Added: 5 years ago
From: tesla500
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  • That's going to smell like hell....

  • Do not do this at home!!! Do this at your friend's house....

  • Mhh :( Just 35A NH Fuses in here :(

  • HELL SOUND!!!!!!

  • 39,600 watts?

  • Is this 39.6 kva ???

  • lol so awesome!

    electricity is some scary shit though!

  • Does the power draw causes a large voltage drop big enough for the lights in your home to dim?

  • Actually, this would be survivable, if it didn't travel through your vital organs. You would have severe burns of course, and would probably loose any limbs involved, but it could be survivable.

  • 190A 240V

    Holy crap. Are you wired for industrial usage or something?

  • you freaken BITCH shorted it at 0:30

  • ....just flush that power unit out....yep just pour it on in there!!

  • I hope you were wearing an anti-static wrist strap. You wouldn't want to damage any of that sensitive motherboard componentry.

  • Now send the board and power supply back to the supplier for a diagnosis.

  • that is too cool

  • Damn! I can't believe you got 45KW from 10 mots.

  • @rocketman221projects He didn't, it's a resonant circuit.

  • POINTLESS

  • it is the way to reset bios cmos settings :)

  • jeeeeeeeeaeaaaaahahahah!!!

  • SMOKIN!

  • touch it

  • man you killed some pretty big caps in that one think you destroyed were do you get big caps like that?

  • This will teach you for running Windows Vista, LOL

  • So thats what Geek squad does to your computer whne you drop it off at Best Buy! it all makes sense now...

  • I swear I just felt an electric tingle in my right hand as I watched this... LOL...

  • waay to much power for that speaker :P

  • 0:10 tsk tsk, should've been wearing your antistatic wrist bands

  • god these gooks and asians cant spell a word of english

    nice video though

  • ...so bored. Put it on your ass

  • "this setup draws about 190A at 240V" That's about 6 times as much as what i can use in my whole house.

    Who's paying the electrical bill?

  • haha thats cool :D

  • SHIT! THAT'S FUCKING POWERFUL MAN!!!

  • ohh yeah^^ thats pretty cool! ive got at the moment 2 MOTs.. connectet in series i have 4kv at 1A ;) but when i connect 4 Capactitors in serie the 16Breaker trigger out :D

  • 0:21-0:30 That is the result of the Pentium Processor failing before the motherboards get electrically fried.

  • Ummm, nope. That just a power supply

  • Where was the power from?

  • 0:43-0:51 It sounded like Metallica hits an amp overload in one of the speakers.

  • Watta fuckin nice shit...!!!

    The second electronic circuit

    which you're destroying, is it a power supply for a PC?

    Without the outcoming wires

    it looks like UPS for me...

  • is that the same amount of voltage of a tv tube because tv tubes use the same voltage of a telsacoil

  • lol at speaker

  • lmfao the water

  • wow looks very dangerous!!! dont try this at home youtubers :-)

  • Yeah, slot pentiums sucks =)

  • 18A @2.2kV is positively lethal; it would kill you before you could even feel the current going through you and toast your innards in a matter of seconds.

  • oh my gosh you guys are ridiculous! haha that looks fun if one mistake didn't kill you! :)

  • I don't think even Tesla would've been crazy enough to try these stunts.

  • look like you got your selfs a arc welder

  • Damn. That looked fun!

    good job.

  • bloody awesome man!, PSU was the best one!

  • Really stupid.

  • Hehehe, this is awesome. I wonder if that motherboard still works. :P

    Also, I guess that power supply couldn't handle a power surge. lol

  • Nice! But I don't know where to get 200A@240V from (as a normal person). Or did you try this in the company you work or something?

  • If you have an electric oven (as supposed to gas), try the outlet that feeds it. Ditto with a water heater (again...only if you have electric instead of gas) Thats all i can think of. Any appliance that is meant to heat, uses a lot of juice. Nothing else comes even close; not even a whole-house air conditioner Hope this helps!

  • um, no...don't try that. This is not something you should play around with. Range sockets, or any heavy duty loads in a residence don't even take close to 200A anyway.

  • dude this video is awesome!!!!!!!!

  • what a cool way to burst a speaker and burn water

  • seriously... almost 40,000 watts?

  • ya, 39600. this is what i call waste of energy, but i must admit it's so cool :D

  • 0:47

    you have no pity ;D

  • Dude you are a mad hacker.

  • lol

  • yeah

    this is pure power

  • The circuit switch has a great sound... *plink*.."Gate's off" :-)

  • Is it possible to create a jacob ladder with this voltage of 2,2 kV and this current of 18A?

  • It's difficult but it can be done. This voltage will only start an arc at about a 2mm gap, and the arc tends to just sit there and not move up. You'd have to pull the ladder rails apart after the arc started to get it to rise, or trigger an arc to start over a longer distance using an HV trigger pulse.

  • @tesla500 I suggest you go outside in good weather and dry.

    If it's too dangerous not to do so would be even better, life is more important than the rest, it makes sense.

    Thank you for your answer.

  • @magnetique12 tesla500 is right, or you could use a 'Gabriel's Electrode', which consists of a 1M ohm resistor (wire wound, heavy duty if possible) connected to the 'hot' end of the Jacob's Ladder and the other end of it goes to the middle of ladder, between the 2 wires, at the very bottom. Google it up for more info. Does this help you? Cheers, a380rockerfan.

  • @a380rockerfan I said only a suggestion, but thank you very much for your advice. That's nice.

  • That's 39600W right there. XD

  • cool ima go try make myself a home-made welder (:

  • ROTFLMFAO!!!

    Yeah, kids, don't do this at home. DO IT IN YOUR DORM ROOMS!

  • one 1200W mot outputs 800ma so 10 should be only 8 amps

    clamp meters lie under high voltage you musts have a hv clamp

  • The output short circuit current of 18A was measured with a multimeter directly, no clamp meter.

    MOTs are greatly variable from unit to unit, one may produce 800mA, another might produce 2A output.

  • yes you are right if it draws 190A from 240v thats somewhere around 45.5 or 45.6 kw divide that by 2200 its like 20A than u add in the losses of hv xfrs you get around 18a and after taking my mot out of its bank and running it with an hv clamp it runs my 1200W at 1A out it all depends on inductance in wiring leading from the box to ur unit and series losses you were right

  • nice

  • Wow! Looks like the power lines in a wind storm!

  • did you fix the problem on that motherboard?

    next time i got a blue screen i call you

  • yea he was doing a soldering job on it...he has all these mots and a 200amp main...and he was lazy to go to radio shack for a 15-45 watt soldering iron

  • great way to make some hydrogen at the end... ;)

  • kaboom!

  • paralell control panel ,is this a big variac

  • how works your parelleR,THE line is 230v 16A

    240 V at 190A how

  • I have a special 240V 200A line for this setup. No variac is used.

  • what value

  • what value

  • Overclocking at this rate, youll be at a THz in no time!

  • 0.o!!! 00:25!!!

  • is so funny with at old's AT motherboards

  • where in the hell did you get ten MOTs from??????

  • The city of Delta has spring cleaning, a week where everyone puts stuff they don't want out on the curb to be picked up. We get a group of people together and go "shopping" for anything good during that week. We picked up 19 microwave ovens a couple years ago.

  • whoa, lucky!!!!!

  • COME ON AND BURN!!! I just hope they had fire extinguisher with them

  • Just buy an Arc Welder and try to weld random objects like furby dolls and motherboards. This would be easier than dissembling microwaves?

  • The high voltage allows the arc to be easily started on things that arn't conductive enough for an arc welder. Also, HV allows the arc to be pulled out to over 1' long without extinguishing too easily.

  • reminds me of what I used to do when i was a kid

  • the speaker!!!! jajajajajjajaja

    fantastic jajajajaja ñaka ñaka jajaja

  • touching mains 230-240 volts AC wont kill most people, as your reflex reaction will ensure that no damage is done to you. Should give you a hell of an adrenalin rush tho...lol.

  • How much was your electric bill for the month? That had to be the most fun.

  • Not significantly higher, we used maybe 45kW for about 30sec, totaling ~0.375kWh or ~2.4 cents.

  • Ahh, Frying motherboards a common target for pulse generators too!

    Nice vid!

  • i dont see anything radioactive there. . .

  • No hard X-rays are produced by an arc in atmospheric pressure air. Also, gamma rays are by definition produced by nuclear reactions, X-rays are produced by electrical means.

  • I'd be more worried about the vaporized lead solder from the motherboard.

  • That was a concern, that's why we had very good ventilation with a powerful fan in the window set up to suck away from the operator.

  • you bunch of dumbasses wanna get blind by highly immense Ultraviolet Radiation, be my guest, and when ya get older... by the time you reach to the age 25 if you keep up with the arc like that, you will lose your eyes,and when you do go blind... ya know what happened and the REASON why you went blind. peace

  • The person operating the arc rod was wearing a welding mask with a #10 welding lens. The camera operator viewed the arc only through the LCD viewfinder. No-one was exposed to unsafe UV radiation.

  • UV protection definitely a good move. "Sunburnt" myself when i was a kid doing stuff like this before i figured out the obvious. No long lasting effects (that i know of). I wonder what it takes to accidentally get xrays...anyone know?

  • just a touch of overexaggeration here, but for the most part, do protect your eyes, seriously. Been there, done this, got lucky i guess. i am ever so much older than 25 now, and can still see to type this.

  • Maybe a little bit of soft x-rays and some ultraviolet but gamma should be nonexistent. Mostly just slightly dangerous to eyes if anything.

    Keep it coming...

  • be careful i nearly DIED when i was a child wen i touched a mains wire by mistake ,and i got stuck to it , i felt like my head was about to explode ,my sister saved me

  • uh...lol shure u touch a mains...there is no life for anyone trust me it is imposible only if ur jesus...i mean u prolly touched a 15-30amp line...you can have a chance there..not a mains

  • FYI - "Sure", "Probably", "You're" and "you". I also connected myself to a 240v 60hz mains supply once too on some tree lights. It didn't pop a breaker and I managed to shake free of it. What do you mean a 15-30 amp line? Given that a resistance draws current in proportion to the potential difference accross it simply saying "30 amp line" on it's own is meaningless. You need enough voltage to break the skin resistance. Then apply Ohm's law.

  • no what i ment was he said it was a main 200amp line yea i know...

  • actually i touched a mians line too when i was a kid and by mains i mean 230- 240 volts. im still around but it gave me one fucking shock! thankfully i didnt get stuck to it tho! im about to make a jacobs ladder using a microwave transformer... if anyone knows if i need the capactor too please message me cos i dont know!

  • shit! almost 40kW thats insane

  • they should try more lol

  • That's really cool - I want to go see if I can find some old microwave ovens in the garbage room (there is a room where they put old electric devises)

    - I don't have that much power (only a standard outlet at 230 V with a 10 A fuse), but you can have pretty fun with only about 500 mA at that voltage (that would require about 5A from the outlet)

  • put a large cooling fan on them

  • That would help a little, but the transformers are being used so far beyond their ratings that keeping the runtime short is the only way to not burn them up. The fan would allow the setup to be run again after a shorter time because the transformers would cool faster.

  • That was really cool - 18 amps at 2,2 kV, that's 39,6 kW of power - how did you get that (it cant be from the outlet in the wall)?

  • We have 2 100A breakers in the panel to power this.

  • Ok - that is some power (even more than needed), it has to be a large transformer - I have burned some old circuit boards like that motherboard with 30 A but the voltage was only 2 or 3 volts.

  • It's actually 10 microwave oven transformers all connected in parallel. They get hot quite quickly, maximum run time is about 1 minute.

  • Ok - really cool, do those transformers work with such a high voltage? - i didn't know about that

  • Yes, they typically run at 2.2kV 500mA nominally in the microwave, at short circuit they'll do around 1.5-2A

  • i liked the one with the water it was cool

  • that is not safe becouse

    1-parts of PSU could store that voltage

    2- The PSU looked like it was going to blow up doing this could have caused a fire

  • the one with the speaker was funny.

    im now positive that speaker cant handle that load, lol.

  • Hahah you guys are fuckin crazy!

  • cool

  • ahahahah! this is insane! :)

  • holy crap !! you are phukin brave dude!!

  • was that a microwave transformer? no way not unless you had a couple or qadrippeler circuit wow i never see that from my mots

  • read the fuckin description.

  • hey forgive me if im wrong but is today your 27 th or 28 th ovialtion hurts

  • no, read the description, those were 10 MOTs in paralell!!

  • ZAP TAP.exe

  • Transformers do not boost power they simply convert voltage levels. If higher voltage is needed then the current will be less, however, if lower voltage is needed then you get more current, but if you use the formula for power for the input and the output you will get about the same on the output as on the input.

    Here: 240 volts * 190 Amps = 45,600 watts IN 2,200 volts * 18 Amps = 39,600 watts OUT

    It is slightly lower on the output because obviously no device is 100% efficient.

  • you can draw any amount of power you want from the pole. All you need to do is step up the KVA with a step up transformer... you can get 22KVA up to 44KVA by using a step up with a 2/1 ratio.

  • Transformers cant boost power.

  • Yes they can!

  • no just find a 500kv power line that comes for a power plant then tie a rock to a metal line then hook it up to aligator leeds NOW you some power now!

  • Youd be electrocuted/vaporized.

    Transformers only change voltage.

    And power is lost in the voltage conversion(inductive impedance, primary magnetization current, core eddy current, winding resistance).

  • I no I was joking you would be varporized! your right about the transfomers they cant bost power I read it in an encycolpeadia and it stated right in there about that. It told me all the baics about a transfomer and the detals about it too so you are right! Oh yes we had some bad weather and I got to see a downed three phase 17Kv pole snaped in have because lighting hit it it was right out side my window it arced out for hours it was awsome first ime seeing one do that to!

  • only a small amount is lost if its a well built transformer

  • Lol wow you know resistors can blow up? but nice video love the speaker lol. What MB was that uhh slot p3 Aopen?

  • Nice use of microwave transformers, gents.

  • thanx

  • How the hell do i ballast my MOT? need help

  • There are several ways to do it, basically just by adding impedance in series with the primary winding. One easy way is just with a light bulb. Connect a light bulb in series with the MOT and that will limit the power to the wattage of the light bulb.

  • ...you can also use a heater element, or a better way is to use inductance like with a big choke.

  • somehow, i don't think these guys ballased......

  • ...But very cool video. I don't have sound on the computer I'm using right now, but I'll definitely check this out again when I get home.  I've been wanting to get some high voltage and high current arcs. The most I've worked with is 15,000 volts at 120 milliamps with 4 neon transformer hooked together.

  • Yikes! 45,000 Watts! Even if you did use a high amperage breaker, where in the world did you get that much power? I didn't know you could even draw that much power from the pole...most distribution transformers are only 15 or 20 Kilowatts. I'd be afraid to even use one MOT without current limiting. I'm surprised the windings didn't catch fire with all the current you'd be drawing.

  • Well, there would not be much left after touching the output of that.... One MOT is bad enough, but 10?!?

  • Hi Mr. Shocky

    that is a shock footage!!!

  • what did you use for the power supply, how many volts did you put in it?

  • WOW love it!

  • thats just 10x more power than standard UK 240v, right?

  • can a device be made to blowout the speakers is the cras that play loud rap music? I would pay for such a handy concept.

  • I need to get my old DFI motherboard repaired and you gave me an wonderfull idea, lol

  • holy fuckenstein u guys are fucking crazy

  • Tim Taylor would be proud - that brings new meaning to the phrase "More Power!" I pity all the people near you though who were trying to listen to AM radio when you were doing this.

  • lol nice thinking casue i have a HAM radio

  • That was really funny.

  • STOP !!!

    My lights are dimming over here!  LOL

  • You think thats fun try setting up 6 mots on 3 seprate phases of power, 2 per phase. Talk about fire!! :P

    Anyhow great vid

  • whats that coil thing on the end of the live wire it looks like a cellphone antenna i had something like this but it was a pen and i have a cell phone antenna from a car

  • holy shieite that alot of power at 2.2k. Thats 39.6 kilowatts. Are you sure your actualy drawing that much from your house? sheeet

  • woah, that stuff got seriously FUBARed

  • Haha, are you guys nuts?

  • Oh, very nice!! Much better than a fuzzy cel vid of an arcing transformer at 300 yards!