For small and medium-sized winding machines, relatively strong workbenches are needed, and appropriate shock absorbers must be installed for the workbenches. If the number of fulcrums and the position of fulcrum of winding machine device are not appropriate or the
fixing method is unreasonable, the whole machine will be affected. Performance and life.
For enterprises using winding machines, the site requirement is to establish a suitable foundation or worktable for the operation and placement of winding equipment to meet the requirements of the winding machine for the field environment. Specific requirements are generally as follows:

First, it is necessary to match the worktable and foundation of the winding machine with the base of the model winding machine, and to ensure that the winding machine installed on the winding machine is firm and solid, and there is reliable grounding equipment around, and there is no large interference source around.

Secondly, the worktable and foundation of the automatic winding machine should have enough strength and stiffness to prevent the high-speed vibration of the winding machine and ensure that the vibration of the winding machine will not affect its accuracy and life, and will not affect the coil. Quality, proximity to equipment and buildings should not adversely affect winders.

Thirdly, the worktable and foundation of winding machine should be stable and durable, waterproof and anti-slip, and corrosive to harmful objects, so as to ensure no distortion or partial sinking. The foundation should be protected when the winder is placed in an environment that may be exposed to chemical liquids, oil or corrosion. For example, the base surface is coated with acid-resistant, oil-resistant cement slurry and provides a liquid outlet.

Automatic winding machine is a special equipment for winding various electromagnetic coils. According to the winding mode, winding machines can be divided into three categories: parallel winding machines, flying fork winding machines and winding machines. Parallel winding machine is a winding machine that drives the skeleton to rotate through the spindle. It coordinates with the three-dimensional organization space to make the enameled wire move and position and arrange the enameled wire spirally in the outer layer of the skeleton. It is commonly used in transformers, inductors and other coils. When the fork winding machine is wound, the skeleton is fixed, the side shaft drives the fork to rotate, and enameled wire is wound on the outer groove of the skeleton, commonly used for motor rotor and crosshair coil. The round winding machine is a kind of enameled wire which is pulled out by the guide pin and moves in a reciprocating straight line.