Fanuc 9000 Parameters List ^hot^ -

| Parameter | Bit | Function | Description | |-----------|-----|----------|-------------| | 9900 | 3 | 3-axis simultaneous | Required for 3D work | | 9900 | 4 | 4-axis simultaneous | For rotary table/indexer | | 9900 | 5 | 5-axis simultaneous | For full 5-axis machining | | 9940 | 0 | Rotary axis roll-over | For endless rotation | | 9941 | 0 | Cylindrical interpolation | G07.1 |

The O9000-O9999 range typically houses tool change macros and probing cycles. To view or edit these, you must toggle protection bits. fanuc 9000 parameters list

Servo tuning (per axis)

The 9000-series programs (macros) are the "brain" of your tool changer and probing system. If you unlock them (via Parameter 3202) and accidentally delete a line of code, your machine may stop tool changing entirely. Always output a SRAM backup or a "Punch" of all parameters to a USB or CF card first. Summary Table for Quick Reference Typical Use Case 3202.4 (NE9) Lock/Unlock O9000-O9999 Editing Tool Change or Probing macros. 3202.0 (NE8) Lock/Unlock O8000-O8999 Editing user-defined sub-programs. 6050–6059 G-Code Call Assigning a custom G-code to a 9000 macro. 6071–6079 M-Code Call Assigning a custom M-code to a 9000 macro. Program Display Controlling if 9000 programs appear in the DIR list. | Parameter | Bit | Function | Description

Parameters allow you to assign a custom M‑code number to execute a specific 9000‑series program. For example, to have M91 call program O9001 , you set parameter 6071 to a value of 91 . The parameters 6071–6079 correspond to O9001–O9009 in sequence. If you unlock them (via Parameter 3202) and

Improper modifications to system parameters can result in expensive service calls, mechanical damage, or safety hazards. Follow these industry-standard rules:

To access and modify FANUC 9000 parameters, follow these steps: