| Parameter | Bit 7 | Bit 6 | Description | | :--- | :--- | :--- | :--- | | 9100 | 0 | 1 | Enables 2nd Axis (X) | | 9101 | 1 | 0 | Enables Constant Surface Speed (CSS) | | 9102 | 0 | 0 | Disables Helical Interpolation |
However, three decades later, one of the most common cries for help on machining forums is: “Where can I find the Fanuc 10T Parameter Manual?” or “I lost my parameters; how do I get my lathe running again?” Fanuc 10t Parameter Manual
The manual explicitly states that changing 9000-series parameters without Fanuc permission can damage the control. These are tied to ROM modules on the master PCB. C. Pitch Error Compensation The manual includes a section on Pitch Error Compensation (parameters 8000-8499). If your lathe is comping tenths of a millimeter across a long Z-axis travel, you'll need this section to enter the grid of correction points. D. Diagnostic Parameters (For Troubleshooting) While not technically "parameters," the manual often overlaps with diagnostics (DGN). These are read-only values that tell you the state of inputs, outputs, and counters. If a limit switch fails, you check DGN X addresses—not the part program. Part 3: A Real-World Walkthrough – Recovering a Dead Fanuc 10T Imagine you bought a used Miyano lathe from an auction. You power it on, and the screen is blank except for a #2 ALARM (Emergency stop). The previous owner cleared the memory. | Parameter | Bit 7 | Bit 6
Remember: No parameters. No production. No excuses. Pitch Error Compensation The manual includes a section
If you own a lathe with a Fanuc 10T, finding this manual should be your top priority. Store it digitally, keep a paper copy in the control cabinet, and memorize the emergency recovery procedure.