
34
Fig 4-3: CHRocodile C unit mechanical interface: fixture holes on:
a- lateral surface 1
b- soleplate,
c- lateral surface 2.
4.4
Basic Settings Configuration
In order the CHRocodile C to be operational for startup some basic parameters should be set up. You
can also refer to the
CHRocodile C quick start guide
documentation.
Basic setting configuration consists in selection of:
•
Measuring Range: The CHRocodile C could accept up to 8 calibration tables. Each calibration
table corresponds to a unique optical probe. Consequently, depending on the optical probe
which is mounted on the CHRocodile C unit, the operator must select the right measuring
range or calibration table. (Cf. command $SEN in Appendix 1)
•
Data transmission: The CHRocodile C can transmit different data: up to 4 Altitudes, up to 4
Intensities and up to 3 Thicknesses. Depending on the application, operator must select the
right data. (Cf. command $SODX in Appendix 1)
•
LED intensity level: The LED intensity Level can be adjusted from 0 to 100%. As for
measuring rate, this adjustment essentially depends on object reflectivity. Adjust LED intensity
in order to obtain a high signal intensity, but avoid saturating the detector (intensity LED blinks
orange). In order to adjust LED intensity, use the LAI command (Cf. Appendix 1).
c-
b-
a-
Possible fixture on
the surrounding ring.
Содержание CHRocodile C
Страница 1: ...1 CHRocodile C Compact sensor for non contact distance and thickness measurement Operation Manual...
Страница 3: ...3 Version Control Version Manual Date Type of Change 1 0 0 0 2016 09 20 Original edition...
Страница 13: ...13 Fig 2 2 Chromatic Confocal Imaging principle point sensor...
Страница 57: ...64 Appendix 2 Mechanical Plans 1 Optical probe mechanical plans b Probe 1mm a Probe 0 2mm...
Страница 58: ...65 Fig A2 1 Optical Head Mechanical plans a 0 2mm b 1mm c 4mm d 10mm c Probe 4mm d Probe 10mm...
Страница 59: ...66 2 CHRocodile C unit mechanical plans Fig A2 2 CHRocodile C sensor unit mechanical plans...