An electromagnetic induction heater is a common electrical appliance that heats conductors by producing an alternating magnetic field through an inductor, which is powered by an alternating current from the induction heating source. Its applications are extensive, playing a significant role in various fields. As everyone knows, different electrical combinations require different installation methods, and the electromagnetic induction heater is no exception. Do you know how our electromagnetic induction heaters are installed? It's okay if you don't; you'll understand after reading this article.

Remove the original heating coil, wrap a layer of approximately 2CM of thermal insulation material around the heated object using a high-temperature tape, then wrap the Biyuoda electromagnetic heating special wire around the insulated object. Connect the ends of the wrapped coil to the output of the controller, and then reroute the wires originally connected to the heating coil to the input lines of the electromagnetic heating controller, completing the installation. To ensure that the original production process remains unchanged after switching to the electromagnetic heating coil, and the operating procedures remain the same, the electromagnetic heater has been designed to use about 30% less power compared to the two heating methods. Additionally, the power adjustment and protection functions have been designed on the electromagnetic heating controller. Therefore, the debugging process is quite simple, and users can adjust it themselves according to the instructions.

As the economy rapidly develops, our electromagnetic induction heaters are becoming increasingly common in the market. When selecting an electromagnetic induction heater in the future, please ensure you purchase from authorized manufacturers. For those who wish to learn more about this field, you can keep an eye on our official website for updates. We will continue to bring you more exciting information!