just click on the lil camera over on the right side of the tools bar
I started vaping a v1 provari in late 2011 and the aw imr batteries were what I used from the start...like you said, the fire and trust batteries were also out there, but folks recommended the aw's. I believe it was the aw 18650 16 amp that came out in 2012, which was a pretty good battery at that time , although the mah was slightly lower . what you said is how I Remember it but believe the aw's came out in 2011 (perhaps before, but I wasnt vaping so I dont know)I'm a little reluctant to further derail this thread, but I believe your history and chemistry lesson is a bit off.
When I began vaping in 2012, the best battery available for our mechanical mods was the trusty old Trustfire ICR battery. Probably had maybe 4 amps cdr, but they didn't rate batteries by continuous discharge rate at the time. I actually had one explode in my mech. Capacity (mAh) was the only spec that mattered then. (Nobody in their right mind today would use a Trustfire, Surefire, or Ultrafire battery for vaping. In fact, they are widely considered obsolete for vaping today.)
Somewhere around this time period AW came out with the first IMR battery. "Safer chemistry" because they were less likely to flame or explode, but they could still flame or explode. AW's 18650 2000 mah battery had a whopping 10 amps cdr. Their 1500 mAh 18650 battery had 16 amps cdr.
Shortly thereafter that, Samsung Sony and LG developed their "hybrid" batteries (INR chemistry). Not as "safe" as IMR, but "safer" than ICR. The main draw for these batteries were more amps cdr. Maybe up to 20 amps cdr. Today we have 30 amp cdr hybrid 18650 batteries.
Today's hybrid batteries are more powerful and a bit safer than the ICR batteries of 2010. Any abused or misused battery can vent or explode. The problem with mech mods is they generally don't have any protection circuitry (which can fail) and many don't have vent holes to allow a venting battery to release all that gas they produce. That's when you have a potential pipe bomb.
Rechargeable Batteries
If you really wanna trigger him, tell him you're vaping nic salts on your mech.![]()
I AMMMMMM!
Oh, and I've also wired an atty straight to a wall wart, in 2009... Doesn't that count for some sort of mech?
ICR? whowhatwhy? I didn’t say anything about ICRsIMR batteries always had more power than ICR batteries of the time. Even today ICR batteries have only 4 - 6 amps power; the first AW 18650 IMR's on the market had 10 amps.
yep. Or a hand grenade, which was the analogy I made. Thing is if the explosion inside a sealed container isn’t powerful enough to rupture the container it works really well as a safety feature. Civil bomb squads regularly carry around such containers. They’re usually quite heavy and need their own truck. It’s when it ISNT that it suddenly turns into an issue. The problem was that higher power batteries moved the pointer from IS to ISN’T. This caused a huge issue. People died.And when IMR batteries were first available the vape "experts" of the time said not to use them because they were "unprotected". Like that tiny protection circuit in ICR batteries was going to prevent a battery from exploding after a short circuit. Misinformation.
There is so much misinformation in this part where should I begin? Mechs at the time had safety features? Which features were those because I don't remember. "Strong airtight case" is pretty much the definition of a pipebomb.
not impossible. Did the mod case rupture and throw shrapnel?There used to be a thread here in ECF's library written by Rolygate that showed how an AW IMR battery exploded in a regulated mod; its no longer available because the link is broken.
So I’m being accused of disseminating misinformation without any actual direct disagreement with what I presented. I notice in the link about the provari battery the mod is sitting there in one piece next to the battery. Which is also in more or less one piece. I didn’t say they didn’t fail. I consider that thread a support of my statement about no-longer-available-batteries rather than a dissention. Just because some user happened to use the term “blow up” doesn’t make it factually accurate.Found another one:
My Provari battery blew up while sitting on the coffee table...Is this common?
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I don't mean to be ragging on you, bomb. But we're supposed to be educating folks here, not giving out misinformation.
No. If you really want to trigger me make pointless snide remarks like that one. Which was the point I assume.If you really wanna trigger him, tell him you're vaping nic salts on your mech.![]()
Baditude pointed out the lack of accuracy in my time guesstimate as well. Apparently the term “maybe” was inadequate to display my lack of certainty. I’m particularly bad at determining amounts of past time.I know that time flies when we're all having fun, but the first mech is commonly accepted to be the "Screwdriver mod". IIRC, it was introduced in 2010 and used a 16340 cell.
Don't feel bad though, I get this in my own business too. Customers call and tell us they've been using our stuff for over 20 years. Uhm, no, you haven't.
but you don’t go around evangelizing how awesome and harmless such behavior is. That’s the thing I tend to have an issue with. You’re a grownup. You’re going to do what you do.I AMMMMMM!
It probably doesn’t. If the wall wart was UL certified it had protections in it, and either way there were no lithium batteries involved. I’ve done that too, more or less. I used to have a bunch of USB tethers which I at one point or another put into a wall USB device. The dangerous bit there was mostly the tether quality. Those things were so badly made.Oh, and I've also wired an atty straight to a wall wart, in 2009... Doesn't that count for some sort of mech?
Matter for what? Voltage drop is voltage drop. A certain amount of it is going to exist. More with an extension tube than without. The connection between the tubes will probably matter more that the metal they’re made out of. Brass is mostly copper btw.Also idk if i the conductivity difference between the brass compared to the powder coated copper if enough to matter
Mooch did a shootout. What it comes down to is contact point conductivity. As in, as long as the surface area of the contact point is big enough, it doesn't matter, even between steel and copper. Even gold or silver wouldn't make a big enough difference.Also idk if i the conductivity difference between the brass compared to the powder coated copper if enough to matter
In that case imma get the dreamer in brass amd my ocd will hate me afterwards lolMooch did a shootout. What it comes down to is contact point conductivity. As in, as long as the surface area of the contact point is big enough, it doesn't matter, even between steel and copper. Even gold or silver wouldn't make a big enough difference.
If not ICR's's, what's left except IMR? No recorded deaths from vaping until 2019. The Provari is vented, so no mod rupture or shrapnel thrown.ICR? whowhatwhy? I didn’t say anything about ICRs.
People died.
Did the mod case rupture and throw shrapnel?
From vaping? Or from explosions of vape devices? I was specifically thinking of two. One guy was a long time member here and the other guy set a mech down on a pile of change in his car in some city I can’t remember the name of. That one I understand was particularly pyrotechnic. Doesn’t count the numerous mutilations.If not ICR's's, what's left except IMR? No recorded deaths from vaping until 2019. The Provari is vented, so no mod rupture or shrapnel throw .
I think we’re thinking of the same instances. The second one was very likely this year. I have less data about the first one. It seems to me you are attempting to take me to task for misrepresenting when these things occurred and implying I implied they happened earlier than they did. I don’t think this happened.You specifically said "people died'. There were no recorded deaths from vaping or explosions until this year when there were two. The first had battery blow up in a faux hybrid mech which propelled his atomizer into his skull and burnt his bedroom. The second was a mech where it exploded and threw shrapnel into his carotid artery and he bled to death. I don:t know about the two cases you speak of.
Actually, I'm thinking the first one you mention happened in the spring of 2018, Florida I believe. Though it was re-reported a lot when the second incident happened earlier this year.You specifically said "people died'. There were no recorded deaths from vaping or explosions until this year when there were two. The first had battery blow up in a faux hybrid mech which propelled his atomizer into his skull and burnt his bedroom. The second was a mech where it exploded and threw shrapnel into his carotid artery and he bled to death. I don:t know about the two cases you speak of.
Thing is if the explosion inside a sealed container isn’t powerful enough to rupture the container it works really well as a safety feature. Civil bomb squads regularly carry around such containers.
Vent hole location is also very important on a tube mod. Cells are designed to vent from the positive end. Yet many tube mods have the vent holes at the bottom of the mod. What happens if the cell swells a bit before it vents? There will be no path for the gasses to make it from the top of the mod down to the vent holes.This actually an important analogy. All batteries of different chemistries and capacities will react differently once they reach a state of thermal runaway. This needs to be taken into account IF trying to design a device, be it regulated or mechanical, that is to withstand the pressures generated by a failing cell so that it keeps the user relatively safe – at least from flying shrapnel.
The tensile strength of any device needs to be able to withstand the maximum pressure that is capable from any cell that fits said device. This will allow vent holes to relieve that pressure. If the tensile strength is not able to withstand the pressure, then vent holes will not be able to perform their duty and the device will break.
Or vent holes have to be of size to be able to relieve pressure quicker than it is able to build up so that the tensile strength of the device is not breached.
I am not convinced this level of engineering goes into these devices and that vent holes, (although adequate for a venting battery - which to my knowledge is of low pressure release) are enough to prevent a device from breaking apart under pressure.