Some people suggested for me to do this test. Forgive me for taking some days to post, I am currently with a lot of work to do, but I managed to make a quick video testing it.
*I know the infrared thermometer isn´t the most accurate way of measuring the temperature of the flashlight but I couldn´t find the little precision one I have. I set the emissivity on the infrared thermometer as 0.85 as it seems to be the average emissivity of anodized aluminum.
*The little black screen on the right shows relative air humidity (big number with %) and the average room temperature in °C (the little number at the top)
So, I tested the light on "Turbo" and as you can see in the video it does have a secondary temperature control aside from the fan, it dims the light to avoid the electronics frying. As I could measure on the video it goes up to around 60°C (140°F) and starts to dim and lower it´s temperature. You can even see the light dimming down, compare 1:00 to 1:50 for example.
I also made another test and left it running for 40 minutes, the temperature stayed between 48°C (118,4°F) to 53°C (127,4°F), I unfortunately lost the video of it because my camera battery died at around 5 minutes recording the video, also, it seems Reddit limits the video size so I would not be able to post it here anyways.
I made as few changes to the recorded video as I could to not influence the test. The sound was removed because my neighbour is throwing a party 🙁
Still, not really impressive, I thought that by having the fan the light would be better. It´s good news it has the secondary temperature control, but this light still has a lot of problems and in my opinion it´s not worth it.
You can see the full review I made about it here
If I made something wrong on the video, please let me know. I can make a new test when I am not too busy as right now. Thank you for watching!
Background music used on the video here
by LMP-Br
1 Comment
At least it has a temp control, that is good to see. Nice video and test…👍.