Price: £30.99
Last Updated: Dec 30, 2024 21:23:37 UTC
Product Description
BIGTREETECH SKR Pico V1.0 Custom Motherboard Designed for Voron V0 3D Printer
ID design has been newly updated. It adopts the Raspberry Pi board frame, which is perfectly installed with Rasberry Pi to save internal space. Coexist appearance and performance. It is the coolest choice for Voron players.
Parameters: Outer size: 85 x 56 mm Installation size: See BTT SKR Pico V1.0-SIZE.pdf Plate layer: 4 Power consumption: DC 12/24 V Logic voltage: 3.3 V Motor driver: UART mode of the integrated TMC2209
MCU: ARM Cortex-M0+ RP2040
Chip Capacitors (MLCC): Murata Capacitor
Introducing Raspberry Pi with optimal size design.
Motor driver interface: X, Y, Z1, Z2, E Temperature sensor interface: TH0, THB, 2-way 100K NTC (RTD) Communication with Raspberry Pi (Raspberry Pi): TYPE-C, UART
Good looking
The heat sink design of the Bigtreetech SKR Pico V1.0 main control board has been upgraded, the heat dissipation range has been enlarged and the heat dissipation performance has been significantly improved, which is both beautiful and practical.
The fuse
The fuse (holder + fuse) is easy to install and remove.
Type C
The TYPE-C interface is connected to the main control communication.
Connection with RGB colour lights
Connection to BLtouch
Connection with proximity switch
Choose the type of proximity switch as PNP or NPN via jumper
Sensorless home function
The jump caps are connected to the corresponding axle as shown
Note: If you select this function, you cannot use an external Endstop! !
Firmware update method
Plug a jumper cap on the boot pins of the motherboard and click the “Reset” button to switch to the burning mode. Connect USB-C to the computer, then see a USB flash drive named RPI-PR2, copy the compiled file clipper.uf2 to the USB flash drive, the motherboard will automatically restart and the firmer. upupupdatdat
Custom motherboard designed for Voron V0 3D printers
The side design of the main control board seat fits perfectly with the space characteristics of the Voron V0 machine, which must attach the motherboard vertically.
Connect to Raspberry Pi
A. Communication via USB
B. Communication via UART
Caution:
If you want to use a motor drive current of more than 0.8 A, it is recommended to use a fan to actively cool the drive chip. Remove the heat sink only if this is required. If it is to be removed, please make sure that the heat-conducting silicone film is at the bottom of the heat sink during installation, so as not to cause short circuit. The wiring must be done in a non-voltage. Please Ensure Before switching on, make sure that the wiring is correct to avoid interference. Please note that the jumper cap is inserted correctly
Industrial Design: The BTT SKR Pico V1.0 adopts an industrial design for heatsink, it makes the overall appearance of the motherboard full sense of technology, while the larger heat dissipation area makes computing more efficient.
Technical features: With Raspberry Pi ARM Cortex-MO+ MCU RP2040, Chip Capacitors (MLCC):MURATA Capacitor. The TYPE-C interface is connected to the main control communication. Easy to install and remove the fuse (holder + fuse).
Parameters: External size: 85 x 56 mm; Installation size: Please refer to BTT SKR Pico V1.0-SIZE.pdf ; Board layer:4; MCU:ARM Cortex-MO+RP2040; Power input: DC 12/24V ; Logic voltage:3.3V ; Motor driver: UART mode of the on-board TMC2209 ; motor motor motor interfac; e:X,Y,Z1,Z2,E; Temperature sensor interface: THO,THB,2-way 100K NTC(RTD); Communication with Raspberry Pi (Raspberry Pi):TYPE-C,UART.
Technical Support: Please send us a message via Amazon Message if you encounter any problem. We have a professional technical team to support you.
Caution: Please use a fan to actively cool the driver chip with a motor driver current greater than 0.8A. Please perform the wiring when the device is switched off. Please make sure the wiring is correct before switching on. Please note that the jumper cap is inserted correctly. Remove the heat sink only if required.
