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Allman Brothers Raleigh. A process for electrodepositing mica and a water soluble anionic resin binder, such as a modified polyester resin, is disclosed as a means for applying a heavy coating of a high-voltage, mica-bearing electrical insulation onto uninsulated and porous mica tape-insulated portions of electrical connections in dynamoelectric machines. The electrodeposited mica coating is subsequently impregnated with a suitable resin, such as an epoxy or polyester resin, concurrently with the impregnation of other conventional insulations in the machine. Alternatively, deposition and impregnation of the connection insulation can be performed prior to installing the connection into the machine. This is a division, of application Ser.
752,418 filed July 5, 1985, and a continuation-in-part of U.S. Patent application Ser. 702,525 filed Feb. 19, 1985, which is a continuation-in-part of U.S. Patent application Ser. 555,058 filed Nov.
25, 1983 now abandoned. FIELD OF THE INVENTION The present invention relates generally to the art of electrophoretic deposition, and is more particularly concerned with a novel process for electrodepositing micaceous insulating coatings on end connections for electrical conductors, especially end connections for electrical coils and the like, and with the resulting novel insulated articles and assemblies. CROSS REFERENCE This invention is related to that of U.S. 4,533,694, entitled Formulation For Electrodeposition of Mica, filed to Richard K. Elton and William R.
And assigned to the assignee hereof, which discloses and claims a novel mica-containing composition having special utility in providing insulating coatings on electrical conductors. DEFINITIONS As used herein and in the appended claims, the term 'porous mica tape' means, refers to and includes mica-bearing flexible sheet and tape materials consisting of glass cloth or other suitable fabric or paper to which mica particles are bonded, and which are wettable by the aqueous electrodeposition formulation disclosed and claimed in the above-referenced U.S. 4,533,694 unlike film-covered or film-backed mica or mica-glass sheets and tapes.
'Wettable' in the present context means and refers to the condition permitting penetration of the aqueous solution of the aforesaid formulation into and through the mica-bearing fabric or paper. BACKGROUND OF THE INVENTION The connections in dynamoelectric machines are typified by the lengths of bare copper wires which join the stator coils in electric motors to each other and to external motor terminals. Insulation of those small connections is usually accomplished by application of micaceous insulating tape after the connections are made from a few strands of wire and fastened together, for example, by brazing. Because in many cases, the actual connection is only several inches long, has an irregular geometry, and is located in crowded part of the machine, the insulation normally has to be applied manually, a very slow and laborious process. In larger machines, such as hydroelectric or steam turbine-generators, connections are often made using large copper tubes or bars.
These connecting parts may be taped and impregnated prior to installation. In any case, however, because of the irregular shapes involved, much or all of the work must be done by hand. A less complicated, yet effective technique of applying micaceous insulation, without the need for taping, would be of great benefit in the manufacture of dynamoelectric equipment. In addition to savings in labor and time, the cost of materials could be substantially reduced because insulating tape production involving mica paper fabrication, lamination, etc., would be avoided. Also, less expensive wet ground mica might be used instead of the fluid-split or calcined mica required for tape manufacture. Heretofore, electrodeposition of mica has been a recognized means of providing an electrical insulation coating or covering. Thus, Shibayama et al, U.S.