Production equipment of dual-glass-fiber-coated varnished wire

Abstract

The invention provides production equipment of a dual-glass-fiber-coated varnished wire. The production equipment comprises a copper wire barrel, a copper wire frame, a workbench, a painting machine,a motor, a winding machine, wherein the painting machine is arranged on the workbench and comprises a paint box and cotton clamping parts; the motor is arranged on the ground below the workbench; thewinding machine comprises a shell, a hollow shaft and a first stand column, a second stand column, a third stand column, a shaft head and a fourth stand column. The production equipment comprises a copper wire barrel, a copper wire frame, a workbench, a painting machine, a motor, a winding machine, wherein the painting machine is arranged on the workbench and comprises a paint box and cotton clamping parts; the motor is arranged on the ground below the workbench; the winding machine comprises a shell, a hollow shaft and a first stand column, a second stand column, a third stand column, a shafthead and a fourth stand column. One-time winding is adopted to achieve a tight wire winding effect, and the production steps are simplified; and the cotton clamping parts are mounted at the two endsof the paint box, so that after an insulating wire is painted, the attached redundant anti-corrosion paint is scraped off by sponges in the cotton clamping parts, and the problem that the corrosion-resistant paint is excessively coated is solved.

Description

Technical field [0001] The invention relates to an insulated wire production equipment, in particular to a production equipment for a double glass filament coated enameled wire. Background technique [0002] Glass filament is chemically stable, has strong electrical insulation, and has high strength. It is mainly used as an electrical insulating material. [0003] The general process of glass fiber coated copper wire is to apply preservative, then wind the glass fiber yarn, then apply the preservative, wind the alkali-free glass fiber yarn, apply the preservative, and then send it into the oven for heating and baking. [0004] In the existing process, it cannot be guaranteed that the glass filaments have a uniform thickness after being wound on the copper wire, and there is no exposed copper wire. Therefore, it is necessary to wind the glass filament in the forward direction and then wind the glass filament in the reverse direction, as disclosed in Chinese Patent CN105957650B. This ...

AI Technical Summary

Problems solved by technology

[0004] In the existing technology, it cannot be guaranteed that the glass filaments have a uniform thickness after being wound on the copper wires, and at the same time, no copper wires are exposed outside. Therefore, it is necessary to wind the glass filaments in the forward direction and then reverse the glass filaments again, as disclosed in Chinese patent CN105957650B. The production equipment of this kind of double glass fiber enamelled wire needs to be baked at least twice, which leads to too long production line when producing glass fiber enamelled wire, and makes the factory building occupy a large area

Images