Fanuc Parameter 1860 Full !exclusive! ⚡ Limited
: Parameter 1860 is a system-controlled register. If you type a value into 1860 and cycle the machine power, the control recalculates its relationship with the absolute encoder and wipes out your manual input , replacing it with its own calculated value.
Before adjusting Parameter 1860 for gear ratio issues:
: This bit indicates if the reference position for an axis has been established (1 = established, 0 = not established).
Before concluding, it is vital to include the warnings found in the FANUC additional manuals, as these are often missed: fanuc parameter 1860 full
Advanced programs can modify 1860 on the fly. This is powerful for optimizing roughing vs. finishing in one setup.
Therefore, you would to the existing Parameter 1860.
This setting enables machine technicians to shift the reference point electronically. This removes the need to physically move limit switches or detach motor couplings during calibration. It works alongside Parameter 1815 (which sets up absolute encoders). Together, they form the foundation of a CNC machine’s coordinate system. Complete Parameter Overview Specifications 1860 Data Type 2-word / 4-byte Signed Integer ( Long data type) Axis Dependency : Parameter 1860 is a system-controlled register
This bit determines if the reference position is updated based on the rounding value of Parameter 1860. 5. Troubleshooting Parameter 1860
: Detection unit (e.g., 0.001mm or 0.0001 inch depending on machine settings). Technical Role
Set individually for each controlled axis (X, Y, Z, A, B, C) -99,999,999 to +99,999,999 Measurement Unit Before concluding, it is vital to include the
Parameter 1860 sets the for this process. A companion setting, Parameter 1861, controls the dual position feedback maximum amplitude —that is, the maximum error allowed before the servo drive modifies its behavior.
handles small mechanical "grid shifts" for fine-tuning, Parameter 1860 handles the primary data offset for the absolute detector. Tool Change Alignment : On some machines, if the