My Modified LDO 300 kit build log - updated all the time

[GadgetAngel]

When I get done with documenting all my macro for my LDO 300 kit I will publish them to a repo under on my Github page at https://github.com/GadgetAngel/Voron2.4_My_Build_Log.


I will also list all my macros with documentation. I do this type of documentation so that if I need to fix the printer later will not need to guess where all the wires go.

Here is a picture of the bottom electronic case for the LDO 300 kit build:



Here is the printer (building is half the job, doing the software - macros is the other half of the job):


Happy 3D printing!

 

[GadgetAngel]

After I posted this I noticed that my drawings need to be updated to show the current state of my LDO build.

So here is my new set of drawing on 11/22/2022:

DC wiring diagram (CAN Bus toolhead with Octopus Pro board):

---

Wiring Harness Diagram:

---

Interface Cable Diagram (for toolhead board):

---

OV5648 USB Camera Module wiring:

---

24VDC White lights switch diagram:

---

Continued on next entry

 

[GadgetAngel]

Here is a diagram that shows how to get rid of the batteries for a humidity sensor:

================================================================================================================================

Once I finish up with calibrating the printer I will post more pictures to show off some mods I have made

 

[GadgetAngel]

Here is the AC wiring diagram:

 

[GadgetAngel]

Here is the "My bed pan Mod wiring" diagram:

 

[GadgetAngel]

How to RESET the TinyFAN PCB (wiring diagram):

You will need this text file also it is an attached file called "Instructions for Software RESET of RP2040 chip.txt"

and the following two diagrams:

---

 

[GadgetAngel]

Sorry about that but I am learning what the limits are for pictures on this forum.

The picture can not be larger than 1MB and the file can not be wider than 3059px

 

[GadgetAngel]

Once I finish up with calibrating the printer I will post more pictures to show off some mods I have installed and ones I have made. I will list the mods I used on this build with URL links to other peoples mods I have used for this build.

See ya around!

 

[JasonfromLDO]

When I get done with documenting all my macro for my LDO 300 kit I will publish them to a repo under on my Github page at https://github.com/GadgetAngel/Voron2.4_My_Build_Log.

But for now here is wiring diagrams that I have created for my current LDO kit build:

DC wiring diagram (CAN Bus toolhead with Octopus Pro board):

View attachment 276

Wiring Harness Diagaram:
View attachment 277
Interface Cable Diagram (for toolhead board):

View attachment 278

AC wiring Diagram:
View attachment 279

My bed pan Mod wiring:
View attachment 280

How to RESET the TinyFAN PCB (wiring diagram):
View attachment 281

USB camera wiring:
View attachment 282
24VDC White lights switch diagram:
View attachment 283

I will also list all my macros with documentation. I do this type of documentation so that if I need to fix the printer later will not need to guess where all the wires go. Here is a picture of the bottom electronic case for the LDO 300 kit build:
View attachment 285


Here is the printer (building is half the job, doing the software - macros is the other half of the job):
View attachment 286

Happy 3D printing!

Thanks for share! Looked so great!

 

[GadgetAngel]

When I added some new thermistors to my build recently I had to attach two of them to the TinyFAN PCB (which I use to control my 12V hardware PWM fans).

The TinyFAN PCB can be found at: https://github.com/Gi7mo/TinyFan

If you want to use the TinyFAN PCB to read thermistors you will need to add a small circuit so that the TinyFAN PCB can read the thermistor. The following diagram is how I connected up a thermistor to two of the AUX ports on the TinyFAN PCB:


There is only one problem, [after you reboot the Raspberry pi (shutdown and reboot),] you will have to wait 6 minutes before the RP2040 on the TinyFAN PCB starts to send data back to Klipper via the USB connection.

 

[GadgetAngel]

Here is a list of MODs I am presently using:

1. LDO 300 kit - frame and panel and most electronics - the wiring harness was done by hand. I did not use LDO's wires.
2. Whoppingporchard Kinematic bed Mounts MOD (https://github.com/tanaes/whopping_Voron_mods/tree/main/kinematic_bed)
3. Ellis Bed Fan MOD - which help control the chamber temperature (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/Ellis/Bed_Fans)
4. kejar31 CB-C2 MOD (https://github.com/kejar31/VoronMods/tree/main/CB-C2) - I used IGUS Chainflex "CF113-018-D" for my umbilical cable (GND to shield) [URL: https://www.igus.com/product/1120?artNr=CF113-001-D] the two extra wires where used
for the Euclid Probe Signal and the X-endstop Signal (both shielded) to run them back to the motherbaord so that the
endstop signals would be on the same mcu as their corresponding motor signals.
5. I used IGUS Chaninflex "CF113-007-D" on all my Z motors (GND to shield) - URL:https://dfh.fm/products/igus-chainflex%C2%AE-cf113-007-d?_pos=3&_sid=3370d111f&_ss=r
6. I used PTFE 24AWG wire for the "A" and "B" motors - unshielded cable
7. I used a braided shield around the Z-endstop "sexbolt" wire (GND to shield) - I have the "self calibrating Z offset" plugin for Klipper
8. I used a braided shield around the Extruder motor (GND to shield)
9. I swapped out the Omron D2F-5L Microswitchs on the Euclid Probe and the Z-endstop (sexbolt) with Kailh GM 4.0 Micro Switch (https://www.amazon.com/dp/B08K9FSSLH)
10. RockNRoll MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/RockNLol/RockNRoll)
11. nionio6915 Euclid Probe MOD (https://github.com/nionio6915/Euclid_Probe)
parts used: https://github.com/nionio6915/Euclid_Probe/blob/main/stls/Voron/Clockwork2_Euclid_MGN12X_LEFT_Carriage_Ver2.stl
https://github.com/nionio6915/Euclid_Probe/blob/main/stls/Voron/Clockwork2_Euclid_MGN12X_RIGHT_Carriage_Ver2.stl
https://github.com/nionio6915/Euclid_Probe/blob/main/stls/Voron/VoronGantryMountRev2_Short.stl
12. I use the Klick Probe macro to control my Euclid Probe (https://github.com/jlas1/Klicky-Probe/tree/main/Klipper_macros)
13. edwardyeeks Decontaminator_Purge_Bucket_&_Nozzle_Scrubber MOD (https://github.com/VoronDesign/VoronUsers/tree/master/orphaned_mods/printer_mods/edwardyeeks/Decontaminator_Purge_Bucket_%26_Nozzle_Scrubber)
14. Purge_Bucket_for_WP_Kinetic_Mount Mod (https://github.com/Dfdye/Voron_Mods/tree/main/Purge_Bucket_for_WP_Kinetic_Mount/STLs)
15. hernsl bottom_panel_mag_clip MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/hernsl/bottom_panel_mag_clip)
16. I use two PT100 4-wire Temperature sensors (https://www.printyplease.uk/PT100?search=PT100)
17. alanho BTT_PITFT50_v2_Mount Mod (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/alanho/BTT_PITFT50_v2_Mount)
18. CannedBass PITFT50_45_degree_mount MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/CannedBass/PITFT50_45_degree_mount)
19. Whoppingporchard Ti Bracker MOD (https://github.com/tanaes/whopping_Voron_mods/tree/main/extrusion_backers)
20. nevermore3d Nevermore_Micro V5 MOD (https://github.com/nevermore3d/Nevermore_Micro#instructions-for-v5)
21. HyperToxic33 EBB-Fan-Control MOD (https://github.com/HyperToxic33/EBB-Fan-Control)
22. Jeoje Molex_MLX_Microfit_Bed_Connector_Mount MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/jeoje/Molex_MLX_Microfit_Bed_Connector_Mount)
23. eddie LED_Bar_Clip (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/eddie/LED_Bar_Clip)
24. Switcher spacer for button mounted skirt (https://www.printables.com/model/147203-voron-24-skirt-rocker-switch-sleeve-fitting)
25. LoCoCNC wire_grommets MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/LoCoCNC/wire_grommets)
25. 5015 Clear Fan Rear Housing by jake (https://www.printables.com/model/273994-5015-clear-fan-rear-housing) for HartK "Two Part Stealthburner Toolhead Board LED Edition" (https://dfh.fm/products/two-part-stealthburner-toolhead-board-fan-led-edition?variant=42865429741790)
26. Stealthburner (https://github.com/VoronDesign/Voron-Stealthburner)

List continues on next frame.

 

[GadgetAngel]

Continuation of MODs list:

27. hartk1213 Voron2.4_Y_Endstop_Relocation MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/hartk1213/Voron2.4_Y_Endstop_Relocation)
28. hartk1213 Voron2.4_SexBolt_ZEndstop MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/hartk1213/Voron2.4_SexBolt_ZEndstop)
29. hartk1213 Voron2.4_16mm_button_skirt(https://github.com/hartk1213/MISC/tree/main/Voron%20Mods/Voron%202/2.4/Voron2.4_16mm_button_skirt)
30. hartk1213 Voron2.4_Lower_Z_chain_cover_with_leds (https://github.com/hartk1213/MISC/tree/main/Voron%20Mods/Voron%202/2.4/Voron2.4_Lower_Z_chain_cover_with_leds) - modified to fit my printer
31. hartk1213 Voron2.4_Spinner (https://github.com/hartk1213/MISC/tree/main/Voron%20Mods/Voron%202/2.4/Voron2.4_Spinner)
32. hartk1213 Voron2.4_umbilical_strain_relief MOD - with modifications (https://github.com/hartk1213/MISC/blob/main/Voron%20Mods/Archived/Voron2.4_umbilical_strain_relief(OLD)/STL/A_Drive/%5Ba%5D_pigtail_cable_cover.stl)
33. richardjm snap-latch-2020 MOD for all my panel clips [used 3.5mm latches for top and used 5.5mm latches for Back, Left side and Right Side](https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/richardjm/snap-latch-2020)
34. Empusas BTT_Filament_Motion_Sensor_Mount MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/Empusas/BTT_Filament_Motion_Sensor_Mount)
35. StvPtrsn z_belt_cover_b_camera belt cover and a mirror image of this file also.(https://github.com/VoronDesign/VoronUsers/blob/master/printer_mods/StvPtrsn/Parts_Jigs_and_Mods/Mods/2/z_belt_cover_b_camera.stl)
36. Whoppingporchard Z_belt_cover_cable-route_L MOD - just one part (https://github.com/tanaes/whopping_Voron_mods/blob/main/Z_belt_cable_cover/STL/Z_belt_cover_cable-route_L.stl)
37. LDO's z_belt_cover_a_led MOD - just one part (https://github.com/MotorDynamicsLab/LDOVoron2/blob/main/STLs/z_belt_cover_a_led.stl)
38. Boingomw Wago_mount MOD - modified to fit my bed pan mod (https://github.com/VoronDesign/VoronUsers/blob/master/printer_mods/Boingomw/Wago_mount/stl/2020-Wago_221-412_tray-5x2.stl)
39. Switch wire Spoolholder with my mod (https://github.com/VoronDesign/Voron-Switchwire/tree/master/STL)
40. hartk1213 Modified PanzerObserver from Slidr MOD (https://github.com/hartk1213/MISC/tree/main/Voron%20Mods/Non%20Printer%20Voron%20Stuff/Voron_Camera)
41. Ramalama2 Octopus_Pro_FanCase MOD (https://github.com/Ramalama2/Voron-2-Mods/tree/main/Octopus_Pro_FanCase)
42. Whoppingporchard Rainbow_Barf_Logo_LED MOD (https://github.com/tanaes/whopping_Voron_mods/tree/main/LEDs/Rainbow_Barf_Logo_LED)
43. Arksine G-Code Shell Command Extension plugin (https://github.com/th33xitus/kiauh/blob/master/docs/gcode_shell_command.md)
44. Bought two Quin-LED-UNO for my printer build (https://quinled.info/quinled-dig-uno/) with QuinLED-ESP32-AE+ installed (https://quinled.info/quinled-esp32-ae-touch-ir-microphone-micro-sdcard-3x-led-channel/) so I can run Aircoookie's WLED (https://github.com/Aircoookie/WLED) or Sound Reactive WLED(https://github.com/THATDONFC/WLED-Reactive)
resource links: https://kno.wled.ge/basics/tutorials/ and https://github.com/maz0r/wled-setup/blob/main/scripts/presets.json and https://moonraker.readthedocs.io/en/latest/configuration/#wled
45. richardjm Quarter round led mount with integrated cable run MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/richardjm/led-mounts)
46. Gi7mo TinyFan PCB (https://github.com/Gi7mo/TinyFan). It controls 7 12V hardware PWM fans and two thermistors
47. use deck_support_3mm clips (https://github.com/VoronDesign/Voron-2/blob/Voron2.4/STLs/Panel_Mounting/deck_support_3mm_x8.stl)
48. KevinAkaSam VEFACH MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/KevinAkaSam/VEFACH) because the Nevermore Micro's activated carbon will not filter Ultra-Fine Particulates (UFP). This is what the HEPA filter does see (https://github.com/nevermore3d/Nevermore_Micro#final-thoughts-on-usage)
49. v6cl Lift handles MOD (https://github.com/v6cl/My-Voron2.4-Customs/tree/main/InteriorStuff/LiftHandle)
50. samwiseg0 LRS Screw Terminal Cover MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/samwiseg0/lrs_screw_terminal_cover)
51. Galvanic PTFE Bowden Tube Guide and Canbus Wire Support MOD (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/Galvanic/Bowden_Tube_Guide)
52. evandepol NeoPixel Progress / Status Bar (https://www.reddit.com/r/VORONDesign/comments/ql1ia5/neopixel_progress_status_bar/)
53. rkolbi SAMBA Setup - GCODE File Network Share Setup (https://github.com/rkolbi/voron2.4/tree/main/MY_V24-350#samba-setup---gcode-file-network-share-setup)
54. maz0r klipper_canbus guide (https://github.com/maz0r/klipper_canbus)
55. rpi-clone to Backup and Restore your Raspberry Pi (https://github.com/billw2/rpi-clone). I have a solid-state disk drive for my mount drive on my raspberry pi 4B so I use rpi-clone to backup the SSD. URL: https://pysselilivet.blogspot.com/2017/11/rpi-clone-raspberry-boot-disk

Continued on next frame

 

[GadgetAngel]

Continuation of MODs list:

56. How to setup z-autocompletion: https://gist.github.com/conlank/7904ba9529a27b03d707d3a6417877df
57. samwiseg0 Extrusion/Chamber Thermistor Mount (https://github.com/VoronDesign/VoronUsers/tree/master/printer_mods/samwiseg0/extrusion_thermistor_mount)
58. Danowar Humidity Sensor Bracket MOD (https://github.com/VoronDesign/VoronUsers/tree/master/legacy_printers/printer_mods/Danowar/Humidity_Sensor_Bracket)
59. MotorDynamicsLab all the non standard parts like led_pcb_spacer.stl can be found at https://github.com/MotorDynamicsLab/LDOVoron2/tree/main/STLs
60. Voron Logo for Back Panel: https://github.com/VoronDesign/VoronUsers/blob/master/printer_mods/GadgetAngel/Cricut_Voron_Logos/V2.4L/1ColorLayerWOWithSil/V2.4_1ColorWOWithSil.svg

End of MOS LIST

 

[GadgetAngel]

Here are my results from my last run of the THERMAL PROFILING: https://github.com/alchemyEngine/measure_thermal_behavior

Here is a picture of the COLD mesh before the test :



here are the Bed Meshes that process_meshes.py generated from the 4 hour test run:












Here is my temperature coefficient of expansion graph:




Since it is only -0.0001mm/K I will not need to use the [z_thermal_adjust] section of Klipper

 

[GadgetAngel]

Here are two pictures which show some of the RGB lights attached to this printer.

---

This picture is a little bit darker:

---

There are three strings of RGBW lights (not including the SB nozzle lights, Whoppingporchard's Rainbow_Barf_Logo_LED, or the RGB leds on Hartk's "Two Part Stealthburner Toolhead Board LED Edition") that are controlled by two WLED webservers.

#1 string is the RGB Chamber lights. This string is 92 RGBW LEDs that circle the whole chamber.
#2 string is the Wire cover leds that are part of the bed_pan mod. This string is 24 RGBW LEDs
#3 string is the Electronics Case (kinda gives it a lower rider look). This sting is 102 RGBW LEDs

The WLED server is the "sound-reactive branch" of WLED which allows the LEDs to respond to music

Here is a picture of the WLED interface and I can control presets via moonraker.

---

I also have a webserver on a separate raspberry pi that runs NGIX, PHP7.4-fpm and a mosquito broker for all my 3D printers.

By having a separate webserver I can control all my Tasmato power devices without having the (Klipper) Raspberry Pi for the printer up and running. Here is a picture of my main control page for my LDO 300 kit printer:









I have 10 devices on one web page (the webpage is too long to take a picture of the whole thing) that helps me control my LDO 300 Kit printer

 

[GadgetAngel]

Here is the output from my probe accuracy tests (https://github.com/KiloQubit/probe_accuracy) done today (11/28/2022 at 10:30 AM EST)

I swapped out my Omron D2F-5L Microswitchs on my Euclid probe pcb and on my Z-endstop sexbolt pcb with "Kailh GM 4.0 Micro Switchs" (https://www.amazon.com/dp/B08K9FSSLH)
I have found that the Kailh GM 4.0 Micro Switch have a better standard deviation result than the Omron D2F-5L Microswitch!

What I found interesting about these tests is that I get more temperature change on my X-Axis frame (mine is measuring the extrusion on Bottom back (right below the bottom of the back panel)) temperature sensor than I do from the Z-Axis (upper extrusion - back right corner when facing the front of the printer) frame temperature extrusion:

#1 This first graph show the Z-Axis temperature sensor and the X-Axis temperature sensor:

---

#2 This graph show the Zstdev :

---

Conclusion: I need to heat soak my bed with nozzle for at least 30 minutes so all the parts of the printer get stabilized at printing temperature. The

 

[GadgetAngel]

on 12/1/2022 I ran a probe accuracy test suite (https://github.com/sporkus/probe_accuracy_tests). Here are the results:

---

here is the output from the terminal window on the raspberry Pi:

---

Here is some of the output sent to the Mainsail console:

output from console:

6:09 PM echo: 35/40 repeatability ; this also get sent to the UI console output
6:09 PM probe: open
6:09 PM probe: open
6:09 PM PROBE_ACCURACY at X:150.000 Y:153.000 Z:15.000 (samples=10 retract=1.500 speed=10.0 lift_speed=10.0)
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe accuracy results: maximum 4.739158, minimum 4.737908, range 0.001250, average 4.738658, median 4.739158, standard deviation 0.000612
6:09 PM probe: open
6:09 PM echo: 36/40 repeatability ; this also get sent to the UI console output
6:09 PM probe: open
6:09 PM probe: open
6:09 PM PROBE_ACCURACY at X:150.000 Y:153.000 Z:15.000 (samples=10 retract=1.500 speed=10.0 lift_speed=10.0)
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe accuracy results: maximum 4.739158, minimum 4.739158, range 0.000000, average 4.739158, median 4.739158, standard deviation 0.000000
6:09 PM probe: open
6:09 PM echo: 37/40 repeatability ; this also get sent to the UI console output
6:09 PM probe: open
6:09 PM probe: open
6:09 PM PROBE_ACCURACY at X:150.000 Y:153.000 Z:15.000 (samples=10 retract=1.500 speed=10.0 lift_speed=10.0)
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe at 150.000,153.000 is z=4.737908
6:09 PM probe accuracy results: maximum 4.739158, minimum 4.737908, range 0.001250, average 4.738033, median 4.737908, standard deviation 0.000375
6:09 PM probe: open
6:09 PM echo: 38/40 repeatability ; this also get sent to the UI console output
6:09 PM probe: open
6:09 PM probe: open
6:09 PM PROBE_ACCURACY at X:150.000 Y:153.000 Z:15.000 (samples=10 retract=1.500 speed=10.0 lift_speed=10.0)
6:09 PM probe at 150.000,153.000 is z=4.740408
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:09 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe accuracy results: maximum 4.740408, minimum 4.739158, range 0.001250, average 4.739283, median 4.739158, standard deviation 0.000375
6:10 PM probe: open
6:10 PM echo: 39/40 repeatability ; this also get sent to the UI console output
6:10 PM probe: open
6:10 PM probe: open
6:10 PM PROBE_ACCURACY at X:150.000 Y:153.000 Z:15.000 (samples=10 retract=1.500 speed=10.0 lift_speed=10.0)
6:10 PM probe at 150.000,153.000 is z=4.740408
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe accuracy results: maximum 4.740408, minimum 4.739158, range 0.001250, average 4.739283, median 4.739158, standard deviation 0.000375
6:10 PM probe: open
6:10 PM echo: 40/40 repeatability ; this also get sent to the UI console output
6:10 PM probe: open
6:10 PM probe: open
6:10 PM PROBE_ACCURACY at X:150.000 Y:153.000 Z:15.000 (samples=10 retract=1.500 speed=10.0 lift_speed=10.0)
6:10 PM probe at 150.000,153.000 is z=4.737908
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.737908
6:10 PM probe at 150.000,153.000 is z=4.737908
6:10 PM probe at 150.000,153.000 is z=4.739158
6:10 PM probe at 150.000,153.000 is z=4.737908
6:10 PM probe at 150.000,153.000 is z=4.737908
6:10 PM probe at 150.000,153.000 is z=4.737908
6:10 PM probe at 150.000,153.000 is z=4.737908
6:10 PM probe at 150.000,153.000 is z=4.737908
6:10 PM probe accuracy results: maximum 4.739158, minimum 4.737908, range 0.001250, average 4.738158, median 4.737908, standard deviation 0.000500
6:10 PM probe: open
6:10 PM probe: TRIGGERED

 

[GadgetAngel]

Here is a link to this printer in the "Voron Printer Database" : https://dev.vorondb.com/printer/30

 

[GadgetAngel]

Pictures of the Stealthburner with CW2 hookup:

---

 

[GadgetAngel]

Spent all day yesterday trying to get my OV5648 USB camera working with "Crowsnest" (https://github.com/mainsail-crew/crowsnest).

It should have been an easy job but I forgot that I installed MJPG-streamer with KIAUH software.

But if anyone else out there is switching over to crowsnest from MJPG-streamer please do yourself a favor and use KIAUH software to UNINSTALL MJPG-streamer BEFORE you install
crowsnest!!

Crowsnest uses ustreamer software () to display the video (https://github.com/pikvm/ustreamer). Since I left MJPG-streamer installed, MJPG-streamer got in the way of ustreamer. Even tho I set ustreamer to run on 8081 port of the raspberry pi and MJPG-streamer was on 8080 port no matter what I did ustreamer could not open the input channel to the USB camera.

The USB camera was on /dev/video0 device and I could configure ustreamer to use 0.0.0.0:8081 and told ustreamer to use the /dev/v4l/by-id/xxxxxxxxxxxxxxx-indx1 number but for some reason
the USB camera channel input was defaulting to 0 which was tied to /dev/video0.

If you need to find out what ports are used on the raspberry pi, use the following command:

 sudo netstat -lptn

If you need to see the devices on the USB bus, use the following command:

 lsusb

If you need to find the USB video v4l device ID:

ls /dev/v4l/by-id

To see which v4l video device is tied to which /dev device:

ls -l /dev/v4l/by-path

Here is a link for v4l2-ctl commands that are useful to find out what options are available for your camera:

GitHub - pikvm/ustreamer: µStreamer - Lightweight and fast MJPEG-HTTP streamer

µStreamer - Lightweight and fast MJPEG-HTTP streamer - GitHub - pikvm/ustreamer: µStreamer - Lightweight and fast MJPEG-HTTP streamer

github.com

I had to increase the error messages going to the log file for crowsnest to debug my issue. So by looking at the crowsnest.log file and using the following command I determined that MJPG-streamer was getting in the way of ustreamer and MJPG-streamer needed to be uninstalled (I used KIAUH to uninstall it):

sudo systemctl status crowsnest.service

After I uninstalled MJPG-streamer and put the camera back on port 8080, because MJPG-streamer was no longer using that port. Everything worked then.

Here is my crowsnest config file:

#### crowsnest.conf
#### This is a typical default config.
#### Also used as default in mainsail / MainsailOS
#### See:
#### https://github.com/mainsail-crew/crowsnest/blob/master/README.md
#### for details to configure to your needs.
##
## sudo systemctl stop crowsnest.service
## cd ~/crowsnest
## make buildclean
## make build
## sudo systemctl start crowsnest.service
##


#####################################################################
####                                                            #####
####      Information about ports and according URL's           #####
####                                                            #####
#####################################################################
####                                                            #####
####    Port 8080 equals /webcam/?action=[stream/snapshot]      #####
####    Port 8081 equals /webcam2/?action=[stream/snapshot]     #####
####    Port 8082 equals /webcam3/?action=[stream/snapshot]     #####
####    Port 8083 equals /webcam4/?action=[stream/snapshot]     #####
####                                                            #####
#####################################################################


[crowsnest]
log_path: ~/printer_data/logs/crowsnest.log
log_level: debug                       # Valid Options are quiet/verbose/debug
delete_log: true                       # Deletes log on every restart, if set to true
## no_proxy: true                       # If you want to run crowsnest without any proxy set up, you enable this line. This forces ustreamer to listen on all available network interfaces.

[cam OV5648_USB]
mode: mjpg                              # rtsp/mjpg
port: 8080                              # Port
device: /dev/v4l/by-id/usb-Sonix_Technology_Co.__Ltd._USB_2.0_1080P_Camera_SN0001-video-index0      #/dev/video1 #/dev/video0  #/dev/v4l/by-id/usb-Sonix_Technology_Co.__Ltd._USB_2.0_1080P_Camera_SN0001-video-index0  # See Log for available ...
resolution: 1600x1200                   #640x480  #1600x1200  #2048x1536 #1920x1080 # widthxheight format
max_fps: 15                             # If Hardware Supports this it will be forced, ohterwise ignored/coerced.
custom_flags: --host=0.0.0.0 --encoder=OMX          # You can run the Stream Services with custom flags. # --host=0.0.0.0 --slowdown
v4l2ctl: focus_auto=0,focus_absolute=180,power_line_frequency=1,sharpness=4     # Add v4l2-ctl parameters to setup your camera, see Log what your cam is capable of.

The v42lctl commands are used to turn off autofocus so the camera stays at a fixed focal length.

I had these v42lctl commands in my /etc/rc.local file so they would be run evetime by raspberry pi rebooted but I did not like having them there because the /etc/rc.local file does not get backup to github.

So I like the crowsnest way of incorporating the v4l2ctl commands into their config file.