If the processing requires it, a change of the working distance in
Z or the focus position in X and Y must be realized via an exter-
nal adjustment (robot, linear axis, etc.).
1. Select the operating mode for the laser and the parameters
as follows:
Pulsed laser device:
−
Square pulse, number of pulses: 1
−
Pulse power: 700 Watt
−
Pulse duration: 1 ms
CW laser device:
−
Power: 300 W
−
Duration: 10 ms
2. Start the PFO editor and the function wizard as described in
chapter "Operation".
3. Select "Teach".
The teach function is active.
4. Select
Zero point
.
The scanner mirrors of the focusing optics are positioned
such that the laser beam hits the center of the processing
field.
5. Adjust the focusing optics to the working distance a (see
dimensional drawing) above the surface of the test sheet.
The working distance depends on the focal length of the
lens used (see data sheet of your focusing optics).
Adjusting working distance a to workpiece
Fig. 112282
4
‐
16
Focal position
2022-03
12-29-01-A1-CRen
Setting the focal position
Содержание KF023
Страница 1: ...Operator s manual Programmable focusing optics PFO 33 KF023...
Страница 2: ......
Страница 3: ...Operator s manual Programmable focusing optics PFO 33 KF023 Original operator s manual Edition 2022 03...
Страница 6: ...II Good to know 2022 03 12 29 01 A1 CRen...
Страница 12: ...0 6 Table of contents 2022 03 12 29 01 A1 CRen...
Страница 81: ...Protective glass monitoring active Fig 112272 12 29 01 A1 CRen 2022 03 Installation 2 43...
Страница 90: ...2 52 Ambient conditions 2022 03 12 29 01 A1 CRen...
Страница 112: ...3 22 Software 2022 03 12 29 01 A1 CRen...
Страница 142: ...4 30 Adjusting the observation optics 2022 03 12 29 01 A1 CRen...
Страница 170: ...5 28 Cooling water 2022 03 12 29 01 A1 CRen...
Страница 176: ...6 6 Informing the service department 2022 03 12 29 01 A1 CRen...