22
3. Press the key to enter the ZER 2 coordinate system, set the
position of point B, and enter
its coordinate value (30,25).
push
push
4. In a similar way, follow Step 2 to set auxiliary zero positions for
points C and D.
5. After setting the auxiliary zero positions, you can process the
work-piece in the coordinate system of corresponding auxiliary zero
position. As shown in the figure, you can process equally divided
holes for an arc in point B’s coordinate system of auxiliary zero
position.
6. After the processing is completed, press the “A/I” function key to quit
the ZER coordinate system.
4.2 Zero Clearing in Place
1.Move the tool to the absolute coordinate.
2. In the absolute coordinate system (ALE), as shown in Figure 3.1, move
the tool to point 0, press keys X
0
and Y
0
for zero clearing for the data on
axis X and axis Y, and determine the zero position of the absolute
coordinate. (If reprocessing the work-piece, the user can clear all of the
ZER coordinate system and then conduct setting again.)
3.Press the “ZER” function key
to enter the ZER 1 coordinate, set
the position of point A, and move
the tool to point A. The display shows
Press keys X
0
and Y
0
, and the ZER
coordinate of point A is set successfully.
4.Press the
key to enter ZER 2,
set the position of point B, and move the
tool to point B. The display shows
Press keys X
0
and Y
0
, and the ZER
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