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Process selection
All of the cutting processes have a process ID that is a unique identification number. Each process ID aligns with a set of preprogrammed values in the cut chart database in the plasma power supply control Printed Circuit Board (PCB).
Use process IDs for optimal settings
To automatically get recommended settings, select the process ID for the process that aligns with your cutting application.

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Operation
- CNC controls and display
  A Computer Numerical Control (CNC) controls cutting system operation.
- Wireless device controls
  You can use a wireless device to set up and monitor the plasma cutting system.
- Power-indicator LEDs
  An Light Emitting Diode (LED) illuminates to show the power status on the plasma power supply and on other system components.
- Sequence of operation
  A set of flowchart images shows the sequence of operation for the plasma cutting system.
- Process selection
  All of the cutting processes have a process ID that is a unique identification number. Each process ID aligns with a set of preprogrammed values in the cut chart database in the plasma power supply control Printed Circuit Board (PCB).
  - Use process IDs for optimal settings
    To automatically get recommended settings, select the process ID for the process that aligns with your cutting application.
    - Process ID offsets / overrides
      You can adjust some preprogrammed settings with an offset or override command.
- Cut charts
  A cut chart contains parameters that are necessary to get optimal results for your cutting process with special materials and thicknesses.
- Torch consumables
  The plasma cutting system uses the same consumable parts for perpendicular-position processes (90° angle) and bevel-cutting processes.
- Example configurations for consumables
  Consumables that are worn or have damage can have a bad effect on cut quality.
- Recommendations for maximum consumable life
  Consumables are the parts of the torch that wear as they are used. Consumables that are near end-of-life can have a bad effect on cut quality and performance.
- Arc Response Technology
  Arc Response Technology™ lets the plasma cutting system adapt to problems at the torch that can cause decreased consumable life or possible torch damage.
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Use process IDs for optimal settings

To automatically get recommended settings, select the process ID for the process that aligns with your cutting application.

When you select a process ID from the Computer Numerical Control (CNC) or from the XPR® web interface, you automatically get the optimized settings that Hypertherm® recommends for that process.

The preprogrammed settings come from extensive Hypertherm laboratory tests. Because of differences in cutting systems, metals, and consumables, it can be necessary to adjust the settings. However, in most conditions, it is possible to get the best results when you use the default settings that come with a process ID.

Go to the process selection screen on the CNC or to the Operate screen on the XPR web interface.
Select the process ID:
1. Examine the list of available processes.
2. Identify the process that best aligns with your cutting application.
  
  For example, select process ID 1153 to start the settings for 170 A, 12 mm (0.5 inch), mild steel, O₂/Air.
If none of the processes are satisfactory:
1. Select an available process that is almost the same.
2. Send the necessary offset command or commands to adjust the setting or settings as necessary.

In some conditions, an unusual cutting process can be necessary. Speak to your cutting machine supplier or regional Hypertherm Technical Service team.