MeteoStation printable weather station

thingiverse

// UPDATE 5 Removed outdated files. Enhanced parts with flat surfaces for smoother printing. Enlarged compartment for Arduino, simplifying removal of support by tapering walls. Print MeteoStation-rainguard.stl only when updating an older weather station. // UPDATE 4 Improved rain resistance and fastening with new files MeteoStation-bottom_v2 and MeteoStation-bottom_v2_ZipTieVersion. These files feature a grid of holes for airflow, preventing water entry. If you've already printed this project, print 4x of the MeteoStation-rainguard(s). Note that the holes are angled upwards to stop rain from pouring in. Mount them with the high side inward. // UPDATE 3 Updated firmware code and web configuration for this project. A comprehensive Tutorial on configuring, building, and using this weather station is now available on indilib.org. http://indilib.org/develop/tutorials/177-howto-configure-compile-wire-print-and-assemble-the-induino-meteostation.html Additionally, a dev / debug forum thread has been created. http://indilib.org/forum/general/2265-building-the-induino-meteostation-with-3d-printed-housing.html?limitstart=0 // UPDATE 2 Update to v2. The plastic glass window is now smaller, allowing for the IR sensor to be mounted with a clear view of the sky. The compartment for the Arduino has been enlarged for easier installation. // ORIGINAL TEXT This is the Induino MeteoStation 3d printable weather station. Arduino project on https://indiduino.wordpress.com/2013/02/02/meteostation/ with component list and more. (I am not the developer of the MeteoStation code, only the printable case). This project uses INDILib weather driver, and can be used standalone (With Linux webserver and indiserver for a web based interface). http://indilib.org/develop/arduino/meteostation.html Use pictures as assembly guide. Sensors for temperature and humidity are placed in the 'wind tunnel' between the bottom and middle part. Light-sensitive sensors are mounted under the acrylic glass. Use 2mm thick 9x9 cm acrylic 'plexi' glass, which can be worked on with wood tools. Screws used are all countersunk. 4x 4x50mm, 4x (6x for v2) 4x15mm The finished product is approximately 10 cm^3 in volume.