104017

Locate the program line where alarm 104017 is triggered and identify the frame command (TRANS, ROT, SCALE, etc.).

Check preceding program lines to verify if a settable frame (G54, G55, G56, G57, or G505-G599) was activated before the frame modification command.

Insert the appropriate frame selection command (e.g., G54) on a separate block before the frame modification commands.

Reset the alarm, restart the program from a safe position, and verify the frame is properly activated and modified without triggering the alarm.

Review the NC program for G53 or G500 commands that may have cancelled the active settable frame before the frame modification attempt.

Verify the program logic to ensure frame modifications occur while a settable frame is active, not after G53/G500 cancellation.

If G53 is needed for specific operations, re-activate the appropriate settable frame (G54-G57) immediately after the G53 operation and before any frame modifications.

Test the modified program sequence to confirm frame activation persists through the modification commands.

Check for M17 or program start conditions that reset all modal settings, including active frames, before frame modification commands.

Verify that frame selection (G54-G57) and frame modification commands (TRANS, ROT, etc.) are in separate blocks or properly sequenced according to SINUMERIK programming rules.

Review subprogram structures to ensure frame activation is not lost during subprogram calls or returns. Consider activating the frame within the subprogram if needed.

Setting data parameter $MC_RESET_MODE_MASK affects which modal settings are retained or reset during program start

Simulate the program in single block mode to observe exactly when frames are activated and deactivated, identifying the point where frame context is lost.