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10.4 RULED SURFACE (Cycle 231,
DIN/ISO: G231)
Cycle run
1 From the current position, the TNC positions the tool in a linear 3-D
movement to the starting point 1.
2 The tool subsequently advances to the stopping point
rate for milling.
3 From this point, the tool moves at rapid traverse FMAX by the tool
diameter in the positive tool axis direction, and then back to
starting point 1.
4 At the starting point
1
the TNC moves the tool back to the last
traversed Z value.
5 Then the TNC moves the tool in all three axes from point
direction of point
4
to the next line.
6 From this point, the tool moves to the stopping point on this pass.
The TNC calculates the end point from point
the direction of point 3.
7 Multipass milling is repeated until the programmed surface has
been completed.
8 At the end of the cycle, the tool is positioned above the highest
programmed point in the spindle axis, offset by the tool diameter.
HEIDENHAIN iTNC 530
2
at the feed
1
in the
2
and a movement in
259
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Do you have a question about the ITNC 530 - CYCLE PROGRAMMING and is the answer not in the manual?
Questions and answers
Can I change the approach direction when cycle def a stud to avoid obstruction to the right
The provided context does not explicitly mention changing the approach direction to avoid obstruction. However, it describes selecting different axis configurations using the MOD function in the Programming and Editing mode. If modifying the axis configuration allows for adjusting the approach direction, it may be possible. Otherwise, specific cycle parameters should be checked in the programming manual.
This answer is automatically generated