Renishaw XK10 Benutzerhandbuch Seite 69

XK10 Lasersystem zur Geometriemessung
XK10 Hardware XK10 Software
Geradheit Rechtwinkligkeit Rechtwinkligkeit Ebenheit
Parallelität Koaxialität Spindelrichtung
Ausrichtung
Visuelle Achsausrichtung
– Achse 2
XK10 Anwendungen XK10 Anwendungen
Level
1
LASER LASER LASER LASER LASER LASER LASER LASER
2 2 2 2 2 2 2 2
PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ.
AXIS 1
Das Pentaprisma umdrehen
4
LASER LASER LASER LASER LASER LASER LASER LASER
2 2 2 2 2 2 2 2
AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ.
PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm.
AXIS 1
Den schwenkbaren Strahl mit der
Klemmschraube in seiner Position
arretieren
2
LASER LASER LASER LASER LASER LASER LASER LASER
2 2 2 2 2 2 2 2
AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ.
PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm.
AXIS 1
Die M Einheit zur letzten
Messposition von Achse 2
verfahren
5
LASER LASER LASER LASER LASER LASER LASER LASER
2 2 2 2 2 2 2 2
PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. AVERAGE POWER <0.6 mW. PULSE ENERGY < 20nJ. PULSE DURATION 10-17 us. WAVELENGTH 630-680 nm.
AXIS 1
Die M Einheit auf die erste
Messposition der zweiten Achse
verfahren und die Zielscheibe
entfernen
3
Die Zielscheibe an der M Einheit
anbringen und den schwenbaren
Strahl auf den Mittelpunkt der
Zielscheibe drehen
69