·328·
Programming manual
CNC 8055
CNC 8055i
12.
PROBING
·M· & ·EN· MODELS
SOFT: V02.2X
PROBE 10. Rectangular part centering canned cycle
12.12.1 Basic operation
1. Approach movement (according to the value given in Q), first in the axes of the plane and then
in the longitudinal axis, to the position of the first probing (only if X or Y or Z has been
programmed).
2. Probing movement (at the feedrate given in H), in the given axis and direction until touching the
first side.
3. Withdrawal (distance given in E) for the measuring probing movement.
4. Probing movement (at the feedrate given in F) until touching the same side again.
5. Withdrawal to the starting position.
6. Movement parallel to the probed side to touch a different point of the same side.
7. Probing movement (at the feedrate given in F), in the given axis and direction until touching the
first side again. This calculates the part inclination angle with respect to the table and it is saved
in parameter P296.
8. Rapid up movement in Z (distance given in D) up to the Safety Z coordinate.
9. Movement (according to the value given in Q) up to the approach point of the opposite side
considering the length of the part, the calculated inclination angle and the value of parameter B.
10.Probing movement (at the feedrate given in H) to go down to the probing Z coordinate. If it
touches the part, the probe goes back up to the safety Z position and moves the distance
indicated by parameter B (in the same direction) until clearing the part.
11.Probing movement (at the feedrate given in H), considering the calculated inclination angle until
touching that side.
12.Withdrawal (distance given in E) for the measuring probing movement.
13.Probing movement (at the feedrate given in F) until touching the same side again.
14.Rapid up movement to the safety Z coordinate.
15.Movement (according to the value given in Q) up to approach point in the middle of one of the
remaining sides considering half the lengths and the calculated inclination angle.
16.Probing movement (at the feedrate given in H) to go down to the probing Z coordinate. If it
touches the part, the probe goes back up to the safety Z position and moves the distance
indicated by parameter B (in the same direction) until clearing the part.
17.Probing movement (at the feedrate given in H), considering the calculated inclination angle until
touching that side.
18.Withdrawal (distance given in E) for the measuring probing movement.
19.Probing movement (at the feedrate given in F) until touching the same side again.
20.Rapid up movement to the safety Z coordinate.
21.If part surface measuring has not been programmed, it goes on to point 26; and if it has been
programmed, movement (according to the value given in Q) up to the center of the part.
22.Probing movement (at the feedrate given in H) until touching the surface of the part.
23.Withdrawal (distance given in E) for the measuring probing movement.
24.Probing movement (at the feedrate given in F) until touching the surface of the part again. This
measures the coordinate of the part surface and it is saved in parameter P297.
25.Rapid up movement to the safety Z coordinate.
26.Movement (according to the value given in Q) up to the approach point of the opposite side
considering the length of the part, the calculated inclination angle.
27.Probing movement (at the feedrate given in H) to go down to the probing Z coordinate. If it
touches the part, the probe goes back up to the safety Z position and moves the distance
indicated by parameter B (in the same direction) until clearing the part.
28.Probing movement (at the feedrate given in H), considering the calculated inclination angle until
touching that side.
29.Withdrawal (distance given in E) for the measuring probing movement.
30.Probing movement (at the feedrate given in F) until touching the same side again. This calculates
the real center of the rectangular part and it is saved in parameters P298 and P299.
31.Rapid up movement to the safety Z coordinate.
32.
Rapid movement up to the calculated center.
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