BIGTREETECH CEB V1.0 is based on Klipper firmware and CANBus's anti-interference and easy-to-manage wires. Users can use CANBus to connect the controls of multiple 3D printers, but it also brings about wiring problems between the control boards, especially the main board inside the printer and the tool board of the extruder, which can easily cause difficult wiring. To address this pain point, we launched this CAN splitter board, which can help users organize different CANBus lines and install them well inside the printer.
Feature Highlights：
1. The compact design of the board allows it to fit perfectly with all standard printer aluminum extrusions, making the installation process quick and simple.
2.The board is designed in a way that ensures the wires exit in a uniform direction, promotes tidy wiring while improving the overall look.
3.ESD protection chips and filter capacitors are added on each CAN port to safeguard the connected CAN tool boards from static damage.
4.TVS diodes are added on power inputs to safeguard the connected CAN tool boards from surges and static damage.
5.Supports various interfaces for compatibility with most CAN devices in the market.
6.120R terminal resistor selectable via jumper for DIY use.
7.Our open source housing is available for printing use, facilitating easier installation and protection of the CEB V1.0.
Specifications Dimensions:
1.137.5mm x 20mm (Refer to the BIGTREETECH CEB V1.0-SIZE.pdf).
2.Power Input: DC 12-24V 5PCS.
3.CAN Interface: 5x XH2.54 2-pin ports, 1x XT30 port, and 1x RJ11 port Terminal Resistor: 120R, selectable via jumper.
Safety Tips:
1.Ensure that the power is off before attempting the wiring.
2. Exercise good judgement when choosing terminal resistors.
Determine whether the device is a terminal device or if it already includes a terminal resistor. If so, do not use a jumper for the terminal resistor.
3.Use the protective housing when installing the CEB V1.0, in order to prevent short circuits between the aluminum profile and the bottom pins of the CEB V1.0, as this can cause burnout damage.
4.Ensure that the wires are assembled in the correct order to prevent communication issues