Did I just blow my brand new atty?

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skywalk

Senior Member
ECF Veteran
Dec 31, 2009
292
1
Malaysia
I just received my xhaler and I used it at 5v on my stock 510 atty.
after barely 5mins of vaping, it stopped producing heat. press the button and nothing happens. I guess this newbie just blew his first atty ever huh?

any way to salvage this atty or is it junk? I only have 2 attys left :(

any tips on how to prevent this from happening to the other two? thanks
 

Kurt

Quantum Vapyre
ECF Veteran
Sep 16, 2009
3,433
3,607
Philadelphia
Try another atty. It's possible it could be an issue with the mod.

Just covering all bases here.

I would also try the atty with a regular 510 batt, in case it is the batt connector from the mod. If there is no sizzle from the atty, try a hot water flush with blowing out, shake it out, and dry over night and try again. Silent and cold generally means dead atty, but then I'm using standard 510 batts, not a mod. Good luck, and let us know!
 

Kurt

Quantum Vapyre
ECF Veteran
Sep 16, 2009
3,433
3,607
Philadelphia
I changed attys and the new one works. the old one just does nothing. no heat, no sizzle, no response of any kind. tested on stock 510 batt, and the xhaler batt.

if you have a digital volt meter, you can check the atty for resistance. one lead to the outer threads, other to the center hole. I think it should be 2.8 ohms but not entirely sure. if no resistance at all, its dead. i always have a bunch of attys. buy in bulk when on sale. they're cheap.
 

skywalk

Senior Member
ECF Veteran
Dec 31, 2009
292
1
Malaysia
if you have a digital volt meter, you can check the atty for resistance. one lead to the outer threads, other to the center hole. I think it should be 2.8 ohms but not entirely sure. if no resistance at all, its dead. i always have a bunch of attys. buy in bulk when on sale. they're cheap.


I just tried using my digital ohm-meter and the numbers keep jumping up and down, no matter how steady I keep my hands, or wherever I place the probes.

it simply jumps between 2.9 to around 4.1 ohms. is there any way to get a more accurate reading, or is this just how it's going to be...to get a range like that?
 
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