EBB SB2240 CAN 3D Printer Hotend Klipper Canbus Extruder HeadTool EBB SB2240 CAN Kit for VORON Stealthburner Tool NTC 100K Thermistor Voron StealthBurner 3D Printer Part Hotend

< EBB SB2240 CAN 3D Printer Hotend Klipper Canbus Extruder HeadTool EBB SB2240 CAN Kit for VORON Stealthburner Tool NTC 100K Thermistor Voron StealthBurner 3D Printer Part Hotend
Features:
Brand new and
Using high-performance, 32-bit, 64 MHz MCUs STM32G0B1CBT6 from the industry leading ensures rock solid performances with CAN bus signaling that can support high-data rates over longer distances without errors.
EBB SB2240 CAN onboards a TMC2240.The TMC2240 features abundant-diagnostic and protections features, such as short/open circuit protections, thermal shutdown, and under-voltage lockout.
Due to internal optimizations, it can drive more current at lower temperatures, keeping your extruder running harder for longer.
Drop-in Installation, Careful header spacing and location mean that wiring will be a breezed. No need to solder anything thanks to the onboards header-pins.
SPI-Out interface is reserved, the installation position of the modules is flexible to meet more DIY usage scenarios. more bed leveling option, supports microprobe.

Specifications:
Material:Plastic
Input voltage:DC12-24V 9A
Logic-voltage:DC3.3V

Package Includes:
1 Set Adapter Board

Note:
1.Please allow 1-2cm errors due to manual measurement, make sure that you do not mind before you order.
2.Due to the difference between different monitors, the picture may not reflect the actual color of the item.
SPI-Out interface is reserved, the installation position of the modules is flexible to meet more DIY usage scenarios. more bed leveling option, supports microprobe.
EBB SB2240 CAN onboards a TMC2240.The TMC2240 features abundant-diagnostic and protections features, such as short/open circuit protections, thermal shutdown, and under-voltage lockout.
Drop-in Installation, Careful header spacing and location mean that wiring will be a breezed. No need to solder anything thanks to the onboards header-pins.
Due to internal optimizations, it can drive more current at lower temperatures, keeping your extruder running harder for longer.