Insulation processing process for high-voltage motor group braided wire

Abstract

The invention relates to an insulation processing method for a high-voltage motor group braided wire, belonging to the technical field of motors. The insulation processing method for the high-voltagemotor group braided wire sequentially comprises an insulation working procedure jointing with the working procedures of wiring, bending, wire transposition and intrabundle gelling. The insulation processing method for the high-voltage motor group braided wire is characterized by adopting a transposition way of 360 degrees from a motor stator wire rod line to the end part, and a stator wire rod copper lead braided wire adopts a structure of double-terylene glass yarn pocket covering and sintering a sintered copper flat wire structure for insulation. The invention has the advantages of simple process, small insulation thickness, high puncture strength and low manufacture cost of the braided wire, favorable machine unit running effect, and the like and can prevent a wire rod intrabundle shortcircuit and improve the insulation quality of the stator wire rod braided wire.

Description

Technical field [0001] The invention belongs to the technical field of motors, and in particular relates to a method for processing high-voltage motor unit strand insulation. Background technique [0002] At present, the design structure of the strip bar of the high-voltage motor transformation unit is straight to the end 2 / 3 of the knitting and transposition, and the wire gauge adopts the bare copper wire and the double glass fiber covered rectangular copper wire (SBEB-40 / 155). The arranging wire is arranged and transposed. This design structure is unreasonable, resulting in a short circuit between the strands during the operation of the entire unit. The long running time will easily cause the motor to be burned. The unit is scrapped and the coil needs to be replaced. Technical issues such as security risks. Summary of the invention [0003] In order to solve the technical problems existing in the known technology, the present invention provides a method for insulating the stran...

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Problems solved by technology

[0002] At present, the design structure of the bar-shaped wire rod of the high-voltage motor transformation unit is straight line to the end 2 / 3 of the knitting and transposition, and the wire gauge adopts bare copper wire and double glass fiber-coated flat copper wire (SBEB-40 / 155) alternately interlaced Arranging the wires for braiding and transposition, this design structure is unreasonable, resulting in inter-share short circuit at the braiding transposition during the operation of the whole unit. After a long operation time, it is easy to burn the motor, and the coil needs to be replaced when the unit is scrapped. Safety hazards and other technical issues

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