BIGTREETECH EBB SB2209 CAN V1.0 Extruder Breakout Board for Voron Stealthburner UART Mode Support Klipper with 100K NTC B3950 + 30-Pin Ribbon Wire Kit
- Adopting the leading STM high-performance 32-bit 64MHz STM32G0B1RET6 main control chip, it ensures the stability of CAN bus signals and can achieve long-distance high-speed data transmission, bidding farewell to cumbersome cable management from now on
- The EBB SB2209 is equipped with TMC2209 driver chip and a ultra silent stepper driver, making it the most cost-effective choice for motors that are not prone to stepping out. It has functions such as overheating protection, stall protection, and preventing motor vibration
- The CAN Bus of XT30 communication interface supports a maximum current of 10A, making it safer to use; The interface is more stable when plugged in and out, reducing the shaking caused by extrusion movement; Equipped with a dedicated 3m CAN Bus wire, it is easy to use and eliminates the need for crimping terminals and other steps
- The onboard ADXL345 accelerometer and reserved SPI interface facilitate the activation of Klipper resonance compensation function; The SPI interface can be externally connected to the ADXL345 accelerometer module, with flexible installation positions to meet more DIY usage scenarios
- On board temperature sensor, monitoring tool board MCU stability, extrusion head cavity temperature, more reliable to use; On board Max31865, with paddle switch selection, supports 2 or 4 wire PT100 PT1000 (more accurate data, maximum temperature measurement value of 500 ℃, NTC maximum temperature measurement value of 150 ℃)
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BIGTREETECH EBB SB2209 CAN V1.0 Extruder Breakout Board for Voron Stealthburner UART Mode Support Klipper with 100K NTC B3950 + 30-Pin Ribbon Wire Kit
BIGTREETECH EBB SB2209 CAN V1.0 Extruder Breakout Board for Voron Stealthburner UART Mode Support Klipper with 100K NTC B3950 + 30-Pin Ribbon Wire Kit
- Adopting the leading STM high-performance 32-bit 64MHz STM32G0B1RET6 main control chip, it ensures the stability of CAN bus signals and can achieve long-distance high-speed data transmission, bidding farewell to cumbersome cable management from now on
- The EBB SB2209 is equipped with TMC2209 driver chip and a ultra silent stepper driver, making it the most cost-effective choice for motors that are not prone to stepping out. It has functions such as overheating protection, stall protection, and preventing motor vibration
- The CAN Bus of XT30 communication interface supports a maximum current of 10A, making it safer to use; The interface is more stable when plugged in and out, reducing the shaking caused by extrusion movement; Equipped with a dedicated 3m CAN Bus wire, it is easy to use and eliminates the need for crimping terminals and other steps
- The onboard ADXL345 accelerometer and reserved SPI interface facilitate the activation of Klipper resonance compensation function; The SPI interface can be externally connected to the ADXL345 accelerometer module, with flexible installation positions to meet more DIY usage scenarios
- On board temperature sensor, monitoring tool board MCU stability, extrusion head cavity temperature, more reliable to use; On board Max31865, with paddle switch selection, supports 2 or 4 wire PT100 PT1000 (more accurate data, maximum temperature measurement value of 500 ℃, NTC maximum temperature measurement value of 150 ℃)
Product Information
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Shipping & Returns
Shipping & Returns
Description
- Adopting the leading STM high-performance 32-bit 64MHz STM32G0B1RET6 main control chip, it ensures the stability of CAN bus signals and can achieve long-distance high-speed data transmission, bidding farewell to cumbersome cable management from now on
- The EBB SB2209 is equipped with TMC2209 driver chip and a ultra silent stepper driver, making it the most cost-effective choice for motors that are not prone to stepping out. It has functions such as overheating protection, stall protection, and preventing motor vibration
- The CAN Bus of XT30 communication interface supports a maximum current of 10A, making it safer to use; The interface is more stable when plugged in and out, reducing the shaking caused by extrusion movement; Equipped with a dedicated 3m CAN Bus wire, it is easy to use and eliminates the need for crimping terminals and other steps
- The onboard ADXL345 accelerometer and reserved SPI interface facilitate the activation of Klipper resonance compensation function; The SPI interface can be externally connected to the ADXL345 accelerometer module, with flexible installation positions to meet more DIY usage scenarios
- On board temperature sensor, monitoring tool board MCU stability, extrusion head cavity temperature, more reliable to use; On board Max31865, with paddle switch selection, supports 2 or 4 wire PT100 PT1000 (more accurate data, maximum temperature measurement value of 500 ℃, NTC maximum temperature measurement value of 150 ℃)
















