Equipment for manufacturing self-adhesive glass silk covered composite film lapping electromagnetic wires

Abstract

The invention relates to equipment for manufacturing self-adhesive glass silk covered composite film lapping electromagnetic wires. The equipment comprises a pay-off rack, a meter counting device, a straightening device, a polishing device, a cleaning device, an air drying device, a film lapping device, an induction heating device, a rolling device, a water cooling blow-drying device, a traction device and a take-up machine. The equipment further comprises a first paint cylinder, a first glass silk covered head, a second paint cylinder, a second glass silk covered head, a third paint cylinder, a self-adhesive coating paint cylinder and a drying oven assembly. The pay-off rack and the take-up machine are located on the same side. The equipment is compact in structure. With the cooperation with the intensive requirement, operation quality control points are relatively centralized, the operation distance is beneficially shortened, and production efficiency is improved. The self-adhesive glass silk covered composite film lapping electromagnetic wires can be formed on the production equipment at one time, and therefore production efficiency is improved.

Description

technical field [0001] The invention relates to a kind of manufacturing equipment for self-adhesive glass fiber-wrapped composite film wrapping electromagnetic wire. Background technique [0002] Electromagnetic wire manufacturing equipment in the prior art usually includes a pay-off rack, a meter counting device for counting the wires, a straightening device for straightening the wires, and a straightening device for removing the wires. A polishing device for burrs on the wire, a cleaning device for cleaning the wire, an air-drying device for air-drying the wire, a film wrapping device for wrapping a film on the wire , an induction heating device for heating the electromagnetic wire, a rolling device for rolling the heated electromagnetic wire, an oven, a water-cooled drying device for cooling the rolled electromagnetic wire, and a The traction device and the wire take-up machine for pulling the electromagnetic wire described above, however, its pay-off rack and wire take-...

AI Technical Summary

Problems solved by technology

[0002] Electromagnetic wire manufacturing equipment in the prior art usually includes a pay-off rack, a meter counting device for counting the wires, a straightening device for straightening the wires, and a straightening device for removing the wires. A polishing device for burrs on the wire, a cleaning device for cleaning the wire, an air-drying device for air-drying the wire, a film wrapping device for wrapping a film on the wire , an induction heating device for heating the electromagnetic wire, a rolling device for rolling the heated electromagnetic wire, an oven, a water-cooled drying device for cooling the rolled electromagnetic wire, and a The traction device and the wire take-up machine for pulling the electromagnetic wire described above, however, its pay-off rack and wire take-up machine are usually located on both sides of the equipment, making the production line longer; and if the self-adhesive glass fiber wrapped composite film is to be wrapped When the electromagnetic wire is produced, it is necessary to heat-seal the wire by wrapping the composite film and take it up, and then wrap the wire and dip it in paint and bake it. Two-step production is required, and the efficiency is low.

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