Siemens SIGMASYS C User manual

Category
Fire protection
Type
User manual

This manual is also suitable for

Multifunctional Danger Control
and Indicating Panels SIGMASYS
C and M (M-Modules)
Edition March 2007
BMT Project Planning Guidelines
Copyright and trade names
All product names are trademarks or registered trademarks of their respective companies.
Copyright ©
Siemens AG, I BT DE FS SYS, 2003 - 2008
All rights reserved.
Delivery subject to availability; right of technical modifications reserved.
All hardware and software names used are trade names and/or trademarks of the respec-
tive manufacturers.
Overview
Overview
1 Introduction ......................................................................................................... 1
2 Important notes ................................................................................................... 5
3 Guidelines for project planning ......................................................................... 7
4 Project planning for control and indicating panels ......................................... 9
5 Interfaces ........................................................................................................... 23
6 Functions ........................................................................................................... 31
7 Control unit connections.................................................................................. 37
8 Transponders and loop elements.................................................................... 41
9 Special control facilities ................................................................................... 55
10 Programming of control facilities .................................................................... 61
11 Power supply..................................................................................................... 69
12 Monitored lines.................................................................................................. 77
13 SIGMANET ......................................................................................................... 93
14 Order Overview................................................................................................ 103
15 Project planning examples............................................................................. 109
16 Appendix.......................................................................................................... 113
Figures ............................................................................................................. 123
Tables............................................................................................................... 125
Index................................................................................................................. 127
Multifunctional Danger Control and Indicating Panels SIGMASYS C and M (M-Modules)
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Inhalt
Inhalt
1 Introduction ......................................................................................................... 1
1.1 About the manual .................................................................................................. 2
1.2 Further information................................................................................................ 3
1.2.1 Documentation ...................................................................................................... 3
1.2.2 Information on the Internet .................................................................................... 3
1.2.3 Training courses.................................................................................................... 4
1.3 Notational conventions.......................................................................................... 4
2 Important notes ................................................................................................... 5
2.1 Notes on application of these project planning instructions. ................................. 6
2.2 Tools required ....................................................................................................... 6
3 Guidelines for project planning ......................................................................... 7
3.1 Limitations ............................................................................................................. 8
3.2 Guidelines for failure of the display unit and signal processor .............................. 8
3.3 Overvoltage protection measures ......................................................................... 8
4 Project planning for control and indicating panels ......................................... 9
4.1 Control and indicating panel selection................................................................. 10
4.1.1 Alarm numbers .................................................................................................... 10
4.1.2 Programming limitations at control and indicating panels ................................... 11
4.2 Selecting the installation location ........................................................................ 12
4.2.1 Fire protection system requirements ................................................................... 12
4.2.2 Control room requirements.................................................................................. 13
4.2.3 SIGMASYS control and indicating panel: installation dimensions....................... 13
4.3 SIGMASYS C control and indicating panel assignment...................................... 16
4.4 SIGMASYS M control and indicating panel assignment ..................................... 18
4.4.1 Assigning option slots in the SIGMASYS M ........................................................ 19
4.4.2 Layout of the SIGMASYS M................................................................................ 19
4.4.3 Dual SOC ............................................................................................................ 20
4.4.4 SOC P module (since end 2006)......................................................................... 20
4.4.5 SIGMANET P coupler (from mid-2006)............................................................... 21
5 Interfaces ........................................................................................................... 23
5.1 Overview of interfaces......................................................................................... 24
5.2 Printers................................................................................................................ 25
5.2.1 Protocol printer DL3750+ .................................................................................... 25
5.2.2 Protocol printer T2240/9 (DR 2030) .................................................................... 26
5.2.3 Thermal printer FD60 .......................................................................................... 26
5.2.4 Printer protocol converter.................................................................................... 27
5.3 GMA Manager (TOPSIS) .................................................................................... 27
5.3.1 Spur operating panels (Version 3.0 and later)..................................................... 27
5.3.2 D100 Interfaces (Version 3.0 and later) .............................................................. 28
6 Functions ........................................................................................................... 31
6.1 Event implementation.......................................................................................... 32
6.2 Daytime/Nighttime ............................................................................................... 32
6.3 Alarm organization .............................................................................................. 32
6.4 Two-detector-zone dependency.......................................................................... 33
6.5 Two-detector dependency................................................................................... 33
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6.6 Alarm buffering.................................................................................................... 33
6.7 Event delay.......................................................................................................... 33
6.8 Virtual inputs and outputs.................................................................................... 33
6.9 Changing ÜE assignment by command (from V3.2) ........................................... 34
6.10 Switching detector algorithms by command (from V3.2)..................................... 34
6.11 Time synchronisation .......................................................................................... 35
6.12 Variable SIGMALOOP cycle time........................................................................ 35
6.13 BMT/IMT mixed mode ......................................................................................... 35
6.14 Alarm counters .................................................................................................... 35
7 Control unit connections.................................................................................. 37
7.1 Local alarm (LA).................................................................................................. 38
7.2 Alarm transceiver (AT) ........................................................................................ 38
7.3 Key depot (KD).................................................................................................... 38
7.4 Fire brigade operating panel (FBF) ..................................................................... 38
8 Transponders and loop elements.................................................................... 41
8.1 General................................................................................................................ 42
8.2 Loop elements..................................................................................................... 42
8.2.1 Maxitransponder SPF 3500, 4STE control module ............................................. 42
8.2.2 Input/output module FDCIO222 (FDCI222)......................................................... 44
8.2.3 Fdnet Transponder FDCIO223 (from mid-2006) ................................................. 45
8.2.4 Contact coupler SPF 5300 .................................................................................. 47
8.2.5 SIGMASPACE gateway ...................................................................................... 48
8.2.6 Zone operating panel SPF 3300 ......................................................................... 48
8.3 Outputs................................................................................................................ 49
8.3.1 Indicator panel control facility SPF 3200............................................................. 49
8.3.2 Control module SPF 5100................................................................................... 49
8.3.3 Multiple control facility SPF 5200 ........................................................................ 50
8.3.4 External alarm display module SPF 3110 ........................................................... 50
8.3.5 SIGMALOOP Splitter (V2.6)................................................................................ 50
8.4 Technical data, voltage, current, dimensions...................................................... 52
8.5 Cycle time for signals from transponders and contact couplers.......................... 53
9 Special control facilities ................................................................................... 55
9.1 Extinguishing control module .............................................................................. 56
9.1.1 Gas extinguishing systems.................................................................................. 57
9.1.2 Preaction sprinkler extinguishing control module................................................ 57
9.1.3 SIGMALOOP extinguishing interface.................................................................. 58
9.1.4 FDnet extinguishing interface.............................................................................. 59
9.2 Close-and-retain systems (FSA) ......................................................................... 59
9.2.1 List of approved power supply units.................................................................... 60
10 Programming of control facilities .................................................................... 61
10.1 Description of control pattern .............................................................................. 62
10.1.1 AL/LA – Alerting facilities..................................................................................... 62
10.1.2 EV – Evacuation alarm (internal alarm)............................................................... 63
10.1.3 Control facility (ST).............................................................................................. 63
10.1.4 Monitored control lines according to VdS via transponder SPF 3500 ................. 63
10.1.5 Display (ANZ)...................................................................................................... 64
10.1.6 Close-and-retain system (FSA) control facility and fire section control facility.... 64
10.1.7 Detector display and event display control pattern.............................................. 64
10.2 Freely configurable control parameters from V3.2 .............................................. 65
10.3 Overviev of control criteria................................................................................... 66
10.3.1 Control Pattern AL (alerting facility), EV (evacuation alarm, ANZ (display) ........ 67
10.3.2 Control Pattern ST (control facility) ..................................................................... 68
BMT Project Planning Guidelines
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11 Power supply..................................................................................................... 69
11.1 Mains supply ....................................................................................................... 70
11.2 Earthing............................................................................................................... 70
11.3 Power supply....................................................................................................... 70
11.4 Battery................................................................................................................. 70
11.5 Current requirement calculation .......................................................................... 71
11.6 Measuring the battery capacity ........................................................................... 71
11.7 Power supply unit for the peripheral transponder/indicator panel ....................... 72
11.7.1 SIGMASYS empty housing ................................................................................. 73
12 Monitored lines.................................................................................................. 77
12.1 GMG-S module ................................................................................................... 78
12.1.1 Differences vis-à-vis AMI (SM88) or GMG (BMS)............................................... 79
12.2 Pulse-polling technology in SIGMASYS PMG-S ................................................. 79
12.2.1 Differences vis-à-vis AMP (SM88) or PMG (BMS) Vis-à-vis AMP ...................... 80
12.3 SIGMASYS monitored line.................................................................................. 81
12.3.1 Spur..................................................................................................................... 81
12.3.2 Loop .................................................................................................................... 81
12.3.3 SIGMALOOP detector algorithm......................................................................... 81
12.4 Line lengths in the loop/spur ............................................................................... 83
12.5 Load factors......................................................................................................... 84
12.6 FDnet – connecting SintesoTM elements ............................................................. 85
12.6.1 Detector network: ................................................................................................ 85
12.6.2 Supported Sinteso™ elements............................................................................ 86
12.6.3 Parameter sets for FDOOT, FDO and FDT detectors......................................... 87
12.6.4 Parameter sets for linear smoke detector FDL241-9 .......................................... 88
12.6.5 Parameter sets for alarm devices........................................................................ 89
12.6.6 Calculating the maximum number of elements and length of lead...................... 89
12.6.7 Load factors......................................................................................................... 90
13 SIGMANET ......................................................................................................... 93
13.1 Features .............................................................................................................. 95
13.1.1 Modem links in SIGMANET................................................................................. 96
13.2 Operation............................................................................................................. 97
13.2.1 Operating panels................................................................................................. 97
13.2.2 SIGMANET operating panel S24230-F130-A4 ................................................... 97
13.2.3 Operating panel variants ..................................................................................... 98
13.2.4 Operating panel displays..................................................................................... 99
13.2.5 Mobile operating panel........................................................................................ 99
13.3 AT release......................................................................................................... 100
13.3.1 Central AT release ............................................................................................ 100
13.3.2 Remote AT release ........................................................................................... 101
14 Order Overview................................................................................................ 103
15 Project planning examples............................................................................. 109
15.1 Layout of a SIGMALOOP at an existing star-configuration line network........... 111
16 Appendix.......................................................................................................... 113
16.1 Software dependant features ............................................................................ 114
16.2 Technical Features............................................................................................ 119
16.3 Terminology....................................................................................................... 121
Multifunctional Danger Control and Indicating Panels SIGMASYS C and M (M-Modules)
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Inhalt
BMT Project Planning Guidelines
Best.Nr. A24205-A337-B970 – Edition 12 (03/07)
Figures ............................................................................................................. 123
Tables............................................................................................................... 125
Index................................................................................................................. 127
1 Introduction
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1
1
1
Introduction
1.1 About the manual .................................................................................................. 2
1.2 Further information................................................................................................ 3
1.2.1 Documentation ...................................................................................................... 3
1.2.2 Information on the Internet .................................................................................... 3
1.2.3 Training courses.................................................................................................... 4
1.3 Notational conventions.......................................................................................... 4
1 Introduction
2 / 128 BMT Project Planning Guidelines
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SIGMASYS is the system name of the Siemens danger alarm system.
The system comprises danger alarm control and indicating panels, various types of detector
(SIGMASYS detectors), special features such as networking (SIGMANET) and also configu-
ration and diagnosis tools (SIGMAPLAN, SIGMADIAG).
The SIGMASYS C and SIGMASYS M danger alarm control and indicating panels (GMZ) re-
ceive and display messages and can also be used to release alerting facilities, routing
equipment and automatic fire protection facilities (e.g. extinguishing systems).
1.1 About the manual
These planning instructions for the SIGMASYS System are aimed at the sales staff and
commissioning technicians in the region/ZN performing the installation and in the Divisional
Units (DUs), for example:
sales / project managers
specialist planners
planning / commissioning personnel
For the sake of clarity, these planning instructions do not contain details of all variants
of the product nor do they describe every conceivable installation, operation or maintenance
scenario.
If you would like further information or if you encounter problems which are not dealt with in
the planning instructions in sufficient detail, you can request the information you need from
your local Siemens branch or the SBT hotline (tel. ++49 (0) 89/9221-8000).
We would also like to point out that the information contained in these planning instructions
is not part of and should not change any earlier or existing agreement, undertaking or legal
relationship. All obligations on the part of Siemens result from the respective sales contract
which also contains the complete and exclusively valid warranty agreement.
These contractual warranty provisions are neither extended nor restricted by the information
contained in these planning instructions.
This manual is available both in printed form and in electronic form as a PDF file.
You will find the latest version of this manual as a PDF file on the Siemens Intranet under the
following address:
Company/organisation URL
SBT https://workspace.sbt.siemens.com/content/00001123/de
fault.aspx
You can display PDF files using the ‘Acrobat Reader’ program provided free of charge by the
company ‘Adobe Systems Incorporated’.
Use Acrobat Reader version 5.x or above for optimum results when displaying and
printing PDF files.
1 Introduction
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1.2 Further information
1.2.1 Documentation
These instructions are part of a set of documentation available for SIGMASYS.
Document and target group Order number
SIGMASYS C and M (M modules) danger alarm control and indicating pan-
els: fire alarm system and intrusion alarm system installation instructions
Electrical specialists of the Region/regional office installing the system. Trained
personnel involved in:
- installation
- commissioning and
- maintenance
A24205-A337-B944
SIGMASYS C and M, SIGMANET, fire alarm system and intrusion alarm
system operating instructions
The operating instructions are intended for electrical specialists of the Re-
gion/regional office installing the system. Trained personnel involved in:
- installation
- commissioning and
- maintenance
- personnel within the customer organization who have been familiarized
with the system (e.g. technical operator)
A24205-A337-B990
SIGMASYS C and M Fire alarm system and intrusion alarm system com-
missioning and acceptance checklist
Electrical specialists of the Region/regional office installing the system. Trained
personnel involved in:
- commissioning
A24205-A337-B987
SIGMASYS C, M and M modules Fire alarm system planning instructions
Project planners/sales representatives at the regional offices/Regions
A24205-A337-B970
SIGMASYS C, M and M modules Fire alarm system planning instructions
Project planners/sales representatives at the regional offices/Regions
A24205-A333-A329
Manual
Maintenance guidelines for fire alarm systems
Electrical specialists of the Region/regional office installing the system. Trained
personnel involved in:
- maintenance
A24205-A331-A301
1.2.2 Information on the Internet
The permanent collection contains further information such as short descriptions, product
sheets, product catalogs, etc.. This is also where you will find the latest version of these in-
structions and the latest version of the documents listed on page Fehler! Textmarke nicht
definiert. of the “Documents” section in PDF format. All information is continuously being ex-
panded and updated!
You will find the collection in the Siemens Intranet under the following address:
Company/Organization URL
SBT DE https://intranet.sgt.siemens.de/zs/bs/pages/standsammlung.asp
You will find general information about Siemens building services engineering and alarm cen-
ters in the Internet under:
Company/Organization URL
SBT DE https://intranet.sgt.siemens.de/zs/bs/pages/startseite.asp
1 Introduction
SBT FSP DE http://sgs.siemens.de/asp/FSP-Intranet/index.asp
1.2.3 Training courses
The personnel responsible for installing and commissioning the systems will receive all the in-
formation they need in special training courses.
These training courses are offered in the SBT DE Training Center.
You will find information on training courses on the Siemens Intranet under the following ad-
dress:
https://intranet.sbt.siemens.de/page.asp?nid=622
1.3 Notational conventions
Convention/symbol Explanation
1. Operating step Operating instructions are indicated by numbers.
List Lists are indicated by a bullet.
Important information Important information is displayed in bold.
http://www.siemens.de Text which you must enter yourself, (e. g. Internet addresses), is formatted in
the font ‘Courier New’.
Note
Notes or recommendations are indicated by this symbol and shown on a col-
ored background.
Warning
Information which you absolutely must read is indicated by this symbol and
shown on a colored background.
See section XY
Section references and links are indicated by this symbol and shown on a col-
ored background.
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2
Important notes
2.1 Notes on application of these project planning instructions. ................................. 6
2.2 Tools required ....................................................................................................... 6
2 Important notes
The technical regulations introduced below apply in respect of the Federal Republic of Ger-
many. Users in other countries must be sure to comply with all applicable local regulations.
Danger alarm systems must be installed in accordance with Appendix 1 to DIN VDE 0833 ‘Di-
rectory of relevant standards for electrical safety’ (previously from the DIN VDE 0800 series of
standards). Furthermore, all installation, extension, modification and operation activities must
be performed in accordance with DIN VDE 0833 (‘installation’ in this instance refers to plan-
ning, installation, commissioning and maintaining).
Installation and commissioning of the Voice Alarm System E100 may only be carried out by
an electrical specialist.
This specialist must furthermore be trained in the installation and commissioning of the E100
system.
Extract from DIN VDE 0833:
An electrical specialist is someone whose specialist training, knowledge and experi-
ence as well as knowledge of the relevant standards allows them to evaluate the task be-
fore them and recognize potential dangers.
Many years of experience in the relevant field are also acceptable in place of specialist
training. Furthermore, for the field of danger alarm systems engineering it is necessary to
have additional training, knowledge and experience of the electrical engineering fields of
danger alarm systems engineering, telecommunications technology, process data process-
ing and heavy current technology
2.1 Notes on application of these project planning instructions.
These project planning instructions apply to the following Control and Indicating Equipment
(BMZ):
SIGMASYS C
SIGMASYS M
M modules in SIGMASYS L or D100
and SIGMASYS periphery.
Delivery dates and features are published in separate sales announcements.
2.2 Tools required
SIGMASYS systems are configured using the SIGMAPLAN program.
The SIGMADIAG program is available for system diagnosis.
The latest configuration and diagnostics tools must always be used.
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3
3
Guidelines for project planning
3.1 Limitations ............................................................................................................. 8
3.2 Guidelines for failure of the display unit and signal processor .............................. 8
3.3 Overvoltage protection measures ......................................................................... 8
3 Guidelines for project planning
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The following must be observed when constructing fire alarm systems in compliance with the
guidelines EN45, VdS 2095 (Association of German Underwriters) and DIN VDE 0833,
Part 2:
Monitored alarm line as loop (ring cable)
Up to 128 detectors and devices (automatic detectors, non-automatic detectors [manual call
points], transponders, indicator panel control facilities) can be connected here and multiple
fire sections with a total surveillance area of up to 6000 m2 can be monitored.
Monitored alarm line as a spur
Multiple detector zones with up to 32 automatic or 10 non-automatic fire detectors can be
connected in a fire section.
3.1 Limitations
Detector zone limitations are:
A surveillance area of up to 1600 m2
A detector zone must not exceed a fire section.
In the event of a monitored line fault
A maximum of 32 automatic or 10 non-automatic detectors may fail on a loop or spur in a de-
tector zone.
Only control facilities associated with the relevant detector zone may fail.
3.2 Guidelines for failure of the display unit and signal processor
Failure of Effects in the case of < 512 de-
tectors <12.000 m2
Effects in the case of >512 de-
tectors >12.000 m2
Display unit (operating panel) By displaying a general indication.
Integrated in the operating panel in
SIGMASYS G.
Additional operating panel or zone
operating panel or indicator panel
or printer.
Signal processor (SOC or MPC) Control and indicating panel may
fail.
No effect on the remaining signal
processing operations.
Network e.g. 4 control and indicat-
ing panels with <12.000 m2 each =
<48.000 m2 Redundancy not re-
quired. Redundancy required for
systems with a surveillance area
>48.000 m2.
No fault in the event of failure of a
routing path.
Information to superordinate con-
trol and indicating panel must be
guaranteed (fault signal from rele-
vant control and indicating panel
and alarm signal).
Table 1: Guidelines for failure of the display unit and signal processor
3.3 Overvoltage protection measures
SIGMASYS control and indicating panels come with fine protection.
If required, medium and coarse protection for the O/E areas must be integrated in the line
network (in accordance with the VdS 2095/VdS2833 guidelines and the standard collection
SIG 01-01, GMS 03-01 A24205-A334-A790).
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Project planning for control and indicating panels
4.1 Control and indicating panel selection................................................................. 10
4.1.1 Alarm numbers .................................................................................................... 10
4.1.2 Programming limitations at control and indicating panels ................................... 11
4.2 Selecting the installation location ........................................................................ 12
4.2.1 Fire protection system requirements ................................................................... 12
4.2.2 Control room requirements.................................................................................. 13
4.2.3 SIGMASYS control and indicating panel: installation dimensions....................... 13
4.3 SIGMASYS C control and indicating panel assignment...................................... 16
4.4 SIGMASYS M control and indicating panel assignment ..................................... 18
4.4.1 Assigning option slots in the SIGMASYS M ........................................................ 19
4.4.2 Layout of the SIGMASYS M................................................................................ 19
4.4.3 Dual SOC ............................................................................................................ 20
4.4.4 SOC P module (since end 2006)......................................................................... 20
4.4.5 SIGMANET P coupler (from mid-2006)............................................................... 21
4 Project planning for control and indicating panels
4.1 Control and indicating panel selection
The control and indicating panel size is determined by the number and location of the detec-
tors.
To avoid exceeding maximum line lengths in a loop or spur, we recommend installing a num-
ber of smaller SIGMANET-capable control and indicating panels in large-scale systems
(SIGMASYS C).
Overview of control and indicating panel selection
SIGMASYS C SIGMASYS M
Max. number of spurs 8 48 (6 x 8)
Max. number of GMG/PMG, MPL 48 (6 x 8 MPL per module)
Max. number of loops 4 24
Detectors/loop SIGMASYS/FDnet 128 / 126 128 / 126
Detector zones 512 1) 512 (1024)
Objects/areas 8 / 89 8 / 89
Max. number of detectors 512 1) 1700
SIGMANET X X
Possible detectors/peripheral elements
SIGMACON MS 6/7/9 TR TR/GMG-S
SIGMASYS-detectors
(BASE/PLUS/EXPERT/SPACE)
X X
Sinteso TM X2) X
MS8 detector on PMG-S module X X
Radio sensor via gateway X X
Zone operating panel 8 8 per MPC max. 32 per control and
indicating panel
Transponder/contact coupler X X
Indicator panel control facility X X
Table 2: Overview of control and indicating panel selection
X = can be installed TR = via transponder
1) observe maximum number of datapoints
2) SIGMASYS Sinteso TM alarm and indicating panel S24230-C600-A10
4.1.1 Alarm numbers
The following number ranges can be created to facilitate system operation and organization.
Data input guideline for:
Object: max. 9 characters, digits and spaces
Area: max. 9 characters, digits and spaces
Organisational detector zone number: max. 9 characters, digits and spaces
The organisational detector zone numbers are displayed in the case of alarms.
The appropriate OBJ, AZ and ORG numbers must be unique throughout the entire
SIGMANET system.
The decision of numbers by using leading ‘0’ is not allowed.
Operating inputs may be configured only with 4 characters.
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4 Project planning for control and indicating panels
A 38-character text can be entered for every object, every area, every detector zone, every
output of the type AT/ST/EV/AL and every detector.
The detector group text is displayed if no detector text is entered.
The detector group text should preferably be programmed in order to save data points.
Additional requirements for number assignment must be observed in the case of D100 con-
nection see section “D100 Interfaces (Version 3.0 and later)” on page 28>.
4.1.2 Programming limitations at control and indicating panels
A maximum of 8 objects can be programmed for each control and indicating panel (255 ob-
jects per system).
Objects cannot be centrally programmed for multiple control and indicating panels.
The object numbers must not contain leading zeros.
Up to 89 areas can be programmed per object (up to Version 2.5: only 32 areas).
200 detector zones can be programmed per area.
With control and indicating panels with a software version lower than V3.1, a maximum of 256
outputs per MPC module
or SIGMASYS C control and indicating panel can be configured.
20 commands per operating input are possible (maximum 200 commands distributed over
100 inputs).
With regard to operating panel function keys, a maximum of 20 commands can be assigned
to one key.
A maximum of 60 commands can be configured per operating panel.
The number of individually identifiable event locations, detector zones and zones must not
exceed 1750 per SIGMASYS control and indicating panel.
A maximum of 2500 datapoints can be programmed per SIGMASYS control and indicating
panel. This includes the sum of individually identifiable event locations, detector zones, areas,
outputs and non-coded text.
SIGMASYS control and indicating panel
limitations
Includes total of:
2500 datapoints Event locations, detector zones, zones, outputs and non-coded
text
Subset limitations
1750 Event locations, detector zones, zones
1700 Individually identifiable detectors
1512 Detector zones
1512 Non-coded text (38 characters)
1512 Outputs (can be activated system-wide)
Table 3: Control and indicating panel limitations
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4 Project planning for control and indicating panels
Peripheral elements Fixed system event
location
Programmable event
locations
Total event locations
Detectors - 1 1
Contact coupler *) 2 4 6
Minitransponder *) 2 2 4
Transponder - 4 4
Indicator panel *) 2 Number of programmed
outputs
2 + programmed outputs
Multiple control facility *) 2 Number of programmed
outputs
2 + programmed outputs
Zone operating panel *) 2 2
Table 4: Allocation of event location numbers
FDnet peripheral element Fixed system
event loca-
tions
Suppliable event loca-
tions
Total event locations
Detector with output - 1 + max. 1 outputs 2
Detector without output - 1 1
Linear smoke detector FDL241 - 1 + max. 1 outputs 2
Infrared flame detector FDF 1 + max. 1 outputs 2
FDCI222 input module *) 2 max. 4 inputs 6
FDCIO222 input/output module *) 2 max. 4 inputs max. 4 out-
puts
10
FDCIO223 FDnet transponder *) 2 2 in- or outputs 4
FDCL221 line disconnector 2 - 2
FDS221 alarm sounder - max. 2 outputs 2
FDSB291 signal base - 1 output 1
Table 5: Allocation of event locations in the peripheral elements in FDnet
*) maximum of 250 peripheral elements per FDC, MPC module or SIGMASYS C can be
connected.
Your marketing representative must be consulted with regard to project planning activities if
the above limitations are exceeded.
4.2 Selecting the installation location
4.2.1 Fire protection system requirements
The fire alarm control and indicating panel or the operating device is to be installed in a room
adjacent to the main entrance, the surveillance area or an access that is always accessible by
the fire brigade in the event of a fire.
The control and indicating panel should be installed as close as possible to the fire brigade
operating panel.
The maximum cable length for the loop/spur peripherals should also be taken into account
when selecting the location of the control and indicating panel.
It may be advisable to install a number of SIGMASYS C control and indicating panels in the
case of large-scale objects.
The alarm system’s operator terminal should be permanently monitored by trained personnel.
If this is not possible for operational reasons, alarm and fault signals must be forwarded to a
responsible service (see DIN VDE 0833).
12 / 128 BMT Project Planning Guidelines
Best.Nr. A24205-A337-B970 – Edition 12 (03/07)
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Siemens SIGMASYS C User manual

Category
Fire protection
Type
User manual
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