I have 24awg ni200. Just want to know if I can build with it on a velocity rda. Please include ID, number of wraps and Ohms reached.
Like puffon said, it depends on your TC device. My rDNA40's would require the coil to be too large. Even if they could fit, 40 watts isn't enough to push a large 24g coil.
My standard Ni build on the Velocity is a single spaced 26g 12wrap 2.5mm ID, which comes in right at .1Ω. Vapes great at 40watts/460F.
Can you post a picture of your coil? Been thinking about trying a single coil in my velocity.
Hmmmmm, interesting.... Figured It would've been a vertical coil between the posts. Do you plug one side off or does it work well with both sides open?
It works well with both sides open, very likely it would work even better with one side blocked off though, have contemplated trying it. I am not a fan of the cross deck build since it requires longer than necessary legs and bends that you don't need with a standard build. My main rule with nickel is to keep is as simple as possible.Hmmmmm, interesting.... Figured It would've been a vertical coil between the posts. Do you plug one side off or does it work well with both sides open?
16 wraps with a 3.0mm IDI need to reach a resistance of 0.1ohm with 24G nickel on a 3mm ID... how many wraps will I need ?
Thanks bru, I'll give this a try. And if do a dual build then each coil should be 16 wraps right?16 wraps with a 3.0mm ID
Disregard, yes, 16 wraps each. It sounds like you are running a DNA40 board since you want to be at .1Ω. If so, you will need more than 40 watts to push 32 wraps of 24g.Thanks bru, I'll give this a try. And if do a dual build then each coil should be 16 wraps right?
Thanks man [emoji109]No, the resistance will be cut in half, so you need each coil to be .2Ω, you are going to have a hard enough time just getting to .1Ω.
I did the build with the 24AWG ni200 and spot on resistance 0.09ohm but the wrap count is too high since it tends to stick out of the RDA.Disregard, yes, 16 wraps each. It sounds like you are running a DNA40 board since you want to be at .1Ω. If so, you will need more than 40 watts to push 32 wraps of 24g.
Steam Engine as stated above, should always get you right where you should be.I did the build with the 24AWG ni200 and spot on resistance 0.09ohm but the wrap count is too high since it tends to stick out of the RDA.
How did you calculate the amount of wraps I'll need and the resistance I'll get so accurately? I would like to use your technique when building.