11.1 Initial load order guidelines
Perform the initial load of control strategy components from the Project view in the following order to minimize
possible load interaction generated error messages.
Order
Component
1
PGM block (includes PBLink1 and PBLink2)
2
DSB block
3
PIOMB block
4
Control Module containing the PROFIBUS I/O function block
Refer to the
Control Building User's Guide
for more information about loading components.
11.1.1 Loading PGM function blocks
This sections provides information on loading the PGM block and its associated function blocks.
Loading the PGM block
To load a PGM block, the PGM platform must be physically present at the configured address. However, if the
PGM platform is not physically present, appropriate errors are returned.
When you load the PGM function block for the first time, the load transfers the PGM platform configuration
data from the ERDB to the PGM platform.
After the load is complete, the PGM platform block automatically transitions to OK state.
Loading the PGM block with contents
To load a PGM block with contents (DSBs, PBLink blocks), the PGM platform must be physically present at
the configured address. However, if the PGM platform is not physically present, appropriate errors are returned.
After the load is complete, the PGM platform block automatically transitions to RUN state.
Loading the Protocol Block
To load a Protocol Block, the PGM platform block must be previously loaded. However, if the PGM platform is
not present, the Protocol Block load fails and will be canceled.
When you load the PGM block, the Protocol Blocks are also automatically loaded. However, you can also load
the Protocol Blocks individually.
The Protocol Block load operation loads the Protocol Block and the associated field network configuration to
the PGM.
Attention
•
If you make changes to the field network configuration such as bus-related changes, after the Protocol Block is
loaded, you must reload the Protocol Block for the changes to be updated. During the reload, the connection
between the PROFIBUS slave devices and the master is lost. Therefore loading the updated Protocol Block must
be planned carefully. Also, the behavior of the slave devices during this connection loss is based on their
configuration. For most of the slave devices, you can configure connection breakout time during which they keep
their outputs. However, some of the slave devices lose their outputs immediately in the event of a connection loss
with the master.
•
If you make changes in slave devices such as changing the connection breakout time or adding another slave
devices to the same Protocol Block, the connection between the master and the slave device is not lost.
11 LOADING PROFIBUS GATEWAY MODULE (PGM)
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Summary of Contents for Experion PKS
Page 1: ...Experion PKS PROFIBUS Gateway Module User s Guide EPDOC XX88 en 431E June 2018 Release 431 ...
Page 8: ...CONTENTS 8 www honeywell com ...
Page 10: ...1 ABOUT THIS GUIDE 10 www honeywell com ...
Page 32: ...4 PROFIBUS GATEWAY MODULE PGM INSTALLATION 32 www honeywell com ...
Page 58: ...5 PROFIBUS GATEWAY MODULE PGM BLOCK 58 www honeywell com ...
Page 69: ...6 PROTOCOL BLOCK 69 ...
Page 103: ...5 Click OK 6 PROTOCOL BLOCK 103 ...
Page 110: ...6 PROTOCOL BLOCK 110 www honeywell com ...
Page 183: ...PDC Details tab Figure 6 Detail Display of PDC Details tab 7 DEVICE SUPPORT BLOCK DSB 183 ...
Page 186: ...7 DEVICE SUPPORT BLOCK DSB 186 www honeywell com ...
Page 231: ...9 PROFIBUS I O MODULE PIOMB FUNCTION BLOCK 231 ...
Page 232: ...9 PROFIBUS I O MODULE PIOMB FUNCTION BLOCK 232 www honeywell com ...
Page 236: ...10 PROFIBUS GATEWAY MODULE PGM CONFIGURATION EXAMPLE 236 www honeywell com ...
Page 264: ...13 PROFIBUS GATEWAY MODULE PGM TROUBLESHOOTING 264 www honeywell com ...