The armature winding machine is a kind of intelligent mechanical equipment. It is not very difficult to operate. The operator only needs to go through a simple training process, and it can be applied very skillfully after a few actual operations. The armature winding machine equipment can realize fully automatic operation mainly by setting the operating program in the early stage. The equipment automatically runs according to computer instructions, so it is very important to set the parameters of the armature winding machine.
1. Setting of starting position of armature winding machine
The starting position of the armature winding machine is the starting position of the winding on the skeleton, which has a great relationship with the coil head and the type of the coil. Under normal circumstances, the measurement function in the control system of the armature winding machine can be used to measure the specific value of the winding position. In addition, it can also be achieved by manual measurement. Use a fixed point as a reference point, and then use a ruler to measure the actual value. At the same time, pay attention to the winding direction of the coil when determining the reference point.
2. Setting of enameled wire specifications
Because the wire diameter of the enameled wire is different, and the setting of the enameled wire specification will have an impact on the winding effect of the winding machine. In addition, the material of the enameled wire is different, and the wire diameter correction value is also different. If it is a material that is not easy to be thinned, such as copper wire, the correction value can be increased by about 0.02, while the enameled wire of aluminum wire may be Is stretched, then the correction value will be relatively large, roughly in the range of 0.02 to 0.2.
3. Setting of the winding width of the armature winding machine
The winding width of the armature winding machine is the distance from the start of the winding to the end position. This value is generally the length of the skeleton winding. When setting it, you need to consider the slight deformation of the skeleton that may affect the winding width, and you can take a small value as the winding width by comprehensive measurement.