The parameter list alone is useless without the PMC ladder parameters (K, T, C, D) and the PMC machine program . Always request the complete "SRAM backup" from your machine tool builder.
| Parameter | Description | Typical Values / Notes | |-----------|-------------|------------------------| | | Axis control (number of axes, simultaneous control) | Bit 0-3: Number of axes (e.g., 3 for XYZ) | | 0012 | Stroke limit enable / disable | Bit 7=1 enables software overtravel | | 0013 | G-code system selection (A, B, or C) | 0 = System A (most common), 1 = System B | | 0022 | Rotation axis configuration (for 4th/5th axes) | Defines rotary axis direction & roll-over | | 0100–0105 | Servo motor number assignment | Links physical servo drives to logical axes | | 0120 | Reference position return direction | 0 = positive direction, 1 = negative | fanuc 11m parameter list
| Alarm Code | Description | Likely Parameter Cause | |------------|-------------|------------------------| | | Servo alarm: VRDY off | Incorrect parameter 0080 or missing servo enable signal | | AL-417 | Excessive following error | Loop gain (0517) too high or acceleration (0530) too low | | PS-001 | Program memory parity | Corrupted parameters; reload all from backup | | AL-000 | Emergency stop active | Parameter 0400 bit 5 (E-stop input logic inverted) | The parameter list alone is useless without the
This article serves as a deep dive into the Fanuc 11M parameter list. We will explore the architecture of these parameters, how to interpret them, the critical settings you need to know, and the procedures for backing up and restoring your machine’s lifeblood. We will explore the architecture of these parameters,
