Duet 3 Main Controller Board - 6HC
Duet3D offers this advanced, high power controller that features six 6.3A stepper drivers, 4 high current heaters, 6 fans and much more.
Duet 3 Main Controller Board - 6HC
Learn More at Duet's Hardware Overview here
See the "Getting Started" guide here
The Duet 3 Mainboard 6HC is a fully featured, high power controller for 3d printers, CNC machines and more. With 6 high current stepper drivers, 4 high current loads, 6 fans and more IO on board it can control many machines directly, with the ability to add much more capability through CAN-FD connected expansion boards.
The Duet 3 family allows for maximum flexibility of machine design through highly capable main boards, expansion boards, tool boards and custom expansion modules. This advanced hardware is enabled by our innovative RepRapFirmware 3 firmware running on the Duet 3 Mainboard and optionally DuetSoftwareFramework running on a single board computer.
Includes:
Duet 3 6HC Controller Board
Connector Kit (Including Crimp Sockets)
Raspberry Pi Connection Cable for SBC use
Features:
Processor
Powerful 32bit Atmel ATSAME70: ARM Cortex-M7 microcontroller running at up to 300MHz
Expansion Options
CAN-FD BUS for connecting multiple expansion boards and tools
Connectivity
Dedicated SPI Bus to Single Board Computer (SBC), or, alternatively, connect over an Ethernet network
Stepper Drivers
6x TMC2160/5160 high-current drivers with the latest Trinamic features. Maximum motor current 6.3A peak per phase (4.45A RMS)
High Current Outputs
1x15A and 3x 5A PWM outputs for heated bed, extruders and similar
Medium Current Outputs
6 PWM controllable outputs for fans or similar. 3 of these support 4 wire fans including tacho reading
I/O
Nine I/O connectors with 3.3V output signal level and 30V-tolerant inputs
Temperature Measurement
4 thermistor/PT1000 inputs. Support for two temperature daughterboards for up to 4 PT100 or thermocouple sensors
Supply Voltage
Capable of accepting 12-48V
Firmware
Runs RepRapFirmware 3.x – Supports all common machine geometries, easily configurable for your specific machine requirements
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