I don't think that battery have enough amps to fire this, you'll need a new battery.Panasonic 3400mah 18650
Not sure that's what's causing the drop, but regardless you will need a different battery, I just looked that one up. That's a protected battery with a 6.4 amp continuous rating (C rating and mah).But when i putt it on 7 watt same problem
VTC 5 is what I use, the 35 amp efest isn't actually rated to 35 amps if I remember right, and the VTC 5 is 100 mah more anyways. Did you see my edit to my last post? What resistance are you firing?Allright which will be the best battery for this a vct5 or an efest 35ma or Any other suggestions?
Thought the Panasonic 3400mah 18650b was one of the better batteries but not for subohm i understand now [emoji1]Get a. Sony lol stop buying cheap batteries![]()
Just remember always check your load rating on the batty no worries idk my personal perfrence is nothing but sony I even have them in my lil 15 watt boxs lolThought the Panasonic 3400mah 18650b was one of the better batteries but not for subohm i understand now [emoji1]
I just edited my last post, not sure if you read it, but want to emphasize, stay above .8 at a minimum until you get a couple VTC5s, you're battery can't handle anything lower and .8 is almost maxing your batteryThought the Panasonic 3400mah 18650b was one of the better batteries but not for subohm i understand now [emoji1]
Thought the Panasonic 3400mah 18650b was one of the better batteries but not for subohm i understand now [emoji1]
But when i putt it on 7 watt same problem
Exactly. And to be safe, assume your battery is always charged to 4.2 and determine amps and wattage from that.The IPV2 does not do down regulation on battery voltage. What this means is that your minimum wattage is limited by the voltage coming from the battery regardless of your settings. So even though you have set it at 7 watts, it is actually going much much higher than that based on the resistance you have on your coils and the voltage from the battery. At 0.4 ohms, it is actually pulling around 34 watts and 9.25 amps from the battery. You're very lucky you have a protected battery because you could easily have caused a catastrophic failure and a venting situation.
The IPV2 does not do down regulation on battery voltage. What this means is that your minimum wattage is limited by the voltage coming from the battery regardless of your settings. So even though you have set it at 7 watts, it is actually going much much higher than that based on the resistance you have on your coils and the voltage from the battery. At 0.4 ohms, it is actually pulling around 34 watts and 9.25 amps from the battery. You're very lucky you have a protected battery because you could easily have caused a catastrophic failure and a venting situation.
Exactly. And to be safe, assume your battery is always charged to 4.2 and determine amps and wattage from that.
To be clear, my advice to use 4.2 to determine amps only applies if your IPV2 is showing that it is putting out below 4.2 volts.Good info guys , i chose the Sony batteries because of the higher amps limit .
To be clear, my advice to use 4.2 to determine amps only applies if your IPV2 is showing that it is putting out below 4.2 volts.
Don't want to confuse someone and have them use 4.2 volts to determine their amperage when their IPV2 is putting out higher voltage
No problem frank, always good to ask questions to be on the safe side.
I was commenting on checking what your devices amp limits are and choosing the appropriate battery beforehand.
Ya that wasn't directed towards you, it was towards random people who might happen upon this thread. I am bad at making clear who im talking too, I just quoted you because you said good advice