The internal device network used to control the system.
A 120 Ω resistor placed at the end of a CAN bus.
The board that connects to and drives multiple devices.
The Raspberry Pi control board.
The board that connects to the Raspberry Pi. This board can function as the handle control board as well as the CAN modem.
A logical grouping of devices used to control a dispense operation.
A Bib or container station that contains the source of a product or ingredient.
A logical mapping from software to hardware.
A process to calibrate how much fluid will be dispensed. This helps the machine determine what should be 2 oz of fluid. This value can change based on machine hardware or product viscosity.
A logical grouping of devices that will be accessible to all lines and any dispense operation.
A valve used to seal the dispense path after dispense has ended.
A technique used to control the power delivered to electronic devices by turning a digital signal on and off at a high frequency.
A high-current output on the N-Tap control board.
Software embedded in a hardware device to control its basic functions, acting as a bridge between the hardware and the operating system or user-facing applications.
Higher-level code that controls the user interface and interacts with the firmware via the CAN bus.
The physical boards that make up the system.
Wireless connection used for internet access or connecting into the device.
A wired connection used for internet access or connecting into the device.
An error in the software that causes it to not perform as expected.
A set of rules that allows different software programs to communicate with each other. This can be used to control a device from a remote system.
Used to write the operating system to an SD card.
Used for collecting logs from the firmware and performing a factory reset or factory firmware update.
A terminal application used to collect logs from the firmware.