9000 Parameters List | Fanuc

What are you using (e.g., 0i-MD, 18i-T, legacy 0-M)?

You can assign a custom M-code or G-code to call a 9000 macro. The machine builder uses this to make the machine intuitive. For example, instead of typing M98 P9001 , the builder sets equal to "6." Now, when the operator simply types M6 (Tool Change), the control automatically runs program O9001.

Bit Order: [ Bit 7 | Bit 6 | Bit 5 | Bit 4 | Bit 3 | Bit 2 | Bit 1 | Bit 0 ] Use code with caution. fanuc 9000 parameters list

By default, these programs are often hidden to prevent accidental deletion. For example, setting Parameter 3202 bit 4 (NE9)

Disclaimer: These parameters are hardware-specific and hex-encoded. Incorrect entries will clear the memory of a legacy control. Parameter No. Typical Associated Functions (Varies by Machine Builder) What are you using (e

: If a technician formats the program directory or deletes macro files while NE9=0 , the O9006 tool change macro could be permanently deleted. Executing an M06 afterward will result in a CNC alarm or an unguided mechanical crash.

Defines the ending variable number for the protected range (e.g., 999). 4. How to Edit 9000 Series Parameters For example, instead of typing M98 P9001 ,

Fanuc 9000 parameters are categorized into several groups based on their functions:

: Defining the number of registerable programs, tool offsets, and simultaneous axis control.

T-code macro call. Used to trigger custom subroutines automatically during tool selection commands. 2. Custom Macro System Variables (9000 Series Bit Switches)

If you see 9002 = 00000101 (binary 101 = 5 decimal), that means bits 0 and 2 are active.