zombieengineer
ZombieEngineer
Work in progress
Reason for doing this - simplify the wiring of the stepper motors.
The Masso G3 controller has a 20 pin connector on the right hand side of the controller. The pin-out information is listed in the Masso Documentation.
The wiring sequence is sufficiently different to the G540 DB25 IDC connector that a small interface board is required. I am planning to use a vertical mount PCB DB25 plug in "strange and interesting ways" by surface mounting the PCB pins to each side of a double sided circuit board. The gap between the two rows of PCB pins is 1.8mm while the typical PCB is 1.6mm in thickness, this means I need to create solder bridges to span the 0.2mm gap on one side of the board (I can assure you that isn't a challenge - I have more problems avoid solder bridges where there is a 1 mm gap).
A small 3D printed shroud and it will probably look quite professional.
Reason for doing this - simplify the wiring of the stepper motors.
The Masso G3 controller has a 20 pin connector on the right hand side of the controller. The pin-out information is listed in the Masso Documentation.
The wiring sequence is sufficiently different to the G540 DB25 IDC connector that a small interface board is required. I am planning to use a vertical mount PCB DB25 plug in "strange and interesting ways" by surface mounting the PCB pins to each side of a double sided circuit board. The gap between the two rows of PCB pins is 1.8mm while the typical PCB is 1.6mm in thickness, this means I need to create solder bridges to span the 0.2mm gap on one side of the board (I can assure you that isn't a challenge - I have more problems avoid solder bridges where there is a 1 mm gap).
A small 3D printed shroud and it will probably look quite professional.