After testing every position of Lambda sensors I found the most consistant results are had placing it right at the start of the
perf in the muffler.
This seems to " average " the reading over several cycles.
At the mufflers other exit end the sensor is contaminated with fresh air , being pulsed back and forth by the wave action
reflecting off atmosphere.
Ive got a thing thats unique and new.To prove it I'll have the last laugh on you.Cause instead of one head I got two.And you know two heads are better than one.
Interesting discussion paper on High Temp Gas sensing for Automotive use, including 2 Strokes:
https://www.researchgate.net/publica...ons_-_a_review
If anyone can possibly do it practically, I'm sure you can.
Wobbly, what sort of temperatures are present at the start of the muffler?
If under say 600C, current sensor technology is more than up to the task.
Cheers Daryl
why is not a MAF sensor a good option?
No amount of experimentation can ever prove me right; a single experiment can prove me wrong.
Use the MAF as a 24/7 flap valve??
Cheers, Daryl
These Guys:
https://www.google.com/url?sa=t&rct=...azkdvCb41UXgS8
Used one of these:
https://docs-emea.rs-online.com/webd...6b815a66d8.pdf
In the stacks of wood stoves, far outside its rated operating temp, for 150 mins, with results not dissimilar to dedicated industrial units.
Cheers, Daryl.
Might be Rocket Science:
https://ntts-prod.s3.amazonaws.com/t...W-TOPS-112.pdf
NASA is looking for partners to develop & use these in new applications.
Bleeding Edge 2 Stroke technology might be appropriate, after all there is a technical bonding link, way back to Walter Kaaden, V-1 & 2's & WW2
cheers, Daryl.
PS. Don't mention the War! I did once... but I think I got away with it!
Hydrocarbon sensors available in NZ for less than 20 Kiwi Dollars.
http://www.etech.kiwi/4310-gas-sensor-hydrocarbon/
At that price you could replace them after each Heat (pun intended).
Cheers, Daryl.
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