Page Comparison

Notes:

For robotic plasma cutting, tools are defined and loaded for each cut height that will be used.

Refrerence document for Tool & Speed parameter page specific to Plasma Cutting.

• Selected tool naming elicitation

• Short explanation regarding the impossibility of selecting the user tool (auto-generated by the module based on cut chart entry selected)

• Parameter descriptions

Create excerpt for plasma cutting tool and speed

Create standard page

Insert excerpt from plasma cutting into standard page.

Selected tool

Tool is automatically selected based on the Hypertherm Cut Chart record in use. You can select a different tool for an operation, if needed.

Tool naming convention for plasma cutting

130A Hypertherm MS - D2.3 H6.6

When a Hypertherm Cut Chart entry is selected for a plasma operation, a corresponding tool for that process is automatically created and assigned to the operation.

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This tool contains parameters based on the Cut Chart record for that process, including cut height and linear speed.

The naming convention for plasma cutting tools is:

{current in A} Hypertherm {material type} - D{depth kerf width in mm} H{cut height in mm}

Inactive settings:

Linear speed

For example, a plasma tool name for Mild Steel 130 Amp O2/Air with a Kerf Width (D) of 2.3 mm and Cut Height (H) of 6.6 mm would appear as:

130A Hypertherm MS - D2.3 H6.6

For robotic plasma cutting, Kerf Width (kerf diameter) is used as tool diameter and Cut Height is used as tool length.

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Approach speedsYou can override the following speeds for a plasma operation:

Approach speed

Linear speed in mm/s on the approach to the toolpath. Normally, this is a joint motion.

Retract

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speed

Linear speed in mm/s on the retract from the toolpath. Normally, this is a joint motion.

Entry/exit

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speed

Entry linear speed

Exit linear speedLinear speed in mm/s on the entry or exit trajectories leading into or out from the base toolpath.

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