Fanuc 11m Parameter List ❲UHD × 360p❳

The parameter list tells the control:

| Parameter | Bit | Function / Value Meaning (Bit=0, Bit=1) | | :--- | :--- | :--- | | | 0 | Metric/Inch Machine : 0=Metric, 1=Inch. | | #1002#0 (JAX) | 0 | Simultaneous Jog Axes : 0=1 Axis, 1=3 Axes. | | #1005#0 (ZRN) | 0 | Zero Return Alarm : 0=Alarm if not referenced, 1=No alarm (for debugging). | | #1005#1 (DLZ) | 1 | Dogless Reference Point : 0=Invalid, 1=Valid (for absolute encoders). | | #1006#0 (ROTx) | 0 | Axis Type : 0=Linear, 1=Rotary. | | #1006#3 (DIAx) | 3 | Diameter/Radius Programming : 0=Radius, 1=Diameter (for lathes). | | #1006#5 (ZMIx) | 5 | Reference Return Direction : 0=Positive, 1=Negative. | | #1420 | | Rapid Traverse Rate (G00) : Sets the speed for each axis. | | #1423 | | Jog Feedrate : Sets the manual jog speed for each axis. | | #1815#5 (APC) | 5 | Absolute Position Detector : 0=Incremental, 1=Absolute. | | #1815#4 (APZ) | 4 | Absolute Position Established : 0=Not yet, 1=Completed (sets itself). | | #1825 | | Servo Position Loop Gain : Tuning parameter for axis stiffness and response (e.g., 3000 for 3000/s). | | #1826 | | In-Position Width : Sets how close an axis must be to a target position before the CNC considers the move complete (e.g., 20µm). | | #1851 | | Backlash Compensation : Compensates for mechanical lash at low speeds. | fanuc 11m parameter list

Device Type for I/O Channel 2 (Set to 3 for standard RS-232) The parameter list tells the control: | Parameter

: If the control rejects your parameter entries in MDI mode, verify that the Emergency Stop button is depressed. Many FANUC 11M versions require active E-Stop status to accept base parameter changes. | | #1005#1 (DLZ) | 1 | Dogless

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This is the most critical part. There is no single "universal" Fanuc 11M parameter list because the machine tool builder (e.g., Mazak, Mori Seiki, Kitamura, Haas, Leadwell, Yang) customizes parameters 0100 and above.

These are the core system parameters, ranging from #0000 to #9999 . They control fundamental machine behavior, such as axis configuration, coordinate systems, feed rates, and acceleration/deceleration. Within this range, the highly sensitive #9000 series parameters are often referred to as "Option Parameters".