Klipper configuration for my Zortrax M200 printer
I'm running klipper firmware on a RaspberryPi3 connected via usb to an SKR 1.3 board.
The process is pretty straight-forward: run the klipper dependencies installer, compile the firmware and flash it on the board. Install an octoprint plugin. It's done :)
Please refer to the offical documentation for details.
At the moment I checked out this repository in my home directory and added a static printer.cfg just to include these files.
git clone https://github.com/rpanfili/sk200.git ~/sk200
echo "[include ./sk200/printer.cfg]" > ~/printer.cfg| board pin | connected to |
|---|---|
| X MAX | PSU relay module (HIGH to shutdown) |
| Y MAX | Filament runout sensor (LOW on runout) |
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Zortrax M200: the original printer, the starting point of this project
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SKR v1.3: the mcu that drives the printer firmware
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RaspberryPi 3: a credit card sized computer, running linux
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TMC 5160 drivers: actually drive the motors via software SPI
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Wantai 0.9° steppers: nema 17, X and Y steppers (42BYGHM810)
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StepperOnline 1.8° pancake: nema 17, short sized (20mm) stepper, used on the BMG extruder (17HS08-1004S)
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Moons 1.8° stepper: nema 17, drives Z axis
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Bondtech BMG dual drive extruder: drives the filament
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MASP custom hotend (e3d style): aluminum heatsink with titanium heatbreak
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Liftbag copper heating block: custom heat block with minimal size, made by Paolo Buongarzone
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50W 24V Heater: ceramic cartridge, 6*20mm
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e3d copper thermistor: thermistor cartridge
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24V white led strips: to light up the printing chamber
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Lerdge power module: to drive the PSU
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Lerdge bed mosfet module: to drive the bed heater
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Lerdge filament sensor: to detect filament runouts
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RepRap 12864 expansion board: the external display, with the buzzer
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Z-BED3: custom aluminum bed, gold plated to print without raft
This project, even if personal, it's meant open so feel free to contribute! These are the contribution guidelines.