How does the shallow analysis of the winding machine manufacturer affect the transformer

The transformer is generally composed of iron cores, coils, shells, and necessary insulation materials. The coils of the transformer are generally divided into high -pressure coils and low -pressure coils. High -pressure coils generally use circular insulation wire winding. Low -voltage coils generally make the stomach use a flat insulating wire or foil winding. The coil winding of the transformer is the core process of the transformer manufacturing, which has a great impact on the performance of the transformer. It not only directly determines the main economic and technical indicators such as the shape, loss and weight of the transformer, but also directly affects the main quality indicators such as the mechanical performance, insulation performance and heat resistance of the transformer.

The traditional transformer coil is winding by the manpower of the manufacturer around the wire. The traditional winding method is adopted not only low in winding, but also the quality of the finished coil is poor. The current transformer coil winding is generally used to use automatic winding machines, which can significantly improve production efficiency and line accuracy. In the automatic winding machine, there are vertical winding machines with large transformers in a large transformer, as well as a horizontal winding machine and foil winding machine with lower voltage levels and smaller capacity transformers.

The transformer is generally composed of iron cores, coils, shells, and necessary insulation materials. The coils of the transformer are generally divided into high -pressure coils and low -pressure coils. High -pressure coils generally use circular insulation wire winding. Low -voltage coils generally make the stomach use a flat insulating wire or foil winding. The coil winding of the transformer is the core process of the transformer manufacturing, which has a great impact on the performance of the transformer. It not only directly determines the main economic and technical indicators such as the shape, loss and weight of the transformer, but also directly affects the main quality indicators such as the mechanical performance, insulation performance and heat resistance of the transformer. The traditional transformer coil is winding to rely on manpower to wrap the insulating wire entangled on the workpiece according to the requirements of the production process, and the operator counts the resistance number. The traditional winding method is adopted not only low in winding, but also the quality of the finished coil is poor. The current transformer coil winding is generally used to use automatic winding machines, which can significantly improve production efficiency and line accuracy. In the automatic winding machine, there are vertical winding machines with large transformers in a large transformer, as well as a horizontal winding machine and foil winding machine with lower voltage levels and smaller capacity transformers.

Winders are widely used in industries such as power, ore machinery, furniture processing, etc., and are general equipment. Through the production site of the manufacturer of winding machine, most of the current JG series ring winding machines are used in large hidden safety hazards. Once improper operation, it is not only invalidated by the winding, but it may also cause serious harm to people's fingers. In order to reduce the safety of the wings of the winding, it is necessary to set up a winding machine protective device.

At present, the vascular transformer coil winding is generally used to use automatic winding machines, which can significantly improve production efficiency and line accuracy. In the automatic winding machine, there are vertical winding machines with large transformers in a large transformer, as well as a horizontal winding machine and foil winding machine with lower voltage levels and smaller capacity transformers.

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