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Atmega1284p Reprap Electronics 3D Printer Control Board for Sanguinololu with expansion port supporting I2C, SPI, UART and a few ADC pins, all 14 expansion pins can be used as GPIO as well [ASM SANGUINOLOLU 3D CONTROLLER]
Atmega1284p Reprap Electronics 3D Printer Control Board for Sanguinololu with expansion port supporting I2C, SPI, UART and a few ADC pins, all 14 expansion pins can be used as GPIO as well [ASM SANGUINOLOLU 3D CONTROLLER] Atmega1284p Reprap Electronics 3D Printer Control Board for Sanguinololu with expansion port supporting I2C, SPI, UART and a few ADC pins, all 14 expansion pins can be used as GPIO as well [ASM SANGUINOLOLU 3D CONTROLLER] Atmega1284p Reprap Electronics 3D Printer Control Board for Sanguinololu with expansion port supporting I2C, SPI, UART and a few ADC pins, all 14 expansion pins can be used as GPIO as well [ASM SANGUINOLOLU 3D CONTROLLER] Atmega1284p Reprap Electronics 3D Printer Control Board for Sanguinololu with expansion port supporting I2C, SPI, UART and a few ADC pins, all 14 expansion pins can be used as GPIO as well [ASM SANGUINOLOLU 3D CONTROLLER] Atmega1284p Reprap Electronics 3D Printer Control Board for Sanguinololu with expansion port supporting I2C, SPI, UART and a few ADC pins, all 14 expansion pins can be used as GPIO as well [ASM SANGUINOLOLU 3D CONTROLLER]

3D Printer Controller Board for Sanguinololu

Sanguinololu 3D Printer Controller Board

with Rev. 1.3 Atmega1284p Reprap Electronics
ASM SANGUINOLOLU 3D CONTROLLER
Atmega1284p Reprap Electronics 3D Printer Control Board for Sanguinololu with expansion port supporting I2C, SPI, UART and a few ADC pins, all 14 expansion pins can be used as GPIO as well
907.04 ZAR
inc
for 1 Each
2 in Stock
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Specifications, Prices & Availability may change without notice. Images are for illustration purposes only. E&OE

Overview

The board is designed to be flexible in the user's power source availability, allowing for an ATX power supply to power the board, or the user can choose to install the voltage regulator kit for use with any power supply 7V-30V.The board features a developer friendly expansion port supporting I2C, SPI, UART, as well as a few ADC pins. All 14 expansion pins can be used as GPIO as well.

Features

  • Sanguinololu IC : Atmega1284p
  • Supports multiple communication configurations :
    • 2 thermistor connectors with circuitry
    • 2 N-MOSFETs for extruder/bed, or whatever
    • Selectable 12v(or supply voltage)/5v endstop voltage
    • Edge connectors enabling right-angle connections
    • 13 Extra pins available for expansion and development - 6 analog and 8 digital, with the following capabilities, and SD CARD SUPPORT
  • Supports multiple power configurations :
    • Logic & Motors supplied by ATX power supply (needs molex harddrive connector, and optional 4pin atx connector for additional 12v/supply voltage)
    • Logic supplied by USB bus ,optional on-board voltage regulator (molex harddrive connector cannot be installed at the same time)
    • Motors supplied by 5mm screw terminal 7-35V
  • Small design - board is 100mm x 50mm (4" x 2") - barely an inch longer than a business card
  • Sanguino clone, Atmel's ATmega644P - ATmega1284 drop-in compatible
  • UART1 (RX and TX)
  • I2C (SDA and SCL)
  • SPI (MOSI, MISO, SCK)
  • PWM pin (1)
  • Analog I/O (5)

Power Connection :

The 12V connection to the board needs to be able to carry sufficient current to run 5 motors, the hotend and a heated bed (if you choose to use one) through the electronics. This kit includes the screw terminal connection option and the 7805 5 volt regulater option. Many builders have had problems using PC power supplies, so we recommend using a true 12volt, 25-35 amp power supply and the screw terminals.

Notes :

  • The Sanguinololu design is excellent but if you are going to run a heat bed the traces on the Sanguinololu board are NOT sufficient to carry the current required to operate the heat bed.
  • All ASM boards for Sanguinololu kits have been tested on the 3D printer machine and it works perfectly well.