let me qualify this statement, "there is nothing wrong with using an USB controller board with your robot". as long as you are comfortable with unreliable components. and for testing purposes, go nuts. but, if you want a stable robot, listen to what vince says. he knows what he is talking about. and listen, this is free information. good information that vince has the experience to justify what he is telling you. thanks vince.WHY NOT JUST USE THE CORRECT WIRES? he has the wire?
Thank you for your support. Let me elaborate on what you typed. Any system using a USB motion controller is unreliable in terms of stability for production. The term testing needs to be defined carefully as many will get the wrong idea. Testing is only applicable in seeing if the robot provides actual motion to verify the axes direction are set in the correct direction for example. Testing DOESN'T mean attempting to cut any substrates. Thank you, Vince
What do you think about putting the power supply in it's own mettle case, separate from the electronics in it's own mettle case , kind of like a Russian Doll idea.
Thank you John as always for your support. Its fine to do, but it actually costs more as end users have to buy the enclosure, machine it, and then install proper cooling. Its usually more cost effective to just mount the VFD at least 5ft from the CNC chassis. The more distance the better. Thank you, Vince
Thank you for your support. Ferrite placement is based on where the end user intends to provide filtering for their signals. This is illustrated in my overview video here of a build I did for client. ruclips.net/video/Hik7SlkX5Is/видео.html Thank you, Vince
@@corvetteguy50 as you have stated in previous videos, llncoln electric has some amazing documentation related to this topic. www.flashcutcnc.com/wp-content/uploads/2024/03/Grounding-Best-Practices.pdf, but this was the first document i came up with, with a simple google search.
let me qualify this statement, "there is nothing wrong with using an USB controller board with your robot". as long as you are comfortable with unreliable components. and for testing purposes, go nuts. but, if you want a stable robot, listen to what vince says. he knows what he is talking about. and listen, this is free information. good information that vince has the experience to justify what he is telling you. thanks vince.WHY NOT JUST USE THE CORRECT WIRES? he has the wire?
Thank you for your support.
Let me elaborate on what you typed.
Any system using a USB motion controller is unreliable in terms of stability for production.
The term testing needs to be defined carefully as many will get the wrong idea.
Testing is only applicable in seeing if the robot provides actual motion to verify the axes direction are set in the correct direction for example.
Testing DOESN'T mean attempting to cut any substrates.
Thank you,
Vince
What do you think about putting the power supply in it's own mettle case, separate from the electronics in it's own mettle case , kind of like a Russian Doll idea.
Thank you John as always for your support. Its fine to do, but it actually costs more as end users have to buy the enclosure, machine it, and then install proper cooling. Its usually more cost effective to just mount the VFD at least 5ft from the CNC chassis.
The more distance the better.
Thank you,
Vince
you mention ferrite a few times, in a typical cnc control box using individual drives where would be the proper placement of the ferrite
Thank you for your support. Ferrite placement is based on where the end user intends to provide filtering for their signals. This is illustrated in my overview video here of a build I did for client. ruclips.net/video/Hik7SlkX5Is/видео.html Thank you,
Vince
@@corvetteguy50 as you have stated in previous videos, llncoln electric has some amazing documentation related to this topic. www.flashcutcnc.com/wp-content/uploads/2024/03/Grounding-Best-Practices.pdf, but this was the first document i came up with, with a simple google search.