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Check PLC program status

Navigate to MOD function → PLC → Program Status to verify if any PLC programs are currently running and using the PLCE partition.

Look for programs with status 'RUN' or 'ACTIVE' that may be blocking the partition

Stop active PLC programs

In PLC Program Status menu, select running programs and use STOP function to halt execution before attempting PLCE integration.

Ensure stopping PLC programs won't affect critical machine functions or safety systems

Clear PLCE partition locks

Access MOD function → System → PLCE Configuration and use 'Release Partition' function to clear any remaining locks.

Wait 10-15 seconds after releasing partition before attempting re-integration

Restart PLCE integration

Attempt the PLCE partition integration again through MOD → System → PLCE → Integrate Partition.

Monitor the integration progress and check for any dependency conflicts

Perform controlled system restart

Execute a complete TNC restart using CTRL+ALT+DEL or power cycle to reset all partition locks and initialization sequences.

Ensure all programs are saved and machine is in safe position before restart

Check startup sequence timing

Monitor the startup process in MOD → System → Startup Log to identify timing conflicts during PLCE initialization.

Look for overlapping timestamps between PLCE and other system component initializations

Adjust PLCE startup priority

In MOD → Machine Parameters → MP7680.x (PLCE startup priority), increase the delay value to prevent startup conflicts.

Typical values range from 100-500ms depending on system complexity

Verify startup completion

Confirm successful PLCE integration by checking MOD → System → PLCE Status for 'INTEGRATED' status.

All PLCE modules should show green status indicators

Backup current PLCE configuration

Use MOD → Data Management → Backup → PLCE Config to save current partition data before attempting repairs.

Save backup to external media in case recovery is needed

Run PLCE partition check

Execute MOD → System → PLCE → Partition Check to scan for data corruption or configuration errors.

Note any specific error codes or corrupted module references

Clear corrupted partition data

Use MOD → System → PLCE → Clear Partition to remove corrupted data, then restore from known good backup.

This will erase all current PLCE configuration - ensure backup is available

Rebuild PLCE configuration

Restore PLCE configuration from backup or rebuild using MOD → System → PLCE → Configuration Wizard.

Test each PLCE module individually after restoration to verify functionality

Check system resource usage

Navigate to MOD → System → Resource Monitor to view current CPU, memory, and I/O usage levels.

PLCE integration typically requires 15-20% free memory and CPU below 80%

Close unnecessary applications

Exit non-essential programs and close unused NC programs to free system resources for PLCE integration.

Check for background data logging or communication tasks consuming resources

Optimize memory allocation

Adjust MP7650.x (PLCE memory allocation) parameters to optimize memory usage for current system configuration.

Reduce allocation if PLCE requirements are smaller than default settings

Perform memory defragmentation

Use MOD → System → Memory → Defragment to consolidate available memory before PLCE integration.

Defragmentation may take 5-10 minutes depending on system usage history

Check PLCE hardware connections

Verify all PLCE module connections and cables using MOD → Diagnosis → Hardware → PLCE Status display.

Look for red status indicators or communication timeout errors

Test PLCE communication

Execute MOD → Diagnosis → PLCE → Communication Test to verify data exchange between TNC and PLCE modules.

Test each PLCE module individually to isolate communication issues

Reset PLCE hardware

Power cycle PLCE modules using MOD → System → PLCE → Hardware Reset or physical power disconnect.

Ensure machine is in safe state before resetting PLCE hardware

Reconfigure communication parameters

Verify and adjust MP7670.x (PLCE communication) parameters for proper hardware interface settings.

Check baud rate, timeout values, and protocol settings match hardware specifications