He's wrong about how the flame sensor works. What he was describing was a thermocouple, which is not what the flame sensor is. It's not made of two dissimilar metals. It's just a simple metal rod mounted in a ceramic insulative sleeve. It functions by sensing conductivity through the flame. No flame, no conductivity. Did you know that flame conducts electricity? It does and that's because there are ions in flame and ions are electrically charged. How about that?
Thank you for sharing your knowledge..
You are an excellent instructor . Thank you much.
SWEEET! keep up the tutorials!
He's wrong about how the flame sensor works. What he was describing was a thermocouple, which is not what the flame sensor is. It's not made of two dissimilar metals. It's just a simple metal rod mounted in a ceramic insulative sleeve. It functions by sensing conductivity through the flame. No flame, no conductivity. Did you know that flame conducts electricity? It does and that's because there are ions in flame and ions are electrically charged. How about that?
Dave Brast
You are right!
You comment makes sense and sounds very smart .
Thanks.
create your own channel then.
Why does he keep calling the inducer motor the blower motor assembly?
Great video!
Great job amigo.thanks for your knowledge.