Stanley Meyer replication with low input power

[ashtweth_nihilisti]

Yes mramos, and the RV is the most efficient  .8-1HP electric motor in the world and MANY other things, if your 3/4 horse power drill can beat the RV i would like to see it. The RV does not buckle when loaded
http://video.google.com.au/videoplay?docid=8060034688864982719&hl=en-AU

The RV will significantly help Ravi's/Daves replication, as Dave used a single phase motor to turn the alt, the RV can do that more efficiently.

If you stuck to the guide line and instructions your RV will do the same
I have found a commojn them here, which i look upon in suspicion why people alter and change things, if you are to replicate the RV it will work, if you change things, (Ravi didnt) Do not expect them to do the same things.

regards
ashtweth

[Gheller J]

Spewing: Dis is from pg 7 of dis thread





? Reply #66 on: August 28, 2007, 05:25:20 AM ?
Hi Stefan,

I do have an analogue DC Amp meter fixed in the Freq Gen. The digital meter I have was read on the range of 0 to 20A and the analogue shows almost the same but you can see that it keeps fluctuating with the pulse.....even thats at around 0.5A.

The voltage is straight DC from the AC to DC converter. Is there any thing else I might be missing?


http://www.youtube.com/watch?v=taFrw3xxDow



Hydro the LED on the left part of the circuit is placed before the switch and you can see that when the switch is turned off the right LED doesn't blink and the current draw increases by more than four fold! The right LED is on pin 3 of the second 555. I hope this clears what you had in mind Hydro.

Ravi





Read the last para      >> when only a one part (left 555 in D14) of the frequency circuit is switched off the current draw increases by more than four fold    >> if you switch off the pulsing completely the draw could be more than eight fold

>>pulsing IS important to reduce the current draw.....check video to confirm


Missing out on posted stuff again   


Gh. J.

[Spewing]

yup yup, but it is difficult to read with an amp meter.

what you have is a frequency within a frequency, the circuit on the right is the higher frequency, the circuit on the left is the lower.

when the frequency on the right is set, then the frequency on the left can also be set, so the pulses will be applied at 2 frequency's at the same time, if you can understand.

The Faster Frequency is being Pulsed "Threw" a Slower Frequency.

xogen patented some crazy frequency, much like lawtons, accept it apeared that they hooked a Triangle wave generator to Lawtons Circuit, thats as good as i can explain it.

Now, I have cleaned my tubes 3 times, GRUUU, i'm now going to try Ravis instructions from lawton on conditioning, it's a very time consuming process. i think i said something about reversing the polarity in the past, i don't think you should now that i understand a little more about it. 

and i have been doing a little more reading, it seems that if you try to condition to fast it wont work either, it is important to condition slow just as in ravis instructions. so that means that the guys with the battery chargers would need to have more amp settings, sorry guys but it looks like you'll need that lawton circuit for conditioning.

[Gheller J]

Probable reason why  RAVI    stressed on 316L Stainless Steel:


>>  316L has Molybdenum in its composition


The SS grade makes sense now.

Gh. J.



(picked from a parallel thread on this site)




Re: Linnard?s hydrogen on demand system without electricity !
? Reply #633 on: August 30, 2007, 02:17:10 AM ?


For those that are interested, nickel and stainless electrodes that are high in Molybdenum content reportly produce more hydroxy than normal 316 stainless. Maybe these metals have some natural endothermic properties?

The chemical gallium and titanium oxide have been linked to solar hydrogen production. Pehaps these need further research as catalysts. 

Zinc has been known to produce hydrogen when exposed to extreme heat, so perhaps any reaction can be inproved through te use of hot electolyte?

Here are some interesting links:

http://www.greencarcongress.com/2007/08/new-catalysts-t.html

Note the section in this article that says:

The gallium is a critical component because it hinders the formation of an aluminum oxide skin normally created on aluminum's surface after bonding with oxygen, a process called oxidation. This skin usually acts as a barrier and prevents oxygen from reacting with aluminum.

http://www.sciencedaily.com/releases/2007/08/070827174310.htm

Thought this may be relevent to those attempting to prevent degradation of effect over time.

regards,

Runningbear

[TheCell]

@Spewing

The chokes will surely do nothing (except they limit the current) , if you do not apply an alternating current to them.
This 'alternating current' will induct high voltage peeks into the chokes, which are known to improove the efficiency of the electrolysis.

In a youtube video someone has compared the straight current und pulsed current methods.
The pulsed current method was the better one.

If I could find the link ....