What temperature should you set your vape to?
Common vaping temperatures are in the range 390°F to 480°F (200°C to 250°C ), with the temperature usually adjusted quickly in increments of 10°F (5°C). Set your target temperature. Hopefully, you’ll get a good vape and, because it’s TC, you should be able to take really long hits without fear of overheating the coil and wick.
What is the best temperature control coil for vaping?
SS can be used in wattage or temperature control mode. Nickel 200: commonly known as ni200, it was the first temperature control coil but it’s less common now due to some vapers having sensitivities to nickel. Titanium Grade 1: otherwise known as Ti. It works well in TC but the user has to make sure it does not get overheated.
Do vape mods have temperature control?
Prior to TC, most top vape mods could only adjust watts (another innovation from Evolv a few years prior.) Now in 2020, like wattage control, temperature control is a feature found in most vape mods.
How does temperature affect vape wire resistance?
When you vape with Kanthal (the most popular vape wire), that resistance value doesn’t change. That’s a particular property of Kanthal: its resistance is static regardless of its temperature. For TC vaping, you’ll use wires that have a known resistance-increase as their temperature rises.
What setting should my vape be on?
As a general rule, dab temperatures are set between 315℉ to 900℉. Below 315℉ is usually too low to vaporize cannabis concentrates. And above 900℉ can release carcinogens as well as a harsh, burnt vapor.
What does TC NI mean?
First Time Temperature Control Setup: Depending on your vaporizer, it may have a single TC Vape Mode that supports both Nickel (Ni) and Titanium (Ti) coils, or it may have a specific Temperature Control Mode that must be set to support either Nickel (Ni) or Titanium (Ti) coils individually.
What is TC NI mode vape?
TC mode is like a car that allows you to put the pedal right down, but you can also gently tap it to move the vehicle ahead slowly. With some mods you can set a custom curve, allowing you to control the speed and rate at which a coil is ramped up. This is a huge leap forward for the vaping industry.
What is NI TI and SS?
Stainless steel (SS), nickel (NI), and TI (titanium) are all wire materials. With the exception of stainless steel, which can be used in wattage mode and SS mode, they should only be used in those mods that correspond to them. They allow you to limit the temperature you vape at.
Is dry hit bad for vaping?
Experiencing a dry hit can be one of the worst things about vaping, and it’s a concern whether you are a new or experienced vaper. Fortunately, you may be able to say goodbye to dry hits, burned wicks, and other vaping drawbacks, thanks to temperature control vaping. Here are a few things that you should know about temperature control vaping, including how to get started.
Is temperature control vaping good?
While temperature control vaping is beneficial in several regards, there are several disadvantages that you should also take into account. Once you’re aware of the potential drawbacks, you should be able to decide if temperature control vaping is right for you.
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.
How Does Temperature Control Vaping Work?
The purpose of TC vaping is to limit the temperature of the coil in your vape tank, thus minimizing the chance of a burnt wick or dry hit. When you use temperature control mode, you define the maximum temperature that your coil should be allowed to reach. Your mod then monitors the coil temperature as you vape.
What Happens When You Put Your Mod in Temperature Control Mode?
When you put your mod in TC mode, you’ll need to configure two things: the maximum temperature that the coil will be allowed to reach and the “preheating wattage,” which basically determines how quickly the coil will reach that temperature.
What Equipment Do You Need for TC Vaping?
To vape in TC mode, you need two things. The first item – as you probably already guessed – is a vape mod that supports temperature control vaping. As we mentioned above, temperature control is a feature that’s implemented in firmware.
What Are the Pros and Cons of Temperature Control Vaping?
Let’s talk now about the experience of using a TC vape mod in temperature control mode. TC vaping definitely has its benefits, and there are definitely plenty of people who prefer temperature control over wattage-based vaping.
What is temperature control mode?
The temperature control mode protects the coil from getting extremely hot and potentially burning out. This preserves the life and health of the coil, allowing you to get more puffs out of the coil before the coil is exhausted.
What is TC mode vaping?
However, it requires a proper understanding of each of the wires and their limits to prevent oxidising, which can produce toxic gases.
What are the problems with vaping?
Dry and burnt hits are also common among vapers that take long drags. The temperature of the coil rises, delivering harsh hits.
Weedity Senior Member ECF Veteran
Okay, I'm new to temperature control and have a few questions I'm hoping you fine people can help me with! I've looked around, learned some stuff, but still a tad lost. I've been looking around here for similar posts and questions but still am confused:
RandyF Ultra Member Verified Member ECF Veteran
That is why we use nickel with temp control devices, to avoid high temps. The dangers you mentioned with nickel don't happen under 600F, from what I understand, but I am no metallurgist. With the M80, I really don't know what temp would be safe, from my understanding it is a wildly inaccurate device.
Weedity Senior Member ECF Veteran
That is why we use nickel with temp control devices, to avoid high temps. The dangers you mentioned with nickel don't happen under 600F, from what I understand, but I am no metallurgist. With the M80, I really don't know what temp would be safe, from my understanding it is a wildly inaccurate device.
Completely Average Vaping Master ECF Veteran
We use nickel for temperature control builds because nickel has significantly increases resistance as it's heated up, and since the resistance changes are a constant it's easy to make a simple table to calculate the temperature based on the amount of resistance change.