Roland R1000 Series Manual page 81

B0063191 / 1.3
Sensor alignment:
Hereby no sheet is allowed to be placed between the sensors. The sensor LAS40+ has an
incorporated photo element which determines the alignment of the actual used pair of sensors.
The result will be shown:
sensor alignment
XC1:
XC2:
XC3:


Fig. 54: Display of the sensor alignment
XC1 means measuring channel 1 beam control, XC2 means measuring channel 2 beam

control and XC3 means measuring channel 3 beam control.
The following classifications are outputted:


good (255...51)
Explanation: optimal alignment of the sensors.

borderline (50...21)
Explanation: the alignment of the sensors should be verified because it is not optimal.
Remove any contamination from sensors if necessary.

bad (20...0)
Explanation: the alignment of the sensors must be verified.
Additionally


sheet?
Explanation: there is a sheet in the measuring gap. A control cannot be performed.

interfering light
Explanation: interfering light makes a control impossible. Avoid direct light irradiation.

A/B mismatched
Explanation: The sensor connections of measuring channel A and B are mismatched.
B)
At connection of sensor types LAAS40, LAAS10 (in preparation) and LAAS200 (in preparation), the
sensor control of all activated sensors in the system setup will be performed.
adjust parameter: 4
system test/
sensor control
Fig. 55: Display of system test / alignment
Possible selections:
yes

no

ROLAND ELECTRONIC GmbH · Otto-Maurer-Str. 17 · DE 75210 Keltern · Phone +49 (0)7236-9392-0 · Fax +49 (0)7236-9392-33
Double Sheet Control System R1000 series L20
with integrated fieldbus interface
good 200
good 190
good 202
no
Manual
Start-up
81