12 volt generation of a sustained arc

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Discussion Overview

The discussion revolves around generating a sustained electrical arc using a 12-volt power source, specifically targeting the ability to jump a 1.5-inch gap. Participants explore various methods, materials, and applications related to ozone generation, including safety considerations and the feasibility of using high-voltage stun guns.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Experimental/applied

Main Points Raised

  • One participant seeks a device to generate a sustained arc with a 12-volt source, questioning the feasibility of jumping a 1.5-inch gap.
  • Another participant states that 25,000 volts are typically required to jump a 0.025-inch gap, expressing skepticism about achieving a 1.5-inch arc with only 12 volts.
  • A participant references the capability of a 60,000-volt stun gun to create a 1-inch arc with a 9-volt battery, questioning the voltage requirements for longer arcs.
  • The application for the arcs is identified as ozone generation, with a need for multiple arcs to produce sufficient ozone.
  • Concerns are raised about the safety and regulatory implications of generating ozone, including potential disruptions to communications and health risks associated with ozone exposure.
  • One participant suggests that an intense electric field may suffice for ozone generation without the need for an arc, while another counters that the arc produces additional desirable compounds.
  • Safety considerations regarding materials used in ozone generation are discussed, particularly the degradation of rubber and the potential for combustion.
  • A participant expresses a proprietary interest in their application of ozone, indicating it is a supplement to combustion rather than a direct fuel source.

Areas of Agreement / Disagreement

Participants express differing views on the feasibility of generating a sustained arc with 12 volts, with some suggesting alternative methods for ozone generation. The discussion includes both technical challenges and safety concerns, indicating a lack of consensus on the best approach.

Contextual Notes

Participants reference specific voltage requirements for arc generation and ozone production, but these claims are not universally accepted. The discussion includes various assumptions about the effectiveness of different methods and materials, which remain unresolved.

Who May Find This Useful

This discussion may be of interest to individuals exploring ozone generation techniques, electrical arc applications, and safety considerations in experimental setups involving high voltages.

chuck85210
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I need help finding a device that can generate a sustained arc while utilizing only a 12 volt power source. Does anyone have any ideas? Arc should be able to jump a 1 and a half inch gap.
Also what materials should I use for the electrodes that would not degrade over time?
 
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it takes 25000 volts to jump and air gap of 0.025 inch...with 12 volts...good luck with that 1.5 inch gap
 
how is that posible when a 60,000 volt stun gun can create an arc of 1 inch with a 9volt battery?
thanks for your input
 
chuck85210 said:
how is that posible when a 60,000 volt stun gun can create an arc of 1 inch with a 9volt battery?
thanks for your input

I was going to suggest just that. Will it work for you? What in the world is your application?
 
application is ozone generater but I need an array of probably 8 arcs for the amount of ozone needed
 
also its an automotive application
 
it seems you are correct as I checked into tyhe stun guns and the ones capable of creating an arc that I am looking for requires 4.5 million volts. at 60.00 a piece I think they will work nicely
 
any air gap spark discharge can disrupt local communications based upon the frequency
be careful that the FCC does not get mad at you
those guys in black suburbans have very little sense of humor,
(trust me on this one)

dr
 
will keep that in mind
 
  • #10
just purchased 5 4.5 million volt stun guns for 35.00 each I'll use an ozone detector to see if I'm in the ballpark
 
  • #11
I don't believe you need an arc to generate ozone, just an intense electric field. Passing air through an air dielectric capacitor charged to a high voltage should do the trick without creating an arc.
 
  • #12
the arc also creates other compounds that are desireable for my application
 
  • #13
  • #14
Dr Lots-o'watts said:
For the people reading who aren't familliar with ozone generation:

http://msds.chem.ox.ac.uk/OZ/ozone.html

In particular, breathing it causes permanent damage to lungs.

Good info! Especially this:

Ozone is highly unstable and can explode with little provocation.

So Chuck, how much experience do you have in working with hazardous materials?
 
  • #15
wow! thanks for the info but it is an effect I was counting on I will do further research before proceeding. combustion is part of the experiment and I will take extra precautions with ventilation. You are a wealth of information and I appreciate and take it under advisement.
 
  • #16
additionally, ozone degrades any rubber, and speeds up the dry rot process
so...metal lines would be safer if pumping this
not sure about plastic

dr
 
  • #17
thanks for the info I am taking all advice into consideration you guys are saving me a lot of time and money experimenting
 
  • #18
Out of curiousity, what is your reason for producing ozone?

It sounds (from reading your posts) as if you are trying to produce ozone to use as a combustible fuel to drive an engine of a vehicle. Some sort of variation on an electric powered car perhaps?
 
  • #19
my use is proprietary I would rather not discuss it. but it is a suppliment not direct fuel.
only and aid to combustion of a less combustable material. The amounts of ozone I will be producing are small and I promise I will not be blowing anything up.
 
  • #20
Fair enough. Thread closed.
 

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