Temperature Control (TC) mode

Temperature Control (TC) mode in the world of vaping refers to a hi-tech solution for burnt, dried-out hits. With the temperature held at a constant value, vaping becomes a lot smoother and a longer inhales more consistent vapes. Temperature Control mode reduces the chance of users taking burnt, dried-out hits, which only reduces the quality of the experience. The temperature limit that most users set their vapes to lies somewhere between 100 degrees Celsius to 315 degrees Celsius. The hardware, however, stabilizes the power its coil receives so that the temperature does not go below or above the stipulated limit.

In the year 2014, Evolv, a company that specializes in making quality vape hardware, created the DNA chip, which to date many vapers regard as the best temperature regulating mods ever created. It is safe to say that Evolve created hardware that is both innovative and timely.

Before the creation of TC mods, vapers could only tamper with the wattage of their vapes by utilizing wattage-adjusting mods (another innovative feature from Evolv). However, with the invention of temperature control, wattage control did not go out of extinction. As of today, both mods have become a prominent feature in vapes worldwide.

  • Temperature Control Working Principle

Studies show that a good amount of vapers use temperature control without even realizing that they are making use of it. This behind the scene functionality is a result of years of tinkering to find a system that works and is aesthetically alluring. For vapes that come with temperature control functionalities, the metal in their coils predicts the change in power moving through the coil, increasing the metal's resistance as the coil heats up. The resistance of a coil shows up as the ohm sign on the screen.

Vaping with Kanthal, which happens to be one of the most popular vape wires sold commercially, is a good way of analyzing TC. The wire has a property that allows it to maintain its resistance irrespective of temperature increase. Kanthal and other similar wires have a known resistance increase in correspondence to a rise in temperature.

The mod functions by noting the resistance of the coil at room temperature and then constantly monitoring the coil throughout your vaping expedition. While vaping, it converts the resistance anomalies to temperature changes, and it alters with the power to ensure the temperature remains within the set limits. This makes vaping a lot smoother you get consistent vapes over time irrespective of a drastic rise in temperature.

  • Requirements to Vape in Temperature Control

The first step to utilizing TC is acquiring a mod that comes with TC mode. To know which model comes with TC functionality, check the mod specification before making payment. There are different TC mods chipsets, with some working better than others are, and the best way to acquire one is to buy from a trusted company.

Lastly, you need to seek out a proper vape wire. There are several types of vape wires but stainless steel wires are the best money can buy The SS316L is the best for temperature and wattage control. Other wires include Kanthal and Nichrome wires, which are best for wattage control, and Nickel and Titanium are best for temperature control.

The combination of a proper TC-supported mod and the right vape wire will produce the best vaping result concerning vaping with TC. Once you have gotten your hardware, set your mods to TC mode and select the vape wire that is in your coil. You must also include other features present in the mod, such as a Temperature Coefficient of Resistance (TCR) value. When the setup is complete, realign your tank and mod to room temperature levels and wait at least 5 minutes before you start vaping. Afterward, you can make any personal adjustments to ensure that your vape is to your taste.

Overall, the TC mode will ensure that your battery and wires last longer, as well as eliminating dry, burnt hits, maintaining vape consistency.

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