More modern vape kits mods offer a variety of power options for more personalized vaping experiences. Some of the most frequent power modes found on many high-end box modifications are as follows:
Variable Wattage (VW)
First up, we have the adjustable wattage mode, which is the most basic and common power mode. In this mode, you can choose the wattage level that your mod will output to the atomizer. This gives you control over how dense your vapor will be. Pretty neat, right?
Variable Voltage (VV)
Next, we have the variable voltage mode. This mode is similar to variable wattage, but instead of controlling the wattage, it controls the voltage output. The voltage determines how fast the coil heats up, but don’t worry, there’s a thing called Ohm’s law that links voltage and power. This mode allows for more precise adjustments than wattage alone.
Bypass/Mechanical Mode
Now, let’s talk about the bypass or mechanical mode. This mode directly connects the battery power to the atomizer without any regulation circuitry. It’s best suited for advanced rebuildable drippers, but it requires expert knowledge about battery safety. So, be careful if you decide to explore this mode!
Temperature Control (TC)
Moving on, we have the temperature control mode. In this mode, the mod regulates the power to maintain a set temperature and prevents it from exceeding that limit. It’s used with specific coil materials like nickel, titanium, or stainless steel. This mode gives you a highly customizable vaping experience based on temperature instead of just power.
Variable Power Curve (VPC)
Next, we have the variable power curve mode. This mode allows you to customize the power output over time for a smooth vaping experience. You can start with a low power and gradually increase it to a set maximum power. This helps you find the perfect balance between vapor production and flavor.
TCR Value Setting
Last but not least, we have the TCR value setting. This feature lets you precisely tune the temperature control modes for non-standard wire alloys. By entering the Thermal Coefficient of Resistance value for your specific wire, you can achieve more accurate temperature control. It’s a great option if you’re using unique wire types.
