Operating manual.
CNC 8060
CNC 8065
JOG MODE. PART CENTERING (MILL MODEL)
7.
Basic operation.
·153·
(REF: 1807)
6 Probing of the second point.
It is done like the previous one. The probe returns to the safety position located at a ·Ds·
distance from the part.
7 If part centering on two axes has been programmed, approach movement to the third
probing point.
Movement of the probe from the second approach point to the center of the part and then
to the third point.
8 If part centering on two axes has been programmed, probing of the third point.
It is done like the previous one.
9 Approach movement to the top surface (only if it has been programmed).
When selecting to measure the surface, the probe moves the ·Dz· distance up in rapid
(G00) and the probe moves to the center of the part.
10 Measuring the top surface of the boss or the bottom of the pocket (only if it has been
programmed).
The probe makes a first probing move, a withdrawal movement and a second probing
move. After the second probing move, the probe withdraws to the approach point.
First probing movement. Probing movement, at feedrate ·Fs·, until touching the part
surface.
Withdrawal movement. Return of the probe in rapid (G00) the distance indicated in ·Dr·.
Second probe. Probing movement at feedrate ·F· until the probe signal is received.
Withdrawal movement. Rapid probe movement (G00) from the probing point to the safety
position.
11 If part centering on two axes has been programmed, approach movement to the fourth
probing point.
Movement of the probe from the third approach point to the fourth.
12 If part centering on two axes has been programmed, probing of the four point.
It is done like the previous one.
13 Probe positioning at the calculated center.
This movement is carried out in two stages. It first moves along the perpendicular axis
in rapid (G00) and then in the plane.
14 If programmed, the cycle saves the result of the measurement in the selected G159 zero
offset and in the corresponding arithmetic parameters.
15 The cycle executes the "M-after" functions.
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