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This durable arduino weather station kit includes an anemometer, wind vane, rain bucket and DH11 temperature and humidity sensor. It can transmit data via serial or RF interfaces. This tutorial will demonstrate how to assemble the weather station kit, how to set up basic serial communication to an Bluno M3 and how to output data readings through an LCD shield.
- 1. Shopping LinksBluno M3 - A Arduino STM32 ARM with Bluetooth 4.0LCD12864 Shield for ArduinoAssemblyInsert pole A in to pole B and place double-ar...
- 2. Take one single arm and hold up to pole assembly, perpendicular from double arm. Take securing plate and hold to the mating side. Secure togethe...
- 3. If you wish to use the RF communication module, you will need to attach the extra arm. Repeat steps as with the first single arm.Now it’s...
- 4. We can fit the anemometer module on the opposite end of the double arm. Just like before, fit the module over the moulded fitting, place an M3 n...
- 5. There are notches in the underside of the double arm for cable management.Next, the rain gauge. Place the rain gauge over the single arm fitting...
- 6. If you wish you may also add the RF transmitter module. This is fitted in the same way as the other modules, by fitting it over the arm’s...
- 7. Next we need to connect cables so that data can be transmitted. The anemometer has the shortest cable. Connect this to the jack in the underside...
- 8. The remaining long cables need to connect to the weather link control board. The cable from the wind vane connects to the “wind” jac...
- 9. Make the following connections from the Weather Link board to your microcontroller:
- 10. Copy and paste the wiki sample code in to the Arduino IDE and then upload it to your microcontroller. You can view the output on the IDE’...
Jul 30, 2016 · Cut holes for the LCD Screen and the DHT11 sensor carefully using a paper knife. If you are using a battery to power the Arduino, make sure there’s space for that. If you’re going to use an adapter, cut a hole for the wire as well. Place the Arduino circuit inside the Box and make sure nothing obstructs the display and DHT11 sensor.
- Manas Manohar
something else, even when the power is off. Thus, you can develop and upload code when your Arduino board is connected to a computer and then run that code with some other power supply when it is no longer connected to a computer. This is an essential feature for outdoor systems like weather stations.
May 9, 2023 · If you're interested in combining hardware and software skills, building a weather station with Arduino is a perfect beginner project. In this post, we'll discuss the various components you need to build a weather station with Arduino and share tips and tricks for programming the Arduino to collect data from sensors and display the information on a web page. Components Needed To build a ...
Step 2: Temperature and Humidity Sensor - DHT22. The DHT22 is a very popular Temperature and Humidity sensor. It is cheap, easy to use and the specification claims good precision and accuracy. The DHT sensors are made of two parts, a capacitive humidity sensor and a thermistor.
May 27, 2021 · The Arduino Weather Station uses the DHT11 sensor to read the surrounding temperatures and humidity. This sensor is capable of reading temperatures in the range from 0°C to 50°C with a variation of ± 2°C. The reading of Humidity ranges between 20% to 80% with a variation of ±5%. the sensor has a data sampling rate of 1Hz, which means it ...
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Nov 20, 2015 · Here in the 21st century, you can create your own backyard weather station that is computer-controlled, where all of the data is automatically captured and stored for later analysis. No more little black log book. Weather enthusiast Adrie Sentosa details his Arduino Weather Station (AWS) in this Instructable project.
