How to build an induction heater and how does it work?
#DIY
Induction heating is a process to heat with the help of an electrically conducting object. The object is usually metal and uses Eddy Currents to produce heat. The process works on the principle of Electromagnetic Induction. This heating process is accurate,
Quick, and efficient and is a non-contact technique.
The induction heating system incorporates the induction power supply and
Converts to an alternating current. The current is provided to the work head and the coil,
It generates the electromagnetic field within it.
The component is positioned in the coil of the induction heater and
Field induces a current on the workpiece turning into heat generation.
Watch the video below
The induction heater uses an induction heating system to induce heat for variable purposes. These heaters applicant in industries, metallurgy shops,
Induction cooking and most commonly to boil water. The procedure to make an induction heater is easy and effective.
It works on the principle of high-frequency magnetic induction. The circuit is very simple and only uses the common components. An induction coil is metallic and generally use copper. It draws a current of 5A and can heat the tip of a screwdriver in just 30 seconds.
The circuit consists of integrated transistors to induce current to the coil. The control circuit in the induction heater uses zero voltage switching to
Activate the transistors and allows efficient flow of power. The current flow in the coil and produces eddy currents. Through the eddy currents, the magnetic field induces around the workpiece. The magnetic field induces a current on the component turning into heat generation.
With the help of alternating current field,
Energy passes through the working coil of the induction heater on the job.
The current passing through the coil of the induction heater
Creates a magnetic field and induces eddy currents on the workpiece. This generation of the eddy currents on the component heats it to the required temperature.
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