on video Make your own induction heater in just a few steps

 Make your own induction heater in just a few steps

"Hi, in this video we are going to show you how to make your own induction heater in a few simple steps. An induction heater is a powerful and efficient tool that can be used for a variety of heating applications. With this project of DIY, you can easily build your own induction heater using basic electronic components and tools. We'll provide a step-by-step tutorial to guide you through the process, from assembling the circuit to testing and to the use of the end product.Whether you are a hobbyist or a professional, this DIY induction heater is a great addition to your workshop. So let's get started and make our own induction heater!"

The use of induction coils instead of traditional heating elements in heating equipment has significantly increased the efficiency of the units with less electricity consumption. Induction heaters have come on sale relatively recently, at relatively high prices. Therefore, the craftsmen did not remain without attention to this topic and figured out how to make an induction heater from a welding inverter.

Induction heaters are gaining popularity among consumers every day due to the following advantages:

high efficiency;

the unit operates almost silently;

induction boilers and heaters are considered relatively safe compared to gas equipment;

heating is fully automatic;

the equipment does not require constant maintenance;

due to the tightness of the device, leaks are excluded;

Due to the vibrations of the electromagnetic field, the formation of scale becomes impossible.

The advantages of this type of heater also include the simplicity of its design and the availability of materials for assembling the device with their own hands.

The inductor type heater contains the following items.

Power generator. Thanks to this module, the alternating current of the household electrical network is converted into high frequency.

Inductor. It is made of copper wire twisted into a coil to form a magnetic field.

Heating element. It is a metal pipe placed inside the inductor.

All these elements, interacting with each other, work on the following principle. The high frequency current developed by the generator is routed to an inductance coil made of a copper conductor. The high frequency current is converted by the inductor into an electromagnetic field. Also, the metal pipe inside the inductor is heated due to the influence of vortices on the coil. The heat carrier (water) passing through the water heater picks up thermal energy and transfers it to the heating system. Also, the coolant acts as a cooler for the heating element, which extends the "lifetime" of the boiler.

 Make your own induction heater in just a few steps

"Hi, in this video we are going to show you how to make your own induction heater in a few simple steps. An induction heater is a powerful and efficient tool that can be used for a variety of heating applications. With this project of DIY, you can easily build your own induction heater using basic electronic components and tools. We'll provide a step-by-step tutorial to guide you through the process, from assembling the circuit to testing and to the use of the end product.Whether you are a hobbyist or a professional, this DIY induction heater is a great addition to your workshop. So let's get started and make our own induction heater!"

The use of induction coils instead of traditional heating elements in heating equipment has significantly increased the efficiency of the units with less electricity consumption. Induction heaters have come on sale relatively recently, at relatively high prices. Therefore, the craftsmen did not remain without attention to this topic and figured out how to make an induction heater from a welding inverter.

Induction heaters are gaining popularity among consumers every day due to the following advantages:

high efficiency;

the unit operates almost silently;

induction boilers and heaters are considered relatively safe compared to gas equipment;

heating is fully automatic;

the equipment does not require constant maintenance;

due to the tightness of the device, leaks are excluded;

Due to the vibrations of the electromagnetic field, the formation of scale becomes impossible.

The advantages of this type of heater also include the simplicity of its design and the availability of materials for assembling the device with their own hands.

The inductor type heater contains the following items.

Power generator. Thanks to this module, the alternating current of the household electrical network is converted into high frequency.

Inductor. It is made of copper wire twisted into a coil to form a magnetic field.

Heating element. It is a metal pipe placed inside the inductor.

All these elements, interacting with each other, work on the following principle. The high frequency current developed by the generator is routed to an inductance coil made of a copper conductor. The high frequency current is converted by the inductor into an electromagnetic field. Also, the metal pipe inside the inductor is heated due to the influence of vortices on the coil. The heat carrier (water) passing through the water heater picks up thermal energy and transfers it to the heating system. Also, the coolant acts as a cooler for the heating element, which extends the "lifetime" of the boiler.