Bosch FPA-5000 User manual

FPA-5000 OPC-Server
FSM-5000-OPC
en User Guide

Table of contents
1Purpose 4
2Preconditions 6
3Installation 7
3.1 Installation of FSM-5000-OPC Software 7
3.2 Remote Access to the FSM-5000-OPC Server from the Building Integration System (BIS) 7
3.3 Backward Compatibility 9
3.3.1 Package: BIS600StateConversion.msi 9
3.3.2 Package: LanguageDependentCommand.msi 9
4Step-by-Step Configuration 10
4.1 FSP-5000-RPS 10
4.2 Panel Controller MPC-xxxx-B or MPC-xxxx-C 11
4.3 PC/Server 11
5Troubleshooting 12
6Technical data 13
7Appendices 15
7.1 Appendix A.1 - State Table 1 15
7.2 Appendix A.2 - State Table 2 17
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Purpose
This document contains information on accessing and controlling FPA-5000 networks via OPC
using the FSM-5000-OPC server. It is designed to aid in successfully configuring the FPA-5000
network and the corresponding FSM-5000-OPC server to enable communication between the
two via a single or redundant Ethernet connection. In completing these steps successfully a
functional interface is provided for a subsequent connection to BIS 2.x which functions as
OPC client.
Notice!
Setting up and configuring an FPA-5000 network controlled by an OPC server requires basic
IT knowledge.
The information refers to FSM-5000-OPC Version 1.1.11 and later and supported FPA-5000
software.
RSN 001
RSN 002
RSN 003
Ethernet
192.168.1.2
255.255.255.0
FPA_OPC
RSN 004
Cat. 5
Cat. 5
CAN
RSN 003
Figure 1.1: FPA-5000 network controlled by an OPC server with single Ethernet connection
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RSN 002
RSN 003
Ethernet
192.168.1.2
255.255.255.0
FPA_OPC
RSN 004
Cat. 5
Cat. 5
CAN
RSN 003
RSN 001
switch
RSN 001
Figure 1.2: FPA-5000 network controlled by an OPC server with redundant panel
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Preconditions
The following must be available to set up an OPC server in an FPA-5000 network:
– FPA-5000 network with MPC-xxxx-B or MPC-xxxx-C
– ADC-5000-OPC license card
– Latest FSP-5000-RPS installation CD
– The correct FSM-5000-OPC Server version for the respective FPA-5000 release (available
on FSP-5000-RPS installation CD or download from Extranet). Look up the compatible
version in the readme file of the FSM-5000-OPC software.
– Existing Ethernet network with Cat. 5e cable
– PC to install FSM-5000-OPC on
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Installation
Installation of FSM-5000-OPC Software
Task: FSM-5000-OPC is running on a PC.
Notice!
.NET Framework 2.0 must be installed to run FSM-5000-OPC. If it is not present install it from
the Pre-Requisites folder of the FSP-5000-RPS installation CD or download it from http://
www.microsoft.com/downloads/en/default.aspx
1. On the setup disc open the folder that contains the FSM-5000-OPC installation.
2. Click “FPA5000OPCServer.msi” and follow the installation instructions.
3. Open the Configuration Editor:
Start → All Programs → Bosch → FPA5000OPC-Server and run Configuration Editor
or open Windows Explorer, navigate to
C:\Program Files\Bosch\FPA 5000OPC-Server and run ConfigEditor.exe
or for FSM-5000-OPC version 1.2 right click on the respective icon in the taskbar
notification area and choose “Configuration”.
4. Under the “Communications“ tab adopt the settings that were entered for the node
“FPA5000 OPC Server” in the RPS configuration.
5. Configure the Windows firewall. The configuration depends on the operating system and
the used firewall.
6. Restart the system.
FSM-5000-OPC will be running after restart, indicated by a notification icon in the taskbar
notification area.
Notice!
The installation of FSM-5000-OPC is only released for the Windows operating systems listed
in Technical data, page 13. For other operating systems the installation may succeed but
was not tested and is therefore on your own risk.
Remote Access to the FSM-5000-OPC Server from the Building
Integration System (BIS)
Task: FSM-5000-OPC is running on a PC in your local network interconnected with the panel
network. The OPC client application runs on a PC of the Building Integration System (BIS) in
the same local network. It remotely accesses the FSM-5000-OPC server.
Server side PC
Notice!
Consider the naming conventions for users, groups and passwords (“MgtS-Service”
“BISUsers“) given in this description. The Building Integration System (BIS) internally makes
use of these conventions. As BIS internally always assumes the same user and password by
convention it is not necessary to logon as a distinct user or enter the password. If you
remotely access the FSM-5000-OPC server with another client, you are free to choose names
and a password on the server side, as long as you specify the matching logon when your
client connects to the OPC server.
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3.1
3.2
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All of the following settings refer to the PC running the OPC server.
Notice!
The following steps are based on the Windows XP operating system. For all other operating
systems the paths to the respective dialogs might be slightly different.
Create user „MgtS-Service“ manually
1. Go to Start – Settings – Control Panel – Administrative Tools – Computer Management
– Local Users and Groups – Users and enter the following values:
–Username (case sensitive): "MgtS-Service"
–Password: Please contact BIS customer support if it is the BIS client you are using.
–Member of group: Administrators
–User must change password at next logon: NO
–User cannot change password: YES
–Password never expires: YES
2. Tab Local Security Settings:
–Log on as a service: YES
–Log on as a batch job: YES
Notice!
The user name and password must be identical with the user of the login server.
Create group BISUsers manually
1. Go to Start – Settings – Control Panel – Administrative Tools – Computer Management
– Local Users and Groups – Groups and enter the following value:
– Group name (case sensitive): "BISUsers"
2. Add the user “MgtS-Service” to that group
3. Add the user who logs in from the operating system of the login server and who operates
the ConfigurationBrowser to that group too.
DCOM-Settings for the group BISUsers
1. Click Start > Run....
2. Type dcomcnfg <ENTER>.
3. Open the tree on the left side: Console Root > Component Services > Computers > My
Computer.
4. Right click on My Computer and choose Properties.
5. Choose the COM Security tab.
6. Add the new group “BISUsers” by using Access Permissions – Edit Defaults – allow
Local and Remote Access.
7. Add the new group “BISUsers” by using Launch and Activation Permissions – Edit
Defaults – allow Local and Remote Launch and allow Local and Remote Activation.
8. Add the new group “BISUsers” by using Launch and Activation Permissions – Edit Limits
– allow Local and Remote Launch and allow Local and Remote Activation.
9. Reboot the PC.
Set Local Security Policy
Perform the following procedure to set the Local Security Policy.
For operating systems Windows XP / Windows Server 2003 / Windows 7 / Windows Server
2008:
1. Go to Start - Control Panel - Administrative Tools, and select Local Security Policy.
2. Open the tree on the left side: Security Settings - Local Policies- Security Options.
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3. Select on the right side: Network access: Sharing and security model for local accounts.
4. Right click on this selection to open Properties and choose Classic– local users
authenticate as themselves.
5. Close all windows and restart the PC.
6. Open dcomcnfg and go to services (Local).
7. Select FPA5000OPCServer - Properties and open the Log-On tab
8. Choose radio button This Account – User: MgtS-Service and the password.
9. You are requested to restart the service in order to activate the changes. Select Stop and
Start (or Restart).
Client side PC
On the PC running the FSM-5000-OPC client software connect to the server with the same
logon you used to start the service. This also applies if you install both on the same PC. The
OPC server installation routine installs the service for the local system account by default.
Change the service to “MgtS-Service” when you use the OPC server with BIS.
Backward Compatibility
There are two setup packages to provide backward compatibility.
To install the respective file
1. Go to the Compatibility folder on the setup disk
2. Double click the respective msi-file
Notice!
Only use these packages if you require compatibility with solutions designed for versions
prior to version 1.1 of FSM-5000-OPC server.
Package: BIS600StateConversion.msi
Description: States of the OPC server mapped to an offset of 600 instead of line status
designed for backward compatibility of OPC Server version 1.1 with older clients. For instance
configurations read by BIS 1.0.x requires it in order to work with the 1.1.x OPC Server.
Precondition: OPC Server ≥ 1.1.x installed.
Postcondition: Registry entry for OPC configuration set.
Package: LanguageDependentCommand.msi
Description: The commands are language dependent like OPC Server 1.0.x. Designed for
backward compatibility of OPC Server version 1.1 with older clients. For instance
configurations read by BIS 1.0.x requires it in order to work with the 1.1.x OPC Server.
Precondition: OPC Server ≥ 1.1.x installed
Postcondition: Registry entry for OPC configuration set.
3.3
3.3.1
3.3.2
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Step-by-Step Configuration
FSP-5000-RPS
1. Open the FSP-5000-RPS programming software.
2. In an existing 2.x configuration select “Nodes” in the tree view and choose “Create
FPA-5000 OPC- Server” in the context menu.
A new node with name FPA-5000 OPC-Server is created and a dialog box for configuration
is opened.
3. Configure the OPC server node.
Enter the virtual RSN and logical node.
4. Choose IP Settings... to enter the IP settings dialog.
5. Edit the fields accordingly. IP Address and Subnet Mask are mandatory fields, Gateway
is optional.
Notice!
The settings must match the network adapter/card settings of the computer the FSM-5000-
OPC Server will be installed on!
The values of Net Group and Node Address, the RSN and the IP address are required to
configure the OPC server.
6. Confirm your changes with OK and leave the dialog.
7. Double-click on the FPA-5000 panel node that will be physically connected to the
Ethernet.
A dialog box for configuration opens.
8. Choose IP Settings... to enter the IP settings dialog.
9. Edit the fields accordingly. Panels not directly connected to the Ethernet are not assigned
an IP address.
10. Confirm your changes with OK and leave the dialog.
11. Double-click on the “FPA-5000” node, e.g. “FPA 5000 – 1.1 – RSN
A dialog box for FPA-5000 additional configuration opens
12. Select OPC Server under a vacant Inserted address card(s) field.
Notice!
It is mandatory that this FPA-5000 node is then assigned to the OPC server!
13. Choose the country and the language from the list
Notice!
Take care about the country and language settings. BIS 2.x will display commands and
detector names in the selected language.
14. Confirm your settings with OK and leave the dialog.
15. Double click on Assigned servers.
A dialog box opens.
16. Assign the panel to the OPC server. Repeat this task for each node that is to transmit its
states to the OPC server.
17. Confirm your changes with OK and leave the dialog.
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Panel Controller MPC-xxxx-B or MPC-xxxx-C
1. Insert the ADC-5000-OPC card into one of the vacant address card slots.
2. Go to the node that has been assigned an IP address and connect the Cat.-5 cable to the
MPC‑xxxx‑B or MPC‑xxxx‑C “Ethernet” port (RJ45).
PC/Server
1. Connect the Cat.-5 cable to the PC Ethernet port. Afterwards open the DOS command
window and successfully “ping” the panel controller.
2. Right click on the OPC icon in the taskbar notification area and open the Connection
dialog. A list with all identified panels and their respective connection status is displayed.
If the configuration was successful, all panels which are assigned to the OPC server
should have the status “connected”.
You can also find these information in a log file, located on C:\Program Files\Bosch
\FPA5000 OPC-Server\Log (for Windows XP, might be slightly different for other
operating systems).
4.2
4.3
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Troubleshooting
If the configuration of the FSM-5000-OPC server doesn’t work with the FPA-5000 network try
the following:
– Confirm on the panel controller that the IP address is assigned and “ping” the OPC
server.
– If the Ping request is answered but the configuration still doesn’t work please check
– all settings on the panel,
– all settings in the FSM-5000-OPC Configuration Editor,
– the Ethernet adapter settings in the Window’s System Configuration.
– De-activate firewall
– Follow these steps:
– Stop OPC (see “Service” tab in Configuration Editor)
– Delete bin file(s) under C:\MPOPCServer\Repository
– Start OPC → A new file per node will be created.
– If no elements are shown, check whether the Repository folder exists and whether it
contains a bin file for each node. The files are located under C:\MPOPCServer\Repository.
– On the MPC panel controller go to Diagnostics – Network – Routing table.
A table with routing information is displayed. All networked nodes that can be reached via
the panel and that are recognized within the system network are displayed under Node.
Aside the respective interfaces via which the connected network nodes are connected to
the panel are displayed. If the OPC server configuration is correct there must be an entry
under Node with the RSN of the OPC server node and the interface “UDP tunnel”.
– Make sure that the panel controller does not show any troubles which could concern the
OPC server node or the network communication in general.
– Verify that OPC card is detected by panel:
Choose in the start menu of the panel controller: Diagnostics - Hardware - Address cards
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Technical data
Supported OPC standards:
– DA 2.0
– AE 1.01
Other Standards
– “BIS Common Requirements” (Bosch standard).
Supported operating systems:
– Windows XP Professional
– Windows 2003 Server 32-bit
– Windows 2008 Server 64-bit
– Windows 2008 Server R2 64-bit
– Windows 7 32-bit
– Windows 7 64-bit
Limits
For each panel approximately 2000 OPC items can be created in maximum configuration.
Memory
For configuration data caching a file with approximately 200kb is stored for each panel in the
repository folder.
Licensing
Each OPC Server requires an OPC license card (ADC-5000-OPC) in one of the assigned
FPA-5000 panels.
Additional Information
LAN Technology Specifications:
Name IEEE Standard Data Rate Media Type Maximum
Distance
Ethernet 802.3 10 Mbps 10Base-T 100 meters
Fast Ethernet/
100Base-T
8ß2.3u 100 Mbps 100Base-TX
100Base-FX
100 meters 2000
meters
Gigabit Ethernet/
GigE
802.3z 1000 Mbps 1000Base-T
1000Base-SX
1000Base-LX
100 meters
275/550 meters
550/5000 meters
10 Gigabit
Ethernet
IEEE 802.3ae 10 Gbps 10GBase-SR
10GBase-LX4
10GBase-LR/ER
10GBase-
SW/LW/EW
300 meters
300m MMF/ 10km
SMF
10km/40km
300m/10km/40km
Guide to Ethernet Coding
10 at the beginning means the network operates at 10Mbps.
BASE means the type of signaling used is baseband.
2 or 5 at the end indicates the maximum cable length in meters.
Tat the end stands for twisted-pair cable.
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Xat the end stands for full duplex-capable cable.
FL at the end stands for fiber optic cable.
For example: 100BASE-TX indicates a Fast Ethernet connection (100 Mbps) that uses a
twisted pair cable capable of full-duplex transmissions.
Cable Grade Capabilities
Cable Name Makeup Frequency
Support
Data Rate Network
Compatibility
Cat-5 4 twisted pairs of
copper wire --
terminated by
RJ45 connectors
100 MHz Up to 1000Mbps ATM, Token Ring,
1000Base-T,
100Base-TX,
10Base-T
Cat-5e 4 twisted pairs of
copper wire --
terminated by
RJ45 connectors
100 MHz Up to 1000Mbps 10Base-T,
100Base-TX,
1000Base-T
Cat-6 4 twisted pairs of
copper wire --
terminated by
RJ45 connectors
250 MHz 1000Mbps 10Base-T,
100Base-TX,
1000Base-T
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Appendices
Appendix A.1 - State Table 1
OPC Item Value Internal Panel
Compound State
Description
600 Invalid
601 Normal
602 Fault
603 Fire
604 Fire Pre 1st state AND / Cross zoning
605 Fire verify Alarm Verification
606 Heat
607 Supervisory Supervisory Error
608 Smoke
609 Activate
610 Activation failed
611 Tamper
612 Cover open Cover is open
613 Paper out Paper is out
614 Threshhold Alarm 1st stage fire, threshold
615 Trouble light Light trouble, e.g. C-Sensor of a combined detector
not working
616 Panel Restart by
Watchdog
Panel restarted by watchdog
617 On
618 Off
619 Pollution
620 Pollution light
621 Monitor
622 Water
623 Power Fail
624 Manual Alarm
625 Fire PAS PAS (Wait for acknowledge)
626 Fire PAS PAS (Investigate)
627 Address card change Address card changed
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7.1
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628 Not enough address
space
Address card changed and now there are less
addresses licensed than points configured
629 Address card tamper The countdown after address card removal is
finished, addresses are to be switched off
630 Fire internal Internal fire, results from a usage type “FIRE_INT”
631 Error Indicates an invalid value for a logical state since
INVALID is used elsewhere in the system
632 Unknown For state stor use only
633 internal use Wild card
634 Configuration
mismatch
Mismatch of network configuration (topology
information)
635 Unknown item Unconfigured item i.e. network node detected
636 Missing Configured item i.e. network node NOT detected,
for internal items currently trouble used
637 Incompatible
software
Incompatible software detected for nodes in
network
638 Incompatible network
protocol
Incompatible network protocol version detected for
nodes in network
639 internal use
640 internal use
641 Walktest Normal
642 Walktest Fault
643 Walktest Activate
644 Walktest Activation
failed
645 Walktest On
646 Walktest Off
647 Walktest Alarm
648 Bypass Normal
649 Bypass Fault
650 Bypass Activate
651 Bypass Isolated
Activation failed
652 Bypass Alarm
653 Isolate Normal
654 Isolate Fault
655 Isolate Activate
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656 Isolate Activation
failed
657 Isolate Alarm
658 Normal Day Mode
659 Fault Day Mode
660 Alarm Day Mode
Table 7.1: Appendix A.1 - State Table 1
Appendix A.2 - State Table 2
OPC Item Value Description LZ Name
0 Missing Zone FG
1 Detector masking MAD
2 Fade-out/Skip ABL
3 Zone switch off ABS
4 Detector test TST
5 Stand-by/Control off GE
6 Breakdonw centr. part G8
7 Control On STE
8 Malfunction ground ES
9 Criterion -4 K4
10 Criterion -3 K3
11 Criterion -2 K2
12 Malfunction generic G0
13 Emergency alarm H1
14 Int-Fire F3
15 Pre-Fire F2
16 Ext-Fire (TU) F1
17 Trigger disarmed A6
18 Intern-Alarm A5
19 Int-Sabotage A4
20 Ext-Sabotage (TU) A3
21 Ext-Intrusion (TU) A2
22 Hold-up Alarm (TU) A1
23 Ext-Malfunction.(TU)/Ext-Fire. (TU) A0
24 Stand-by/Off PE
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25 On P2
26 Acknowledgement P3
27 Malfunction P4
28 Malfunction power supply P5
29 Switch Off P6
30 Alarm verification TEL
31 Address Blocking ASP
32 Triggering generic R-FG
33 Maint.-Stand-by OMM R-GE
34 Maint.-Light Pollution R-G0
35 Maint.-Heavy Pollution R-G2
36 Maint.-Alarm OMM R-AL
37 Maint.-Stand-by/Control Off R-GE
38 Maint.-Breakdown Centr. Part R-G8
39 Maint.-Control On R-STE
40 Maint.-Malfunction Ground R-ES
41 Maint.-Criterion-4 R-K4
42 Maint.-Criterion -3 R-K3
43 Maint.-Criterion -2 R-K2
44 Maint.-Malfunction R-G0
45 Maint.-Emergency Alarm R-H1
46 Maint.-Int-Fire R-F3
47 Maint.-Pre-Fire R-F2
48 Maint.-Ext-Fire R-F1
49 Maint.-Triggering R-A6
50 Maint.-Intern Alarm R-A5
51 Maint.-Alarm Thermo (UGM) R-A4
52 Maint.-Alarm Optics (UGM) R-A3
53 Maint.-Ext-Intrusion (UGM) R-A2
54 Pollution (UGM) R-A1
55 Maint.-Malfunction-Ext R-A0
56 Stand-by R-R/Max (UGM) R-PE
57 Stand-by ThermoMax (UGM) R-P2
58 Stand-by Optics (UGM) R-P3
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59 Alarm Pre-Level (UGM) R-P4
60 Fire-Int Thermo (UGM) R-P5
61 Fire-Int Optics (UGM) R-P6
62 Fire-Ext Thermo (UGM) R-TEL
63 Fire-Ext Optics (UGM) R-ASP
64 Stand-by R-R/Max GE-TD
65 Stand-by TMax GE-TM
66 Stand-by Optics GE-O
67 Stand-by Combi GE-K
68 Light Pollution V2
69 Heavy Pollution V1
70 Heavy Pollution (Qty.) V0
71 Alarm Pre-Level Ion AV-I
72 Alarm Pre-Level Optics AV-O
73 Alarm Pre-Level Thermo AV-T
74 Alarm Pre-Level Combi AV-K
75 Maint.-Alarm Optics R-F1-O
76 Maint.-Alarm Thermo R-F1-T
77 Maint.-Alarm Combi R-F1-K
78 Fire-Ext Opt F1-O
79 Fire-Ext Thermo F1-T
80 Fire-Ext Combi F1-K
81 Call Fire Brigade FWR
82 Fire-Pre (TU) F2-E
83 Fire-Int Opt F3-O
84 Fire-Int Therm F3-T
85 Fire-Int Combi F3-K
86 Hold-up alarm with menace (TU) A1-B
87
88 Stand-by Day/Internal T-GE
89 Periph. Control On P8
90 Light Malfunction G1
91 Line Malfunction G2
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93 Triggering Disarmed A7
94 Mains Fault
95 Battery Fault
Table 7.2: Appendix A.2 - State Table 2
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