Fdt/Dtm With The Profibus Dp/V1 750-333, 750-833; Figure 25: Hw Config In Step7 - WAGO I/O-SYSTEM 750 Manual

WAGO-I/O-SYSTEM 750
750-484 2AI 4-20mA HART Ex i
9. Now expand the device catalog and using "Drag&Drop" add the remaining
I/O modules that you have plugged into your fieldbus node on the
coupler/controller.
In doing so, you will find a total of five entries for the HART I/O Module
corresponding to the operating modes.
You will find a description of the different entries with a list of all the
associated parameters in the section "Operating Modes" > ... > "Setting Up
via GSD".

Figure 25: HW Config in STEP7

10. Select the entry corresponding to the required operating mode and
incorporate this into your configuration.
11. Double-clicking on a module in the configuration tree structure will open a
module-specific parameterizing dialog in which you can set the parameters
for the PROFIBUS Coupler 750-333 or Controller 750-833, the HART I/O
module and other parameterizable I/O modules.
Set the required parameter data.
12. Next save and translate the network configuration and transfer the new
project to the PLC.
9.3 FDT/DTM with the PROFIBUS DP/V1 750-333,
750-833
In the operating mode "2AI + acyclic PROFIBUS services", when the HART I/O
module is connected to a PROFIBUS Coupler 750-333 or Controller 750-833, it is
also possible to carry out HART communication by means of the FDT/DTM frame
application "WAGOframe". The device driver "Profibus/HARTGatewayDTM 759-
360" is available for using the FDT/DTM frame application "WAGOframe", by
means of which FDT tool routing from the PROFIBUS DP/V coupler/controller to
the DTM of the connected HART device is possible. In this case, HART
communication takes place by means of the acyclic PROFIBUS services, which
are processed by a 12-byte mailbox.
Commissioning 73
Manual
Version 1.4.0