A fellow customers note on temp

Hello fellow Nano lovers,

I would like to share my experience with the E-Nano. I’m not a native English speaker, please bear with me, I’ll try the best I can. Mods please don’t hesitate to change my grammar and spelling if it’s too bad.

So I had some time with my E-Nano and love it so far. Excellent little device.

I was playing around with temp settings and came up with a way to accurately measure the temperature of the airflow right where it hits the herbal load.

From my work background I have access to some fancy thermo probes and I always test my new vaporizers. I love to play around with these things.

For the Nano I built a little GonG adapter with the thermo probe dead center right where the herbs would be, and a bit of cotton to simulate the load. Cotton lets me simulate loose or dense loads without getting me too medicated over time.

I put that adapter on a big bubbler and my Nano on top, giving it long exaggerated pulls, trying to max out the temp of each setting.
“Maxing out” the temp on a purely convective vape is not easy, as the longer one pulls the higher the temp gets. So I had to settle for a realistic experimental pull that I could reproduce over and over again without fainting.

That said, I really went to town on it, trying to find the hottest temps that could be achieved for each setting. I am a relatively big guy and can draw longer and harder than most people I know, so I would not be surprised if someone else could not reproduce the temps I was able to hit.
Therefore I repeated the experiment with different people, trying to find an average temp that is easy to achieve for most.

The airflow (a direct consequence of the density of the load) has a huge impact on the final readings, as can be expected.

To represent different airflow rates and different users, I collected my data in a temp range for each setting.
The lower end representing a temp that should be easy to reach by anyone, even with a loose load.
The top end representing my top temps that I achieved. I would take those as max temps for each setting.

So here are the numbers:

Setting: Temp Range

5: 150-160°C (302-320°F)
5.5: 165-175°C (329-347°F)
6: 180-190°C (356-374°F)
6.5: 195-205°C (383-401°F)
7: 210-220°C (410-428°F)
7.5: 225-235°C (437-455°F)
8: 240-250°C (464-482°F)

Please note the nice linear pattern, and keep in mind those are average numbers out of many many test runs, different load densities and users.

So in theory, given a nice dense and dry load, exaggerated long steady pulls, one should be able to reach combustion on the 7.5 setting. (and IIRC someone here posted something like this)
I myself never combusted in my Nano so far, but I got very close. Obviously I roasted some of my cotton loads a light brown (something that would probably combust some herbs)
If you don’t pack your loads hard and draw for very long I think even the 8 setting should work, for those complete extractions or those very big hits.

All in all I am very happy with the numbers the Nano produced, how quick and reliable the temp changes where, how quick the loads cool off when you stop pulling, how warm the device gets on the outside, how free the airflow is and even how sleek that thing looks and feels.