Abstract: A dynamo assembly comprising a stator assembly and rotor assembly as shown. The preferred rotor assembly comprises two end caps, a single wire strand, a collector ring assembly and a plurality of laminants. The two end caps are preferably identical to one another, and oriented with the wire wrapped in two coils therearound. The laminants are supported between the two end caps, in a skewed manner. An advantageous arrangement for engagement between the collector ring assembly and wire held on the end caps is provided. A unique method of molding the collector ring assembly without internal inserts is also disclosed.

Abstract: A stator termination assembly comprising a gate member, a terminator, terminals, a terminator cover and electrical plug assemblies. The preferred assembly comprises an arcuate gate member having that operate to lead a stator magnet wire extension from stator lamination assembly to a terminal where a solderless electrical connection can be made. The terminator accepts stator magnet wire extensions and terminals so that an electrical connection can be made. A terminator cover helps secure and align the terminals into the terminator so that an electrical connection can be made between the terminals and an electrical plug assembly.

Abstract: A dynamo assembly comprising a stator assembly and rotor assembly as shown. The preferred rotor assembly comprises two end caps, a single wire strand, a collector ring assembly and a plurality of laminants. The two end caps are preferably identical to one another, and oriented with the wire wrapped in two coils therearound. The laminants are supported between the two and caps, in a skewed manner. An advantageous arrangement for engagement between the collector ring assembly and wire held on the end caps is provided. A unique method of molding the collector ring assembly without internal inserts is also disclosed.