SINO SDS 2-3VA, Руководство по эксплуатации

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coordinate of point B is set successfully.
5. In a similar way, follow Step 3 to set auxiliary zero positions for points C
and D.
6.
After the processing is completed, press the “A/I” function key to quit the
ZER coordinate system.
7. When work-pieces of the same size are processed, as long as the set ALE zero
point is behind point 0, the ZER zero point is set automatically. As shown in
Figure 3.1, enter the ZER 1 coordinate system, move to a position where the
displayed values on both axis X and axis Y are 0, and this position is the
benchmark point of the ZER 1 coordinate system. The user can process
work-pieces based on this. In mass processing, with these user coordinates,
the time spent in setting the coordinate zero point can be saved greatly, so that
the processing efficiency is improved.
Attention:

When the user coordinate is used, zero clearing in corresponding user
coordinate system is actually resetting the auxiliary zero position. The
position at which zero clearing is conducted is the new user coordinate
origin, and the coordinate origin set originally is replaced by the new
coordinate origin.

When the
user coordinate is used, middling in corresponding user
coordinate system is also resetting the auxiliary zero position. The new
coordinate origin is at its middle point, and the coordinate origin set
originally is replaced by the new coordinate origin.

Press the “REF” key for ten times to clear all of the ZER coordinate
system. After clearing, the 200 group coordinate is the same as the ALE
coordinate.

When resetting the ZER coordinate, you must conduct zero clearing for
the data on axis X and axis Y in the ALE coordinate system, and set the
absolute coordinate zero position. Otherwise, the set ZER coordinate is
wrong.