Min
Max
1
1
0
Figure 13: Distance to object or single switching point (normally open – High Active, PNP)
1
Switching point
Min
Max
1
1
0
Figure 14: Distance to object or inverted single switching point (normally closed – Low Active,
PNP)
1
Switching point
If the “Distance to object” switching mode is selected, the required settings can be
taught in or set manually.
In the “Distance to object” operating mode, the following settings can be configured:
•
Teach-in
•
Manual teach-in
•
Active status
•
Hysteresis
•
Delay mode
•
Time for delay mode
The possible settings are described below.
Teach-in
: A single switching point can be taught in. The switching point is set to the cur‐
rent distance at the time the button is pressed.
•
Q1: A signal is output if the switching point that has been taught in is undershot.
Thus the output acts as a normally open contact (“High” active status).
•
Q1not: A signal is output if the switching point that has been taught in is
exceeded. Thus the output acts as a normally closed contact (“Low” active status).
Manual teach-in
: The distance of the switching point can be set manually in 1/10 mm.
Q1 active status
: The active status specifies the functionality of the switching output,
"Notes on the measuring and setting functions", page 37
.
•
High: The switching output acts as a normally open contact. A signal is output if
the switching point that has been taught in is undershot.
•
Low: The switching output acts as a normally closed contact. A signal is output if
the switching point that has been taught in is exceeded.
Delay mode
•
see "Notes on the measuring and setting functions", page 37
.
Time for delay mode
•
The time for the delay mode can be set manually in ms.
>
I/O interface
>
>
Q1 output
>
>
Distance to object
>
OPERATION VIA DISPLAY
8
8019642/ZJW1/2017-04-03 | SICK
O P E R A T I N G I N S T R U C T I O N S | OD1000
39
Subject to change without notice
