Production method for synchronous motor coil
A production method and technology of synchronous motors, applied in the direction of coil manufacturing, motor generators, electrical components, etc., can solve the problems of high cost and heavy weight, and achieve the effect of low cost and firm structure
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Embodiment 1
[0018] Embodiment 1: as figure 1 As shown, first wind the aluminum enameled wire 2 onto the bobbin 1 with an automatic winding machine, the outer layer of the aluminum enameled wire is coated with insulating varnish, and then wrap the aluminum enameled wire with insulating tape so that only the two wire ends of the aluminum enameled wire are exposed. Use sandpaper to clean the insulation paint on the two wire ends. Wind the wire end of the aluminum enameled wire to the stripped part of the lead wire, wind it 6 times, then directly immerse the wire end in aluminum flux, and then solder it in a tin furnace. The welding temperature should be controlled at 258°C. In order to slow down the oxidation of the welding place, it should be soaked in self-drying impregnating paint directly after welding, and after the impregnating paint is dry, cover it with a heat-shrinkable sleeve, and then blow the heat-shrinkable sleeve with a hair dryer to ensure better performance. Good protection ...
Embodiment 2
[0019] Embodiment 2: as figure 1 As shown, first wind the aluminum enameled wire 2 onto the bobbin 1 with an automatic winding machine, the outer layer of the aluminum enameled wire is coated with insulating varnish, and then wrap the aluminum enameled wire with insulating tape so that only the two wire ends of the aluminum enameled wire are exposed. Use sandpaper to clean the insulation paint on the two wire ends. Wind the wire end of the aluminum enameled wire to the stripped part of the lead wire, wind it 8 times, then immerse the wire end directly in the aluminum flux, and then solder it in a tin furnace. The welding temperature should be controlled at 310°C. In order to slow down the oxidation of the welding place, it should be soaked in self-drying impregnating paint directly after welding, and after the impregnating paint is dry, cover it with a heat-shrinkable sleeve, and then blow the heat-shrinkable sleeve with a hair dryer to ensure better performance. Good protect...
Embodiment 3
[0021] Embodiment 3: as figure 1 As shown, first wind the aluminum enameled wire 2 onto the bobbin 1 with an automatic winding machine, the outer layer of the aluminum enameled wire is coated with insulating varnish, and then wrap the aluminum enameled wire with insulating tape so that only the two wire ends of the aluminum enameled wire are exposed. Use sandpaper to clean the insulation paint on the two wire ends. Wind the wire end of the aluminum enameled wire to the stripped part of the lead wire, wind it 6 times, then directly immerse the wire end in aluminum flux, and then solder it with an electric soldering iron in a tin furnace with the furnace temperature controlled at 280°C. In order to slow down the oxidation of the weld, it should be soaked in self-drying impregnating paint directly after welding, take it out and wait until the impregnating paint is dry, then cover it with a heat shrinkable sleeve, and then blow the heat shrinkable sleeve with a hair dryer to ensur...
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