Explore the advantages of inclined coil inductors in medium frequency induction heating machine

1. Introduction to inclined coil inductor of medium frequency induction heating machine

The inclined coil inductor of the medium frequency induction heating machine has an interesting shape and looks like a sitting target to me. The top view of this kind of sensor is a circle, and the front view is a slanted line. It does not completely contain the surface of the heated workpiece, but the entire surface is heated by the rotation of the workpiece. Therefore, for each particle on the heating surface, it is not heated all the time, but only when the particle passes through the effective circle when it rotates, it is heated. In fact, the particle is heated, stopped, heated and so on. The quenching temperature, the larger the diameter of the workpiece, the longer the pause time after heating, so it is actually heat conduction heating. For example, when the gear is heated, the current frequency is relatively high. Using this kind of sensor can even out the temperature and prevent the tooth top from overheating. The application of the inclined coil sensor is as follows:

1) It is suitable for workpieces that need constant temperature during the heating process.

2) The eddy currents generated by the inclined ring inductor of the medium frequency induction heating machine on the workpiece are also inclined ring shaped.

2. What are the advantages of the inclined coil inductor of the intermediate frequency induction heating machine?

When an inductor with this structure is equipped with a sprayer underneath for scanning quenching, it can obtain a continuous hardened layer of large diameter and small diameter for a shaft with a small step. If you want to know more about the medium frequency induction heating machine, please feel free to contact us.