U-bolt heating by high frequency induction heating equipment

U-shaped bolts, that is, saddle bolts, are non-standard parts. They are U-shaped, so they are called U-shaped bolts. There are threads at both ends that can be combined with nuts. They are mainly used to fix tubular objects such as water pipes or sheet objects such as leaf springs of automobiles. Because the way of fixing objects is like a person riding a horse, it is called a riding bolt. U-bolts are no strangers to us, and we often see them in our daily life. But, who of you would have guessed that it was just a normal steel rod in the beginning? U-bolts generally require high-frequency induction heating equipment for diathermy heat treatment.

The U-shaped bolt was just a steel rod at the beginning. We need to perform diathermy heat treatment on the place that needs to be bent, and then bend it with a bending machine, and finally form the U-shaped bolt we saw. . From the picture, we can see that the high-frequency induction heating equipment is heating the steel rod locally. Of course, it can also heat the steel rod as a whole, which is determined according to the production needs. Traditional equipment is more convenient for overall heating when heating workpieces, but local heating is difficult. However, high-frequency induction heating equipment, as shown in the figure, is quite convenient for local heating. Of course, what is even better is that it does not generate noise and dust during work, which greatly improves the working environment of workers.

Compared with the tube-type high-frequency induction heating equipment of the same power level, the high-frequency induction heating equipment for U-shaped bolt heating reduces the volume of the IGBT high-frequency by 1/2, reduces the weight by 2/3, saves water by 40%, and saves water. Electricity 30%--40%, small footprint, simple operation, you can learn it in a few minutes, and the equipment is equipped with alarm indicators such as overvoltage, overcurrent, overheating, and water shortage, so that the equipment itself has a self-protection function.