What Wattage Should I Vape At?

Ever wished for greater control over your vaping experience? You might desire slightly larger clouds from your current vaping device – or perhaps the intensity of your device is a bit too much, and you want to ease it down. Many advanced vape kits allow you to operate at various wattage levels specifically for those reasons.

You might already possess a variable-wattage vaping device, in which case you likely know how to use it. You understand that setting a higher wattage produces bigger, warmer clouds, whereas a lower wattage yields a cooler and smoother vaping experience – but what wattage is the right choice for you? Are certain settings more advantageous than others?

In this article, you will discover all the essential factors to keep in mind when selecting your vaping wattage. While it can be largely based on personal preference, there are additional considerations that require your attention.

If you’re aiming for the best possible experience with your vaping, it’s crucial to consider whether your vape coils are burning out at an alarming rate. If that’s the case, it’s likely that your device’s wattage is set too high – but this is just one of the many insights you’ll gain by the time you finish reading this.

 

What Does Wattage Mean in Vaping?

To clarify, what occurs when you adjust the wattage on your vaping device? Think of wattage as the amount of energy utilized by your device’s atomizer coil. The vape mod evaluates the coil’s resistance and adjusts the battery voltage accordingly to achieve the chosen wattage. A higher wattage leads to the coil functioning at a greater temperature, which corresponds to producing larger, warmer vapor clouds – up to a certain extent. Each vape coil has its own operational limits, and exceeding those can lead to an unpleasant vaping experience.

Vape coils operate most efficiently within a specific power range that is contingent upon the coil’s capability to draw e-liquid from the tank or pod at the same speed the heating element can vaporize it. Characteristics allowing a vape coil to function well at higher wattages without generating a burnt flavor include:

• Spacious wick openings to facilitate rapid access of e-liquid to the heating element. Should the heating element dry out while vaping, it will create an undesirable burnt taste.
• An efficient wick material for e-liquid transport that also withstands heat. Typically, vape coils are equipped with organic cotton wicks, but some Innokin vape coils incorporate additional materials, such as wood pulp and seaweed fiber, for enhanced heat resistance and efficiency.
• Optimal wick-to-wire connection. One of the major advantages of mesh coils lies in the flat profile of the mesh heating surface, minimizing uneven heating commonly found in coils made with wound wires.
• Effective airflow management. A well-designed vape coil permits ample air passage, which aids in preventing the coil from overheating.

 

Determining the Suitable Wattage for a Vape Coil

Locating the appropriate wattage for a vape coil is generally quite straightforward, as it can be found in two places. You’ll

Within the coil’s packaging, you’ll find the recommended wattage range, which is also engraved on the side of the coil itself. The coil is designed to run efficiently at any wattage level that falls within this specified range.

So, how do you determine the wattage that’s best for your vaping? The simplest method is to start your device at the minimum wattage of the coil’s range and gradually increase the power. The suggested wattage for vape coils is influenced, in part, by the duration of your puffs; if you typically take one- to two-second puffs, you’re likely fine using a coil at the upper end of its wattage range. Conversely, if your puffs are longer, lasting several seconds, you may need to lower the power slightly.

 

What Consequences Arise if the Wattage of Your Device Is Too High?

When the wattage of your device is set too high, the coil’s wick cannot absorb vape juice as quickly as the heating element can vaporize it. This causes the wick to dry out during your vaping session, leading the coil’s heating element to overheat and turn glowing red. At this point, you’ll encounter an extremely unpleasant burnt taste.

However, if you release the fire button or stop puffing promptly upon noticing a “dry hit,” your coil is likely to remain undamaged. Yet, if you persist in vaping at a wattage that is too high, you’ll risk burning the coil’s wick. This will permanently alter the coil’s flavor, requiring you to replace it to return your device to its original flavor quality. Ultimately, vaping at an excessively high wattage means that you’ll need to change your coils more frequently, as they will wear out more quickly.

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What Wattage Settings Are Recommended for Innokin’s Vape Coils?

At Innokin, we take pride in our diverse selection of Z coils, which are compatible with several of our vape tanks and pod systems. With our Z coil system, transitioning to a new tank or purchasing a completely new device doesn’t mean losing access to your preferred vape coils. This also allows you to enjoy many of the innovative features and technologies with your current vaping device.

Curious about the wattage for our coils? Here’s a summary.

Innokin Z (Zenith) Coils

• Innokin Z RDL Coil (0.3 ohm): 30-40 watts
• Innokin Z Plex 3D Mesh Coil (0.48 ohm): 12-16 watts
• Innokin Z Plexus Coil (0.5 ohm): 12-16 watts
• Innokin Z Duoprime Coil (0.6 ohm): 9-13 watts
• Innokin Z KAL Coil (0.8 ohm): 14-17 watts
• Innokin Z RDL Coil (1.0 ohm): 20-25 watts
• Innokin Z MTL Coil (1.2 ohm): 10-14 watts
• Innokin Z KAL Coil (1.6 ohm): 10-14 watts

Innokin ZF Coils

• Innokin ZF Coil (0.2 ohm): 50-80 watts
• Innokin ZF Coil (0.3 ohm): 30-45 watts

Innokin Sceptre Coils

• Innokin Sceptre RDL Coil (0.5 ohm): 18-20 watts
• Innokin Sceptre MTL Coil (1.2 ohm): 9-10 watts
• Innokin Sceptre MTL Coil (0.65 ohm): 10-12.5 watts

Innokin Ajax Coils

• Innokin Ajax Coil (0.35 ohm): 30-55 watts
• Innokin Ajax Coil (0.16 ohm): 50-80 watts

Innokin Scion Coils

• Innokin Scion Coil (0.5 ohm): 70-100 watts
• Innokin Scion Coil (0.28 ohm): 100-200 watts
• Innokin Scion Quad Coil (0.36 ohm): 80-150 watts
• “`Innokin Scion Plexus Coil (0.15 ohm): 60-100 watts
• Innokin Scion PLEX3D Mesh Coil (0.14 ohm): 60-100 watts

 

Flavor and Vapor Production Can Be Adjusted Beyond Just Wattage

Using a vaping device that offers large clouds and vibrant flavors is a preference for many, but there’s only so much wattage you can increase before experiencing a burnt taste. Additionally, certain simple puff-activated devices do not allow any adjustments to their power settings. So, finding alternative methods to modify your device’s performance becomes necessary. Beyond altering the wattage, you can adjust your device’s vapor output and flavor intensity in two other ways.

• Changing the coil is an option. As discussed in this article, various resistance options are available for most Innokin vape coils. Opting for a lower-resistance coil means it will typically run at higher power levels, resulting in larger, warmer clouds.
• Modifying the airflow of your device is another adjustment. Many vape tanks and pod systems come equipped with adjustable airflow features. By increasing the airflow, you can heighten the vapor production. Conversely, reducing airflow results in warmer and more intense vapor. Should you decrease the airflow, you might also need to lower the wattage to avoid overheating the coil.

 

Overwhelmed? Choose a Device with Automatic Wattage Settings

If selecting the appropriate wattage for your device feels daunting, you might want to opt for one that offers automatic configuration. A significant advantage of our interchangeable coil systems is that devices such as the Innokin Adept come with the compatible coil parameters already integrated into their firmware.

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Automatically detecting the resistance of the connected coil, the Innokin Adept adjusts its available power settings to ensure that every option remains safe for the coil. If the resistance of the coil is below 1.0 ohm, you can select power levels of 14.0, 15.0, 16.0, or 17.0 watts. Conversely, if the resistance exceeds 1.0 ohm, the available power levels change to 11.0, 12.0, 13.0, or 14.0 watts. Switching between these power levels is simple; pressing the device’s adjustment button allows you to cycle through options, with the indicator light reflecting your selected power level.