in my opinion, for any kind of work with MOTs, you need AT LEAST a 4 foot long chicken stick(people die from shorter chicken sticks1), and be in a position so you cant fall on the MOTS or anything on the output(people die from that!) and the MOTs cant fall on you. (ElectroBOOM nearly died from that!)
I am not into the HV fireworks stuff but if you guys are one idea would be to put two or three in series but turn down their input voltage - so 120v into three = 40 volts across each - then tune those to resonance @ 60 hz ( you just tripled your inductance so your required capacitance fell by 1/3) - then connect the outputs in series to get your 2400v - now the big advantage is you have reduced way down the current flowing in each transformer and are no longer saturating the poor guys - these transformers are designed to peg out towards saturation - so you would have a quieter unit and should have keep from burning them out - just some thoughts
@@DFEUERMAN No - 2 MOT's are still just going to be 3000V peak - 2400 RMS - but there are other people out there using just 1 MOT to pull sparks - but they often overload the MOT because it is too small and saturates and overheats - using two brings you down the BH Curve below saturation - so you are increasing the Mass of your setup but NO - 120 -> 60V on each MOT 1200 V out - combined = 2400 v or three 800v x 3 = 2400v - now they don't burn out
@@DFEUERMAN 2nd answer - no - I don't mean putting the 2400V from the 1st MOT into the Low Voltage side of the 2nd MOT - it would burn out - this is not for the super High voltage Tesla stuff - but the lower voltage (2400V) guys that use a single MOT for sparks and stuff
Did anyone else think the thumbnail was a glowing person for a second
Yeaeee nice bum
Bruh ur a legend
Same was looking for this comment
yeah
I think it was a reflection of someone's soul from another dimension which the jackob ladder opened up the portal
This rod (or screwdriver) should be *way* longer than this. If arc manages to touch you, you'll get:
A. Burned
B. Shocked and burned
C. Dead
in my opinion, for any kind of work with MOTs, you need AT LEAST a 4 foot long chicken stick(people die from shorter chicken sticks1), and be in a position so you cant fall on the MOTS or anything on the output(people die from that!) and the MOTs cant fall on you. (ElectroBOOM nearly died from that!)
you know...that's what I was saying in my head!:)
I'd say A would be dead.
I would make that striking rod 10x bigger
lol 'striking rod' the guy used a fucking screwdriver xD
Love the laugh! 😂
I took this project down, the ozone is very bad to breath in, especially if you have asthma and COPD like me.
just have good ventilation or do it outside lol
This guy has great contributions to the ozone layer!
That’s laugh 😂
Wow that looks soo cool :)
Bright arc temp 12000K
Press '9' for hehehehe.
I used to make jacobs ladders for haunted houses etc with two MOTs in series center grounded in an oil bucket. 😁😎
That evil laigh i the end 😂
How did you connect the outputs in series?
Doug the goat
Add microwave capacitors lol
Bro just got 4kv - 6kv for free 😅
I am not into the HV fireworks stuff but if you guys are one idea would be to put two or three in series but turn down their input voltage - so 120v into three = 40 volts across each - then tune those to resonance @ 60 hz ( you just tripled your inductance so your required capacitance fell by 1/3) - then connect the outputs in series to get your 2400v - now the big advantage is you have reduced way down the current flowing in each transformer and are no longer saturating the poor guys - these transformers are designed to peg out towards saturation - so you would have a quieter unit and should have keep from burning them out - just some thoughts
Are two MOTs in series over 30kV? If the first transformer is about 2kV from 120v, then 16.67x step up: 2kv x 16.67 = 33.3kV?
@@DFEUERMAN No - 2 MOT's are still just going to be 3000V peak - 2400 RMS - but there are other people out there using just 1 MOT to pull sparks - but they often overload the MOT because it is too small and saturates and overheats - using two brings you down the BH Curve below saturation - so you are increasing the Mass of your setup but NO - 120 -> 60V on each MOT 1200 V out - combined = 2400 v or three 800v x 3 = 2400v - now they don't burn out
@@DFEUERMAN 2nd answer - no - I don't mean putting the 2400V from the 1st MOT into the Low Voltage side of the 2nd MOT - it would burn out - this is not for the super High voltage Tesla stuff - but the lower voltage (2400V) guys that use a single MOT for sparks and stuff
0:27 Its nice ?
Why stop at two?
"very very high voltage" 4-7kV at most, but at~0,5 amps, so lethal if you get zapped with it
Is this over 30kV? If the first transformer is about 2kV from 120v, then 16.67x step up: 2kv x 16.67 = 33.3kV?
Why is the video quality so bad💀
Hehehehe