Disclaimer: This guide is for informational purposes. Always refer to the original Anilam documentation for your specific revision.
: The third digit from the right sets the mode; "1" for radius and "0" for diameter (typical for lathes).
The resolution is configurable to match the linear scales used (e.g., 1 micron, 2 micron, or 5 micron).
Includes a Radius/Diameter feature specifically for lathe operations, as well as a Centering Function .
The is a legacy Digital Readout (DRO) system that played a pivotal role in the transition of manual machine shops to more precise, electronically monitored environments during the late 20th century. The "Detailed Story" of the Anilam Mini Wizard
Based on user archives, key operations for the Mini Wizard include: Zeroing an Axis : Typically performed by pressing followed by the axis key (e.g., Dual Zeroing : Pressing
A: Reference Index. It’s for absolute encoders. Your A163 likely uses incremental scales, so ignore it.
Disclaimer: This guide is for informational purposes. Always refer to the original Anilam documentation for your specific revision.
: The third digit from the right sets the mode; "1" for radius and "0" for diameter (typical for lathes).
The resolution is configurable to match the linear scales used (e.g., 1 micron, 2 micron, or 5 micron).
Includes a Radius/Diameter feature specifically for lathe operations, as well as a Centering Function .
The is a legacy Digital Readout (DRO) system that played a pivotal role in the transition of manual machine shops to more precise, electronically monitored environments during the late 20th century. The "Detailed Story" of the Anilam Mini Wizard
Based on user archives, key operations for the Mini Wizard include: Zeroing an Axis : Typically performed by pressing followed by the axis key (e.g., Dual Zeroing : Pressing
A: Reference Index. It’s for absolute encoders. Your A163 likely uses incremental scales, so ignore it.
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