Multi-axis wire clamping equipment of automatic winding machine

The multi-axis wire clamping equipment of the automatic winding machine can mainly overcome the shortcomings of the existing technology. Patch inductors, built-in capacitors and built-in resistors are one of the three large area electronic components, which are coiled on the insulating sleeve by a circle of wires. The insulated pipe can be hollow and can also include transformer core or magnetic powder flaw detection core. At the present stage, in most Chinese companies, the line glue production lines of electronic components such as true inductors are all based on the actual operation method of manpower, which consumes a large number of manpower, the high efficiency is not high, and the product quality can not be effectively guaranteed. The traditional winding method is to first hang one end of the transmission line to the concave groove at the top of the product workpiece, gradually wind the wire, and then hang the terminal equipment of the transmission line to another concave groove at the top of the product workpiece, this kind of hanging method has the condition of open circuit caused by tin penetration of the product workpiece, which leads to the production of unqualified products.

The working principle of AC frequency converter: frequency conversion technology is a technology that changes the frequency of switching power supply according to the frequency converter, and then changes the speed ratio of AC asynchronous motor. According to the frequency converter, the conversion from AC to DC is carried out first, and then the conversion from DC to AC is carried out according to the frequency converter, so as to restrain the speed ratio of AC motor. On the other hand, the series of automatic protection equipment for wire winder the circular winding machine manipulates the frequency converter by adjusting the simulation voltage of the frequency converter, so as to manipulate the frequency of the converter to derive the frequency of the switching power supply. the speed ratio of the AC motor changes with the change of the frequency of the derived switching power supply.

The speed ratio of three-phase asynchronous motor is determined by point frequency, the maximum number of motors and slip rate. The rotation distance of the asynchronous motor is caused by the interaction between the magnetic flux of the motor and the electric current in the rotor of the motor. at a fixed frequency, if the voltage is fixed and only the frequency is reduced, then the magnetic flux will be too large and the magnetic control circuit will be saturated. It will damage the motor when it is serious. Therefore, the frequency and voltage should be changed in proportion to the ground, that is, the frequency should be changed and the output voltage of the frequency converter should be controlled at the same time, so that the flux of the motor can be maintained to prevent the state of weak magnetic field and magnetic saturation. Because the general-purpose frequency converter generally chooses VCompf control, that is, the DC transformer variable frequency method to change the speed, change the frequency and voltage to make the best motion control mode. Therefore, the AC motor speed regulation mode is selected, and the AC motor speed regulation is to change the frequency of the motor stator switching power supply, and then change its synchronous and stable regulation mode. Its characteristics: (1) high efficiency, no additional wear in the whole process of variable speed; (2) wide range of application, which can be used for cage asynchronous motor; (3) wide range of variable speed, hard characteristics and high precision.

What is explained above is the multi-axis wire clamping equipment of the automatic winding machine. I hope it will be helpful to you after watching it. If you want to know more about the automatic winding machine, welcome to consult the customer service online or call our service hotline (upper right corner of the website). We will provide you with intimate service wholeheartedly!