How does a TC vape work?
For TC vaping, you’ll use wires that have a known resistance-increase as their temperature rises. The mod checks the resistance of the coil at room temperature, then it continues to monitor it as you vape. The resistance change is converted into a temperature increase and the mod adjusts its power to maintain the selected temperature.
What is temperature control in vape mods?
Temperature control (TC) in vape mods is a technological solution for dry and burnt hits. It also creates a consistent vape while taking longer drags because the temp stays the same—instead of getting hotter. The user chooses the temperature limit, typically from a range of 300°F to 600°F (100°C to 315°C).
How does a vape mod work?
The resistance change is converted into a temperature increase and the mod adjusts its power to maintain the selected temperature. Think of it as a car traveling in cruise control. To maintain a speed, more power is needed to go up a hill than down a hill… but the speed would stay the same. First and foremost, a vape mod that supports TC.
What are the benefits of temperature control vaping?
The benefits of temperature control vaping should be clear. If you want to avoid horrible dry puffs (and the formaldehyde they bring with them), temperature control is the perfect solution.
How TC Makes a Difference?
For anyone who has used a pipe, the longer you inhale, the hotter the intake gets. This process happens because you suck up the room temperature air in the pipe first, and then the subsequent air moves through the hotter tobacco and embers as you pull oxygen through.
The Modern TC Mode in a Vape
The mechanical feature of temperature control vaping occurs by controlling the power sent to the coils within the vape that heat up. However, the metal coils themselves increase in resistance to that power flow as heat increases. Vapers realize the change throughout the vaping experience.
Basic Requirements for Temperature Control Vaping
For the user, the choice in vape matters. Not every vape takes a modification chip. Many are simply basic units that don’t allow changes. So, a vape kit with a specific temperature control mode is a must.
Use and Application
Starting off with a new modchip and wire in a vape, you’ll need to calibrate them before regular use. You’ll also have to install the modchip into the vape with a temperature control or TC mode set.
Additional Benefits of Vaping with TC
Other benefits include being able to adjust and control the temperature to negate dry hits or that burnt feeling when the vapor gets too hot and loses its moisture. Instead, the vapor content reduces, signaling the need to replace the tank with more e-liquid.
Final Thoughts
When TC is on, the mod detects the temperature and resistance of the coil if it moves out of an acceptable range, so the mod can adjust to prevent dry or burnt hits. A box mod is a perfect way to get this linear relationship between resistance and temperature.
What is Temperature Control Vaping?
Think an English heatwave (a rare occurrence) times ten - that’s right, 300 degrees celsius and rising! If you vape continuously, just imagine what that’s doing to your coil. The coils sole purpose is to heat the e-liquid with a little help from the wick. But you need to keep it at the right temperatures, otherwise, you run the risk of burning your coil, leaving a horrible taste in the throat. Any vaper who has experienced this will tell you it’s not fun! Thanks to the innovations of Evolv back in 2014, the demand for vaping temperature control was born and the industry has not looked back. Now we see all sorts of mods hit the market that can provide this function. But why was there such a clamour for this in the vaping industry? Does it make a difference? Let’s explore the benefits of selecting a mod device which supports TC.
Can you vape with TC mode?
Vaping is a very personal experience. No vaper likes the same - with coil resistance or e-liquid flavour just some ways you can adjust to suit the individual. With TC mode, it’s a great idea and can work to the vapers advantage, should they have the right set up. For recognising dry spots or burnt coils, it’s perfect for protecting your coils from damage. If you’re lucky enough to find a mod device that not only offers adjustable TC but customised TCR too, that demonstrates an advanced vaping kit which can be fine-tuned to meet high demands. For example, you will know that your e-liquid is running low because the vape will lose its consistency - slowly reducing in temperature.
Does Kanthal work with TC?
For instance, kanthal - which is a popular choice with most variable wattage only vapes, does not work with TC mode.
Does TC stop dry vaping?
TC stops dry and burnt hits when you vape, killing the chance of them before it begins. This is fantastic for vapers of any level because you can enjoy the same consistently pleasing experience and not feel like the vaping gradually gets worse with each inhale.
What Is Temperature Control Vaping?
Temperature control vaping is simply setting a maximum coil temperature.
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.
How Does Temperature Control Vaping Work?
If you are planning to take up TC vaping, or if you already have started, it is a good idea to have a brief idea on how it all works. But the truth of the matter is that you can use TC without ever knowing the details. That’s the beauty of temperature control; if you have the right settings, the mod does all of the work for you!
What type of wire is used for vaping?
The most common type of wire used for vaping is SS316L, which has the distinct advantage of being the only wire material that can be used for both TC and wattage mode vaping. Nickel 200: This wire is commonly known as Ni200. Nickel200 was the first-ever wire to be used in temperature control vape mods.
What do you need to vape in temperature control mode?
What You’ll Need To Vape In Temperature Control Mode. First off, you’ll need a vape mod capable of temperature control mode. One that allows you to adjust the TCR (temperature coefficient of resistance) for each wire is useful, although not absolutely necessary.
What is the basic principle of TC vaping?
It is basically the amount of current that will be allowed to pass through the coil of your device. It is this value of the current that directly determines the coil temperature that will vaporize the e-juice.
What is a box mod?
Most devices that allow you to control your temperature and support TC vaping are commonly known as ‘box-mods’ and have a built-in chip that allows it to regulate the temperature of the coil. The origins of these devices can be traced back to the invention of the DNA chip in 2014 by an organization called EVOLV.
What is TC mode in vaping?
Temperature Control (TC) mode allows you to set a specific temperature value on your mod at which your e-juice will be vaporized. Your mod will adjust its power output according to the set temperature value so that the coils temperature will remain constant and under control. This technique basically curbs the action of ‘dry hits’ or burnt coils; a nightmare for every vaper. When temperature control mode is used correctly, your coils will never get too hot or burn your wicks. Moreover, it also acts as a safety precaution and makes your coils last longer than usual, all while providing a smoother vaping experience that you can customize according to your temperature preference. Once a user gets the hang of TC vaping, they are guaranteed to find pleasure in every draw they take from their device.
Why use stainless steel coils for vaping?
In TC devices, a coil material like stainless steel is used because its resistance increases when the temperature increases and vice versa. The idea of temperature control vaping can be compared to the analogy of a cruise control car. When the car is going up a hill, more power is needed to maintain the same speed.
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 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. If you’ve only ever vaped in wattage mode, though, you’re going to find that switching over to temperature control mode changes your experience significantly.
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. Since the work necessary to program TC mode has already done, it’s easy for manufacturers to simply carry the feature forward from one generation of vape mods to the next. If you own just about any box mod that was manufactured in the past five years or so, it’s highly likely that the mod supports TC mode.
What is Temperature Control Vaping?
The basics of what temperature control (TC, for short) actually does are very easy to understand. In ordinary variable voltage / variable wattage (VV/VW) mods, you choose a wattage or a voltage setting and vape. The setting you choose dictates how much current is sent to your coil. We’ve covered this separately, but the only real difference between voltage and wattage from a vaper’s perspective is that the wattage takes account for the resistance of the coil.
Why Would You Want to Use it?
If you want to avoid horrible dry puffs (and the formaldehyde they bring with them), temperature control is the perfect solution. When there isn’t enough liquid in your coil or it’s going to get overcooked as a result of your setting, the temperature of the coil will quickly approach the limit you set and the mod will save you from the dry puff before it even happens.
What is a TCR?
This tells you the size of the change in resistance for a given change in temperature for each material . So with these TCR values and the relationship between temperature and resistance, your mod works out how hot your coil is getting. The formula only tells you changes in temperature, though. To deal with this, mods assume room temperature when you first connect your atomizer and work the rest out from there. Many let you “lock” the resistance at room temperature manually so you get consistent performance.
How does a fire button work?
However, regardless of the differences between voltage and wattage settings, they work in the same basic way. Each setting sends a certain amount of electricity through your coil for however long you’re pressing the button down. This heats up the coil and vaporizes your e-juice. If you keep pressing the fire button, the temperature will keep increasing, because you’re still sending the same amount of electricity to the coil. Eventually, if your coil starts to run low on juice, this will overcook what is there (cause a “dry puff”) and possibly burn your cotton. Both of these things taste really gross, so you don’t want that to happen.
What does it mean to set a temperature on a vape?
Finally, setting a temperature means you can get much more consistent performance with a TC device. For example, every juice has a “sweet spot” setting. This is a setting where the flavors really come through clearly without unpleasant dry puffs. Although vapers are accustomed to searching for the right wattage for this, the thing that really determines when it happens is the temperature.
What metals work with TC mods?
Wire materials like nickel, titanium and stainless steel work with TC mods. Kanthal and nichrome don’t change resistance enough with temperature to work.
What happens to the resistance of a coil when it gets hotter?
The solution is pretty smart. When materials get hotter, their resistance (i.e. the number of ohms) increases . The difference is only small, but if you read the resistance precisely enough you can detect the change as the coil gets hotter.
How Does Temperature Control Vaping Work?
One of the reasons why kanthal works so well for vaping is because its electrical resistance remains stable when its temperature changes. There are other coil materials, though – such as nickel and titanium – that do change in resistance as they become hotter.
How does temperature control affect vaping?
The most important way in which temperature control changes the vaping experience is that it prevents dry hits. When an atomizer coil is dry, it becomes very hot in a fraction of a second. A temperature control device detects the rapid increase in temperature and immediately dials down the power to prevent damage to the coil or wick. With temperature control vaping, you won’t experience dry hits – at least not without plenty of warning. If the atomizer coil is dry or nearly dry, you’ll notice that your device’s vapor production drops significantly. When the coil is almost completely dry, your device will stop producing vapor. At that point, you’ll know that you need to drip or refill your tank. You’ll take care of the problem before a true dry hit occurs.
Why is Kanthal so good?
One of the reasons why kanthal works so well for vaping is because its electrical resistance remains stable when its temperature changes. There are other coil materials, though – such as nickel and titanium – that do change in resistance as they become hotter.