I'm wondering what kind of atty's, builds, etc people are using on their BEC Pro...what are you getting the best performance from, etc.
Currently I'm using a Magma RDA @ .8 ohms using 26g kanthal...vaping at 35-40 watts. Pretty good vape...the device itself get's a little warm, but not hot.View attachment 382477
Has anyone put a volt meter on this thing? does it really push 12 volts?
Most of the high end, high watt, high cost apv right now are limited to 6 or 7 volts, even when they spout 100-150w output.
there are in my mind, two main advantages to regulated mods. one is safety (and the bec pro fails a little here thanks to heat issues compounded with the lack of heat auto-shutoff despite having a heat sensor inside.....FAIL) and the other is pushing high wattage through a high resistance coil build.
the bec at its limits should allow 50w using 12 volts in a 2.88 ohm coil and it's only pulling 4.16 amps, well within most batteries safety limits.
to get 50w on a mechanical mod you would have to build to around .35ohms. waaay into sub-ohm range and that is on a fully charged battery at 4.2v. it would drop in performance pretty quickly. a 2+ ohm coil provides a lot more surface area than a .35 coil does! more surface area with the same power equals more vapor in comparison.
if the bec pro truly pushes 12 volts out of a high amp 18650 all the way up to 50 watts on a coil at almost 3 ohms it is technically enabling superior vape performance than a lot of the 2x18650 or 2x26650 mods with triple the max wattage. i am aware that battery sag may be a problem with only one battery vs two at this voltage.
a 150w box limited by a 7v max requires you to build a sub ohm coil of .32ohms or less to reach 150w at a rather high 21.42 amp drain on the battery. to reach the 50w matching the bec pro you have to build a .9, just barely subohm and at a little over 7amp drain on the battery. that's about a third of the resistance limit the bec pro can sport, and as stated, i think one of the main points of a regulated high wattage device is to be able to use large high resistance coils.
before i buy one of these things, especially knowing about the issues it has i really want to verify the custom chip smok is using genuinely pushes 12 volts. i have found the specs listed on some mods to be exaggerated when i look up the specs for the chipset they use in said mods. since the bec pro supposedly uses an in house chip i have only smok's word for it so far, and none of the threads i have read talk about this at all.
I would absolutely not push this thing to it's limits. It can supply lots of power, but it will burn itself out. Really poor quality device.
Has anyone put a volt meter on this thing? does it really push 12 volts?
Most of the high end, high watt, high cost apv right now are limited to 6 or 7 volts, even when they spout 100-150w output.
there are in my mind, two main advantages to regulated mods. one is safety (and the bec pro fails a little here thanks to heat issues compounded with the lack of heat auto-shutoff despite having a heat sensor inside.....FAIL) and the other is pushing high wattage through a high resistance coil build.
the bec at its limits should allow 50w using 12 volts in a 2.88 ohm coil and it's only pulling 4.16 amps, well within most batteries safety limits.
to get 50w on a mechanical mod you would have to build to around .35ohms. waaay into sub-ohm range and that is on a fully charged battery at 4.2v. it would drop in performance pretty quickly. a 2+ ohm coil provides a lot more surface area than a .35 coil does! more surface area with the same power equals more vapor in comparison.
if the bec pro truly pushes 12 volts out of a high amp 18650 all the way up to 50 watts on a coil at almost 3 ohms it is technically enabling superior vape performance than a lot of the 2x18650 or 2x26650 mods with triple the max wattage. i am aware that battery sag may be a problem with only one battery vs two at this voltage.
a 150w box limited by a 7v max requires you to build a sub ohm coil of .32ohms or less to reach 150w at a rather high 21.42 amp drain on the battery. to reach the 50w matching the bec pro you have to build a .9, just barely subohm and at a little over 7amp drain on the battery. that's about a third of the resistance limit the bec pro can sport, and as stated, i think one of the main points of a regulated high wattage device is to be able to use large high resistance coils.
before i buy one of these things, especially knowing about the issues it has i really want to verify the custom chip smok is using genuinely pushes 12 volts. i have found the specs listed on some mods to be exaggerated when i look up the specs for the chipset they use in said mods. since the bec pro supposedly uses an in house chip i have only smok's word for it so far, and none of the threads i have read talk about this at all.
I would absolutely not push this thing to it's limits. It can supply lots of power, but it will burn itself out. Really poor quality device.
I think to be fair to Smok and the BEC Pro, it should be noted that the chances of the BEC Pro burning itself out has been fixed in a firmware update: Taste Your Juice | FROM SMOKTECH REGARDING THE BEC-PRO VIDEO
I don't personally have the device and don't plan on getting it since I've learned I'm partial to box mods, but the BEC Pro should be perfectly safe now (baring the occasional bum unit that plagues all manufacturers).
For anyone still potentially interested in this mod, Origin Vape is blowing them out for $50.
https://originvape.com/product/smok-bec-pro/
Have to admit, I'm actually tempted at this price point.
Has anyone put a volt meter on this thing? does it really push 12 volts?
Most of the high end, high watt, high cost apv right now are limited to 6 or 7 volts, even when they spout 100-150w output.
there are in my mind, two main advantages to regulated mods. one is safety (and the bec pro fails a little here thanks to heat issues compounded with the lack of heat auto-shutoff despite having a heat sensor inside.....FAIL) and the other is pushing high wattage through a high resistance coil build.
the bec at its limits should allow 50w using 12 volts in a 2.88 ohm coil and it's only pulling 4.16 amps, well within most batteries safety limits.
to get 50w on a mechanical mod you would have to build to around .35ohms. waaay into sub-ohm range and that is on a fully charged battery at 4.2v. it would drop in performance pretty quickly. a 2+ ohm coil provides a lot more surface area than a .35 coil does! more surface area with the same power equals more vapor in comparison.