HEATING water using magnets?! Is it really works? 1/3
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- Опубліковано 26 лис 2022
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Welcome to our latest experiment where we dive into the fascinating world of magnetic fields and their heating capabilities! 🧲💧 In this eye-opening video, I'll be testing the potential of rotating neodymium magnets to heat water. Will the laws of physics present us with a new way to heat our homes, or is this just science fiction? Watch to uncover the results.
What you'll discover in this video:
✓ The setup of a unique water heating system using magnets
✓ Step-by-step explanation of the experiment
✓ Real-time results and observations
Whether you're a science enthusiast, a DIY guru, or just curious about the power of magnets, this video is sure to spark your interest! 🔥🔬
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#heating #induction #inductionheating
#dcmotor #motor #construction #diy #temperature #creativeideas #creativethings #warming #costreduction #tipsforlife #ideasforlife #magnetic #magneticheating - Наука та технологія
Very interesting 👍
Great experience, thank you! How much water was heated? What was the shaft speed?
Good idea to make hitting system for home..
Do you know how much heat this thing actually makes Peter ??? What improvements would you make on the 2.0 version Sir ?? Thanks.
I just love your videos, if you don't even want to test the drive from the film "The Hunt for Red October", that would be something.
To make this idea work well you need a thick copper plate with the copper tube soldered to it. That will increase eddy currents and thus increase heating. It will take several plates with the tubing connected in series to generate enough heat to warm a continuous flow to the desired temperature. Also you need an efficient source of torque that has a COP greater than 1 to be better than restive heating.
Veliki pozdrav, imam pitanje da li u sistemu fluid koji cirkuliše može biti: Glikol, destilovana voda, obična ne tretirana voda?
Good job Peter! what about magnets??? where have you find them? best regards
Hi, Peter ! I want to know the consumption of the motor in watts, amperage and volts. Froma Cordoba Argentina, Thank you for your video. That´s great
Continúe con sus pruebas, son muy interesantes, gracias.
También te agradezco el comentario positivo. (traducido Google translator :-)
If there was a water heater on the market that utilized a copper plate on the bottom of the tank and underneath the tank, had a motor turning an aluminum disk with powerful neodymium magnets imbedded in it and regulated by thermostat controls, I believe it would be very efficient and cost effective!!!
The best thing to do is install this in line with your water heater in a closed loop system and see how long it takes to fully recover. 300° is no lie.
My friend Are you a printer? As in books bussiness forms,posters? Because as a wet offset printer and playing with cyclinders for 15 years i thought a cyclinder would have more surface area for the magnets and copper water lines
Magnets loose magnetic strenght when exposed to heat. Neodimium magnets are availble in different variations and some are able to handle higher temperatures, check for heat rating, you risk throwing away your magnets.
Ummm you do realize that the magnets aren't actually getting hot at all. They are cold to the touch. It's the N and S switching in the copper that's causing heat. Might want to Google induction heating before making comments that you really don't know anything about. Just trying to help you man.
Edit: for those that liked this comment 🤣🤣 they don't know anything either.
@@JF32304 The efficiency of this system is greater if the magnets are as close as possibile to the copper tube. Magnetic pull decreases drastically as you move the magnets away from whatever object. So the question is if the copper gets hot and obviously it does! To the point that it makes water boil! So now a question to you, would you put your fingers a few millimetrs from a hot iron? Would the heat radiate to your hand? If you kept your hands close to a hot iron for a longer time would the heat build up and increase? All of this is bound to happen to this device, spinning magnets very close to the copper will heat the copper and some of this heat will reflect back on to the magnets, which will increase their temperature. As the system continues to run the heat will build up. The more efficient the system will be, the hotter the water, the hotter the copper and the hotter it will radiate to close objects. If the system in the video does not suffer from this isse it is because it is not very efficient, or because it was never tested for continuous operation. What is shown in the video seems like a good idea but has little practical use unless you introduce a way to cool the magnets. Please understand that viewers comments are not ment to discredit or riducule, they are simply an open discussion which can help get a broader view and even a greater understanding.
@@JF32304 on a second thought, in reading again your comment, you come across as offensive and very sure of yourself. A lethal combination being ignorant and proud
@@francescotrevisan4453 well if you know then you know. It's not pride or anything like that. If what I know and what I'm saying is fact, what do you call that?
@@francescotrevisan4453 Unfortunately you are incorrect. It's not based on 'magnetic pull' it's based solely on flux density and saturation in the substrate. You are correct on stating that the closer you get the hotter the copper becomes, but the copper isn't going so hot that it weakens the magnets at all, as long as the water is flowing through it it'll be just fine. NOW, if the copper were to be empty and became red hot, yeah it's going to damage the magnets. So I'm rude and have pride... Okay... you can take the truth however you want to take it. Don't get mad, just process it and work through it.
Waiting for retail induction water heater
Can You write details, specification of magnets?
How many rpms are the magnets turning ?
petar Good afternoon, tell me, please, are you doing your experiments And how far have you progressed? do you answer the question?? My name is Vladimir, I am from Kazakhstan, the city of Petropavlovsk, I was very interested in your development, we live in the north and we really need a good generator that would heat the room
Bravo
bin begeistert,muß ich nachbauen.
Hi perfect heating. Just wondering can use oil instead of water?
I appreciate it if get answered my question.
Sure, it's not the water that's heating up it's the copper from the induction of the magnets. You can use any liquid you want. That would be interesting to use oil as it's more dense than water and would hold heat longer in a radiator setup.
I'd like to know how much watts is being used by that motor to make that 200°F+
I'm not sure if this is induction. It looks as if you're generating electricity and the water is being heated due to short circuits between the coils. I think induction is heat generated within a ferrous metal by applying a rapidly alternating strong magnetic field.
I could be wrong. Perhaps try insulating the coil and see what happens.
Дуже добре...🧐🤔👏👍
What’s the RPM?
It is really interesting!
yes it is :-)
Just curious, what’s the RPM of the motor?
Hi, Peter!
Friend of mine is building the same now. Would be interesting to make a small heating system with one radiator like 2000 kW efficiency, and check what temp. You will get heating let's say 5 liter system. To boil 200 ml is one thing but to heat central heating system another. Just try with any radiator. Can You?
wtf are you talking here? 2000W EFFICIENCY? people need to do their homework before talking about those kind of things. otherwise you embarasse yourself
You'd need a slightly larger setup or a more powerful motor or both. This is a small DC motor, your friend will probably need an AC motor with direct coupling to the inducer. I'm thinking of making something like this for a heater for a cold garage. The beauty with this is it really doesn't require much energy input to produce the heat.
Пакажыте пожалуйста какой нагрузки на халастом ходе и в работе
What magnets did you use?
طريقة رائعة للتسخين وأمنة . لكن هل ممكن ان يفقد المغناطيس قوته بسبب اشعاع الحرارة من انابيب النحاس ؟
Good Question Neodymmagnets come in Problems at 80 Celsius 🤔
The question is if you have overunity, like a (oil) centrifugal boiler and a capacity of 20Kw thermal energy by 250 watt input.
Hello dose this work with stainless steel 316 hose ore pipe
Nope. You have to use non-ferrous material. Copper/brass/aluminum etc. Stainless will NOT work don't even try it.
Респект вам за видео
drylok is awesome
Merhaba çok güzel yapmışsınız nekadar bir anlık enerji çekiyor ben kötüyüm de küçük bir bınara su çarkı yaptım ve sabit boşta 210 volt enerji üretiyor böyle bir düzenek kursa devir nekdar gerekir
Эксперимент должен в первую очередь показать эффективность и экономность, а то что трубка будет нагреваться, это и ребёнку понятно.
Ahoj , vyskúšaj obrátiť medené rúrky naopak , zvýši to magneticke trenie v hustote kovu ...
Zdravím, celkom nerozumiem ako ste to myslel "obrátiť rúrky naopak"? Ale v každom prípade to celkom dobre funguje aj takto 116°C za cca 5min to sa mi zdá ako celkom dobrý výsledok
@@engineer_peter Nie obratit, ale otocit o 90 stupnov... nakolko magneticke pole musi pretat liniu vodica (napr aj drat v generatore) aby najefektyvnejsie vedel konvertoval mechanicku energiu na elektricku.
@@engineer_peter ua-cam.com/video/5ttV0zt5XOE/v-deo.html
More speed and magnets :x
it may damage the magnet due to copper tube is very near the magnet. magnet had a maximum heat resistance up to 80° depends the quality of magnet. use magnet that EV cars use its high temp resistance.
Haw loong you start +15.c fo + 100.c.time haw long?
how much energy to make, must take make COP
This is just a small experiment. How about you build one and work all the numbers. I guarantee it's more efficient than a resistive load water heater.
cop calculation is only for heat pumps.
bravo
thank you :-)
Wszystko wyjść nam Może jak będziemy mieli Do sceptyczne Podejście, Spróbuj z prądnicą daj Jej Czas by się Wzbudziła
Bello, avrei evitato pulegge e cinta dentata mettendo in asse i due alberi motore, penso si risparmi qualcosa.
👍👍👍👍👍👍👍
КЫРГЫЗСТАН
A straight bars and coils welded to the bars i think is more better
now I just need to add it to my pool pump
you could heat the house too...
Încearcă spițele plate pe magnet..magnetul trebuie să fie mai bun, unul mai mare,unul ca n52,..ca sa fie eficient trebuie invirtit cu cel puțin 10000rpm
Залить масло и греть до 300 гр в теплоакум на 1 куб воды через теплообменник
make one that melts metals
돌리는 모터가 더 뜨겁겠다 ㅋㅋ
This is an inefficient Eddie current brake. Simple old technology.
if asked me it is waste of time, time is money
Oh great, you really don't know what you're looking at do you 😂😂😂 go back to your mother's basement.
Most like consumming more energy heating the water this way then it would take to just use a water heater.
That's my guess too. Friction losses in the bearings and belt.
In small scale maybe. All depends how big unit can be powerd by certin size motor. I can imagine that this one can have COP let say 0.5 . But if you can make coil 4 times bigger and keep the same motor powering it, then COP parametr will be about 2.
@@xXPsych0DadXx not possible
@@xXPsych0DadXx no it wont. the more copper surface, the more resistance the eddy current produced in the copper is against the magnet rotor
To decrease the energy bill put in, it should be hooked up to a wind turbine. Otherwise yes, just use a resistive heating element(100%)
Wonder if you could heat jet fuel magnetically…build a turbine this way…have to be below the curie point…maybe electromagnet…hmmm
I'm intrigued by the idea of heating jet fuel magnetically and building a turbine around that concept, especially considering the curie point and using an electromagnet. However, I currently don't have access to jet fuel to test this out. It's a fascinating thought, though!
Minor grammar mistake in name
With air pressure motor will be more interesting ;-)
Efficiency -30%
Very old news. Inefficient. Built many. Save your money. There, like a bandaid, Cheers!
Fake bro..this sistem havent power