Thingiverse
wind instrument
par aurimpres
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Makes
Weather instrument with anemometer and wind vane.
Made with 4 printed parts.
- there is a 5mm screw attached on the bottom part (40 mm long in my setup).
- a 608zz bearing is fixed between rotor and cups with 3mm screws.
- a 9mm magnet(from a bicycle odometer) is inserted on the rotor
- the wind speed is calculated with a reed switch
- for the wind vane, a continuous single turn potentiometer is used
Use with arduino as described here:
http://cactus.io/hookups/weather/anemometer/davis/hookup-arduino-to-davis-anemometer-software
Update:
The electronic I use are the following:
- one potentiometer for the wind vane, just an example bellow but can be other type. Secure it on the 'top' part.
http://www.conrad.com/ce/en/product/1055299/Single-turn-rotary-pot-Mono-1-W-1-k-Bourns-1-pcs
- one reed switch (any type) triggered by a magnet attached to the rotor. it is inserted from inside into a piece called, by me, 'bottom'. secure it with hot glue
- an arduino mini to
Made with 4 printed parts.
- there is a 5mm screw attached on the bottom part (40 mm long in my setup).
- a 608zz bearing is fixed between rotor and cups with 3mm screws.
- a 9mm magnet(from a bicycle odometer) is inserted on the rotor
- the wind speed is calculated with a reed switch
- for the wind vane, a continuous single turn potentiometer is used
Use with arduino as described here:
http://cactus.io/hookups/weather/anemometer/davis/hookup-arduino-to-davis-anemometer-software
Update:
The electronic I use are the following:
- one potentiometer for the wind vane, just an example bellow but can be other type. Secure it on the 'top' part.
http://www.conrad.com/ce/en/product/1055299/Single-turn-rotary-pot-Mono-1-W-1-k-Bourns-1-pcs
- one reed switch (any type) triggered by a magnet attached to the rotor. it is inserted from inside into a piece called, by me, 'bottom'. secure it with hot glue
- an arduino mini to
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