The SMOK TCT tank is a sub-ohm vaping device designed for users who want precise temperature control with their setup. It works with nickel and titanium coils to help vapers control their experience more accurately than standard wattage mode tanks.
The TCT tank stands out because it can read coil resistance in real-time and adjust power output to maintain a consistent temperature, which helps prevent dry hits and extends coil life. This technology appeals to vapers who want more control over their vapor production and flavor quality. The tank also features a top-fill design and adjustable airflow options.
Understanding how the TCT tank works can help vapers decide if temperature control vaping fits their needs. This guide covers the main features, how to use the temperature control mode, and what makes this tank different from other options on the market.
Key Takeaways
- The SMOK TCT tank uses temperature control technology to maintain consistent heat levels during vaping
- It requires specific nickel or titanium coils to work properly with the temperature control mode
- The tank includes features like a top-fill design and adjustable airflow for user convenience
SMOK TCT Tank Features and Temperature Control
The SMOK TCT temperature control tank from SmokTech combines a dual 0.15-ohm Ni-200 core with wide slot adjustable airflow to deliver precise temperature regulation. This sub-ohm tank works exclusively with regulated devices that support temperature control modes.
Core Design and Materials
The SMOK TCT features a dual 0.15-ohm Ni-200 core specifically engineered for temperature control vaping. The Ni-200 core uses nickel wire, which changes resistance as it heats up, allowing compatible devices to monitor and control the temperature.
This temperature-controlled tank includes a spare Pyrex tube for replacement when needed. The redesigned drip tip provides a wider bore for increased airflow and vapor passage.
The tank construction uses stainless steel and Pyrex glass materials. The threading connects securely to regulated devices with temperature control capabilities.
Airflow System and Vapor Production
The wide slot adjustable airflow system on the SMOK TCT allows users to customize their vaping experience. Users rotate the airflow ring to open or close the air slots based on their preference.
More airflow produces cooler vapor and allows for direct lung inhalation. Less airflow creates warmer vapor with more restricted draws.
The dual 0.15ohm Ni-200 core paired with the adjustable airflow generates huge vapor clouds when set to appropriate temperature ranges. The sub-ohm resistance requires understanding of Ohm’s law and proper device settings.
Temperature Regulation and Compatible Devices
The TCT temperature control tank requires regulated devices with temperature control functionality, such as DNA40 devices or similar mods. These devices read the Ni-200 core’s resistance changes and adjust power output to maintain set temperatures.
Temperature control prevents dry hits and burnt coils by limiting maximum coil temperature. Users set their desired temperature on their device, typically between 300-600°F.
The SMOK TCT does not work with standard wattage-only devices or mechanical mods. Only regulated devices with Ni-200 or nickel temperature control modes provide proper functionality.
This differs from rebuildable atomizers or RDAs, where users build their own coils. The SMOK TCT uses pre-built Ni-200 cores designed specifically for temperature control.
User Safety and Maintenance Recommendations
Users must verify their device supports nickel or Ni-200 temperature control before using the SMOK TCT. Using this tank on incompatible devices can damage equipment or create safety hazards.
Regular cleaning of the tank and replacement of the Ni-200 cores maintain performance. The spare Pyrex tube should be installed if the original glass cracks or breaks.
An Ohm’s law calculator helps users understand the relationship between voltage, current, and resistance, though temperature control devices handle these calculations automatically. Users should still understand basic electrical safety principles.
The adjustable airflow ring should move freely without excessive force. Tanks should be filled properly without overfilling to prevent leaking.
