Love the way you tested the Anemometer. Great video. I might include this anemometer in one of my video projects. It seems quite a straightforward process, some of the other anemometers out there seem more complicated. Many thanks
I'm not surprised, great stuff! I think you should have put an even bigger one on the roof. That would definitely have got some strange looks. Keep up the great work.
can that anemometer be mounted sideways (90 deg from vertical) and still produce consistent readings, albeit different from a vertical mounting. I less interested in wind speed and more interested in whether there is any airflow rising in a vertical column that exceeds some threshold (zero really).
@@ScienceFunInnovations Thanks for replying. Possibly would you be able to test it as a motor by applying DC voltage from a variable supply source to check it working i.E operating voltage, current, RPM, and coil's internal resistance probably it will be easier to find the motor without physically looking at the motor. Thanks again, really appreciate you replying back to my comment
It seems to just be a regular DC motor with a windmill. The voltage from the motor increases with wind speed. There are some videos on RU-vid on how to make your own using plastic Easter egg shells. Good luck!
Oh man, that was so long ago. I think I just got it from the library manager in Arduino, think it is called LiquidCrystal now. That's the only library that I have installed.
@@vianeyximenamartinezvite2848 maybe it's because his version was different than mine. But once I got the code written, the error message said that the LCD header was missing. I was just following the error message.