Table of Contents
Advertisement
Operating instructions - SBU IO-Link
F03
Configuration via IO-Link Master
Switching setup, LED colors, diagnostics, etc. can be configured or read out via IO-Link with an IO-Link
master.
Caution:
The SBU IO-Link must not be connected directly to a class B master.
-
Connect IO-Link Master to SBU IO-Link.
-
Connect IO-Link to PC.
-
Configurate parameter.
A detailed description of the parameters and process data for the IODD is available at
www.ebro-armaturen.com.
G)
Function
G01
IO-Link
The SBU IO-Link has an IO-Link communication interface that allows access to process data, switching
setup and diagnostic data. IO-Link makes it possible to parameterize and configure the device during
operation. Operation of the SBU IO-Link via the IO-Link interface requires a suitable IO-Link master.
G02
Bluetooth LE
As an additional communication interface, the SBU IO-Link has a radio-based communication channel.
This channel provides process and diagnostic parameters in parallel to IO-Link, which can be accessed
with the EBRO Connect App. This interface serves as an additional communication channel and is
operated independently. Simultaneous access to the device is impossible.
G03
Parameterization
The SBU IO-Link can be configured either via Bluetooth and the EBRO Connect App (restricted mode) or
via IO-Link (extended mode). All parameters and their functional description can be found in the IODD
interface description.
G04
Solenoid valve control
The SBU IO-Link has two clamping points for solenoid valve coils. These can be controlled directly via IO-
Link. Otherwise, the clamped solenoid valve coils can be operated by an externally applied signal. In the
case of control via IO-Link, simultaneous activation of the solenoid valve coils is not possible. In the case of
external control, this restriction does not apply. Please observe the jumper configuration in chapter E02
Electrical connection.
Page 39 of 50
Advertisement
Table of Contents
