YASKAWA SLIO CP 042-1IO00 Manual page 53

System SLIO
1
STARTUP
2 4
PREOPERATE
3
OPERATE
HB300 | CP | 042-1IO00 | en | 22-42
3.
Power supply
The module is to be power supplied with the both DC 24V voltages
power section supply I/O area and electronic power supply. When
commissioning these may simultaneously or electronic power
supply must be switched on first. When commissioning these may
simultaneously or power section supply I/O area must be switched
on first.
Switch on the power supply for your system and establish an online connection to
your IO-Link master via the head module.
4. Configure your system in your head station and integrate the address area of the
IO-Link master into your user program. More may be found in the corresponding
manual of your Head station respectively
5.
CAUTION!
For hardware-related reasons, the following behaviour currently
exists:
– A head module cannot start up if there is no DC 24V power sec-
tion supply I/O area at an IO-Link master.
– If the DC 24V power section supply I/O area fails on an IO-Link
master during operation, this will not be recognized by the head
module. By querying the toggle bit, you can detect a failure
accordingly.
Consider querying the toggle bit in your user program.
page 54
6. Configure the IO-Link master. To do this, use the IO-Link Manager. For more infor-
mation, see the corresponding manual.
n Configure the IO-Link master.
Configure the IO-Link devices.
n
n Apply the port mapping.
n Transfer the configuration online to the IO-Link master.
CAUTION!
Port mapping necessary
Please note that the port mapping of the process data must always
be applied in IO-Link Manager and is not done automatically! You
can access the port mapping in the editor area via 'Master Control
è Advanced Master Control è Process Data'.
7. If necessary, adapt the port mapping in your user program.
The IO-Link master is now ready for communication.
n If an IO-Link device is connected and the corresponding port is in IO-Link mode, it
starts in the STARTUP state
n The IO-Link master attempts to establish a connection to the IO-Link device. First, the
appropriate transmission rate and the cycle time for the process data exchange are
determined for the corresponding port. The IO-Link device then transfers the basic
parameters for device identification.
n If the determined basic parameters match the configured ones, the IO-Link device
changes to the PREOPERATE state
Ä 'Standard wiring' page 26
Ä Chap. 4.3 'In-/Output area' page 54.
.
1
.
2
Deployment
Commissioning
Ä Chap. 4.3 'In-/Output area'
53