Hi what causes one coil to heat up faster than the other? I've checked all my terminals, leg lengths are pretty much the same. I'm using tri core fused Clapton's, ohming at .13 using a vault rda on the Tesla invader 3. The material is all ka1
leg lengths are pretty much the same
Hi what causes one coil to heat up faster than the other? I've checked all my terminals, leg lengths are pretty much the same. I'm using tri core fused Clapton's, ohming at .13 using a vault rda on the Tesla invader 3. The material is all ka1
I have that happen when I accidentally twist one coil leg a little too much.Hi what causes one coil to heat up faster than the other? I've checked all my terminals, leg lengths are pretty much the same. I'm using tri core fused Clapton's, ohming at .13 using a vault RDA on the Tesla invader 3. The material is all ka1
Indeed, in a multicore wire, this causes slight difference in the way the cores contact on another, and if the other one is not the same, at a .13 Ω, it makes a difference. But i dont think this is his problem on the Vault RDA..I have that happen when I accidentally twist one coil leg a little too much.
Oh that's right, we're talking about a different build of deck. I have the Zeus Dual RTA with the most cantankerous and difficult screws ever.Indeed, in a multicore wire, this causes slight difference in the way the cores contact on another, and if the other one is not the same, at a .13 Ω, it makes a difference. But i dont think this is his problem on the Vault RDA..
Current takes the shortest route.. One 'route' is shorter than the other, most likely due to leg lenght like these guys abive have said. If your legs are stacked on one another in the clamp/hole, thatll do it too (but not by much). Did you wrap the coils yourself? One may be wrapped tighter than the other, and when youre talking .13 Ω that little bit can mean a .2 difference between coils
If the difference is not too noticeable (maybe 2 or 3 seconds) I'll leave them be.