Temperature Control

I recently got an ipv4 and wasn't getting good results as I had never worked w/ nickel wire BEFORE.While trolling the web I ran across a suggestion on twisting 28g kanthal w/ 28g nickel. It made all the Difference.Does any one have any advice on getting the most from t.c. devices ?  


Similar Content



Cleaning Nickel Wire (ni200) Builds?

Hey folks,

Have been getting into vaping on temp control (DNA40) devices with Nickel Wire builds in RDAs. Does anyone have experience with cleaning these builds to extend life? You can't dry-burn Nickel Wire the way you can Kanthal so I haven't figured out a way to clean these builds other than rinsing as well as possible and rewicking.

Hate the idea of having to rebuild every time but if that is what needs to happen I'll do it.  

Titanium Wire And Temp Control Devices – Vapingwithtwisted420 Video

VapingwithTwisted420 is using Spider Silk titanium wire for his temp controlled reviews.

I have an allergy to Nickel and have been using TI wire on my IPV4. Definitely something to consider.

[Moderated]  

Ipv4 Tutorial

Hello everyone, I feel like I should post this in the Beginner's Thread. I bought an IPV4 today and it is my first temp control, non-built-in battery mod. I need help! LOL like with everything. I tell you my gear. The IPV4 of course, a Nitecore D2 charger, a pair of Imeren 18650 batteries, 5 Kanger OCC nickel coils and 2 .3 Atlantis coils. Along with an Atlantis V1 and pair of Kanger subtanks. Now I know, some of you are probably thinking people like me shouldn't have temp control but please humor me I want to learn.
Basically my first question is where do I start? How do I get to temp control on this mod? Where should I set it for these Nickel coils? Should I leave it at the same setting for regular coils? How do I get to joules? Where should I set those? Ok, let's just start with that. Is there a place online I can get a tutorial?
Sorry to be like a kid trying to learn to ride a bike, but as anyone that owns one of these things knows, the instructions don't say much. Thank you all for any help given, I know there are some real pros here.  

Vapeonly Atlantis Ni200 Coils...

I was strolling through sweet vapes website and seen they had these Atlantis coils made by aspire.I plan on ordering a temp control mod this week and wanted some nickel coils to go with it I have the maganus/starre tank...well I seen that the vapor shark nickel coils are twice the price so I was wondering if any one had any experience with these. I heard the Atlantis coils would fit in the Maganus but didn't know if these would and I see the vapor sharks ni200 coils are 0.15 and the vapeonly coils are 0.25 would that be noticeable or have any effect such as having to use more watts or temperature? Here's a link VapeOnly vAir-T Atlantis Nickel OCC - Aspire Coils - Aspire - Clearomizers Tanks  

Temp Controlled Mods

So I'm looking into buying a temp controlled mod for my next purchase. Ideally, I would be getting the VaporFlask with the DNA40 board. Problem is, I dont have $300 usd to drop on it. Sooo....

I was thinking about the FT clone, and was about 3 clicks away from making the purchase when a friend tells me about the IPV4 pre-order over on the bay. The DNA40 has temp control and goes up to 40 watts (duh) but from what I have read, the IPV4 also has temp control and goes up to 100 watts. I'll never use all 100 watts BUT sometimes will vape above 40 watts. I like that both are dual 18650 and have the temp control function (I'm dying to play with some nickel wire) I'd really like some opinions

Any thoughts on the VaporFlask clones from FT? Would it be worth it for me to wait for the IPV4?

Cheers ECF!  

Nickel Wire

Which of these are going to be the best for a tc unit?

Nichrome
tempered ni200
annealed ni200

This most likely has already been asked but I don't know anything when it comes to nickel wire.

Thanks  

Asolo By Ijoy Mod Claims Temp Control With Any Kind Of Coil/wire

This mod company claims temp control with any kind of wire ! I don't know about the rest of you but i think this would be pretty awesome if it works, what do you guys and gals think? Also it seems to monitor juice level and will flash a reminder to refill juice.




Asolo Specification:

1. The mod can support almost all tanks from 0.08ohm~2.5ohm.

Remarks:
It can support 0.05ohm but we are not recommend you to do it because it may be dangerous.
2. It is various device from 5w~200w
3. Heating coil material: KANTHAL A1, Titanium (Ti), Nickel (Ni200), other normal materials for wire

Asolo 200W_Shenzhen IJOY Technology Co.,Ltd. - Ijoy e-cigarette/Most electronic cigarette manufacturer innovation  

Temperature Control Testing Results: Smok Mag Works With Ss Tcr 75!?!?>

The results are in for the Smok Mag for SS temmperature control testing, and if you set the TCR to 75, you actually get a pretty damn good result. Full charts, analysis and conclusions he

imgur.com/a/KQKCH1H (manually link, for some reason imgur links dont work on this forum)

OR

Temperature Control Testing Results: Smok Mag Custom SS TCR 75 (Decent when tweaked) : electronic_cigarette  

Temperature Control Testing Results: Dicodes Dani25 Tube Mod Ss316l (~$300 Usd)

Temperature control testing results are available for the DiCoDes Dani 25 using the stock SS profile, he imgur.com/a/89GNaPJ

or

Temperature Control Testing Results: DiCoDes Dani25 tube mod (~$300 USD) : electronic_cigarette

TLDR: This is a $400 AUD mod that doesnt produce a premium temperature control experience in many states. The method of temperature control this mod uses produces a wavy temperature experience you can both hear and feel in most cases. Like PWM, it creates a band of temperature outcomes from pulsing more power than it needs to keep the coil temperature maintained. It mostly succeeds at providing dry hit protection, but unless you are using high resistance high or high mass builds, there are smoother and more accurate outcomes on a range of cheaper mod. The TCR value can only be set in 5C steps so that makes it impossible to dial in but fortunately the built in SS mode (TCR92) is reasonably accurate and consistent on average. Overall the default SS setting is slightly under the set temperature. Between the premium priced boards, both DNA and YiHi methods produce a better temperature control outcome than this DiCoDes board in terms of smoothness, accuracy and range around the set temperature (I think objectively?). If someone wants to lend me a different DiCoDes to test, I will pay for shipping and be very careful with it.  

Temperature Control Testing Results: Yihi Sx Mini G Class (yihi Sx550j Board)

Temperature control testing results for the YiHi Sx Mini G Class are now available here and there are some particularly interesting issues to discuss imho: imgur.com/a/os23png

or

Temperature Control Testing Results: YiHi Sx Mini G Class (YiHi SX550j board) : electronic_cigarette

TLDR: This is an unusual one. You can get a sense from these charts of where the YiHi SxMini G Class got its reputation for being fast, accurate and smooth in temperature control mode, especially for when it came out a few years ago. But this mod created a range of challenges for our testing methodology and rig because of the pulsed (PWM) approach it takes to temperature control. What we do know for sure is that it does dry hit protection, and the temperature outcome falls within within a fairly narrow range that averages out to a fairly accurate and flat result, if a smidge too hot in most cases. But if what we are seeing is real, there may be a key difference that arises with this kind of temperature control method, where high fixed high power pulses produce rapid, tight, almost sawtooth changes in temperature in a narrow band. This is happening so fast it cannot be perceived in most states. This may be the basis for some of the subjective preferences for YiHi/PMW mods I have heard, such as it feeling "punchier" and producing better flavour (possibly from higher temperatures being reached which may have implications for those seeking to avoid thermal decomposition of their juice). Some insights may be drawn from the oscilloscope image at the end