More integration support can be found here:īruControl - A Windows-based software for developing custom HMI (Human Machine Interface) graphics for your brewery sensors and leveraging scripting to automate control.
The Flite controller can be configured to automatically update your kegs, and you can view and display your "keg room" on any monitor with internet access.
You need 1 Flite display OR Flite headless controller per Flite keg sensor. You need 1 Flite keg sensor for EVERY keg you want to monitor. Here is an overview of the Flite architecture, demonstrating different configuration options: Design Considerationsīecause every brewer's kegerator/keezer setup is different, the Flite architecture supports different design models to accommodate this. This does still require a micro USB cable for power.
The Flite headless controller is designed to install directly on the Flite keg lid sensor, eliminating the need to mount an external display and route the female-to-female 4-pin GX16 aviation socket cable. The Flite headless controller has all of the same capabilities as the Flite controller with display, minus the touchscreen display. Host web server for browser-based configuration.The controller also has the WiFi capabilities that enable other functionality such as:
The touch screen display also allows for calibration of the sensor. The display is powered by a micro USB cable. The display is connected to the sensor with a female-to-female 4-pin GX16 aviation socket cable. This has the responsibility of reading the sensor and displaying the data.
The Flite controller with display is the "controller" component. This sensor requires a controller to read and handle the data. This lid has the integrated level, temperature, and pressure sensor. The Flite keg lid sensor is the "sensing" component. It is also recommended that you familiarize yourself with the capabilities and design considerations for the Flite sensor, controller with display, and headless controller.