CNC router, benchtop (SIENCI LongMill) ID:143: Difference between revisions

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Changed Raspi to nanoPC
m (Demo of a minor edit)
(Changed Raspi to nanoPC)
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==Update: (11/1/2021)==
==Update: (10/21/2022)==
The LongMill has been installed on the shelf in the "Large Projects" area, along side of the MiniCNC.==
The LongMill has been installed on the shelf in the "Large Projects" area, along side of the MiniCNC.
===Machine Overview===
===Machine Overview===
This is a SIENCI (pronounced "CNC") Labs LongMill ( See https://sienci.com/product/longmill/ ) with the short rails.  The web page says it is 12"x12" but in fact it is more like 10"x13".
This is a SIENCI (pronounced "CNC") Labs LongMill ( See https://sienci.com/product/longmill/ ) with the short rails.  The web page says it is 12"x12" but in fact it is more like 10"x13".
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'''Machine Control:''' GRBL on a SIENCI Milling Labs LONGBOARD Controller.     
'''Machine Control:''' GRBL on a SIENCI Milling Labs LONGBOARD Controller.     


'''User Interface:''' a Raspberry PI is connected to the Controller via USB.  It has [https://resources.sienci.com/view/gs-installation/ GSender], [https://winder.github.io/ugs_website/ Universal G-Code Sender (UGCS)]as well as[https://github.com/vlachoudis/bCNC bCNC] installed.   
'''User Interface:''' The Raspberry PI that was originally installed has been replaced with a faster and more robust "nanoPC" (model nT-A3800) connected to the Controller via USB.  It has [https://resources.sienci.com/view/gs-installation/ GSender], [https://winder.github.io/ugs_website/ Universal G-Code Sender (UGCS)]as well as [https://github.com/vlachoudis/bCNC bCNC] installed.   


'''RaspPi Login''': It is autologon on startup, so you do not need to log on.  But if you need it for any reason, it is pi/Protospace.   
'''nanoPC Login''': The Debian logon on is automatic on startup, so you do not need to log on.  But if you need it for any reason, it is protospace/protospace.   


'''Hold down method''': Screws, nails, clamps(must make these).   
'''Hold down method''': Screws, nails, clamps(must make these).   
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There are 2 power switches to be turned on (not counting the monitor).  
There are 2 power switches to be turned on (not counting the monitor).  


*The Raspberry Pi has it's own wall wart with a switch.
*The nanoPC has it's own power supply plugged into the power bar. There is a power switch on the front of the PC.
*The SCENCI Longboard has a power switch.
*The SCENCI Longboard has a power switch.
*And finally, when you want to start the Router, you also need to turn on the switch on the router.  (Note: that this will be put on a more convenient switch and even maybe software control in the near future. )
*And finally, when you want to start the Router, you also need to turn on the switch on the router.  (Note: that this may be put on a more convenient switch and even maybe software control in the future. )




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*
*


Once the power is turned on, you will see the Desktop on the Raspberry PI.  You now need to launch one of the programs that will talk to the Controller.  
Once the power is turned on, you will see the Debian Desktop.  You now need to launch one of the programs that will talk to the Controller.  


*UGCS Platform (Universal G-Code Sender Platform),  ( https://all3dp.com/2/universal-gcode-sender/ )
*UGCS Platform (Universal G-Code Sender Platform),  ( https://all3dp.com/2/universal-gcode-sender/ )
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The first training session has yet to be held at the date of writing
The first training session has yet to be held at the date of writing
[testthis]


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