603-02B1

Check current tool selection

Press TOOL CALL key and verify the active tool number. Check tool table parameter P15 (tool type) - value 21-29 indicates axial tools.

Use MOD function to quickly access tool table and verify multiple tool parameters simultaneously.

Verify recess cycle parameters

In the active recess cycle (typically CYCL DEF 252 or similar), check if the operation requires radial cutting based on recess orientation parameters.

Ensure machine is in STOP mode before modifying cycle parameters.

Select appropriate radial cutting tool

Call a tool with P15 parameter set to 110-119 (milling tools) or verify tool has radial cutting edges defined in tool table parameters P8-P11.

Use TOOL DEF function to quickly verify tool cutting edge geometry before tool call.

Examine tool table entry

Access tool table via MOD key, locate active tool and check P15 (tool type). Values 110-119 indicate radial milling tools.

Cross-reference P16 (cutting edge count) with actual tool to ensure correct tool definition.

Analyze recess cycle orientation

Review the recess cycle parameters for axial cutting requirements. Check cycle definition for Z-axis cutting direction parameters.

Verify workpiece coordinate system orientation before changing cutting direction.

Select axial cutting capable tool

Call appropriate tool with P15 set to 21-29 (drilling tools) or end mill with center cutting capability (P15=110 with appropriate P8 parameter).

End mills with P8 (corner radius) = 0 typically indicate center cutting capability.

Locate recess width parameter

In the active recess cycle definition, identify the width parameter (typically Q parameter in CYCL DEF). Common parameters are Q1 or Q201 depending on cycle type.

Use PGM MGT soft key to search for 'Q' parameters quickly in large programs.

Verify parameter calculation

Check if width parameter is calculated from other variables. Use CALC function to verify mathematical operations haven't resulted in zero value.

Ensure all referenced Q parameters have been properly initialized before the recess cycle.

Set appropriate recess width

Modify the width parameter to a positive value greater than tool diameter. Typical minimum is tool diameter plus 0.1mm clearance.

Reference current tool diameter using QL parameter (e.g., QL=TOOL R) for dynamic width calculation.

Audit complete tool definition

Access tool table and verify all critical parameters: P1 (length), P2 (radius), P8 (corner radius), P15 (tool type), and P16 (cutting edges).

Use TOOL CALL 0 to deselect current tool, then redefine tool parameters systematically.

Validate tool type consistency

Ensure P15 (tool type) matches actual physical tool characteristics. Cross-check with tool manufacturer specifications.

Incorrect tool type can lead to inappropriate feeds/speeds and potential tool breakage.

Test tool definition with simple operation

Execute a basic operation (linear move or simple drilling) to verify tool table acceptance before attempting recess cycle.

Use MDI mode with G01 move to test tool geometry validation without risking workpiece.