




Description
Summary
Hi,
This is a great improvement for the Anet A6 printer : 3D parts for holding a promity sensor diameter 18 (Ref. LJC18A3-H-Z/BX NPN NO, from eBay) AND a cable chain with both end that fit printer and sensor holder.
You will also find the "configuration.h" file that is needed for Skynet Marlin firmware for Anet V1.1 board. This file contain exact settings for the Anet A6 (Skynet provide one for Anet A8 only at the moment), and particulary the good offset dimension "nozzle to sensor" for this particular proximity sensor holder part.
To replace the Anet proprietary firmware with Malin firmware, check the very good (and functionnal) work made by Skynet3d here : https://www.facebook.com/skynet3ddevelopment/
Don't forget to replace "configuration.h" file by this one for A6.
Print Settings
Printer:
Anet A6 Rafts:
No Supports:
Yes Resolution:
0.2 Infill:
50% Notes:
No troubles to print theses parts.
You will need about 13 parts of "Cable Chain Left" and 13 parts of "Cable Chain Right". You have to alternate them when assembling (see pictures).
Post-Printing
Sensor Holder...
Pay attention to the lower right screw of nozzle fan : you don't need the nut anymore, it screw directly in the plastic part (don't screw too hard !!). The upper left screw still need his nut.
Comments (9)
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This is an impressive project! Auto-leveling beds and cable chains can make a huge difference in enhancing the precision and efficiency of 3D printing setups. For anyone managing complex 3D printing workflows, ensuring that your systems are running optimally is crucial. Reliable <a href="https://itsupportexperts.net/">IT Support</a> Services can help maintain the software and hardware side of things, so you can focus on innovation without interruptions. Thanks for sharing this design—looking forward to trying it out!
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How did you wire the sensor?
Hi, My sensor was input/output 12V. So if it's good for input, output must be ~5V. Moreover output is 300mA. It's easly made with two resistor (one 15kOhm, one 10kOhm). As for exemple : http://i.hizliresim.com/1MoJpY.png
Nice, love it.