" " How To Set Coil Temperature And Preheat Vape

Vape-FAQ.com

how to set coil temperature and preheat vape

by Jarred Prohaska III Published 2 years ago Updated 1 year ago
image

Hold down the button and the temp will climb in a linear fashion. On the right preheat. Note it jumps up really fast at the beginning (preheat) then continues to rise at the lower wattage setting you choose.

Full Answer

How hot can a vape coil get?

Temperature Controls are built-in features of specific vaporizers and box mods that allow you to pick and choose different temperatures to heat your coils, heating chambers, and heating attachments. They limit, adjust, restrict, and even cut off the power being sent to the coil to adjust the actual temperature of the coil itself.

What is the preheat mode on a vape?

The vaping temperature chart below will help you determine how high or low you should set your vape gear in order to get the cannabinoids and terpenes you need. So, for example, if you just want to get baked , you’re really only concerned with consuming as much THC as you can.

What is temperature control in a vape?

Jan 13, 2017 · I drew this ridiculously poor graph to illustrate. On the left is plain wattage. Hold down the button and the temp will climb in a linear fashion. On the right preheat. Note it jumps up really fast at the beginning (preheat) then continues to rise at the lower wattage setting you choose. You're just getting the temp higher, faster.

How do I set the right vape temperature?

May 02, 2017 · The coils are SS316 and .6 ohms as stated before. The recommended wattage range on the coil is 15-28 watts, and this is where I get confused. The guy in the video originally set his wattage to around 50, at a temp of 500 Fahrenheit, and seemed to vape fine this way. But the first thing I thought was, "this is way outside of the recommended ...

image

What is temperature control?

Temperature control is probably the most important innovation in vaping since the first variable voltage/variable wattage devices. It involves setting a maximum temperature for the vape that the coil will not exceed.

How does temperature control work?

Temperature control or TC works by using a notion called the thermal coefficient. The thermal coefficient is a property of certain materials to have their electric resistance increases or decrease depending on the temperature. Therefore by reading the resistance multiple times a second, the mod is able to also precisely estimate coil temperature.

What do I need to start using Temp Control?

To experiment temperature control you need two things: a box mod that’s TC enabled and a coil made from Nickel, Titanium or Stainless Steel.

How to vape in temperature control mode?

Most TC enables box mods have predefined profiles for Nickel (Ni), Titanium (Ti) and Stainless Steel (SS). Knowing the material your coil is built from will help you select the correct profile. Note that it is extremely important to use the appropriate setting for the best results.

Setting the right vaping temperature

Setting the right vape temperature might seem a bit tricky at first. However once you get the hang of it you’ll see it’s a very easy process. Most people vape between 392°F - 480°F (200 - 250°C), as this gives the best results in terms of vapor quality and flavor.

What temperature does a coil keep in preheat mode?

When the Preheat Mode is active, the coil will heat up instantly and will keep the optimal temperature (400-420F) prior to its normal use which will avoid combustion. The Preheat Mode is known to be similar to Temperature Control function, though the preheat will let you vape at lower wattage with just as good vapor production, ...

What battery mods have a pre-heat mode?

The Preheat Mode can be found in the following battery mods for the concentrated oils: Vapmod Magic 710 , Vapmod Vmod, Pluto iMini and more. The downside is that the Preheat Mode is not compatible with atomizers with the resistance over 1 Ohm, however, they are luckily not too popular.

What are the main coils used for temperature control?

Temperature Control Coils and You. Nickel and Titanium are the main coils we talk about when temperature control are involved. This is mainly because Kanthal, what most coils are made out of, is’t compatible with the temperature control systems in most mods, batteries etc. However, it’s important to cover a few safety tips here.

Is it easier to set up a temperature control?

Setting up your temperature controls is a lot easier than you think! If you have a temperature control battery, you’re most likely familiar with what temperatures you like and how to operate your own battery. However, if you don’t own one of these, let me give you a basic run down.

Can you dry fire titanium coils?

However, it’s important to cover a few safety tips here. First off, titanium and nickel coils are usually low resistance coils. So you need a stronger battery to use them. In addition, you never want to dry fire, or heat without applying liquid, temperature control coils for extended periods of time, especially Nickel coils, ...

Can you use titanium coils on a mod?

Aside from that, just make sure you’re using temperature control settings to properly regulate Titanium and Nickel coils on your battery. It’s not recommended that you ever use Titanium or Nickel coils in wattage or voltage settings on your mod. That’s all I got!

What is vape gear?

Vape gear, like vape pens and counter-top vaporizers, operates at much lower temperatures than your typical open flame. In fact, some vaporizers allow you to dial in exactly the temperature you want. This prevents the cannabinoids you need from literally going up in smoke.

What temperature does a BIC burn?

When you light a match or flick your Bic, the flame produced is, at minimum, 600 ℉. That’s hot! So hot, in fact, that it’s actually destroying a portion of the cannabinoids in your pot. That’s bad! A normal flame can do so much damage because most cannabinoids begin to boil at half (or even a third) of that 600 ℉.

How to get the temp higher on a wattage?

Hold down the button and the temp will climb in a linear fashion. On the right preheat. Note it jumps up really fast at the beginning (preheat) then continues to rise at the lower wattage setting you choose. You're just getting the temp higher, faster. Again, with a large amount of metal to heat it's handy.

Do you need to heat up coils to vape?

The principle with either is pretty much the same, and is there to help you deal with getting your coil up to temp quickly so your vape is nice and warm from the beginning. Generally for simple coils that heat up quickly there isn't much need.

yoseff

I saw an answer in other topic that i tried and it works! It deserves to be seen by more people, so i took the liberty to create a new topic with it. It will be in quote, so the person who shared it, get full credit for it:

dwcraig1

I was quite doubtful, I tried this with a few atties till on the 3rd it worked. Note cold ohm vs live ohms. Firing at 50 watts, 75 watts preheat. It works.

retird

Anybody done this with a Clapton Kanthal coil? dwcraig1..... can you add Temperature to the graph so we can see what the temp is doing relative to the Temperature Set of 550F? Gonna try this with Clapton set @ 425F and 27 watts to see how it deals with lower temp and wattage....

dwcraig1

OK give me a minute, I'd say that the temp is way out of whack though.

dwcraig1

This is using a Vt133, single core 26 gauge Kanthal wrapped with 34 gauge Kanthal (dual coils) in Aromimizer v1. F iring at 70 watts, 110 preheat.

dwcraig1

Gee I thought I did this on my 75, I couldn't get it to work earlier today on my 75. I see I posted a live view of it a few posts back. Hmm

yoseff

Anybody done this with a Clapton Kanthal coil? dwcraig1..... can you add Temperature to the graph so we can see what the temp is doing relative to the Temperature Set of 550F? Gonna try this with Clapton set @ 425F and 27 watts to see how it deals with lower temp and wattage....

image
A B C D E F G H I J K L M N O P Q R S T U V W X Y Z 1 2 3 4 5 6 7 8 9