Tools: Plasma CNC: Difference between revisions

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Created page with " == Be advised, this page NEEDS WORK! == == Tool Description == The Plasma CNC is a 3-axis CNC (Computer Numerically Controlled) plasma cutter. It is capable of cutting 4 foot by 4 foot sheets of steel, aluminum, or stainless steel; smaller pieces can also be used. == Checklist == TBD... == Classes == * Classes are offered on a regular basis. * Check meetup for the next scheduled class: [https://www.meetup.com/Tampa-Hackerspace/events/ Tampa Hackerspace Meetup]..."
 
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== Be advised, this page NEEDS WORK! ==
'''Be advised, this page NEEDS WORK!'''




== Tool Description ==
== Tool Description ==
The Plasma CNC is a 3-axis CNC (Computer Numerically Controlled) plasma cutter.  It is capable of cutting 4 foot by 4 foot sheets of steel, aluminum, or stainless steel; smaller pieces can also be used.
The Plasma CNC is a 3-axis CNC (Computer Numerically Controlled) plasma cutter.  It is capable of cutting 4 foot by 4 foot sheets of steel, aluminum, or stainless steel; smaller pieces can also be used. Plasma cutter is based on a Lincoln Electric Pro-Cut 60 Plasma Cutting System. (Code: 9819-1). The Torch Height Controller is a Proma elektronika. CNC table is Lightning CNC. CNC hardware is TBD. CNC software is [http://linuxcnc.org/ LinuxCNC] 2.8.2.
 
== Checklist ==
TBD...


== Classes ==
== Classes ==
Line 15: Line 12:
* '''Prerequisites'''
* '''Prerequisites'''
** Students must have the ability to generate toolpaths using one of the supported CAM tools (VCarve or Fusion 360). Generating toolpaths is outside the scope of this class.
** Students must have the ability to generate toolpaths using one of the supported CAM tools (VCarve or Fusion 360). Generating toolpaths is outside the scope of this class.
*** There are separate classes for VCarve and Fusion360.
*** There are separate classes for [[Software: VCarve|VCarve]] and [[Software: Fusion 360|Fusion360]].
** This meetup is open to paid members only.
** This meetup is open to paid members only.
== Generating Toolpaths ==
=== VCarve ===
Select "THS Plasma(inch)(*.ngc)" when generating a toolpath. Which should be loaded on the space's computers. If you have your own copy, see [https://github.com/TampaHackerspace/THS_Plasma_Post_Processors/blob/master/THS%20Plasma(inch)(!.ngc).pp github].
=== Fusion 360 ===
A post processor can be found in [https://github.com/TampaHackerspace/THS_Plasma_Post_Processors/blob/master/Plasmac-rjf.cps github].


== Pre-Use checklist ==
== Pre-Use checklist ==
(From PlasmaOpsGuide.pdf above)
[[Media:PlasmaOpsGuide.pdf]]
 
* Startup and Zeroing
* Startup and Zeroing
** Turn on wall controller box and PC
** Turn on wall controller box and PC
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** You will see your design in the preview window
** You will see your design in the preview window
* Verify Cut Parameters
* Verify Cut Parameters
** Suggested starting values for steel sheet metal:
*** Pierce Height: 0.160
*** Pierce Delay: 0.1
*** Cut Height: 0.040
*** Cut Feed Rate: 160.0
** On Plasma Cutter
*** Torch Height Controller: 085V
*** Plasma Cutter Range: ~60% of Yellow/1
* Perform a “Cold” Cut
** This will validate settings without enabling plasma cutter
** Verify torch is DISABLED
** Press Run Program or Green button on pendant
* Enable Plasma Cutter and Cut Material
** Pull safety curtain and wear shaded eye protection
** Open compressed air valve
** Turn plasma cutter to ON
** Toggle Run/Purge to Purge on plasma cutter
*** Verify air pressure (on wall) is 60PSI while purging
** Toggle Run/Purge to Run (air will stop after 20 seconds)
** Set torch to enable on PC
** Press Run Program or Green button on pendant


== Post-Use Checklist (cleanup, etc) ==
== Post-Use Checklist (cleanup, etc) ==
* Once air purge has STOPPED turn plasma cutter to OFF
* Close compressed air valve
* Press PARK CUTTER
** (press PARK CUTTER again if you get mdi error)
* Press down E-Stop
* Exit Linux CNC (Bottom right of plasma app)
* Shutdown PC (Top left of desktop)
* Turn Wall Controller Box OFF


== Tool Use ==
== Tool Use ==
Please take a class or ask for individual instruction. See  
Please take a class or ask for individual instruction. See #cnc-plasma slack channel.
 
== Consumables ==
TBD...


== Related Links ==
* https://www.lincolnelectric.com/assets/servicenavigator-public/lincoln3/im399.pdf


[[Category:Tools]]
[[Category:Tools]]
[[Category:Fabrication]]
[[Category:Fabrication]]
[[Category:CNC]]
[[Category:CNC]]

Latest revision as of 17:00, 11 May 2023

Be advised, this page NEEDS WORK!


Tool Description

The Plasma CNC is a 3-axis CNC (Computer Numerically Controlled) plasma cutter. It is capable of cutting 4 foot by 4 foot sheets of steel, aluminum, or stainless steel; smaller pieces can also be used. Plasma cutter is based on a Lincoln Electric Pro-Cut 60 Plasma Cutting System. (Code: 9819-1). The Torch Height Controller is a Proma elektronika. CNC table is Lightning CNC. CNC hardware is TBD. CNC software is LinuxCNC 2.8.2.

Classes

  • Prerequisites
    • Students must have the ability to generate toolpaths using one of the supported CAM tools (VCarve or Fusion 360). Generating toolpaths is outside the scope of this class.
    • This meetup is open to paid members only.

Generating Toolpaths

VCarve

Select "THS Plasma(inch)(*.ngc)" when generating a toolpath. Which should be loaded on the space's computers. If you have your own copy, see github.

Fusion 360

A post processor can be found in github.

Pre-Use checklist

Media:PlasmaOpsGuide.pdf

  • Startup and Zeroing
    • Turn on wall controller box and PC
    • Ensure E-Stop button is pressed down
    • Launch THS Plasma on PC
    • Reset E-Stop (twist and will pop up)
    • Press Power soft button
    • Open Homing button List
      • Home all Axis
    • DRO numbers will change from red to green
  • Prepare your material
    • Place material to be cut on table
    • Move the plasma cutter to the Lower Left corner of where you want to cut on your material
      • Toggle rabbit/turtle icons to change jogging speed
    • Press ZERO WORK LOCATION
    • DRO will now show X and Y at zero
  • Load Your Project G-Code File
    • Minimize THS Plasma and copy your file from thumb drive to the “G-Code” folder on the PC Desktop (create a sub-folder with your name)
    • Maximize THS Plasma and Switch to Auto Mode
    • Open file selector in lower left and locate your project file
    • You will see your design in the preview window
  • Verify Cut Parameters
    • Suggested starting values for steel sheet metal:
      • Pierce Height: 0.160
      • Pierce Delay: 0.1
      • Cut Height: 0.040
      • Cut Feed Rate: 160.0
    • On Plasma Cutter
      • Torch Height Controller: 085V
      • Plasma Cutter Range: ~60% of Yellow/1
  • Perform a “Cold” Cut
    • This will validate settings without enabling plasma cutter
    • Verify torch is DISABLED
    • Press Run Program or Green button on pendant
  • Enable Plasma Cutter and Cut Material
    • Pull safety curtain and wear shaded eye protection
    • Open compressed air valve
    • Turn plasma cutter to ON
    • Toggle Run/Purge to Purge on plasma cutter
      • Verify air pressure (on wall) is 60PSI while purging
    • Toggle Run/Purge to Run (air will stop after 20 seconds)
    • Set torch to enable on PC
    • Press Run Program or Green button on pendant

Post-Use Checklist (cleanup, etc)

  • Once air purge has STOPPED turn plasma cutter to OFF
  • Close compressed air valve
  • Press PARK CUTTER
    • (press PARK CUTTER again if you get mdi error)
  • Press down E-Stop
  • Exit Linux CNC (Bottom right of plasma app)
  • Shutdown PC (Top left of desktop)
  • Turn Wall Controller Box OFF

Tool Use

Please take a class or ask for individual instruction. See #cnc-plasma slack channel.

Consumables

TBD...

Related Links