kangertech temp coils

[pownstar69]

just come across these for my subtank plus

Kanger have produced some 0.15 ohm atomizer heads for use with their range of Subtanks. Their Ni200 OCC replacement coils are for the cloud-chasers out there. They are for advanced users only.

WARNING: THESE NI200 coils ARE DESIGNED FOR USE ONLY WITH DEVICES EQUIPPED WITH CIRCUIT BOARDS CAPABLE OF CONTROLLING COIL TEMPERATURE SUCH AS THE DNA40. WE URGE YOU NOT TO USE THIS PRODUCT WITH ANY OTHER TYPE OF device

What watts are you supposed to vape 0.15? any help please

 

[yuseffuhler]

just come across these for my subtank plus

Kanger have produced some 0.15 ohm atomizer heads for use with their range of Subtanks. Their Ni200 OCC replacement coils are for the cloud-chasers out there. They are for advanced users only.

WARNING: THESE NI200 COILS ARE DESIGNED FOR USE ONLY WITH DEVICES EQUIPPED WITH CIRCUIT BOARDS CAPABLE OF CONTROLLING COIL TEMPERATURE SUCH AS THE DNA40. WE URGE YOU NOT TO USE THIS PRODUCT WITH ANY OTHER TYPE OF DEVICE

What watts are you supposed to vape 0.15? any help please

Do you have a temperature controlled regulated device? If the answer is no, then you don't use Nickel.

 

[pownstar69]

its a sigeli 150w so guess i cannot use on this?

 

[Subohmies]

its a sigeli 150w so guess i cannot use on this?

No you can't, you need a TC mod

 

[jseah]

I have these coils and when I use them on my temp control mods, I use it at the same wattages that I use when it is the standard coils, between 20-25 watts.

 

[nanovapr]

Agreed. The wattage is 'how hot' it will get. Lower resistance will hit your battery with more amperage and reduce battery life somewhat.

 

[State O' Flux]

What watts are you supposed to vape 0.15? any help please

The Ohm's law wattage parity for 0.15Ω at 4.2V is 118 watts, 28 amps.

If you have an APV that can exceed the above wattage value... you can "force" additional wattage beyond the OL value. This may be done to offset the added mass/surface area of a wire gauge that would not be optimal with a unregulated PV, or simply to raise the heat flux (radiant coil temperature)

For example - a 20 gauge dual parallel build at our Ohm's law calculated 118 watts has a heat flux of a semi-cool 216 mW/mm² (well... at least semi-cool to my personal preference). Bumping up to 160 watts on the same build with a high wattage regulated APV would produce a much warmer 293 mW/mm².

You can obtain the same heat flux with a unregulated mod, but you'd need to use a thinner wire... which will reduce the net coil surface area.

 

[robert walters]

The Ohm's law wattage parity for 0.15Ω at 4.2V is 118 watts, 28 amps.

If you have an APV that can exceed the above wattage value... you can "force" additional wattage beyond the OL value. This may be done to offset the added mass/surface area of a wire gauge that would not be optimal with a unregulated PV, or simply to raise the heat flux (radiant coil temperature)

For example - a 20 gauge dual parallel build at our Ohm's law calculated 118 watts has a heat flux of a semi-cool 216 mW/mm² (well... at least semi-cool to my personal preference). Bumping up to 160 watts on the same build with a high wattage regulated APV would produce a much warmer 293 mW/mm².

You can obtain the same heat flux with a unregulated mod, but you'd need to use a thinner wire... which will reduce the net coil surface area.

Okay who let Einstein in.

 

[jseah]

You would be insane to vape a nickel coil based on Ohm's Law. The temp control would kick in as soon as you pressed the fire button.