Fanuc 11m Parameter List
Parameter 0001 (RS-232 settings)
Parameter 0012 (Axis configuration)
Parameter 8000 (Parameter write protect)
The Fanuc 11M is a legendary CNC control from the mid-1980s to early 1990s, widely regarded as one of the most robust and reliable platforms for milling machines, machining centers, and routers. Despite its age, thousands of these controls are still in daily operation across job shops and production facilities worldwide. However, the Achilles' heel of any vintage CNC is data integrity—specifically, its parameters.
If you have ever faced a dead battery, a memory clear, or a mysterious alarm on your Fanuc 11M, you have likely searched for the elusive "Fanuc 11M parameter list." This article serves as your complete roadmap. We will cover what these parameters are, how to access them, where to find the official list for your specific machine, and how to recover from a total memory loss.
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control system uses specific parameter ranges for its operational settings, communication, and machine-specific options. To modify these, you must first enable Parameter Write Enable (PWE) Squarespace Enabling Parameter Write (PWE) Select MDI Mode Emergency Stop Enable PWE soft key to reach the SETTING (HANDY) Parameter 8000 Change bit . You will see a
alarm; this is normal and indicates write access is enabled. Access Parameters : Press the soft key, then the soft key to view and edit the main parameter list. Restore PWE : After changes, set Parameter 8000 Squarespace Communication Parameters (RS-232/I/O) These are typically found starting at Parameter 5110 for Reader/Puncher interface settings: Squarespace Device Type (Specifies reader/puncher specifications, e.g., for standard control codes). (Usually set to for Fanuc controls). (Values correspond to specific speeds: for 9600). Squarespace Critical System Parameters 2nd Reference Point (Coordinate value in machine coordinates). 3rd Reference Point Rapid Traverse Rate for each axis. Backlash Compensation (Slow/general compensation). Rapid Backlash Compensation Spindle Orientation position adjustment. 6700#0 (PCM) Part Counting : Specify custom for part counting (if Option Parameters (9000 Series) Fanuc 10M-11M Communications Parameters - Squarespace fanuc 11m parameter list
Read all the way through before performing ANY changes! 1. Select “MDI” mode of operation. 2. Flip the “Memory Protect” switch up, Squarespace Fanuc 10, 11, 12, & 15 RS-232 Parameters
Introduction
The Fanuc 11M is a popular CNC (Computer Numerical Control) system used in various industries, including machining, milling, and turning. The system relies on a set of parameters to configure and control its operations. Understanding the Fanuc 11M parameter list is essential for programming, troubleshooting, and maintaining the system.
Overview of Fanuc 11M Parameters
The Fanuc 11M parameter list consists of a series of numerical values that define the system's behavior, set default values, and configure various functions. These parameters are stored in the system's memory and can be accessed, modified, and saved as needed.
Types of Fanuc 11M Parameters
The Fanuc 11M parameter list can be categorized into several types:
Fanuc 11M Parameter List
Here is a partial list of common Fanuc 11M parameters:
System Parameters
Machine Parameters
Program Parameters
Input/Output Parameters
How to Access and Modify Fanuc 11M Parameters
To access and modify Fanuc 11M parameters, follow these steps:
Conclusion
The Fanuc 11M parameter list is a critical component of the CNC system, and understanding its structure and contents is essential for efficient system operation, programming, and troubleshooting. This article provides a general overview of the parameter list, but it is recommended to consult the official Fanuc documentation for a complete and up-to-date list of parameters and their descriptions.
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| Parameter | Description | | :--------- | :------------------------------ | | P2000 | Program numbering settings | | P2001 | Program sequence settings | | P2002 | Program interruption settings |
If you have lost your paper list but the battery is still intact, you can view the current parameters directly on the CRT. This is your emergency backup step.
Step-by-step to view parameters:
Warning: Never enter PARAM and then press OUTPUT unless you have a proper RS-232 connection. You can inadvertently send garbage data to the control.
The 11M uses a 4-digit or 5-digit parameter numbering system (typically 0000 to 9199, depending on options). Parameter 0001 (RS-232 settings)
| Parameter Range | Category | Description | | :--- | :--- | :--- | | 0000 – 0059 | Option Parameters (NC) | Enables live tooling, rigid tapping, custom macros, DNC, etc. | | 0060 – 0089 | Axis Configuration | Stroke limits, axis direction, mirror image. | | 0090 – 0109 | Feedrate & Acceleration | Rapid traverse (G00), cutting feedrate limits (G01). | | 0110 – 0139 | Servo & Motor Parameters | Position loop gain, feedforward coefficient, backlash compensation. | | 0140 – 0159 | Reference Point | Grid shift, reference return direction, deceleration points. | | 0160 – 0199 | Spindle Parameters | Gear ratios, C-axis control, orientation stop position. | | 0200 – 0239 | Coordinate System | Absolute/incremental, diameter programming, I/J/K specifications. | | 0240 – 0259 | Tool Offset | Number of tool offsets, length/radius type, wear compensation. | | 0260 – 0299 | Automatic Operation | Single block, dry run, feed hold behavior. | | 0300 – 0319 | Editor & Program | Tape coding (ISO/EIA), punch code, program number lock. | | 0320 – 0359 | Communication (RS-232) | Baud rate, stop bits, parity, DC code control (Xon/Xoff). | | 0360 – 0399 | Diagnostic Parameters | Self-diagnostic thresholds, watchdog timers. | | 0400 – 0429 | Pitch Error Compensation | Compensation points per axis, interval, direction. | | 0430 – 0549 | SERVO PARAMETERS (Critical) | Requires IPL mode to change. (Motor model, current limit, velocity gain, PWM frequency). | | 0900 – 0939 | Option Parameters (High Security) | Hideable via parameter 10.4. Control software options. | | 5000 – 9199 | Macro & Customization | User macro variables, arguments, and local variables. |
| Param | Function | | :--- | :--- | | 0100 | Reference point #1 (X axis coordinate) | | 0101 | Reference point #1 (Y axis) | | 0102 | Reference point #1 (Z axis) | | 0120 | Grid shift amount (X) – for fine-tuning reference position | | 0700 – 0705 | Positive stroke limit (X, Y, Z, etc.) | | 0706 – 0711 | Negative stroke limit (X, Y, Z, etc.) |