DRF base aquarium controller
- Raspberry Pi 4 - Recommend 4Gb or 8Gb version
- CanaKit 3.5A Raspberry Pi 4 Power Supply (USB-C) - Any USB-C powersupple should work
- Micro HDMI to HDMI adapter - Needed for initial setup, any micro HDMI to HDMI solution will work
- 64Gb SanDisk Micro SD - Recommend 32Gb or larger
- Atlas Scientific i2c Toggler - Needed to ensure EZO circuits are set to i2c
- Atlas Scientific Temperature Kit - Only using sensor and EZO circuit
- Atlas Scientific Lab Grade pH Probe
- Atlas Scientific EZO-pH Circuit
- Whitebox Labs Tentacle T3 for Raspberry Pi
- Assemble Raspberry Pi including Whitebox Labs Tentacle T3
- Using Raspberry Pi Imager on another PC, image microSD card with Raspbian OS
- Insert microSD card into Raspberry Pi and connect a keyboard, mouse & monitor
- Perform initial setup
- Launch terminal
sudo raspi-config- Select Interfacing Options
- Select I2C
- Select Yes
- Select OK
- Select Interfacing Options
- Clone the repository
cd AuqaPy./install.sh
- In a web browser navigate to the IP address of the Raspberry Pi
- For me it is
http://10.0.0.38/but this is dependent on the IP assign to your Raspberry Pi on your local network - Documentation on location IP address
- For me it is
- Login with default credentials for Grafana and change initial password
- username:
admin - password:
admin
- username:
- Select Data Sources from Settings menu
- Select InfluxDB from list
- Populate the following information and click
Save and Test- Name:
InfluDB - URL:
http://influxdb:8086/ - Access:
Server (default) - Whitelisted Cookies: Leave blank
- Auth: Leave all sections disabled
- Database:
aquapy - User:
aquapy - Password:
notverysecurepwd## This is the default password, if you'd like to change please changeINFLUXDB_USER_PASSWORDinaquapy.env
- Name:
- Import base Grafana Dahboard
- Click the
+symbol then click import
- Click
Upload JSON fileand navigate to location ofgrafana.jsonfile from repo and upload - Click Import
- Click the
