Honeywell EPDOC-XX56-en-516A Reference Manual
Experion PKS
Release 516
Honeywell FSC Integration Reference
EPDOC-XX56-en-516A
August 2020
DISCLAIMER
This document contains Honeywell proprietary information. Information contained herein is to be used solely for the purpose submitted, and no part of this document or its contents shall be reproduced, published, or disclosed to a third party without the express permission of Honeywell International Sàrl.
While this information is presented in good faith and believed to be accurate, Honeywell disclaims the implied warranties of merchantability and fitness for a purpose and makes no express warranties except as may be stated 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 2020 - Honeywell International Sàrl
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Contents
CONTENTS
Contents |
3 |
Chapter 1 - Planning considerations for Honeywell FSC controllers |
5 |
Devices supported by the HoneywellFSC interface |
6 |
Other documentation for HoneywellFSC |
7 |
FSC-specific terms |
7 |
Differences between serialand Ethernet controllers |
8 |
Architectures for HoneywellFSC |
8 |
Serial connections for Honeywell FSC |
8 |
Ethernet connections for Honeywell FSC |
11 |
Communication settings for HoneywellFSC |
13 |
Serial connection settings for Honeywell FSC |
13 |
Ethernet connection settings for Honeywell FSC |
14 |
Assigning SER numbers for sequence of events |
15 |
Reserved SER numbers |
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Interpreting SOE lines |
17 |
Chapter 2 - Honeywell FSC channel and controller reference |
19 |
Main properties for a HoneywellFSC channel |
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Port properties for a HoneywellFSC channel |
22 |
Main properties for a HoneywellFSC controller |
25 |
About time synchronization on Honeywell FSC controllers |
28 |
Optimizing HoneywellFSC scanning performance |
29 |
Chapter 3 - Honeywell FSC points reference |
31 |
Defining a HoneywellFSC address for a point parameter |
32 |
Chapter 4 - Troubleshooting Honeywell FSC issues |
37 |
Accessing diagnostics for an Ethernet controller |
38 |
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Contents
Testing HoneywellFSC communications with the server |
38 |
Troubleshooting HoneywellFSC communication errors for a serial |
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controller |
41 |
Troubleshooting HoneywellFSC communication errors for an |
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Ethernet controller |
41 |
Notices |
43 |
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CHAPTER
1 |
PLANNING CONSIDERATIONS FOR |
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HONEYWELL FSC CONTROLLERS |
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This reference provides the information you need to set up, configure, |
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and test FSC controller communications with the server. |
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Revision history |
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Description |
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A |
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August 2020 |
Initial release of document. |
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How to use this guide
These are the steps for connecting and configuring a Honeywell FSC controller. Complete each step before commencing the next.
Steps |
Go to |
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Determine FSC configuration |
Architectures for Honeywell FSC |
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Setting up the communications |
Communication settings for Honeywell |
parameters using the FSC configuration |
FSC |
software |
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Use FSC configuration software to set SER numbers
Use Quick Builder to define channels
Use Quick Builder to define controllers
Assigning SER numbers for sequence of events
•Honeywell FSC channel and controller reference
•"Build channels" topic in the Quick Builder User’s Guide
•Honeywell FSC channel and controller reference
•"Build controllers" topic in the
Quick Builder User’s Guide
Download channel and controller |
"Downloading items" topic in the Quick |
definitions to the server |
BuilderUser’s Guide |
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Chapter 1 - Planning considerations for Honeywell FSC controllers
Steps |
Go to |
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Test communications |
Testing Honeywell FSC |
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communications with the server |
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Troubleshooting communication errors |
Troubleshooting Honeywell FSC |
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communication errors for a serial |
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controller |
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Use Quick Builder to define points |
Defining a Honeywell FSC address for a |
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point parameter |
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Devices supported by the Honeywell FSC interface
The server supports serial and Ethernet FSC controllers.
The server communicates with:
n Serial controllers using a point-to-point or multi-drop RS-232 link and FSC Modbus protocol
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n Ethernet controllers using a proprietary protocol based on the |
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Modbus protocol |
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Serial devices supported by the Honeywell FSC |
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interface |
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The server supports the following serial FSC controller configurations: |
FSC-100 |
A single rack. |
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FSC-100R |
Two identical racks. Basically parallel FSC-100 configuration. |
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FSC-101 |
May consist of several racks. |
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FSC-102 |
Two Central parts and single I/O. |
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FSC-101R |
Two Central parts and redundant I/O. |
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FSC-202 |
Two Central racks and redundant I/O. |
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Chapter 1 - Planning considerations for Honeywell FSC controllers
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Ethernet devices supported by the Honeywell FSC |
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interface |
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The server supports the following Ethernet FSC controller |
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configurations. |
FSC- |
Single Central Part with single Ethernet connection |
1oo1D |
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FSC- |
Single Central Part with redundant Ethernet connection |
1oo1D |
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FSC- |
Redundant Central Parts with single Ethernet connection to each |
1oo2D |
Central Part |
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Other documentation for Honeywell FSC
This reference provides only supplemental information to interface FSC controllers with the server. For detailed information about installing and configuring FSC controllers, see the manufacturer's documentation.
FSC-specific terms
FSC
Fail-safe controller.
SER
Sequence of events recorder.
SER channel
An FSC setting required so that the server can extract SOE data from the controller. The server uses the SER channel to poll for SOE data.
SOE
Sequence of events.
Base SER Number
The unique ID assigned to a serial (non-Ethernet) controller so that the server can extract SOE data from that controller.
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Chapter 1 - Planning considerations for Honeywell FSC controllers
Differences between serial and Ethernet controllers
The server supports serial and Ethernet FSC controllers. However, these two controller types are different, and following differences apply:
nSerial controllers use Modbus; whereas Ethernet controllers use a proprietary protocol based on Modbus.
nThe diagnostic scan rate is not configurable in Ethernet controllers.
nThe Base SER is not required for Ethernet controllers.
nThere is a separate test utility for each type of controller.
nSystem Information and Extended Diagnostics are available for Ethernet controllers.
Architectures for Honeywell FSC
Honeywell FSC interface supports connection to the server via serial or Ethernet connection.
Serial connections for Honeywell FSC
The server communicates with serial controllers using a point-to- point or multi-drop RS-232 link and FSC Modbus protocol.
Point-to-point configuration
A point-to-point configuration consists of a controller with a single
COM module connected to a port on the server through a serial link.
Figure 1-1: Point-to-point configuration
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Chapter 1 - Planning considerations for Honeywell FSC controllers
Server
FSC Controller
Central part 1
Multi-drop configuration
A multi-drop configuration consists of a redundant FSC controller with two COM modules connected on the same serial link which connects to a single port on the server.
Note that this type of configuration does not constitute server communications redundancy, but it does provide a means of talking to a redundant FSC system across a single channel.
Figure 1-2: Multi-drop configuration
Server
FSC Controller
Central part 1
Central part 2
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Chapter 1 - Planning considerations for Honeywell FSC controllers
FSC network configuration
Using an FSC network configuration, a single FSC controller manages the data that the server requests or controls. One controller, designated as a 'master' controller, is responsible for gathering SOE data from the FSC network. This enables SOE data from any networked controller to be obtained from the master controller.
A master controller is also useful for time synchronization. The master controller is responsible for time synchronization on the FSC network—synchronizing the time on the master controller also synchronizes the time on 'slave' controllers. See the topic titled "About time synchronization on Honeywell FSC controllers" for more information.
Figure 1-3: FSC network
Server
FSC “Master” Controller
Central part 1
FSC Network - Slave and/or Master Controllers
Redundancy for serial controllers
Serial FSC controllers support communication redundancy. This is not the same as the multi-drop configuration. Communication redundancy involves a separate physical connection to communicate with the FSC controller.
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Chapter 1 - Planning considerations for Honeywell FSC controllers
Ethernet connections for Honeywell FSC
The server communicates with Ethernet controllers using a proprietary protocol based on the Modbus protocol. Process data connections to the FSC are made on TCP port 51000. Information scan connections to the FSC are made on TCP port 51001.
ATTENTION: Connecting or configuring a single FSC Ethernet controller to multiple servers is not a supported configuration.
Point-to-point configuration
A point-to-point configuration consists of a controller with a single COM module connected to a port on the server through an Ethernet link.
Figure 1-4: Point-to-point configuration
Server
FSC Controller
Central part 1
FSC network configuration
Using an FSC network configuration, a single FSC controller manages the data that the server requests or controls. One controller, designated as a 'master' controller, is responsible for gathering SOE data from the FSC network. This enables SOE data from any networked controller to be obtained from the master controller.
A master controller is also useful for time synchronization. The master controller is responsible for time synchronization on the FSC
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Chapter 1 - Planning considerations for Honeywell FSC controllers
network—synchronizing the time on the master controller also synchronizes the time on slave controllers. See the topic titled "About time synchronization on Honeywell FSC controllers" for more information.
Figure 1-5: FSC network
Server
FSC “Master” Controller
Central part 1
FSC Network - Slave and/or Master Controllers
Redundancy for Ethernet controllers
Ethernet FSC controllers support communication redundancy. Communication redundancy involves a separate physical connection to communicate with the FSC controller.
The server supports the following redundancy options:
nRedundant connection to a single Central Part via a single, redundant 10018/E/E COM module
nRedundant connection to redundant Central Parts via a single, non-redundant 10018/E/1. COM module on each Central Part
Figure 1-6: Redundancy options
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Chapter 1 - Planning considerations for Honeywell FSC controllers
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CP2 |
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Communication settings for Honeywell FSC
The communication settings are specific to the controller type (serial or Ethernet).
Serial connection settings for Honeywell FSC
The RS-232 connection is made to the controller's COM module, which can be of the following types:
n10004/./.
n10014/./.
Communication address
To communicate with a serial FSC controller, the server uses a communication address, which can be calculated using the FSC System number specified when configuring the controller.
You use the FSC configuration utility, FSC Navigator, to specify the FSC System number, which must be unique within a system of FSC controllers.
The communication address is equal to four times the FSC System number.
Modbus data tables and function codes
Serial FSC controllers use the following Modbus data tables and function codes.
In Quick Builder, you need to define a separate 'logical' controller for each data table to which the server needs access. For example, if the server needs access to the Discrete Output table and the and Input Register table, you need to define two logical controllers.
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