cleaning end. The cleaning end comprises a lug receiving opening extending into the tool body from an axial end thereof, and an axial end face. Moreover, a brush strip is positioned in an interior surface of a chamber within the cleaning end of the tool body. In some embodiments, the brush strip is replaceable. Further, the tool attachment includes an abrasive disk having an aperture therethrough that aligns with the lug receiving opening. In this regard, the abrasive disk attaches to the axial end face of the tool body. In some embodiments, the abrasive disk is replaceable.

Abstract: The reciprocating and oscillating winding spindle of a stator winding machine is rotatable through 180° to enable a stator winding and lead terminating method and apparatus for automatically winding a 2-pole stator having two pole pieces each with a coil wire wound from the same, single strand of wire. A cross-over wire segment between the two stator coils extends through the bore of the stator and is trapped against an inside wall of the stator by a cross-over wire retaining member. A stator coil lead terminating apparatus is capable of complex manipulations of stator coil lead wires at a winding station. Stator coil lead wires can be looped about wire guide posts on a stator core in the course of forming coil lead terminations, and the posts can be protected against bending or breaking by looping pins that partly receive the posts.

Abstract: The reciprocating and oscillating winding spindle of a stator winding machine is rotatable through 180° to enable a stator winding and lead terminating method and apparatus for automatically winding a 2-pole stator having two pole pieces each with a coil wire wound from the same, single strand of wire. A cross-over wire segment between the two stator coils extends through the bore of the stator and is trapped against an inside wall of the stator by a cross-over wire retaining member. A stator coil lead terminating apparatus is capable of complex manipulations of stator coil lead wires at a winding station. Stator coil lead wires can be looped about wire guide posts on a stator core in the course of forming coil lead terminations, and the posts can be protected against bending or breaking by looping pins that partly receive the posts.