Doing my head in having to use this stuff as i can never get it to clamp down without a bit of hassle, do i need to use alien wire? Cheers, id like to have a heatflux of around 219 max
Thats what i was thinking, found this site, Vaping Wire but i aint got a clue how to tap half of them in to steam-engine! Hopefully everybody on here gets involved with this chat as i could really use some help,
#26 2.3Ω, 16.5 wraps on 3 mm: Coil wrapping
However this needs 11.25V, meh.
12.5 wraps of #24: Coil wrapping
which requires a often do-able 8V.
Or, re-do the #26 as dual parallel, .6Ω no problem on voltage limits, 8.5 wraps each: Coil wrapping
change to twisted as desired.
EDIT: 12.5 wraps #24 SS316 would also be .6 ohms, 5.74V: Coil wrapping
Doing my head in having to use this stuff as i can never get it to clamp down without a bit of hassle, do i need to use alien wire? Cheers, id like to have a heatflux of around 219 max
Parallel or twisted wire: here's an example with twisted 26 gauge Kanthal at 0.5 ohms. Change the resistance to 0.6 and you'll get your heat flux within spec, but the heat up time (heat capacity) will likely start to become noticeable.
IMO twisted is the easiest way to get two wires into a single coil.
You can use thinner wire, no problem. Use them in parallel and do mucho wraps. A larger diameter also helps.
Like 3,5mm diameter, 0,3mm SS wire (roughly 29G) parallel 13 wraps. Heat flux is 190 at 55W.
Comes out at 0,8 Ohm, so it wont do on a Mech.
You can use thinner wire, no problem. Use them in parallel and do mucho wraps. A larger diameter also helps.
Like 3,5mm diameter, 0,3mm SS wire (roughly 29G) parallel 13 wraps. Heat flux is 190 at 55W.
Comes out at 0,8 Ohm, so it wont do on a Mech.
Parallel 26g wire SS316L (Straiten 2 wires first before wrapping). Vape nice and longevity out of coils. Very easy build. Mine come out to .35. CHEERS!
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.