Duet 3 Motor23 CL

The Duet 3 Motor M23CL is a family of closed loop, CAN-FD connected NEMA 23 motors.

BRAKE OPTION

Product description

The Duet 3 Motor M23CL is a family of closed loop, CAN-FD connected NEMA 23 motors, fully integrated into the Duet 3 ecosystem. The M23CL incorporates a high resolution encoder and optionally integrates a brake to hold the motor in position when power is off.

Connections to the Duet 3 CAN-FD bus and power use industrial M8 connectors. Multiple M23CLs can be connected to the bus, either via an M8 Y-splitter or a distribution board/box. The 76mm motor provides a well-balanced mix of torque and acceleration, and custom motor lengths can be produced on request  

FEATURES

 Holding Torque  18.9 KG/cm
 Detent Torque  0.86Kg/cm
 Full Step Angle  1.8deg
 Max current/phase  2.8A
 Roto Inertia  0.48Kg/cm2
 Motor Section Length  76mm
 Total Length  177+-1mm (brake) 123+-1mm (no brake)
 Ambient Temperature  -20degC to +50degC
 Max Motor & Controller Temperature  85degC
 Input voltage  12V to 48V
 Processor  Microchip ATSAME51G19A
 Processor features  32-bit, 120MHz ARM Cortex-M4F, 512Kb flash, 192Kb RAM, hardware single precision floating point unit
 Networking/Comms  CAN-FD bus for connection to the Duet 3 Mainboard. Optional on-board CAN-FD bus termination.
 On-board stepper driver  1x TMC2160A
 Stepper driver features  SPI controlled, can be run in closed loop, assisted open loop, or open loop mode
 Encoder Inputs  Hall effect, 14-bit resolution
 Temperature monitoring  1x on-board thermistor and processor temperature available for temperature monitoring
 Closed loop control monitoring  Real-time performance of the closed loop control data is available for local action or remote monitoring

Documentation

 Hardware Overview   GO TO DOCUMENTATION >