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View Full Version : Dry Cells? How do they work?



HHOinKY
10-12-2008, 10:05 PM
How do they work. I tried to search for how they work on the forum, but theres a minimum letter of like 4 or 5 so "dry" won't search right.

I'm just confused on how to set one up. I'd like for this to be my next project if I can figure out how to build one...

Thanks
Mitch

Painless
10-12-2008, 10:18 PM
Mitch,

A dry cell works by pushing fluid through it by natural heat convection. The series of sealed plates have a top holer and a bottom hole, the bottom serves to keep the electrolyte topped up in each cell and the top hole acts as both a max level for the electrolyte and as an exit for the HHO gas. Electrolyte is fed by gravity from the bottom of a reservoir to the bottom hole of the cell and returns via the top hole to the top of the reservoir.
Check out my thread "Painless experiment in HHO" under General Discussion, I have youtube videos I've made detailing how to build a cell from Lowes parts. My channel on youtube is called 'PainlessHHO'.

Good luck! Dry cells rock!

Russ.

HHOinKY
10-12-2008, 11:47 PM
Out here in the garage right now finishing up and gonna try and test my output tonight. If it works I might try and do a quickie install and test it tomrrow.

hg2
10-13-2008, 12:26 AM
Out here in the garage right now finishing up and gonna try and test my output tonight. If it works I might try and do a quickie install and test it tomrrow.

If you want more search results try using keyword "Tero"

sumdude
10-13-2008, 12:27 AM
hey painless what options and where can i get the gasgets for the dry cell design...



Mitch,

A dry cell works by pushing fluid through it by natural heat convection. The series of sealed plates have a top holer and a bottom hole, the bottom serves to keep the electrolyte topped up in each cell and the top hole acts as both a max level for the electrolyte and as an exit for the HHO gas. Electrolyte is fed by gravity from the bottom of a reservoir to the bottom hole of the cell and returns via the top hole to the top of the reservoir.
Check out my thread "Painless experiment in HHO" under General Discussion, I have youtube videos I've made detailing how to build a cell from Lowes parts. My channel on youtube is called 'PainlessHHO'.

Good luck! Dry cells rock!

Russ.

hg2
10-13-2008, 12:56 AM
Sumdude, Use keyword "gaskets" for post search you'll find plenty of options

sumdude
10-13-2008, 07:54 AM
Thanks. Found some good information


Sumdude, Use keyword "gaskets" for post search you'll find plenty of options

tbhavsar
10-16-2008, 10:21 AM
I have question on dry-cell series cell design; from video (youtube, website: fireinthewater.com, etc), I see there are two holes drilled on plates. One on the top and another on the bottom. But the when I read tero cell design document (.PDF format), I see only ONE hole at one of the corner.

The idea of the series cell is to keep current down (by avoiding current leak) thru holes, why folks are having two holes….. I think you need only one at the TOP like tero cell design. I am baffled.

hydrotinkerer
10-16-2008, 11:04 AM
The original Tero cell wasn't a "flooded" cell. It used a reservoir to keep fluid at a predetermined level. It also filled from the top hole. The added hole permits a flooded type cell that filles from the bottom letting the gas out the top. That also permits electrolite out the top with the gas causing a circulating affect.

tbhavsar
10-16-2008, 12:08 PM
The original Tero cell wasn't a "flooded" cell. It used a reservoir to keep fluid at a predetermined level. It also filled from the top hole. The added hole permits a flooded type cell that filles from the bottom letting the gas out the top. That also permits electrolite out the top with the gas causing a circulating affect.

thanks for your reply;

But this will have more current leak and amp will increase; in my opinion this defeats the purpose of having series cell to take advantage of.

Painless
10-16-2008, 12:23 PM
My two flat round monetary units on this:

Some leakage of current will occur because of the holes, however, the current is leaking into the next cell where it can be applied to production. There will still be some loss in the flow back up to the reservoir, however, this path will have an extremely high resistance which will dissuade electrons from taking this path.

As for the top and bottom vs just top hole scenario, I personally feel that the top only hole design is opening you up to the possibility of trapped air pockets in the cells which will hinder surface area for production.

H2OPWR
10-16-2008, 04:04 PM
The term dry cell comes from having all your electrical connections outside the cell so there is no chance of a short or arc in the cell causing an explosion.