DIY CNC 012 - Electrical Control Box
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- čas přidán 16. 06. 2024
- I've successfully designed and assembled the control unit, completing the wiring for both mains electrics and microelectronics. The CNC Router Electrical Control Box is now ready for testing. In sharing my project with you, I focused on optimizing the placement of components and wiring for efficiency. My main objective was to integrate a mini PC, like an Intel NUC, inside the enclosure. This allows me to run the Mach3 software through the Mach3 breakout board and remotely access it using software such as VNC server, eliminating the need for a keyboard, mouse, and screen to control the system. The setup includes 4 CL57T Closed Loop NEMA 23 drivers, a 36V 800W Power Supply, a 24V Power supply, an Intel NUC, Mach 3 Breakout board, VFD, mains fuses, switches, emergency stop, and all associated wiring with quick disconnect aviation connectors.
#cnc #cncmachine #cncrouter
00:00 Intro
01:29 Planning Component Layout
10:47 Installing Components to Back Board
14:05 Testing Backboard Fit into Control Box
19:39 Rear Connector Wiring and Control Box Update
28:14 Ventilation and Switches Installed
29:35 Wiring and Other Challenges
41:17 Wiring Complete and Power Testing
46:55 A closer look at The I/O
51:33 Outro
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▶▶ Watch the whole series of videos:
▶ Part 1: • DIY CNC 001 - Introdu...
▶ Part 2: • DIY CNC 002 - Specific...
▶ Part 3: • DIY CNC 003 - Tools fo...
▶ Part 4: • DIY CNC 004 - Drilling...
▶ Part 5: • DIY CNC 005 - Y-Axis F...
▶ Part 6: • DIY CNC 006 - Gantry A...
▶ Part 7: • DIY CNC 007 - Z-Axis A...
▶ Part 8: • DIY CNC 008 - Linear ...
▶ Part 9: • DIY CNC 009 - Surface ...
▶ Part 10: • DIY CNC 010 - Closed L...
▶ Part 11: • DIY CNC 011 - VFD and ...
▶ Part 12: • DIY CNC 012 - Electric...
▶ Part 13: • DIY CNC 013 - Configur...
▶ Part 14: • DIY CNC 014 - Motor Tu...
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Happy New Year! if you are enjoying the series please give the video a thumbs up. Helps the channel out. Thank you :)
hi sir happy new year pls upload your free cad tutorials i just loved it and by your tutorials i created small parts and as a hobbyist i wanted to create big parts too
I no longer use FreeCAD unfortunately, I gave up with it due to many frustrations I had with its user interface. Still a great tool for basic CAD work, but as soon as things get complex it falls short in my opinion.
@@thehardwareguy any free alternative in your opinion ?
OnShape is fantastic
@@thehardwareguy thnks sir love from india ♥
two notes regarding your layout your VDF cable should be as far as possible from signal cables because noise can not be totally eliminated even with shielded cables. Maybe metal back panel would be better than wood to help reducing heat from the inverter.
If the fans are insanely loud, you could try running them at 12 volts.
The other option is noise-cancelling headphones.
Very informative. thanks
Very good job brother !
Thank you!! 🙏🙏🔥🔥🔥
You mentioned difficulty in executing the 16 mm holes through the box sheet metal. I’d recommend using a multi / step drill, as they do a good job of making clean and accurate holes in sheet metal, and following up with the same from the breakout side will chamfer that side.
16 mm = .629”, 5/8” = .625”, which is a common step drill step size.
Of course! seems so obvious now you've said it. I have those in the workshop I just didn't think to use it. Probably could have done both the 16 and 20mm with the same bit. Thanks for the feedback 👍🏻
For NEMA 23 do I need a vfd ?
The VFD controls the Spindle Motor
Thank you for the info, excelent content btw
hi sir can you provide connection diagrams
That is a work of art!! Thank you for sharing the whole process in detail. I am looking forward to seeing it all go and get calibrated. Puts my rat's nest to shame: czcams.com/video/SJ8Mcgfx2aY/video.htmlsi=cOppmopmCvgOQvRF