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--- atmos:citation:instruments:setup_dfrobot_tipping_bucket:home [2026/06/01 20:56] – ashley.vos
+++ atmos:citation:instruments:setup_dfrobot_tipping_bucket:home [2026/06/01 22:04] (current) – ashley.vos
@@ Line 12: / Line 12: @@
   *Wires - At the end of the sensor cable, the ribbon splits into four (4) wires.
 {{:atmos:citation:instruments:setup_dfrobot_tipping_bucket:screenshot_2026-06-01_155145.png?200|}}
-    * Green - SDA (Serial Data Acquisition for I2C Interface) - GPIO Pin 3
+    * Green - SDA (Serial Data Acquisition for I2C Interfacing) - GPIO Pin 3
-    * Blue - SCL (Serial Clock Line for I2C Interface) - GPIO Pin 5
+    * Blue - SCL (Serial Clock Line for I2C Interfacing) - GPIO Pin 5
     * Red - Power (positive) - GPIO Pin 4
     * Black - Grounding power (negative) - GPIO Pin 6
@@ Line 19: / Line 19: @@
 === Setting up the Probe ===
 By now, you should have your Raspberry Pi computer completely set up, with a DAQ HAT.
-  - Connect the Sensor to the tipping bucket with the large port.
-  - Connect the wires to the proper GPIO pins
-  - To use with the ADPAA Python code, you will then have to download modbus-tk on the Raspberry Pi
-    - sudo pip install modbus-tk --break-system-packages
+  - Connect the tipping bucket to the large port on the sensor
+  - Connect the four colorful wires to the proper GPIO Pins (See above)
+  - On a Raspberry Pi, to make the code given by the ADPAA work, you will have to enter the following command into your terminal
+    - sudo pip3 install modbus_tk smbus - -break-system-packages