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--- research:automated_irrigation_system [2019/07/22 12:41] – [Equipment needed] ruben
+++ research:automated_irrigation_system [2019/07/23 20:29] (current) – aimeejulia
@@ Line 3: / Line 3: @@
 ===== Equipment needed =====
-- Arduino Nano (or any kind of Arduino)
+  * Arduino Nano (or any kind of Arduino)
-- light sensitive resistor 2Ω - 6kΩ
+  * light sensitive resistor 2kΩ - 6kΩ
-- 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 for temperature readings from the Soil Moisture Sensors =====
+The code, license and list of contributors are saved on the [[https://gitlab.com/ecohackerfarm/youngcodersummercamp/automated-garden-irrigation-system|gitlab project]].
-===== Step 3: Observe current readings from the Greenhouse and the Garden (desired watering areas) =====
+{{:research:breadboard.jpg?200|}}
+{{:research:arduino.jpg?200|}}
-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.
+{{:research:twelwevoltpowersupply.jpg?200|}}
+{{:research:valve.jpg?200|}}
+{{:research:schematic.png?600|}}