This is not fake. This is a nice demonstration of a two pole DC electric motor. Normally it would have a north pole on one side and a south pole on the opposite side contained within the stator frame, also called the magnetic yoke. In this demonstration the flux density is quite low, so not much torque would be produced, but enough is produced to turn the rotor and overcome the small friction from the carbon brushes riding on the commutator and a little bearing and air friction. Of course he is putting energy into the commutator. That's what makes the armature turn into an electromagnet. The commutator is just a type of switch to keep the armature's magnetic field in a particular stationary direction. Thanks Roobert33, nice job.
unintentional masterpiece, awesome, hells yeah, pick whichever works best for you. i like the tension of the exposed motor screeming, the quick jump off the rails was a perfect closer. RIGHTEOUS VID.
This just the kind of stuff I love making with my Son and playing with at home, a functioning visual aide and a great educational device. Thanks for sharing.
For further clarification, the washing machine motor was probably a "Universal Motor" which used wound coils for the stator frame. Those AC/DC motors will run on AC at a higher voltage and on DC at a lower voltage. Since a permanent magnet was used in this demonstration, it was necessary to power the armature with DC. I mention this because there seemed to be a lot of questions about the motor type in earlier posts.
@Roobert33 You are on the very edge of a Huge discovery. Do the same experiment.. vertical & horizontal, same voltage in both. Then find the max rpm's you can reach for each? P.S Another important secret is, be very aware of the N/S & N/S of Both ends of the magnet....... Don't just test the big flat side... There is yet, more to learn... Happy experimenting!! Question; Will they give roughly the same power (rmp's) or will one Abosolutely Destroy the other???
this is a newer version of your experiment, I saw an earlier one of the same type of experiment with brushed motor and magnet placed last time..im only curious now about the back emf energy that can be tapped if we placed another set of brushes slightly out of phase from the running brushes, as soon as the commutators spin away from the power brushes, we can get the reactive power from these spinning coils as well, probably high voltage but very low amp..cold electricity? I would love to get my hands on these used brushed motors, here we only have ac brushless motors from washing machines, time to search one at a car junkyard! there are reactive power (cold electricity) from the coils as they spin away from the brushes and it can be tapped easily with a set wires or brushes!! they can charge up another battery like a bedini, as I found out in my own simpler experiments, however they are too low in amps to be really powerful chargers, but they do wake up dead batteries to some extent..bedini was not lying!
I want to thank you for taking the time to make these videos !… Do you happen to remember what the make and/or model number of the washing machine motor that these parts came from? I'm subscribed and do enjoy your channel very much
Some washing machine motors have a different kind of rotor/Armature there solid iron with no copper winding or commutator… I've been having a very difficult time finding the washing machines that have the Armature with all the copper winding. I was just wondering if there were certain brand names or a special name of the type of motor that has the copper while the Armature. It's okay I found one. Keep up your great work with the videos friend.
Although interesting, it's not practical. Usually (if not always) , the control of the rotor angular acceleration is in-put from the current running in the rotor's windings. Still, very helpful demonstration ! Thank you.
nice! you have mas cajones amigo! I did similar experiment with exact same motor I salvaged from a broken vacuum cleaner (upright) only my motor was set with original bearings on a block of wood I use solid stiff heavy gauge copper wire for the brushes and was able to adjust the speed by moving them about the armature. I also used 1 magnet , a 1 inch by half inch disc of neodymium 48 I think? what I noticed was a lot of AC floating around , been a while but it was high like readings of 60 , 80 even over a 100 volts ! In the air! Yup , it made an excellent wireless atmospheric generator and I was able to light up several coils just like lidmotors ," Maggie". Very entertaining, although I'm a total novice, just experimenting, naive but hooked. !!! It's alive" ! lol ... speaking of wireless transmission I am currently treating my wife's cancer with a beam ray device. Good results so far. shocking actually!
That was so funny made me laugh ,proving once again how strong neodimium magnets are . you made me learn also where the magnets start and can stop the rotor and showing just by experimenting how we all can learn how things work in its simplistic form , well done . As i can see from your work you have a hidden agenda and its for all of us to go out there and do it ourselves , unlike whats written down below add this and do that , no its for us to go and experiment and see and learn what can be done on our own . Again thanks for making it look simple and very interesting even withought a voice , look and learn if you can .
It's not a failure,Think about it there are forces here you can apply, for a next experiment, You mey think about three of those spinning rotors on one axis under a control stage, also the magnets under a control movement,... not with you hand,... you may us a Rf controler..
Would the Amps go up on the power supply when you used the neo magnet. Also would there be some generation of power through the armature coils back to the battery. I've never seen an live exploded diagram of a motor in action. Thank you.
when the brushless is not on 180 (de grees), when they closer to each other, the temp - stay normal, regulated brushless gives more speed with normal temperature, when they stand on special position. thanks for answer, and sory for my english.
@@ElectricExperimentsRobert33 hello again my friend. Please translate my russian, i have a good news for you. Я тогда думал, мы говорили с тобой так давно ещё, это плохо что ротор так сильно греется, но до меня только сейчас дошло, греется он из за входа выхода из магнитного поля, это та же самая индукционная печь, но за счёт магнитного поля и подачи относительно небольших токов, и если взять этот ротор с неодимовыми большими магнитами по обеим сторонам, сделать на одном из его концов очень маленькую турбинку чтоб она не сильно тормозила вращение, и нужно поместить этот ротор в дистилированную воду не проводящую токи и чтоб она омывала его для охлаждения за счёт этой маленькой турбины и мы получим высокоэффективный нагрев теплоносителя. Как я до этого раньше не догадался не знаю???
Today I have two questions: First: Motor 240 Volts. It means a Voltage 240V or two phases of 120 volts each? Second: What is the fundamental reason why a rotor belonging to an AC motor is used. To build a DC motor ? Thank you....
#1 If it is 240 V DC, then it means 240 V DC If it is 240 V AC, single phase, then it means a voltage of rms value 240 V, alternating sinusoidally If it is 240 V AC, 'n' phase, then it means 'n' different, single phase, sinusoidally alternating voltages, each having an rms value of 240 V and also a phase difference of 360/n wrt the succeding/preceeding phase Sorry, but I couldn't exactly understand your 2nd question. The rotor used in this case belonged to a DC motor. You can tell that from the absence of skewing in the rotor. Old washing machines used DC motors.
Power Generation by Keeping Energy in Captivity Energy Creation Introduction; We always waste power to run anything by moving forward the power to run anything. We can push forward anything with energy, but instead of wasting said energy we can keep it in captivity. By keeping energy in captivity, we can generate energy repeatedly for free and we can take many advantages and use the saved energy in many ways. I have written below about one of these ways that can be used to generate clean energy repeatedly for free. The Procedure; 1- To generate the energy or power by this way, the energy will be stored for first time only in a tank No.1 in the form of compressed air. Afterward every time the same energy will be used repeatedly for power generation from tank No.1 with the help of written below automatic procedure. 2- The compressed air will be transferred automatically from tank No.1 to No.2 but a mechanism in tank No.2 will cause resistance and will prevent the air from spreading. But the level of resistance will be adjustable and we can determine how much we allow the air to expand. The mechanism will transfer the power to two compressors. One of these compressors will suck the air from the atmosphere and transfer it into back the tank No. 2 and other compressors will suck the air from the atmosphere and transfer it into tank No.3. Which compressor will transfer air pressure into back tank No. 2, that will run with energy of tank No. 2 but the energy in the form of compressed air will remain in captivity in tank No.2 and will more increase at every moment with the help of said compressor because said compressor will run without wasting of energy with two energies, own energy and tank energy. Even we can use more compressors at this stage and we can increase the amount of energy at this stage at every moment. 3- The same mechanism as tank No.2 will also be present in tank No.3 and that is how pressure will then be stored into tank No.4 4- These will be refilled the losses of pressure and air volume by heat, friction and noise etc. This series will carry on and we install more tanks up until we reach a substantial amount of pressure. 5- The same mechanism as tank No.2 will also be present in last tank and the last tank will shift the air pressure back into the Master Tank that is tank No.1. 6- When the entire process is complete, the pressure from all the Tanks will be transferred in a large tank and the same mechanism as tank No.2 will also be present in large tank. This tank will also run two or more compressors and transfer the air pressure to same tank and another large tank. This series will carry on and we install more tanks up until we reach a substantial amount of energy that will much greater than wasted energy from Master Tank No.1. 7- Now the pressure from all the Tank s will be used combined with the Master Tank openly or keeping all energy in captivity as energy for any purpose or to operate any system/ machine or to drive an electrical generator for power generation. 8- At the same time, there will be an adjacent series of tanks will also be installed. 9- When the Master Tank is taking pressure from Tank No.2, 3 and 4 etc, it will automatically be filling the adjacent tanks just the same as it filled the first set of tanks. 10- Just like this, the system will automatically fill one side of the tanks series, and give pressure to the other side. And this will keep happening repeatedly. 11- When tank No.1 wastes its energy to fill the next tank, it still increases in pressure because it is giving pressure to one tank only but gaining pressure from many tanks. 12- To maintain the pressure, there will be an automated system in the Master Tank. It will automatically start generating more energy based on the amount of pressure. 13- To generate energy at large scale, we would have to install the tanks underground.
Note: This procedure can be used to create energy of air, sea and land travel. We can also adapt single tank technology instead of multiple tanks for air, sea and land transport. Fayyaz Mahmood Akhtar Jeevan House Plot No. 46 A/2 Sector D/3 East Mirpur Azad Kashmir Pakistan 10250 Email: fayyazmirpur@gmail.com
Dear Robert: April 7 2016 Thanks for your prompt response. My name is German Garcia, I am an electronics engineer and I live in Caracas Venezuela. I am in the knowledge that there are many makes and models of "washing machines" Some are domestic and industrial. Could you please tell me the motor model of the washing machine. And where i can get it. If possible you can send a photo of the assembled motor as originally coming. Thanks again. German Garcia
+German Garcia the engine that you see in the video I dismounted this by a motor of a washing machine that can not remember the name. The motor plate that I disassembled it: "Welling HXGM2.03" 220-240V AC. 50-60 Hz. Electronically Controlled. Current input 4.0- 3.0 A. CLF power output 300W- 50W
I have one (1) week trying to find a "washing machine motor" having a "Rotor" as you teach in your video. I can not find it. Nowhere ". Thanks for the previous answers. Q .- Question: Where I can buy it?
Bonjour Robert33, expérience très intéressante, pouvez vous me donner la référence du stator/rotor que vous utilisé pour cette expérience, j'aimerai la reproduire. Merci pour cette chaîne très instructive
Good job. Congratulations !. Could you please tell the engine model machine. And where I can get it. Another question. I can do the experiment with a rotor 220 V A.C. (Of course I apply CC). Thank you
it is suitable for electric bike and speed control by distance of magnet, more long life, powerfull and simple controlling by brake wire. can you suggest me how sufficent torque for load 120kg, strong enought?
+German Garcia See this link where can find the new engines: www.ebay.it/itm/MOTORE-LAVATRICE-INDESIT-WISL-66-USATO-/281997842170?hash=item41a86196fa:g:t-oAAOSwy5ZXCKKk
One quick question, so if we somehow spin that armature with some source having those magnets around it while spinning will that produces current/voltage?
@@ElectricExperimentsRobert33 First of all I really have to thank you for giving me very good perspective. Since the day I saw your this video I have been hunting for spares to much deeper in this matter and somehow I found an old vacuum cleaner at home and took out its armature and bought few magnets and small twelve volts DC motor and assembled it in such a way the armature spins with the help of this mini motor and gave a reading of about 4 volts and 0.22 ma of current. I'll try to put a video on how I discovered to do so anyhow can we wind this armature in such a way that it produces more current/voltage say about 230 🤔😉 may be I'm asking myself too much but suggest me something. Appreciate your experiments, you are really keeping a good work. Thank you.
your vids are TOTALLY awesome! but I am not sure that this was the smartest idea. what if the rotor flew apart from high RPMs? still, you are SO smart! more vids!!!!!!!!!!!!!!!!!!!!!!!
only like 4 amps maybe 3....a perfect power source is an old laptop charger use it to connect to brushes....and get the magnet from any speaker preferably from a big speaker big magnet....neodymium magnets are sum times hard to find they are inside old computer hard disks....inside Bluetooth connected speakers they use neodymium for those speakers to keep them small with much volume.... it has much speed but not much torque....what type of generator could be used with low torq high speed?
The Rotor of your Video. It is "robust". Rotors of household washing machines are smaller in diameter. Please I have some questions: Q 1 .- What is the rotor diameter. Your shows on your Video? Q 2 .- What is the total length of the rotor shaft? Q 3 .- In an earlier comment I reported to you, I live in Venezuela. You live in the United States. Q 4 .- In my country there is no "collection centers for scrap." For washing machines. Q 5 .- In the e-mail address that you are sending. I see many engines. The truth is that I am now in a "Labyrinth". Q 6 .- The "Rotor" is inside of an engine. Question: What is the engine?
+German Garcia The engine was an old washing machine that I have taken apart, it I no longer have the model designation. Anyway, all types of motors for household washing machines are fine, it does not matter if one is smaller or bigger. The dimensions of the rotors is more or less like these: th-cam.com/video/tb2GUiV8Bf0/w-d-xo.html th-cam.com/video/hGMxGhpRHzA/w-d-xo.html
What size commutator is that? And what is the device called that is mounted to the wood that attaches to the red and black wiring for electricity? I am a student studying energy and I would like to build this device to run some tests, thank you! 👍😁
could be generator for wind turbine adapted this way? i mean take the rotor, and with magnets reach optimal revs for making electricity... am i understand right?
ma se si colegasse ad un alternatore, esempio un 5 kw, che alimenta la batteria, quanto puoi ricavarne con il restante della corrente? quanto puo consumare il rotore con il magnete ? a vedre il regime a cui gira penso nn abbia problemi a far girare un alternatore..cosa ne pensi?
![Warhammer 40k: Space Marine 2 | เพื่อจักรพรรดิ ! [ตอนเดียวจบ]](http://i.ytimg.com/vi/4M0ckYMA4-U/mqdefault.jpg)
This is not fake. This is a nice demonstration of a two pole DC electric motor. Normally it would have a north pole on one side and a south pole on the opposite side contained within the stator frame, also called the magnetic yoke. In this demonstration the flux density is quite low, so not much torque would be produced, but enough is produced to turn the rotor and overcome the small friction from the carbon brushes riding on the commutator and a little bearing and air friction. Of course he is putting energy into the commutator. That's what makes the armature turn into an electromagnet. The commutator is just a type of switch to keep the armature's magnetic field in a particular stationary direction. Thanks Roobert33, nice job.
Thanks :)
unintentional masterpiece, awesome, hells yeah, pick whichever works best for you. i like the tension of the exposed motor screeming, the quick jump off the rails was a perfect closer. RIGHTEOUS VID.
I'm very glad you posted this. Its good to see that other people occasionally mess up their experiments too! Makes me feel better. Wonderful video.
+Lettuce Thanks :)
This just the kind of stuff I love making with my Son and playing with at home, a functioning visual aide and a great educational device. Thanks for sharing.
For further clarification, the washing machine motor was probably a "Universal Motor" which used wound coils for the stator frame. Those AC/DC motors will run on AC at a higher voltage and on DC at a lower voltage. Since a permanent magnet was used in this demonstration, it was necessary to power the armature with DC. I mention this because there seemed to be a lot of questions about the motor type in earlier posts.
that was awesome! great ending!!! quick response!
I was blown away by how well balanced the commutator was at such a high speed only sitting in one bearing!
Excellent demo. Amazing high speed for 18 Volts. Very fast stop at the end with the Neodimium magnet.
Hi Ray, It is some time that we do not feel :)
instead of play with humanity then give us all the secrets about our dielectricmagnetic plane i know you known more than you hand out here
rbert33 = 33 sneaky
I love to see you wearing gloves! Very nice demonstration...
+GEORGE CHANIOTAKIS :)
that "oh, fuck!" moment at the end.
I thought you might put a magnet on both sides, but I guess it span fast enough with one magnet.
Wonderful demonstration.
+viascience Thanks :)
haha, i was waiting for that to happen, nice to see you didn't get a major fragmentation of the magnet though!
Btw this was a great demonstration!
@Roobert33 You are on the very edge of a Huge discovery. Do the same experiment.. vertical & horizontal, same voltage in both. Then find the max rpm's you can reach for each? P.S Another important secret is, be very aware of the N/S & N/S of Both ends of the magnet....... Don't just test the big flat side... There is yet, more to learn... Happy experimenting!! Question; Will they give roughly the same power (rmp's) or will one Abosolutely Destroy the other???
You're right, there is still more to learn ;)
Great job, love the video! I can see many uses for what was going on here.
+shazizz Hi shazizz :)
Hello, this video gave me a ton of new ideas and reminded me of some old ideas as well.
+shazizz Perfect...
this is a newer version of your experiment, I saw an earlier one of the same type of experiment with brushed motor and magnet placed last time..im only curious now about the back emf energy that can be tapped if we placed another set of brushes slightly out of phase from the running brushes, as soon as the commutators spin away from the power brushes, we can get the reactive power from these spinning coils as well, probably high voltage but very low amp..cold electricity? I would love to get my hands on these used brushed motors, here we only have ac brushless motors from washing machines, time to search one at a car junkyard! there are reactive power (cold electricity) from the coils as they spin away from the brushes and it can be tapped easily with a set wires or brushes!! they can charge up another battery like a bedini, as I found out in my own simpler experiments, however they are too low in amps to be really powerful chargers, but they do wake up dead batteries to some extent..bedini was not lying!
Nice demonstration ;) Thumbs up!
1:35
I love that sound.
Браво за финал!
Bravo for final! :)
+lun :)
Nice project
Current AC or DC. ?
input voltage --> ?
I want to thank you for taking the time to make these videos !… Do you happen to remember what the make and/or model number of the washing machine motor that these parts came from?
I'm subscribed and do enjoy your channel very much
Some washing machine motors have a different kind of rotor/Armature there solid iron with no copper winding or commutator… I've been having a very difficult time finding the washing machines that have the Armature with all the copper winding. I was just wondering if there were certain brand names or a special name of the type of motor that has the copper while the Armature. It's okay I found one.
Keep up your great work with the videos friend.
The engine I used is this: INDESIT, but I do not remember what the model was.
th-cam.com/video/tb2GUiV8Bf0/w-d-xo.html
Vacuum cleaners.....
super final. nice.. neodimium maqnet very nice.. 😀
What input voltage are you using ? Its 230v AC or les ?
EXCELENT WORK, GREETINGS FROM MEXICO CITY...
THAT'S GOOD VIDEO..
Although interesting, it's not practical. Usually (if not always) , the control of the rotor angular acceleration is in-put from the current running in the rotor's windings.
Still, very helpful demonstration ! Thank you.
nice! you have mas cajones amigo! I did similar experiment with exact same motor I salvaged from a broken vacuum cleaner (upright) only my motor was set with original bearings on a block of wood I use solid stiff heavy gauge copper wire for the brushes and was able to adjust the speed by moving them about the armature. I also used 1 magnet , a 1 inch by half inch disc of neodymium 48 I think? what I noticed was a lot of AC floating around , been a while but it was high like readings of 60 , 80 even over a 100 volts ! In the air! Yup , it made an excellent wireless atmospheric generator and I was able to light up several coils just like lidmotors ," Maggie". Very entertaining, although I'm a total novice, just experimenting, naive but hooked. !!! It's alive" ! lol ... speaking of wireless transmission I am currently treating my wife's cancer with a beam ray device. Good results so far. shocking actually!
That was so funny made me laugh ,proving once again how strong neodimium magnets are . you made me learn also where the magnets start and can stop the rotor and showing just by experimenting how we all can learn how things work in its simplistic form , well done . As i can see from your work you have a hidden agenda and its for all of us to go out there and do it ourselves , unlike whats written down below add this and do that , no its for us to go and experiment and see and learn what can be done on our own . Again thanks for making it look simple and very interesting even withought a voice , look and learn if you can .
+gallaxi unfortunately I do not speak English, only comments google translator..
THE ENDING IS NICE WITH NEODYM
vc ligou estes fios a onde pode me responder obrigado quero aprender si vc me enviar deus te abençoe
Holy shit just crapped my pants when it jumped at your hands...
ahahah :)
love this video along with all of them keep it up man
+Lost In Space Electronics :)
+Roobert33 man do you know what the rpm was
+Lost In Space Electronics no, I did not think to measure it
+Roobert33 it's OK but man that's cool still and my favorite video of mine is 1400v 1200mafruit test
How did the current change in your power supply? I mean the closeness of the magnet and the changing of the different magnets? Cool video by the way.
It's not a failure,Think about it there are forces here you can apply, for a next experiment,
You mey think about three of those spinning rotors on one axis under a control stage, also
the magnets under a control movement,... not with you hand,... you may us a Rf controler..
robert very interesting your project
thanks :)
**BLACK RUBBER HAND STATOR**
......
"All these inductions, all these rotors, all these Black Rubber Hand Stators"
......
All hands on deck
Good demonstration!
WOW..... Thank's for Sharing :) where can one get these kind of magnets...?
Would the Amps go up on the power supply when you used the neo magnet.
Also would there be some generation of power through the armature coils back to the battery. I've never seen an live exploded diagram of a motor in action. Thank you.
when the brushless is not on 180 (de grees), when they closer to each other, the temp - stay normal, regulated brushless gives more speed with normal temperature, when they stand on special position. thanks for answer, and sory for my english.
+дмитрий галицков I also do not speak English well, only google translator...
@@ElectricExperimentsRobert33 hello again my friend. Please translate my russian, i have a good news for you.
Я тогда думал, мы говорили с тобой так давно ещё, это плохо что ротор так сильно греется, но до меня только сейчас дошло, греется он из за входа выхода из магнитного поля, это та же самая индукционная печь, но за счёт магнитного поля и подачи относительно небольших токов, и если взять этот ротор с неодимовыми большими магнитами по обеим сторонам, сделать на одном из его концов очень маленькую турбинку чтоб она не сильно тормозила вращение, и нужно поместить этот ротор в дистилированную воду не проводящую токи и чтоб она омывала его для охлаждения за счёт этой маленькой турбины и мы получим высокоэффективный нагрев теплоносителя. Как я до этого раньше не догадался не знаю???
@@mnemonic3348 При охлаждении ротора водой движение замедляется с потерей энергии.
Can you put that motor on a scooter???
Today I have two questions:
First: Motor 240 Volts. It means a Voltage 240V or two phases of 120 volts each?
Second: What is the fundamental reason why a rotor belonging to an AC motor is used. To build a DC motor ?
Thank you....
#1 If it is 240 V DC, then it means 240 V DC
If it is 240 V AC, single phase, then it means a voltage of rms value 240 V, alternating sinusoidally
If it is 240 V AC, 'n' phase, then it means 'n' different, single phase, sinusoidally alternating voltages, each having an rms value of 240 V and also a phase difference of 360/n wrt the succeding/preceeding phase
Sorry, but I couldn't exactly understand your 2nd question. The rotor used in this case belonged to a DC motor. You can tell that from the absence of skewing in the rotor. Old washing machines used DC motors.
The real question is how fast can it go?
that a cool looking motor for a home project
how human able to invent this kind of technology,its so alien tech
Buenas que lleva de escobillas muchas gracias
Power Generation by Keeping Energy in Captivity
Energy Creation
Introduction;
We always waste power to run anything by moving forward the power to run anything. We can push forward anything with energy, but instead of wasting said energy we can keep it in captivity. By keeping energy in captivity, we can generate energy repeatedly for free and we can take many advantages and use the saved energy in many ways. I have written below about one of these ways that can be used to generate clean energy repeatedly for free.
The Procedure;
1- To generate the energy or power by this way, the energy will be stored for first time only in a tank No.1 in the form of compressed air. Afterward every time the same energy will be used repeatedly for power generation from tank No.1 with the help of written below automatic procedure.
2- The compressed air will be transferred automatically from tank No.1 to No.2 but a mechanism in tank No.2 will cause resistance and will prevent the air from spreading. But the level of resistance will be adjustable and we can determine how much we allow the air to expand. The mechanism will transfer the power to two compressors. One of these compressors will suck the air from the atmosphere and transfer it into back the tank No. 2 and other compressors will suck the air from the atmosphere and transfer it into tank No.3. Which compressor will transfer air pressure into back tank No. 2, that will run with energy of tank No. 2 but the energy in the form of compressed air will remain in captivity in tank No.2 and will more increase at every moment with the help of said compressor because said compressor will run without wasting of energy with two energies, own energy and tank energy. Even we can use more compressors at this stage and we can increase the amount of energy at this stage at every moment.
3- The same mechanism as tank No.2 will also be present in tank No.3 and that is how pressure will then be stored into tank No.4
4- These will be refilled the losses of pressure and air volume by heat, friction and noise etc. This series will carry on and we install more tanks up until we reach a substantial amount of pressure.
5- The same mechanism as tank No.2 will also be present in last tank and the last tank will shift the air pressure back into the Master Tank that is tank No.1.
6- When the entire process is complete, the pressure from all the Tanks will be transferred in a large tank and the same mechanism as tank No.2 will also be present in large tank. This tank will also run two or more compressors and transfer the air pressure to same tank and another large tank. This series will carry on and we install more tanks up until we reach a substantial amount of energy that will much greater than wasted energy from Master Tank No.1.
7- Now the pressure from all the Tank s will be used combined with the Master Tank openly or keeping all energy in captivity as energy for any purpose or to operate any system/ machine or to drive an electrical generator for power generation.
8- At the same time, there will be an adjacent series of tanks will also be installed.
9- When the Master Tank is taking pressure from Tank No.2, 3 and 4 etc, it will automatically be filling the adjacent tanks just the same as it filled the first set of tanks.
10- Just like this, the system will automatically fill one side of the tanks series, and give pressure to the other side. And this will keep happening repeatedly.
11- When tank No.1 wastes its energy to fill the next tank, it still increases in pressure because it is giving pressure to one tank only but gaining pressure from many tanks.
12- To maintain the pressure, there will be an automated system in the Master Tank. It will automatically start generating more energy based on the amount of pressure.
13- To generate energy at large scale, we would have to install the tanks underground.
Note: This procedure can be used to create energy of air, sea and land travel. We can also adapt single tank technology instead of multiple tanks for air, sea and land transport.
Fayyaz Mahmood Akhtar
Jeevan House Plot No. 46 A/2
Sector D/3 East Mirpur
Azad Kashmir Pakistan 10250
Email: fayyazmirpur@gmail.com
Dear Robert: April 7 2016
Thanks for your prompt response. My name is German
Garcia, I am an electronics engineer and I live in Caracas Venezuela. I am in
the knowledge that there are many makes and models of "washing
machines" Some are domestic and industrial.
Could you please tell me the motor model of the washing
machine. And where i can get it. If possible you can send a photo of the
assembled motor as originally coming.
Thanks again. German Garcia
+German Garcia the engine that you see in the video I dismounted this by a motor of a washing machine that can not remember the name. The motor plate that I disassembled it:
"Welling HXGM2.03" 220-240V AC. 50-60 Hz. Electronically Controlled.
Current input 4.0- 3.0 A. CLF power output 300W- 50W
I have one (1) week trying to find a "washing machine motor" having a "Rotor" as you teach in your video. I can not find it. Nowhere ". Thanks for the previous answers.
Q .- Question: Where I can buy it?
+German Garcia www.ebay.it/sch/i.html?_from=R40&_trksid=p2050601.m570.l1313.TR8.TRC0.A0.H0.Xmotore+lavatrice.TRS0&_nkw=motore+lavatrice&_sacat=0
+German Garcia Alternatively to buy it new, you can try to collection centers for scrap.
Very interesting video congratulations.........can you apply this to Felipe Peña"s motor from Spain???
I did not understand your question, you can rephrase?
Bonjour Robert33,
expérience très intéressante, pouvez vous me donner la référence du stator/rotor que vous utilisé pour cette expérience, j'aimerai la reproduire.
Merci pour cette chaîne très instructive
Le rotor est un moteur commun de la machine à laver avec les balais.
+Roobert33
merci peut on faire tourner une climatisation avec ce système ?
ne est pas possible avec ce système.
si l'on récupère du 230 V avec ce système logiquement on peut faire tourner n'importe quoi non ?
en théorie, il pourrait fonctionner avec 230 volts, mais vous devez faire quelques tests pour vérifier, mais le temps ne le permet pas .
very smart dude. I love it
WHATS THE NAME THIS NICE MOTOR ? AND WHAT NAME THIS PIECE TO MOVE MOTOR ?
The rotor that you see in the video is the inside of a washing machine engine.
How did you do this?
Ha ha ha haa Great Little Experiment Rob
Bless Up Fella
Hi Robert! Install two more brushes for power removal rate! Good luck!
Great man!
Good job. Congratulations !.
Could you please tell the engine model machine. And where I can get it.
Another question. I can do the experiment with a rotor 220 V A.C. (Of course I apply CC). Thank you
+German Garcia It is a simple engine for washing machines brushes. The induction motor is not good for this experiment :)
+German Garcia It must have to operate the brushes.
This looks like the armature from my 1964 Falcon generator.
Super, i love this video so much, very easy to understand
it is suitable for electric bike and speed control by distance of magnet, more long life, powerfull and simple controlling by brake wire. can you suggest me how sufficent torque for load 120kg, strong enought?
como chama essas duas peças lados em baixo onde está ligado os fios.
cool set up. have you tested. for torque.
you should hook up a generator on your open end. give us an update.
Question: Is there a chance that you get the complete engine (new).
I would like to know what's costs Engine?
+German Garcia See this link where can find the new engines:
www.ebay.it/itm/MOTORE-LAVATRICE-INDESIT-WISL-66-USATO-/281997842170?hash=item41a86196fa:g:t-oAAOSwy5ZXCKKk
One quick question, so if we somehow spin that armature with some source having those magnets around it while spinning will that produces current/voltage?
more and less..
@@ElectricExperimentsRobert33 First of all I really have to thank you for giving me very good perspective. Since the day I saw your this video I have been hunting for spares to much deeper in this matter and somehow I found an old vacuum cleaner at home and took out its armature and bought few magnets and small twelve volts DC motor and assembled it in such a way the armature spins with the help of this mini motor and gave a reading of about 4 volts and 0.22 ma of current. I'll try to put a video on how I discovered to do so anyhow can we wind this armature in such a way that it produces more current/voltage say about 230 🤔😉 may be I'm asking myself too much but suggest me something. Appreciate your experiments, you are really keeping a good work. Thank you.
Yes ok :)
your vids are TOTALLY awesome!
but I am not sure that this was the smartest idea. what if the rotor flew apart from high RPMs?
still, you are SO smart! more vids!!!!!!!!!!!!!!!!!!!!!!!
michael mcclain hola motor is fine the thing you have to worry about is the bearing
JAJAJA TRONCO E SUSTO!!!!! Por lo demas excelente el video!
super! 18 v Dc, how many amps did you needed ?
only like 4 amps maybe 3....a perfect power source is an old laptop charger use it to connect to brushes....and get the magnet from any speaker preferably from a big speaker big magnet....neodymium magnets are sum times hard to find they are inside old computer hard disks....inside Bluetooth connected speakers they use neodymium for those speakers to keep them small with much volume.... it has much speed but not much torque....what type of generator could be used with low torq high speed?
Thank you !
Es esto seguro? Si se hace con una bateria de carro. Se cruza? Se puede dejar hasta que la bateria se descargue?
добаловался -)
The Rotor of your Video. It is "robust". Rotors of household washing machines are smaller in diameter. Please I have some questions:
Q 1 .- What is the rotor diameter. Your shows on your Video?
Q 2 .- What is the total length of the rotor shaft?
Q 3 .- In an earlier comment I reported to you, I live in Venezuela. You live in the United States.
Q 4 .- In my country there is no "collection centers for scrap." For washing machines.
Q 5 .- In the e-mail address that you are sending. I see many engines. The truth is that I am now in a "Labyrinth".
Q 6 .- The "Rotor" is inside of an engine. Question: What is the engine?
+German Garcia The engine was an old washing machine that I have taken apart, it I no longer have the model designation. Anyway, all types of motors for household washing machines are fine, it does not matter if one is smaller or bigger. The dimensions of the rotors is more or less like these:
th-cam.com/video/tb2GUiV8Bf0/w-d-xo.html
th-cam.com/video/hGMxGhpRHzA/w-d-xo.html
whoa !!!! .......blackaman !!!!
Can we get electricity from this ?how many bulbs + watt can use and thank you v much
It's kind of hard to do what you say, it takes time and experimentation..
It',s complex ,you need stronger magnetic field, more windigs , constant speed.
E (induced power )=B(mag.field)*V(speed)*L(winging).
no, you need electric input to do this
it is not possible to spin the rotor with out fielding coil
Hola amigo el ultimo imán que le pusiste es mas potente verdad.? Es de neodimio? Lo cual asía que girará mas rápido?
Sí, es neodimio y, por supuesto, funciona más rápido.
i 've got a bunch of those rotors, wondering what to do with them when the stators burned out. now.....😄thanks.
Rotorun daki rulmanın girdiği aparat alüminyum mu?
the end scared me
What size commutator is that? And what is the device called that is mounted to the wood that attaches to the red and black wiring for electricity? I am a student studying energy and I would like to build this device to run some tests, thank you! 👍😁
In practice what you see is the inside of a washing machine motor with brushes, I disassembled it and I got what I needed to do the video.
Electric Experiments Roobert33 thank you so much for your quick response! That really helps me 👍
Electric Experiments Roobert33 what type of washing machine motor did you use in this video? I found many kinds online.
Por que mi motor saca chispas muy grandes y se calienta bien rápido me podrían decir porfa
very nice. much thanx. all the best.
could be generator for wind turbine adapted this way? i mean take the rotor, and with magnets reach optimal revs for making electricity... am i understand right?
more and less..
It',s complex ,you need stronger magnetic field, more windigs , constant speed.
E (induced power )=B(mag.field)*V(speed)*L(winging).
?How can we know this experiment torque!
That was kinda dangerous
+daniel gomez Yes ;)
le voltmètre affiche une variation entre 1500v et 130v pourquoi ? mais je l'ai branché sur une batterie 12v
Sounds like my old computer fan
¿que se necesitara para generar mas energía un rotor mas grande?
Este experimento no es adecuado para producir energía, el rotor gira para effettto de la corriente y el imán.
ok muy buenogracias
How many kg power has your neodim magnet!?
ma se si colegasse ad un alternatore, esempio un 5 kw, che alimenta la batteria, quanto puoi ricavarne con il restante della corrente? quanto puo consumare il rotore con il magnete ?
a vedre il regime a cui gira penso nn abbia problemi a far girare un alternatore..cosa ne pensi?
Neanche se metti un alternatore da 0,5 kw questo rotore riesce a smoverlo, quello che dici fa parte di tutt'altro sistema di prodizione elettricità..
very stable...
Great video man !
4:03 Blender motor :v AND 4:34 epic FAIL :V
wow that surprised me so much
please explain
I do not speak English, no tutorial. Only in the video description.
Is the neodymium magnet stronger than the speaker magnet?
VERY stronger
Wow an electric motor made from electric motor parts.
where are the red and black wires coming from?
variable power supply 30V DC
Boris Pilipenko
what is inside the motor were all copper wire are joining what was it name
commutator
Amazing ! Be safe
Holy crap... that was some stuff
Yes that’s a typical motor setup. Just educational setup?