: On multi-axis machines, 9000-series configurations govern center-of-rotation calculations. Changes here can ruin part tolerances across tilted workplanes. Best Practices Checklist
If you have ever asked, "Why doesn't my machine have that feature even though it's a high-end model?" or "How do I enable a locked cycle?" — the answer lives in the .
Modifying these bits without authorization can lead to a complete system lock, data corruption, or the wiping of your SRAM memory.
Defines whether subprograms in the 9000 range are treated as macro calls or simple subprogram calls. 2. High-Speed and High-Precision Machining (9100–9200)
Enabling the control to act as a network node. How to Access and Change 9000 Parameters
Type (or O-9999 on some controls to select all programs). Press the PUNCH softkey, followed by EXEC .
The is not a "try and see" area. Mistakes are expensive.
Ignore the P/S 100 flashing alarm; this is a standard warning. Step 2: Unlock 9000-Series Programs
This guide applies generally to FANUC 0i, 16i, 18i, 21i, and 31i models, but individual machine builders (OEMs) may vary their implementations. What Are FANUC 9000 Parameters?
After making changes, set PWE back to 0 and cycle power.
Similar to the above, these allow calling 9000-series macros using custom G-codes . 2. System Option Parameters (9000–9999)
These parameters control how custom macros (programs numbered in the 9000 range) behave. Manufacturers use 9000-series programs for tool changers (ATC), pallet changers (APC), and probing routines.
Before viewing any list, you must unlock the parameters. By default, 9000 parameters are hidden or protected.
| Range | Common Usage | |-------|---------------| | 9000 – 9099 | Basic options (rigid tap, macro, scaling, rotation) | | 9100 – 9199 | High-speed / AI options (look-ahead, nano smoothing) | | 9200 – 9299 | Spindle and multi-axis options (C-axis, DFO) | | 9300 – 9399 | Fieldbus and communication (Ethernet, Profibus) | | 9400 – 9499 | Safety and collision detection | | 9500 – 9599 | Machine builder reserved (MTB custom) | | 9600 – 9699 | PMC (ladder) option configuration | | 9700 – 9999 | Third-party interface and future expansion |
Expanding tool offset memory or part program storage.
Understanding FANUC 9000 Series Parameters: The Complete Guide
Understanding FANUC 9000-Series Parameters: The Complete Guide
Input 1 and press . Ignore the resulting system alarm; this is normal. Step 2: Unlock the 9000 Program Range Press the SYSTEM function key. Type 3202 and press the No. SRH (Number Search) softkey.
: On multi-axis machines, 9000-series configurations govern center-of-rotation calculations. Changes here can ruin part tolerances across tilted workplanes. Best Practices Checklist
If you have ever asked, "Why doesn't my machine have that feature even though it's a high-end model?" or "How do I enable a locked cycle?" — the answer lives in the .
Modifying these bits without authorization can lead to a complete system lock, data corruption, or the wiping of your SRAM memory.
Defines whether subprograms in the 9000 range are treated as macro calls or simple subprogram calls. 2. High-Speed and High-Precision Machining (9100–9200)
Enabling the control to act as a network node. How to Access and Change 9000 Parameters fanuc 9000 parameters list
Type (or O-9999 on some controls to select all programs). Press the PUNCH softkey, followed by EXEC .
The is not a "try and see" area. Mistakes are expensive.
Ignore the P/S 100 flashing alarm; this is a standard warning. Step 2: Unlock 9000-Series Programs
This guide applies generally to FANUC 0i, 16i, 18i, 21i, and 31i models, but individual machine builders (OEMs) may vary their implementations. What Are FANUC 9000 Parameters? Modifying these bits without authorization can lead to
After making changes, set PWE back to 0 and cycle power.
Similar to the above, these allow calling 9000-series macros using custom G-codes . 2. System Option Parameters (9000–9999)
These parameters control how custom macros (programs numbered in the 9000 range) behave. Manufacturers use 9000-series programs for tool changers (ATC), pallet changers (APC), and probing routines.
Before viewing any list, you must unlock the parameters. By default, 9000 parameters are hidden or protected. this is normal.
| Range | Common Usage | |-------|---------------| | 9000 – 9099 | Basic options (rigid tap, macro, scaling, rotation) | | 9100 – 9199 | High-speed / AI options (look-ahead, nano smoothing) | | 9200 – 9299 | Spindle and multi-axis options (C-axis, DFO) | | 9300 – 9399 | Fieldbus and communication (Ethernet, Profibus) | | 9400 – 9499 | Safety and collision detection | | 9500 – 9599 | Machine builder reserved (MTB custom) | | 9600 – 9699 | PMC (ladder) option configuration | | 9700 – 9999 | Third-party interface and future expansion |
Expanding tool offset memory or part program storage.
Understanding FANUC 9000 Series Parameters: The Complete Guide
Understanding FANUC 9000-Series Parameters: The Complete Guide
Input 1 and press . Ignore the resulting system alarm; this is normal. Step 2: Unlock the 9000 Program Range Press the SYSTEM function key. Type 3202 and press the No. SRH (Number Search) softkey.