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Il est possible de saisir d'autres modes de fonctionnement et paramètres via IO-Link (p.ex. mode
multiplex, synchronisation, déblocage et unique).
Le diagramme prévisionnel suivant explique les étapes d'intervention et le comportement des
LED pendant la procédure d'apprentissage.
Select Teach Out1
GND/T1 > 2 s
Select Teach Out2
GND/T1 > 8 s
Out2: current output
U B / T2 > 2 s
Out2: voltage output
U B / T2 > 8 s
Out2: switch
U B / T2 > 14 s
Retro-reflective sensor
U B / T2 > 20 s
Start factory reset
GND/T1 > 14 s
Fig. 26: Aperçu de la procédure d'apprentissage
V01.01 | 10/2016
LED
1x
slow 1 Hz
Start teaching Out1
LED
2x
slow 1 Hz
Start teaching Out2
LED
1x
slow 1 Hz
Switching point:
GND/T1 > 2 s
measure and save
LED
2x slow 1 Hz
Window function:
GND/T1 > 8 s
measure and save SP1
Start choice
window / hysteresis
LED
Window function:
GND/T1 > 2 s
measure and save SP2
LED
Select:
GND/T1 > 8 s
window / hysteresis
LED
U B / T2 > 2 s
Cancel
LED
3x
slow 1 Hz
GND/T1 > 14 s
Invert logic
LED
1x
fast 8 Hz
U B / T2 > 2 s
Cancel
1x
LED
slow 1 Hz
Out2: current output
LED
2x
slow 1 Hz
Out2: voltage output
LED
3x
slow 1 Hz
Out2: switch
LED
1x
slow 1 Hz
Out2: switch only – inverted Out1
LEDs
slow 2 Hz
Start factory reset
LED
1x
fast 8 Hz
GND/T1 > 2 s
Reset OK
1x
fast 8 Hz
LED
U B / T2 > 2 s
Cancel
LED
GN
YE
flashes alternating
OK
Fail
Fail
1x
slow 2 Hz
OK
Fail
Window
1x
fast 8 Hz
Hysteresis
Fail
1x
fast 8 Hz
Canceled
NC
NO
Canceled
OK
OK
OK
OK
Fail
Reset
Canceled
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
5 Hz
1.5 s
27
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