OngoingPiBot FluidNC GRBL CNC Controller V4.8A
STDPiBot FluidNC GRBL CNC Controller V4.8A
License
:GPL 3.0
Description
This is an advanced CNC controller designed to run FluidNC firmware on ESP32. This controller is designed to control a wide variety of of CNC designs. It can handle up to 6 motors for 6 axis machines or motors on any axis for machines like XYYZ and XXYYZ type motor arrangements. The firmware never needs to be compiled and can be uploaded and configured and controlled from a web browser.
This is a CNC controller for use with an ESP32 and FluidNC firmware.
More detail: https://www.pibot.com/
Get:https://www.pibot.com/pibot-fluidnc-grbl-cnc-controller-v4-8
Features
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- Integrated ESP32 (Programmed with FluidNC. Includes a generic configuration)
- (6) Motor connectors for external stepper drivers (5v signals). Each motor has separate step, direction and enable signals.
- Inputs for switches (limits, probes, control, etc)
- Communication Mode: USB Cable or Blue Tooth or WIFI
- Spindles (many types supported). Some multi-spindle arrangements are possible like RS485 & laser on the same machine.
- 0-10V controlled spindles with additional forward and reverse direction signals
- PWM Speed controllers with optional separate enable signals
- Relay (on/off) controlled spindles.
- BESC (Brushless Motor) based spindles
- Lasers with PWM and enable
- Unused spindle 5V outputs can be used for any output function (coolant, etc)
- Micro SD card socket for local storage of gcode files
- Module socket for GPIO extenders and Pendant interfaces.
- Compatible with PiBot Stepper Motor Driver Rev2.3 TOSHIBA TB6600 (3.3V 5V or Dgnd logic max Output 4.12 - 4.5A)
- Compatible with PiBot Isolated Relay Board Rev2.3
Design Drawing
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Intellectual Property Statement & Reproduction Instructions
This is an open-source hardware project. All intellectual property rights belong to the creator. The project is shared on the platform for learning, communication, and research only; any commercial use is prohibited. If your intellectual property rights are infringed on EasyEDA, please notify us by submitting relevant materials in accordance with the Rules for Complaints and Appeals of IPR Infringement.
Users must independently verify the circuit design and suitability when replicating this project. All risks and consequences are borne by the user, and the platform assumes no liability.
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