 | LED indicators for power, error and execution status.
|
 | Power 5V 200 mA.
|
 | 3 axis interpolated.
|
 | 2 serial ports: Rs232 19200 BPS. e RS 485 19200 .
|
 | 8 user inputs CMOS 5V.
|
 | 8 user outputs OPEN COLLECTOR max 100 mA.
|
 | HOME and LIMIT inputs for the 3 axis.
|
 | STOP input.
|
 | STOP with deceleration and restart with acceleration.
|
 | CONTOURING with configurable limit angle.
|
 | Battery for the data retention.
|
 | Configuration buffer for startup.
|
 | Input and output commands.
|
 | Timing commands. |
How does it work?
The PC communicate with the controller through
the serial RS232 Line. The controller generate the step frequency for the three
axis relative to the path sent by the PC. Only few hours are necessary to
configure and learn the simple commands of the controller. You only have to draw
your path with a generic CAD that can export the HPGL format.
This controller is the result of years of experience in the robotic field.
Actually many plotter for different functions are working (metals and plastic
engraving, laser cutting, plasma cutting, milling, PCB prototyping). The three
axis interpolation allow the 3D prototyping. A most important feature of this
controller is the Contouring, this mean that the paths are executed continuously
even if the path is composed by several segments.
Which software use?
Visit the Twincam and
TwinCam3D for this controller.
Accessory
Connector board for the stepper controller.
This board allow you a rapid connection of the controller signals with
detachable screw terminals.
Price €. 30