How to make the simplest Powerful 2500W Induction Heater 12-48v DC | 100% working
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- เผยแพร่เมื่อ 6 พ.ค. 2024
- How to make the simplest Power 7000W Induction Heater 12v DC| Building a Powerful Induction Heater
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Video chapter :
00:00 Melt a Metal Device by Induction heater
00:15 Nessesarry Protection for connecting High Power Transistors
00:41 IRFP260 N high-power transistor and heatsink
00:56 High current Circuit Soldering
02:09 Feriit Core and How to Make an Inductor
02:31 Continue Circuit Soldering
02:51 How to Make Indiction Heater by Pipe and wire
03:05 Continue Circuit Soldering
03:40 Introducing of Suitable DC Source
04:01 Different Tests of circuit
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Hello my friend, In this week’s project we want to melt metal by the electrical principle of inductor and addy current. Are you ready for this amazing journey!!! 😊
We need to make a high-power inductor, so we make a Very Simple High Power 7000W Induction Heater 12v - 40v DC Building a Powerful Induction Heater.
what exactly happening is that variable current through the inductor provides a variable magnetic field in the inductor as a result a force is made in any conductive device between the inductors if you make a close circuit you can see that a current in applied on your circuit and you can turn on, for example, a lamp. But now you have an open loop conductive so the force converts to energy inside conductor atoms
The physics principle of this project is very simple and you can find the formula and detail of the inductor in the link below :
en.wikipedia.org/wiki/Inductor
Also, the detail of the eddy current can be fined here :
en.wikipedia.org/wiki/Inductor
If you are curious about the electrical principle and detail can look at this site :
theengineeringmindset.com/ind...
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Your Need :
Mosfet IRFP260N x 2
Zener Diode 1-5w/12v x 2
Diode 1N5408 x 2
Rasistor 10k x 2 & 470 Ohm/2-5 watt x 2
Capacitor .68uf/275v
DC Supply 12-40v/7-30 Ampere
Toroidal Coil x 2
Copper Wire 2-3mm
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The link to the circuit:
drive.google.com/file/d/1XNTW...
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About this project :
High current circuit
Physics law
Induction current
Eddy current
How to make an Induction Heater
Amazing science project
Inductor
Inductor project
High power project
Electronic project
Electrical project
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#diy #electronic #technology - วิทยาศาสตร์และเทคโนโลยี
Thanks for watching 😉😉😉
Subscribe to my channel if you like❤
can this be used to melt aluminium or only ferros metals
very good
thanks
whats the total cost of the material used ?
Hello, I wanted to ask if the circuit could work the same by replacing the 4 capacitors with 1 only with a higher capacity (3uf)? Thank you.
Kalau ke tembaga itu bisa kak😊
Can i use a different size for the ferrite core?
yes you can
Hello, I want to make this montage myself. Please give me the diagram too
Very good and powerful 👏
thanks
Hi buddy. I would like to ask about this ferrite core, specifically about dimensions or inductance. You gave 4cm - is it its internal or external diameter?
Hello dear friend, It is the external diameter. thanks for your attention.
Very very lovely
Thank you so much 😊
Nice
Thanks
Unfortunately, I could not buy 3 mm copper wire for the heater. Only 2.2 millimeters. Can this be built efficiently? If so, what needs to be changed? Thanks for your answer.
Hello, I guess It will be work and you don't need change anything.
@@InnovaDIY Thank You!
Does the power supply must be 30A or is it possible for 5A
The power supply requirements for an induction heating system depend on various factors such as the desired heating capacity, the size and material of the workpiece, and the specific design of your induction heating setup.
In general, the power supply for induction heating is typically specified in terms of both voltage and current. The current rating is an important consideration because it determines the heating capacity of the system. Higher currents generally result in higher heating capacities.
If your subscriber is asking whether a 5A power supply can be used instead of a 30A power supply, it's important to note that the power supply must be able to provide enough current to meet the heating requirements of your setup. If you designed your induction heating system with a 30A power supply in mind, switching to a 5A power supply may not provide sufficient current for effective heating.
To determine the appropriate power supply for your induction heating system, you should consider factors such as the desired heating capacity, the resistance of the workpiece, and any specific requirements of your design.
nice work!
Can you provide a schematic of the circuit?
Please, see the the description. And the circuit is modified and 100% working.
Good Job...
Thank you so much 😀
Friend u helped alot i m not engineer but i want to build this for melting copper
Can u post it with melting copper that will make many mouthshut
Dear subscriber,
Thank you for reaching out and sharing your feedback. We're glad to hear that our video on the induction heater was helpful to you, and we appreciate your enthusiasm for building it.
While we understand your interest in seeing a video of the induction heater melting copper, we want to emphasize the importance of safety when working with high temperatures and conducting such experiments. Melting copper requires a controlled environment and proper safety measures to ensure the well-being of everyone involved.
However, we can certainly consider creating a video that provides guidance on melting copper using an induction heater, while emphasizing the necessary precautions and safety measures. This way, we can help you and others who are interested in exploring this application.
We appreciate your suggestion, and we'll keep it in mind as we plan future content. If you have any other questions or ideas, please feel free to let us know. We value your feedback and strive to provide informative and engaging videos.
thanks very much
i just see the circuit of you
Great 👍
Thanks 👌👌
Welcome 😊
👍
thanks
Hi friend.this is max 800 wat not 7000wat
It is true, our circuit is 2500W I will change it as soon as possible. Thanks for your consideration.
12 x 30 = 600 ≠ 7000
Thanks
The input voltage can be 48v and the current can be increase to 50A. Then the power is near 2500 W that I correct it in the thumbnail (the first pictore of video)