What 510 atomizer do you use to vape at 7.4 volts. The HV are recommended for 3.7 to 6.0 volts.
7.4 Volt Atomizer
- Thread starter martha1014
- Start date
- th_trl_thread_readers 0
-
- Tags
- vaporkings
- Status
You can try other suppliers also..
Ikenvape has HV atty's and Nhaler too.
You just need to check out all the venders/Suppliers here that you might want to deal with..
Ikenvape has HV atty's and Nhaler too.
You just need to check out all the venders/Suppliers here that you might want to deal with..
I would highly recommend XHV atties from Ikenvape. They are rated at 5.2 ohm which is perfect for 7.4V vaping, offering about 10.5 watts (heat). I use them in my Chameleon with two 3.7V AW IMR 16340 batteries and they rock! They never really get too hot to touch and never give that burnt taste. IMHO, as good as it gets!
It is never 7.4v...a fallacy.
most batts are charged to 4~4.2
The results are 8~8.4 volts in actuality.
most batts are charged to 4~4.2
The results are 8~8.4 volts in actuality.
Ikenvape did carry XHV 510 but no longer has them. They do carry the XHV 801 and 901.
I have tried numerous suppliers but can't seem to find any that carry the XHV 510. Does anyone know of a supplier.
I have tried numerous suppliers but can't seem to find any that carry the XHV 510. Does anyone know of a supplier.
what is the advantage of raising the voltage to 7.4 volts, if you're only going to lower power to a level achieved by a 5v mod by using a high resistance atomizer?
10 watts at 7.4 volts = 10 watts at 5 volts = 10 watts at 3.7 volts.
10 watts at 7.4 volts = 10 watts at 5 volts = 10 watts at 3.7 volts.
The advantage is your batteries last alot longer. Your attys don't heat so quickly and you can take more puffs quicker without the atty cool off period. I have yet to match vapor, taste, and TH on anything else compared to my SB running at 7.4V with a 801 XHV atty.
Leave watts out of the equation.
I don't know who started all this watt stuff.
To vape at 8~8.5volts you need a differential of at least +2.5 volts over ohms.
so around 5.5 ohms is perfect.
+ 3 volts is ok but it's a harsher vape.
Forget carts...only dripping.
Forget 510's only 801.
Forget normally fabricated 801's
Forget any HV 801's out there.
Forget having to break in an atomizer...if you have to break it in, or any other silly excuses. It's not working.
A good HV 801 atomizer, correctly made, will give tons of vapor (cold vapor), and make a 10 mg liquid taste as if it's a 60 mg liquid.
A correctly built 801 will last for ages at 5.5 ohms, and over time will deteriorate to lower ohms values.
After 8 weeks or so you can use it to Vape on 4 volts, because resistance has fallen.
I don't know who started all this watt stuff.
To vape at 8~8.5volts you need a differential of at least +2.5 volts over ohms.
so around 5.5 ohms is perfect.
+ 3 volts is ok but it's a harsher vape.
Forget carts...only dripping.
Forget 510's only 801.
Forget normally fabricated 801's
Forget any HV 801's out there.
Forget having to break in an atomizer...if you have to break it in, or any other silly excuses. It's not working.
A good HV 801 atomizer, correctly made, will give tons of vapor (cold vapor), and make a 10 mg liquid taste as if it's a 60 mg liquid.
A correctly built 801 will last for ages at 5.5 ohms, and over time will deteriorate to lower ohms values.
After 8 weeks or so you can use it to Vape on 4 volts, because resistance has fallen.
voltage squared divided by resistance = watts.
watts = power.
power = heat
without power, you get no heat, you get no vapor.
The watt is a measure of energy conversion, current flow to heat, for instance.
Voltage and current really only play background roles. Power is what makes these things possible. Think of a light bulb: same principle, electricity flows through an element to create light and heat. The higher wattage (more power) bulb, the more light/heat.
The exact same principle is what makes pv's work, although on a much smaller scale.
10 watts of power is very, very consistent regardless of what atomizer i am using; a standard 510, 510 carto, 306, etc. Regarding vapor, throat hit, and flavor, 10 watts is 10 watts. Now to reach that 10 watts, I had to vary the voltage slightly, but that's easy when you work at an electronics test bench.
I measure ohms on my atty's.
Batteries give out volts.
My dc power supply shows volts input and amps output at that given voltage.
I don't need watts in the equation.
Batteries give out volts.
My dc power supply shows volts input and amps output at that given voltage.
I don't need watts in the equation.
You use watts to determine a good puff.
I use differential value between ohms and volts.
I have found that a perfect differential is ohms + 2.7.
So if an atty is 5 ohms i will use 7.7 volts.
But that's just me.
I use differential value between ohms and volts.
I have found that a perfect differential is ohms + 2.7.
So if an atty is 5 ohms i will use 7.7 volts.
But that's just me.
- Status
Similar threads
