There are many differences between automatic wire binding machine and general wire winding machine

The fully automatic wire binding machine of the winding machine manufacturer has gradually depended on the actual manual operation, so that the production quality can be guaranteed. It has self diagnosis function and is easy to repair. The key is that the equipment has a little more maintenance function and can be used in many industries.
Naturally, there are many differences between the automatic wire binding machine and the general wire winding machine, but the structural design is basically the same, and the goal is the same. The fully automatic wire winding machine is a kind of machine and equipment often seen in the current field. It can carry out the winding and binding of different types of cables, improve the efficiency of the company's cable winding and binding, and save the company's labor costs.
1. Semi automatic winding machine
Maintenance electricians often have to configure low-voltage electrical electromagnetic coils in their work, which can be wound with semi-automatic wire winding and binding machines. The semi-automatic winding machine can wind the winding resistance of small and medium-sized motors, low-voltage electrical electromagnetic coils and small transformers. The semi-automatic winding body is small, light in quality, simple in practical operation, and capable of remembering the number of coils to be wound. When winding the electromagnetic coil, the operator straightens the transmission line and arranges it evenly. The number of winding turns can be read from the electronic counter.
Pay attention to the following aspects when applying the automatic winding and binding machine:
(1) During application, the winding machine shall be fixed on the actual operating platform.
(2) When the number of winding turns does not start from zero. The coil turns marked at the start and end shall be recorded and subtracted after winding.
(3) Use the handle to tighten and straighten the power transmission line when winding, and avoid excessive force to prevent the power transmission line from being broken.