61368

Access the part program and locate the CYCLE961 call. Review all _SETV[0...3] parameter assignments in the current block and preceding blocks.

Use the Program Trace (Ctrl+Shift+T) in SINUMERIK Operate to display real-time parameter values during cycle execution.

Verify that each _SETV array element contains a unique coordinate value. Print or log the values: _SETV[0], _SETV[1], _SETV[2], _SETV[3] to confirm no duplicates exist.

Check for values that appear identical but differ in decimal precision; use the Diagnostics menu (Siemens 840D) to inspect actual parameter values with full precision.

Modify the part program to assign distinct position values to each array element, ensuring the geometric progression follows the intended tool path for the straight segments.

Reload the part program and execute CYCLE961 again. Monitor the alarm list (Alarms menu) to confirm resolution.

Check the active axis machine data for position resolution. Navigate to Machine Data Editor (MDI) and review MD33200 (or axis-specific equivalents like MD33210, MD33220) to determine the minimum position increment recognized by the NCK.

On SINUMERIK 840D, use Diagnostics > Machine Data menu; filter by 'resolution' or 'output' keywords.

Calculate the absolute differences between consecutive _SETV[n] values and compare against the machine data resolution threshold. If any difference is less than the threshold, increase the position span in your _SETV array.

Document the calculated differences with at least 4 decimal places to avoid rounding errors.

Modify _SETV[0...3] values to ensure each position increment exceeds the machine's minimum resolution. Re-verify the geometric validity of the resulting tool path.

Execute the updated CYCLE961 and verify alarm 61368 no longer appears in the alarm log.

Review the CYCLE961 call syntax in the part program. Verify the parameter passing syntax matches SINUMERIK documentation (typically _SETV[0]=value, _SETV[1]=value, etc.) and confirm all indices are explicitly assigned.

Use the Syntax Check tool (Ctrl+Shift+S in SINUMERIK Operate) to validate the program before execution.

Cross-reference your CYCLE961 implementation against the standard Siemens cycle documentation (refer to SINUMERIK Cycles PDF or the Siemens Automation Portal). Ensure parameter order and data types match the specification exactly.

Verify that _SETV array elements are assigned in ascending index order and that no indices are skipped or overwritten.

Correct any syntax errors or parameter misassignments. If using subroutines or parameter inheritance, ensure parent parameters are correctly passed to the cycle call.

Re-execute the corrected CYCLE961 and confirm alarm 61368 is cleared.