Here we have a Series10 MagDrive HHO gen that has been running 13 hours at appx 14amps at 12 volts DC. You will notice that the unit is fully water jacketed and cooled with a circulation pump and external radiator. This unit produces 3 Liter per/min at 14 amps and can be operated as high as 40 amps and produce 6 Liters per/min while keeping the internal electrolyte and HHO gas temperatures below 120*F consistantly. This Magdrive unit will become available on June 1,2007.
We watched your video of a unit that was over a year old and 4 generations back in design of an original Series9 magdrive HHO gen. Yes it was relatively primitive in design, as opposed to the latest units 11a & 12a. But at least we aren’t using Elmers glue and sewer pipe and we did have a fully auto system in use even then. Unlike your fill it up manually with no saftey precautions built into the system to cover flash back failure. You get what you pay for!!! Good Luck…
Thanks for the best wishes, same to you. We have moved way past the Series8,9 & 10 models.
MagDrive now produces the Series 11a & 12a computer processor controlled units using multiple thermal convection electrolysis cells. We can now produce HHO in amounts of 3-4 liters per minute flow with only 2.5 amps at 12 – 13.2 volts DC.
Read the opinions of Dr.W.Rhodes.Phd concerning pulse wave modulation. Then come back and ask your question.
If we repiled to every person who made their challenges nothing would ever get done. One persons doubts do not form a conclusion.
where can i buy one? you need a websight! or put them on ebay after you make them. great work!!! we need more people like this!
Check out MagDrive Exposed on youtube to see the inner components of a MagDrive
I was just lookin at some of the q&a’s and came across yours.
DC does not have “frequency”… Stan was working with LOW VOLTS, HIGH AMPS, and PULSE MODULE.
Nice set up m8. I am getting 6 litres per minute from my cell as well but it certainly doesn’t look as “tech” as yours. Hoping to double production with my new cell. Good luck with your work.
Hello Magdrive I was wondering why you didn’t take the challenge from waynewman? It seems like he had a decent proposal fro you and you didn’t respond. I know if I had a legitimate system I would be all over it. If you are wondering what I am talking about do a search for waynewman and watch his video Magdrives silence speaks volumes.
Yes i did watch a few of their published videos. I would really like to see them succeed in their endeavors. We can’t get there unless someone leads the way!
Yes, there is one shown in the videos on our website. We have installed at least a couple of dozen 5.2L Fords using the Maxi and Super gen models in the Series8 & 9 models.
Z-man
We will do that, we have dyno results already and have a professional video man scheduled to do several professional videos of doing the installation and also videos on the road doing a video of the instruments, ie: scan guage, on board computer read outs that pertain to all engine functions. Although we have full dyno results, we never took any videos of the actual test, only the published results upon completion.
God bless you magdrive. I hope you have success with this, the world needs this technology very badly right now. Have you checked out Steorn? They are doing some amazing things with magnets. Not the same thing, but you might be interested in that project.
Great Unit! Will it work with fuel injected Ford-f150 5.2L ?
Hi Jim
Nice work!!!
Temp control is very necessary to have a stable system.
I have built one myself.
Ran it for about 5000 miles without any problems.
Mine runs off of the engine coolant.
It took about 5 minutes to warm up to 160 f.
And after that 160 to 190 f depending on outside temperature.
You can increase the efficiency if you run it at about ~180 f.
It will not boil.
How about some videos on actual mileage increase testing???
Cheers!
Z-Man
Mag.. you are genious. Thank you for realizing my dreams 🙂
Jim, is this why I can’t find out anything on your PWM. I lloked on your web-site and couldn’t find anything on it. And I started to e-mail you about it but it seems that you have to buy one first but I couldn’t find one.
Until someone proves that a PWM is beneficial, we don’t utilize pulse wave modulation. Meyers principles have never been duplicated and proven to be beneficial in an ICE for everyday reliable use. Many experimenters claim to have duplicated his principles but nothing has appeared as concrete proof that it would infact work in an everyday environment.
Doesn’t the frequency also have a lot to do with the efficiency of the HHO production? Would the variables of water contents and the actual process of HHO production change the best possible frequency? And wouldn’t you need some type mechanism or processor to regulate the frequency for peek efficiency? I believe this is what Stanley Meyer was mentioning in his lectures. Thoughts?
Thanks for the response magdrive. I don’t think I would have room for the cooling unit. Maybe I should get the Series 9c while it lasts. Any ideas here?
Heat is a major problem in HHO generation, heat is the result of lost energy and as it climbs the HHO generation decreases and you eventually over heat and produce boiling electrolyte and heavy condensate causing excessive water usage. By pulling off the heat, the HHO production can continue un-impaired.
Sorry you see no difference, I guess your is far superior and does wonderful things. Shame you don’t give any info out about where yours is and how it works. But I uess its a top super special secret locked away in a big vault so no one can see it. Unless you can do better, I would suggest that you hold your comments.
What are the differences of keeping the generator cooler vs just having it run a little hotter.
The power to pump the cooling water and power the fan are coming from where? This product is nothing special for sure.