My Meyer's Picture Collection for sale
Started by unknown · · 38 posts · last reply 13 May 2011
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#26 · date not recorded
hey don,
I am still waiting on the package. It has been 7 business days not counting the day you mailed it..
if it were priority mail the mail man said it should take 2-3 days.. -
#27 ·
Everyone that ordered a dvd,did you receive the excel spreadsheet I tried to email everyone?It may need to be explained,it's alot of info.There is 4 pages to it,just look at the tabs at the bottom.
Don -
#28 ·
Yes, received. There is a lot of content.
It puts a lot of 'guesses' to rest to actually see what was there.
I do still have some questions though about the resonant cavity tube design.
I don't understand what the upper and lower notches are for, since it is a solid center tube...
Is this where the outer screw studs connect?
Re: the spreadsheet - I did receive it. That was a lot of work to create I'm sure -
#29 ·
Don,
A question about the spreadsheet, ... on tab 1 you have Gage 29 and Thick 0.02. Is gage the wire gauge? If yes, 29 has thickness of 0.011 and 24 has thickness of 0.02. What should it be?
Sharky -
#30 ·
i posted a few pics on the net... those that are interested in more... should i dirrect them here Don or give them your adress or what? -
#31 ·
stanmeyerlives,
the slots in the tubes are how the gas exits and the water enters
Sharky, I was wondering the same thing, I found a chart and if the wire was quadruple Enameled the sizes would match up but I've never heard of anyhting like that. I'm more concerned about the resistance, to me it looks like the copper wire for the secondary would have to be like 1000 feet to be close to the resistance in the spreedsheet, but maybe i'm missing something? -
#32 · date not recorded
For anyone who ordered the dvd and didn't receive the excel spreadsheet in an email,pm me your email address and I will send it to you.
stanmeyerlives, the slots are where the water and gas enter and exit. The water flows in up through the bottom hole in the negative rod and comes out through the slots in the bottom,then it passes up through between the tubes.Then the water and gasses go through the slots into the top of the negative rod and goes out through the hole in the top.Water is constantly flowing through these tubes.
Sharky, the wire gauge is 29.It was measured with the coating.I seen all of the wire Stan had,and he had alot of 29 gauge.Every company that make wire,has a minimum and a maximum that the wire can be.
Don
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#33 · date not recorded
Mr. Don,
Thanks again - I understand the layout now.
Undoubtedly this helps to get the maximum effect and interaction with the water.
The two studs are connected to the ends of the pipes?
I assume Stan used one of the slot areas to attach to the inner rod.
Thanks again for all the feedback. We are getting closer.
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#34 ·
Don
Here is a schematic update for the actual Gated Pulse Frequency Generator attached
Any idea on why Mr. Meyer added the 7404 inverters for the extra output signals and also why did he use a 4 input AND chip for an additional 2 outputs???
probably not required, but everything he did was for a good reason...although there were a lot of traces cut and errors on that board !
figure 6_ActualCard.pdf
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#35 ·
I just figured that Stan may have wanted to have a couple of extra outputs for future use.There was alot of changes made to alot of the boards,probably trying to make it work correctly.
Remember Stan didn't make those boards,his brother Stephen did,he had an electronics business.
Don -
#36 ·
I just figured that Stan may have wanted to have a couple of extra outputs for future use.There was alot of changes made to alot of the boards,probably trying to make it work correctly.
Remember Stan didn't make those boards,his brother Stephen did,he had an electronics business.
Don
Thanks for the response, i kind of figured that
ANY IDEA on what kinds of pump or pumps he used to pressurize those injectors and the ionized air from the gas processor?
obviously the air didnt flow into the mixing chamber by itself!
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#37 · date not recorded
There are 3 differential valves: One for ionized air, one for EGR, and the other is for filtered air from the filter housing.
A fitting below the throttle body provides engine vacuum, this is what pulls the different gasses into the engine through the differential solenoids (needle type valves).
It think the butterfly valve was also modified since water disassociation releases enough oxygen to provide a stoichiometric ratio. Stan states in the TB that the 2:1 stoichiometric ratio is maintained throughout the engines operating range. -
#38 · date not recorded
There are 3 differential valves: One for ionized air, one for EGR, and the other is for filtered air from the filter housing.
A fitting below the throttle body provides engine vacuum, this is what pulls the different gasses into the engine through the differential solenoids (needle type valves).
It think the butterfly valve was also modified since water disassociation releases enough oxygen to provide a stoichiometric ratio. Stan states in the TB that the 2:1 stoichiometric ratio is maintained throughout the engines operating range.
Im referring to the 125 psi pump required to send the air, exhaust and water to the injector... the final embodiment of his design
apparently he mixed ionized air and exhaust gases with water mist in some sort of mixing chamber , then sent the entire mixture at 125 PSI to the injector to finalize the charging and firing of the mix.
at first he had a canadian patent where the three elments were sent to the injector via 3 different hoses and mixed in the injector...later he developed a better version where the mixing manifold was used before the fuel was sent to each injector
i can see how a 125 psi pump was required to get good flow based on injector solenoid pulse width.... there were 4 solenoids, one for each cylinder, and they obviously were controlled by the 4 LED s in the distributor... but how do you get the ambient (gas processor) ionized air into the mixing chamber
any ideas on the kind of pump used? or the configuration?
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