7
|
Commissioning
h) Mark the sensor in the Project window and select Right click | Connect.
Result:
ü
The sensor is now connected to the client.
ü
The function tree has been read from the sensor and is now displayed in the Address
Space window.
For more information about OPC UA and the UaExpert client see
7.6
Setting up IO-Link [OXM]
Download the IODD file for the sensor from the website
IODDfinder (https://ioddfinder.io-link.com). You can find the matching IODD file via the article
number of the sensor.
The sensor requires an IO-Link master of port class B (additional power supply via pin 11 and
pin 12). If the IO-Link master supplies sufficient current, the sensor can also be operated in a
port class A configuration. Pin 11 must also be connected to voltage for this purpose.
NOTICE
Functional errors due to different supply voltages.
Different supply voltages of the sensor and the IO-Link master can result in functional errors of
the sensor.
a) Make sure that the supply voltage of the sensor and IO-Link Master are equal.
Ill. 25: OXM200 – Electrical connection, M12 12-pin, A-coded, male
1
3
5
7
9
11
For more information about the IO-Link interface, see
72
Power (18 ... 30 VDC) /
IO-Link P24 (2L+)
Encoder A
Encoder A neg.
Encoder B
IN 1 (sync in)
Power / IO-Link L+
Operating Manual
OPC UA [OXM]
www.baumer.com/OX200
2
GND /
IO-Link N24 (2M)
4
Analogue Out
6
OUT 1 / IO-Link C/Q
8
OUT 2
10
Encoder B neg.
12
GND / IO-Link L-
IO-Link [OXM]
[} 33].
Baumer
[} 29].
or from
OX200 | V2
Need help?
Do you have a question about the OX200 and is the answer not in the manual?