Product description
Leuze electronic GmbH & Co. KG
CSL 505
13
3.5.4
Relative switching threshold
During the teach event, the value for the brightness of every individual beam is measured and saved
in a non-volatile memory. The absolute switching threshold per beam is determined by multiplying by
the relative switching threshold (percentage of
Relative switching threshold
).
To ensure that the system responds even at low beam coverage levels, the switching threshold must
be increased. The default value is 85 (corresponds to approx. 33 %). The switching threshold should
be set to max. 179 (corresponds to approx. 70 %).
Use
Define switching threshold automatically
Relative switching threshold
= 0
Improve detection of transparent objects
High switching threshold
Reduce effect of reflection bypass
High switching threshold
Tolerate rough environmental conditions
Low switching threshold
Input option:
0…255
Factory setting:
85
3.5.5
Blanking of beams
Various options are available for blanking beams.
It is important to note that the synchronization beam must always remain active!
3.5.5.1
Manual blanking via CSL505 software
You configure manual blanking in the beam configuration area on the right side of the CSL505
software program window. Select there the receiver element that is to be deactivated.
3.5.5.2
Blanking of defective beams
The parameter
Blanking of defective beams
specifies the number of beams that are tolerated. If this
number exceeds the value for
Blanking of defective beams
, a serious error is signaled. Below this
number, defective beams are blanked and not taken into consideration during evaluation.
All other blanked beams are not added to
Blanking of defective beams
.
Input option:
0…160
Factory setting:
0
