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| research:automated_irrigation_system [2019/07/22 12:47] – [Equipment needed] ruben | research:automated_irrigation_system [2019/07/23 20:29] (current) – aimeejulia | ||
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| * Arduino Nano (or any kind of Arduino) | * Arduino Nano (or any kind of Arduino) | ||
| - | * light sensitive resistor | + | * light sensitive resistor |
| * resistor 2kΩ | * resistor 2kΩ | ||
| - | * relay | + | * relay/s |
| - | * valve 12V | + | * valve/s 12V |
| * power supply 12V | * power supply 12V | ||
| - | ===== Step 1: Connect the Soil Humidity Sensor to the Arduino | + | ===== Code, License and list of Contributors |
| - | ===== Step 2: Create a log system | + | The code, license and list of contributors are saved on the [[https:// |
| - | ===== Step 3: Observe current readings from the Greenhouse and the Garden (desired watering areas) ===== | + | {{:research: |
| - | + | {{: | |
| - | At this stage you should take notes about the readings and what the soil looks like, for example at a reading of 100 the top soil is wet but only the top soil - the first 2 to 3 inches. | + | {{: |
| + | {{: | ||
| + | {{: | ||