Honeywell Experion PKS User manual

Experion PKS
PROFIBUS Gateway Module User's Guide
EPDOC-XX88-en-431E
June 2018
Release 431

Document Release Issue Date
EPDOC-XX88-en-431E 431 0 June 2018
Disclaimer
This document contains Honeywell proprietary information. Information contained herein is to be used solely
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disclosed to a third party without the express permission of Honeywell International Sarl.
While this information is presented in good faith and believed to be accurate, Honeywell disclaims the implied
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in its written agreement with and for its customer.
In no event is Honeywell liable to anyone for any direct, special, or consequential damages. The information
and specifications in this document are subject to change without notice.
Copyright 2018 - Honeywell International Sarl
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Contents
1 About This Guide ................................................................................................................................... 9
2 PROFIBUS Gateway Module (PGM) Overview ................................................................................... 11
2.1 Overview of PGM components ........................................................................................................................ 13
2.2 About DPV1 and HART enhancements for PGM ............................................................................................ 14
2.3 PGM topology .................................................................................................................................................. 15
2.4 PGM data flow diagram .................................................................................................................................... 17
2.5 Data communication in PGM ........................................................................................................................... 18
3 PROFIBUS Gateway Module (PGM) Planning and Design ............................................................... 19
3.1 Review Experion system capabilities ............................................................................................................... 20
4 PROFIBUS Gateway Module (PGM) Installation ................................................................................ 21
4.1 Pre-installation considerations .......................................................................................................................... 22
4.2 PGM assembly .................................................................................................................................................. 23
4.2.1 CF9 control firewall - 9-port control firewall (CF9) ........................................................................ 23
4.3 PGM IOTA pinouts ........................................................................................................................................... 24
4.3.1 PROFIBUS DP Master LED behavior .............................................................................................. 25
4.4 Installing a PGM ............................................................................................................................................... 26
4.5 PGM power-on and startup ............................................................................................................................... 28
4.6 Profibus cabling guidelines ............................................................................................................................... 29
4.6.1 Copper cable-based media redundancy ............................................................................................. 29
4.6.2 Fiber-optic cabling-based media redundancy .................................................................................... 30
4.6.3 Redundant PGM in a non-redundant Profibus cabling ...................................................................... 30
5 PROFIBUS Gateway Module (PGM) Block ......................................................................................... 33
5.1 PGM overview .................................................................................................................................................. 34
5.1.1 PGM block creation ........................................................................................................................... 34
5.1.2 PGM block deletion ........................................................................................................................... 34
5.2 Configuring a PGM .......................................................................................................................................... 35
5.3 Configuring a secondary PGM ......................................................................................................................... 36
5.4 Converting a redundant PGM to a non-redundant PGM .................................................................................. 37
5.5 Monitoring PGM block ..................................................................................................................................... 38
5.5.1 PGM block state after configuration and load ................................................................................... 38
5.5.2 PGM block status parameters ............................................................................................................ 38
5.5.3 PGM block command parameters ..................................................................................................... 38
5.5.4 PGM memory statistics parameters ................................................................................................... 38
5.5.5 PGM block icons ............................................................................................................................... 40
5.5.6 PGM block diagnostic alarms ............................................................................................................ 40
5.6 PGM redundancy-specific operations ............................................................................................................... 42
5.6.1 Enabling Synchronization ................................................................................................................. 43
5.6.2 Disabling Synchronization ................................................................................................................ 44
5.6.3 Configuring the network for switchover ............................................................................................ 44
5.6.4 Enabling a secondary PGM to become a primary PGM in the absence of a partner module ........... 46
5.6.5 Performing a manual switchover ....................................................................................................... 46
5.6.6 PGM redundancy notifications .......................................................................................................... 47
5.7 PGM shutdown operations ............................................................................................................................... 48
5.7.1 Initiating a PGM shutdown ................................................................................................................ 48
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5.7.2 Shutting down the secondary PGM ................................................................................................... 48
5.8 PGM block station displays .............................................................................................................................. 50
5.8.1 Detail displays and faceplate names .................................................................................................. 50
5.8.2 Calling up the displays ....................................................................................................................... 50
5.8.3 Detail display tabs .............................................................................................................................. 51
5.8.4 PGM group detail display, system status display, group trend display .............................................. 54
5.8.5 PGM faceplates .................................................................................................................................. 57
6 Protocol Block ...................................................................................................................................... 59
6.1 Protocol Block overview ................................................................................................................................. 60
6.1.1 “Profibus Network Configuration Tool ” ........................................................................................... 60
6.1.2 Using Profibus Network Configuration Tool for configuring field network devices ........................ 61
6.2 Configuring the Protocol Block ........................................................................................................................ 62
6.3 Configuring the slave devices in PROFIBUS Network Configuration Tool .................................................... 64
6.3.1 Drive DSB specific module configuration in Profibus Network Configuration Tool ....................... 66
6.3.2 GENPADSB and GENPAGWDSB specific module configuration in Profibus Network
Configuration Tool ................................................................................................................................. 66
6.3.3 Siemens ASi Link DSB specific modules configuration in Profibus Network Configuration Tool . 66
6.3.4 Siemens ET 200M DSB specific module configuration in Profibus Network Configuration Tool .. 67
6.3.5 Turck Excom DSB specific modules configuration in Profibus Network Configuration Tool ......... 67
6.4 Configuring the master in Profibus Network Configuration Tool .................................................................... 70
6.4.1 Assigning the device to the correct hardware .................................................................................... 70
6.4.2 Modifying the PROFIBUS network setup values (bus parameters) .................................................. 71
6.4.3 Configuring the field network tag names .......................................................................................... 72
6.4.4 Changing the field network device address ...................................................................................... 76
6.4.5 Changing the master settings ............................................................................................................. 76
6.4.6 Detecting slave devices in the network ............................................................................................. 76
6.5 Adding a new GSD-based device to PROFIBUS Network Configuration Tool library .................................. 78
6.6 About grouping adjacent modules into one logical module ............................................................................. 79
6.6.1 Guidelines for grouping modules ...................................................................................................... 79
6.6.2 About the Address Management page ............................................................................................... 80
6.6.3 Grouping adjacent modules into one logical module ........................................................................ 82
6.6.4 Ungrouping grouped modules ........................................................................................................... 83
6.6.5 Adding reserved memory area to the devices .................................................................................... 84
6.6.6 Defragmenting memory area ............................................................................................................. 84
6.6.7 About the Signal Configuration page ................................................................................................ 85
6.7 About modifying the field network configuration during runtime ................................................................... 86
6.8 Export/import of field network configuration .................................................................................................. 88
6.8.1 Exporting field network configuration .............................................................................................. 88
6.8.2 Importing field network configuration .............................................................................................. 88
6.9 Audit Trail for field network configuration ...................................................................................................... 89
6.9.1 Operations that impact Audit Trail .................................................................................................... 90
6.10 Monitoring Protocol Block ............................................................................................................................. 91
6.10.1 Protocol Block state after configuration and load ........................................................................... 91
6.10.2 Protocol Block status parameters .................................................................................................... 91
6.10.3 Protocol Block command parameters ............................................................................................. 92
6.10.4 Protocol block statistics parameters ................................................................................................. 92
6.10.5 Protocol Block icons ....................................................................................................................... 93
6.10.6 Protocol Block notifications ............................................................................................................ 93
6.11 Monitoring the field network configuration ................................................................................................... 94
6.11.1 Viewing the master's diagnosis and extended diagnosis .................................................................. 94
6.11.2 Viewing the status of all slave devices from the Profibus Network Configuration Tool
Network view ......................................................................................................................................... 95
6.11.3 Viewing the slave devices from the Life List menu ........................................................................ 96
6.11.4 Changing the device address from the Set Station Address menu ................................................... 97
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6.11.5 Detecting slave devices in the network ............................................................................................ 99
6.11.6 Viewing the slave device diagnosis ............................................................................................... 100
6.11.7 Viewing the slave device's extended diagnosis .............................................................................. 101
6.12 QVCS - Diff Tool view of non-human readable data .................................................................................. 104
6.13 Protocol Block station displays .................................................................................................................... 105
6.13.1 Detail displays and faceplate names .............................................................................................. 105
6.13.2 Calling up the displays ................................................................................................................... 105
6.13.3 Detail display tabs .......................................................................................................................... 105
7 Device Support Block (DSB) .............................................................................................................. 111
7.1 Device Support Block (DSB) overview .......................................................................................................... 112
7.1.1 DSB block creation .......................................................................................................................... 112
7.1.2 DSB block deletion .......................................................................................................................... 112
7.2 About DPV1 read/write messages configuration in DSBs ............................................................................. 114
7.2.1 Configuring DPV1 read/write messages (Project view) .................................................................. 115
7.2.2 HART communication/response time impact in a DP network ....................................................... 116
7.3 Data processing ............................................................................................................................................... 118
7.3.1 Extended range handling .................................................................................................................. 118
7.4 Generic Device Support Blocks (GENDSB and GENIODSB) ...................................................................... 120
7.4.1 Functions of Generic DSBs ............................................................................................................. 120
7.5 Generic Device Support Blocks (GENPADSB and GENPAGWDSB) for PA devices .................................. 122
7.5.1 Functions of GENPADSB and GENPAGWDSB ............................................................................ 122
7.6 Generic Drive Device Support Block (DRIVEDSB) ..................................................................................... 124
7.6.1 Functions of DRIVEDSB ................................................................................................................ 126
7.7 CEAG Device Support Block (CEAGDSB) ................................................................................................... 129
7.7.1 I/O modules supported by the CEAGDSB ...................................................................................... 129
7.7.2 Functions of CEAGDSB .................................................................................................................. 131
7.8 Siemens AS-i Link Device Support Block (Siemens DP/AS-i-Link DSB) ................................................... 134
7.8.1 Functions of Siemens AS-i Link ...................................................................................................... 134
7.9 Siemens ET200M Device Support Block (Siemens ET200M DSB) ............................................................. 138
7.9.1 I/O modules supported by the Siemens ET200M DSB ................................................................... 138
7.9.2 Functions of Siemens ET200M DSB .............................................................................................. 140
7.10 Turck Excom Device Support Block (Turck Excom DSB) .......................................................................... 142
7.10.1 I/O modules supported by the Turck Excom DSB ........................................................................ 143
7.10.2 Functions of Turck Excom DSB .................................................................................................... 144
7.11 UDT support for DSB blocks ....................................................................................................................... 146
7.12 Guidelines for configuring DSBs ................................................................................................................. 147
7.13 Configuring a Generic Device Support Block .............................................................................................. 148
7.14 Configuring a device-specific DSB .............................................................................................................. 150
7.15 About initialization of AO/DO channels from user-defined values ............................................................. 152
7.16 Configuring the PDC ................................................................................................................................... 156
7.16.1 Generic DSB specific PDC configuration guidelines .................................................................... 157
7.16.2 Generic Drive DSB specific PDC configuration guidelines .......................................................... 158
7.16.3 Generic DSB for PA devices (GENPADSB and GENPAGWDSB) specific PDC configuration
guidelines ............................................................................................................................................. 160
7.16.4 CEAG DSB specific PDC configuration guidelines ..................................................................... 161
7.16.5 Siemens AS-I Link DSB specific PDC configuration guidelines ................................................. 162
7.16.6 Siemens ET200M DSB specific PDC configuration guidelines ................................................... 162
7.16.7 Turck Excom DSB specific PDC configuration guidelines ........................................................... 163
7.16.8 Guidelines for configuring Turck Excon DSB for reading HART data ........................................ 164
7.16.9 Guidelines for configuring Turck Excon DSB for gateway redundancy ....................................... 166
7.17 Alarms ........................................................................................................................................................... 167
7.17.1 About RIO (Remote IO) profile-based alarming ........................................................................... 168
7.17.2 Configuring alarms ........................................................................................................................ 169
7.18 Monitoring DSB block ................................................................................................................................. 171
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7.18.1 DSB block state after configuration and load ................................................................................ 171
7.18.2 DSB block status parameters ......................................................................................................... 174
7.18.3 Monitoring the DPV1 data records ................................................................................................ 174
7.18.4 DSB block icons ............................................................................................................................ 174
7.18.5 DSB block diagnostic alarms ......................................................................................................... 175
7.19 Setting the channel output values from Monitoring view ............................................................................ 178
7.19.1 Setting the analog output values .................................................................................................... 178
7.19.2 Setting the digital output values .................................................................................................... 178
7.20 DSB block station displays ........................................................................................................................... 180
7.20.1 Detail displays and faceplate names .............................................................................................. 180
7.20.2 Calling up the displays ................................................................................................................... 180
7.20.3 Detail display tab ........................................................................................................................... 181
8 PROFIBUS HART Input/Output Module (PBHIOM) Function Block ............................................... 187
8.1 PBHIOMB block overview ............................................................................................................................ 188
8.1.1 PBHIOMB block creation ............................................................................................................... 189
8.1.2 PBHIOMB block deletion ............................................................................................................... 189
8.2 PROFIBUS HART I/O channel ...................................................................................................................... 190
8.3 Functioning of PBHIOMB ............................................................................................................................. 192
8.4 Configuring a PBHIOMB block ..................................................................................................................... 193
8.4.1 Configuring a PBHCHANNEL block ............................................................................................. 196
8.4.2 Creating a new HART channel (PBHCHANNEL) when PBHIOMB is loaded ............................. 197
8.5 Monitoring a PBHIOMB block ...................................................................................................................... 198
8.5.1 PBHIOMB block state after configuration and load ....................................................................... 198
8.5.2 PBHIOMB block status parameters ................................................................................................. 198
8.5.3 About auto-discovery of HART devices .......................................................................................... 199
8.6 Monitoring the PBHCHANNEL block .......................................................................................................... 201
8.6.1 PBHCHANNEL HART Status-related parameters ......................................................................... 201
8.6.2 PBHCHANNEL HART Notification-related parameters ................................................................ 202
8.6.3 PBHCHANNEL HART Variables-related parameters .................................................................... 202
8.6.4 PBHCHANNEL HART Identification-related parameters .............................................................. 203
8.6.5 HART alarms/events processing ...................................................................................................... 204
8.6.6 HART alarms/event regeneration .................................................................................................... 205
8.7 PBHIOMB block station displays .................................................................................................................. 206
8.8 PBHCHANNEL station displays .................................................................................................................... 209
9 PROFIBUS I/O Module (PIOMB) Function Block ............................................................................. 211
9.1 PIOMB block overview .................................................................................................................................. 212
9.1.1 PIOMB block creation ..................................................................................................................... 212
9.1.2 PIOMB block deletion ..................................................................................................................... 212
9.2 PROFIBUS I/O channel blocks ...................................................................................................................... 213
9.3 Functioning of PIOMB .................................................................................................................................. 215
9.3.1 Example to illustrate operations affecting the control behavior ...................................................... 216
9.4 Configuring a PIOMB .................................................................................................................................... 221
9.5 Assigning a PROFIBUS Channel to PIOMB ................................................................................................. 223
9.6 Monitoring PIOMB block ............................................................................................................................... 225
9.6.1 PIOMB block state after configuration and load ............................................................................. 225
9.6.2 PIOMB block status parameters ...................................................................................................... 226
9.6.3 PIOMB block icons ......................................................................................................................... 226
9.6.4 PIOMB notifications ........................................................................................................................ 226
9.7 PIOMB block station displays ........................................................................................................................ 227
9.7.1 Detail displays and faceplate names ................................................................................................ 227
9.7.2 Calling up the displays ..................................................................................................................... 227
9.7.3 Detail displays tabs .......................................................................................................................... 227
10 PROFIBUS Gateway Module (PGM) Configuration Example ....................................................... 233
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11 Loading PROFIBUS Gateway Module (PGM) ................................................................................. 237
11.1 Initial load order guidelines .......................................................................................................................... 238
11.1.1 Loading PGM function blocks ....................................................................................................... 238
11.2 Loading a PGM ............................................................................................................................................. 240
11.3 Reloading the PGM function blocks ............................................................................................................. 241
12 PROFIBUS Gateway Module (PGM) Maintenance ......................................................................... 243
12.1 Periodic checks ............................................................................................................................................. 244
12.2 Replacing a non-redundant PGM ................................................................................................................ 245
12.3 Replacing a redundant or secondary PGM ................................................................................................... 246
12.4 Replacing a non-redundant PGM IOTA board ............................................................................................. 247
12.5 Replacing a redundant or secondary PGM IOTA board ............................................................................... 248
13 PROFIBUS Gateway Module (PGM) Troubleshooting ................................................................... 249
13.1 Behavior of PGM during fault scenarios ...................................................................................................... 250
13.1.1 Loss of communication between PGM and C300 ......................................................................... 250
13.1.2 Loss of communication between PGM and slave device ............................................................. 250
13.1.3 Loss of communication between the PGM and control strategies ................................................ 251
13.1.4 CEEC300 state is changed to Idle ................................................................................................ 251
13.1.5 Inactivation of PIOMB .................................................................................................................. 251
13.1.6 Deletion of PIOMB ........................................................................................................................ 251
13.1.7 PGM power failure ........................................................................................................................ 252
13.1.8 Removal of PGM from IOTA ........................................................................................................ 252
13.1.9 Mismatch of the slave device and the master addresses ................................................................ 252
13.1.10 Experion server switchover ......................................................................................................... 252
13.2 Fault Classifications ...................................................................................................................................... 253
13.3 Initial checks ................................................................................................................................................. 254
13.4 Fixing common problems ............................................................................................................................. 256
13.5 Getting further assistance ............................................................................................................................. 262
14 Glossary of Terms and Acronyms .................................................................................................. 265
15 Notices .............................................................................................................................................. 269
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CONTENTS
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1 About This Guide
This guide provides information that will assist you in planning and designing activities as well as installation,
configuration, operation and troubleshooting of the Profibus Gateway Module (PGM).
This guide:
• Introduces the various blocks of the PGM.
• Describes how to create and configure the PGM blocks.
• Provides information on monitoring and troubleshooting the PGM blocks.
Attention
This document is structured such that complete information related to a block is available in one chapter. For example,
the PROFIBUS I/O Module (PIOMB) Function Block chapter contains the following information related to PIOMB
block:
• PIOMB block overview
• PROFIBUS I/O channel blocks
• Functioning of PIOMB
• Configuring a PIOMB
• Monitoring a PIOMB
• PIOMB block station displays
Revision history
Revision Date Description
A February 2015 Initial release of the document.
B March 2015 Addressed the PAR 1-3KVSR5A.
C July 2017 PAR 1-49RLJ9Z information updated in the document.
D April 2018 Updated “PGM topology” and “Profibus cabling guidelines”
sections in the document.
E June 2018 Updated “PGM overview” section in the document.
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1 ABOUT THIS GUIDE
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2 PROFIBUS Gateway Module (PGM) Overview
The PROFIBUS Gateway Module is an interface module that can be used with C300 Controller to connect and
communicate with the Profibus devices. The PGM is developed in the Series C form factor for use with the
C300 Controller. The PGM module is an FTE resident module.
As a PROFIBUS gateway, PGM is always a master and communicates with the PROFIBUS compatible slave
devices.
The PGM supports the following functions.
• Redundancy
• Experion events and alarms
• Experion Bulk Build utility
• Experion import/export functionality
• Qualification and Version Control
• Peer-to-peer communications
Attention
The PGM does not retain RAM across power failure using a battery backed RAM. However, it does retain its
configuration in Flash and can resume normal operation upon power up.
PROFIBUS Communication Profiles
The following information is extracted from the PROFIBUS Technical Description describing the PROFIBUS
DP communication profile as defined by the PROFIBUS Standard Definition (EN 50170):
PROFIBUS DP - Decentralized Periphery (DP) is the most frequently used PROFIBUS communication profile.
It is optimized for speed, efficiency and low connection costs and is designed especially for communication
between automation systems and distributed peripherals.
PROFIBUS DP Overview
PROFIBUS DP is a master/slave, token passing network, which utilizes a request/response protocol. Basic data
exchange operations ensure that on a periodic basis, the master sends an output message to each slave device,
which responds in turn with an input message. PROFIBUS DP is typically used as an I/O network. As
compared to a traditional I/O network architecture that requires dedicated wiring between each I/O module and
the controller device, PROFIBUS offers the advantage of a single network/bus on which all I/O peripheral
devices reside.
PROFIBUS PA Overview
PROFIBUS-PA is one of three PROFIBUS variants that are compatible with each other. PROFIBUS PA is
available for applications in process automation with a demand for bus power and intrinsically safe devices.
PROFIBUS PA is linked to the DP network with a coupler module. PROFIBUS PA supports the tree or line
structures and any combination of these two network topologies.
Related topics
“Overview of PGM components” on page 13
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“About DPV1 and HART enhancements for PGM” on page 14
“PGM topology” on page 15
“PGM data flow diagram” on page 17
“Data communication in PGM” on page 18
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2.1 Overview of PGM components
This section provides a brief overview of the major components of the PGM.
• Field Network Application (FNAPP) - The PGM does not contain a basic execution block. However, it
utilizes a set of services called the Field Network Application (FNAPP) to support the data access to and
execution of control objects. The main control objects of the PGM are the Protocol Blocks (PB) and the
Device Support Blocks (DSB). Each PB and DSB block is characterized by a set of parameters and an
algorithm. The execution of these blocks are based on event sequences (faster response). The FNAPP is
periodically triggered to consume data from the C300 and provide data to the C300.
• Device Support Block (DSB): The Device Support Block represents one of the PROFIBUS field devices
(slave devices) in the PROFIBUS network. A single PROFIBUS network can support up to 124 slave
devices. A single DSB can support up to 16 PDCs.
• Protocol Block (PBLINK): The Protocol Block represents one of the field network interfaces. The Protocol
Blocks are automatically created when a PGM block is created.
• Process Data Access (PDA) - PGM utilizes the PDA protocol for process data transfer between the C300
Controller and the PROFIBUS devices over the PROFIBUS network. The main purpose of using PDA is for
fast I/O protocol data transfer that provides optimized peer-to-peer communications between the PGM and
the C300 Controller over FTE.
• Process Data Collection (PDC) - A data structure that can store and map several input or output process data
items (channels) from a given slave device to one or more PIOMB blocks in the C300 Controller. The
PIOMB then presents data to control blocks in the CEE through a set of channels." For example, in Siemens
ET200M I/O rack, one PDC holds all real-time process data of one input or output I/O module. An I/O
module that has both inputs and outputs has two PDCs.
In PGM, each PDC represents a unique I/O module. However, if an I/O module is a mixed module (input
and output module), then the module is represented by two PDCs.
• PROFIBUS HART I/O Module Block (PBHIOMB) – This block is used for supporting HART over
PROFIBUS profile. This block represent a HART IOM in the Remote Input/Output (RIO) slave and enables
you to configure the HART devices.
• PROFIBUS HART Channel Block (PBHCHANNEL) – This channel block is used for supporting HART
configuration and monitoring. Therefore, the CMD48 data can be monitored and used for generating alarms
and events in Experion system.
• DPV1 read/write support – Device Support Blocks (DSBs) are enhanced to support DPV1 data record read/
write.
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2.2 About DPV1 and HART enhancements for PGM
DPV1
PROFIBUS-DPV1 supports acyclic data communication between master and slaves for the standard functions
of PROFIBUS-DP. A Class1 master (PGM) controls the cyclic exchange of process data with the slaves. Using
the acyclic communication functions, (PROFIBUS-DPV1) PGM now supports acyclic data communication to
the slaves in addition to the cyclic process data.
Acyclic data transfer exists wherever slave devices provide several parameterization options during operation.
Typically, the parameters of a device such as limit values, rotational speed or torque, operation mode, generation
of an error list, and generating alarms, are parameterized during operation.
HART enhancements
PGM is enhanced to support HART over PROFIBUS profile. The PBHIOMB represents a HART IOM in RIO
slave and it is associated to a PDC in the DSB, which is connected to the Protocol block.
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2.3 PGM topology
The following figure depicts the non-redundant PGM topology.
The following figure depicts the non-redundant PGM-PROFIBUS topology.
The following figure depicts the redundant PGM topology.
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The following figure depicts the redundant PGM-PROFIBUS topology.
Attention
The wiring diagrams provided in the PGM architecture and topology section is used for illustration purposes only and
is not the recommended way of PROFIBUS cabling.
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2.4 PGM data flow diagram
The following figure depicts the data flow through the various components and blocks in the PGM architecture.
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2.5 Data communication in PGM
The following block diagram depicts the various data communication between the C300 Controller, PGM, slave
devices and the HART modules.
C300 PGM
IOM
PB Modular slave
HART Device
IOM IOM
PIOMB
PBHIOMB
DSB
Control Module
PB channels
PBHCHANNEL
Process data access
DPV1 data record access
PDC Configuration data flow
HARTdata access
HART
communication
DPV1
communication
CDA
communication
PDA communication
DPV0
communication
PDC configuration
flow
PDC configuration flow
CDA communication
CDA
communication
DPV1
communication
CDA
communication
Figure 1: Data communication between C300 Controller, PGM, slave devices and the HART modules
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3 PROFIBUS Gateway Module (PGM) Planning and
Design
The following sections provide information regarding the guides that you can refer to for a brief overview of the
Series C control hardware, PGM model details, and PGM performance data.
For more information on the PROFIBUS technology, you must refer to the PROFIBUS website.
For more information on the PROFIBUS devices, you must refer to the vendor-specific manuals.
Related topics
“Review Experion system capabilities” on page 20
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3.1 Review Experion system capabilities
Read the Overview document to understand the basic concepts and terminology, and appreciate the capabilities
of Experion.
Complement the information in this document with the data in the Server and Client Planning Guide to cover
all aspects of an Experion installation.
Refer to the Server and Client Planning Guide for planning and design topics for Experion servers and clients
as well as information about adding third-party controllers.
Refer to the Control Hardware Planning Guide for a general discussion of planning activities for Experion
control hardware that covers the following:
• Initial planning and design
• Control network considerations
• Control hardware configuration
• Site selection and planning
• Control processing considerations
• Application licensing considerations
Refer to the PROFIBUS Interface Implementation Guide to understand the basic concepts and terminologies of
PROFIBUS.
Refer to the CEAG Remote I/O Modules and Easy-COM LB8106/FB8206 Instruction Manual for more
information on the CEAG remote I/O modules.
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