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13 SIGMANET
Multifunctional Danger Cont
rol and Indicating Panels SIGMASYS C and M (M-Modules)
101 / 128
Best.Nr. A24205-A337-B970 – Edition 12 (03/07
)
13.3.2
Remote AT release
•
ATs can be programmed at any control and indicating panels.
•
Two ATs can be programmed and connected per control and indicating panel.
•
The assignment of the AT release is perfo
rme
d system-wide by means of object as-
signment.
•
An object can only be assigned via an AT
108
110
Table of Contents
Table of Contents
5
Introduction
9
About the Manual
10
Documentation
11
Further Information
11
Information on the Internet
11
Notational Conventions
12
Training Courses
12
Important Notes
13
Notes on Application of These Project Planning Instructions
14
Tools Required
14
Guidelines for Project Planning
15
Guidelines for Failure of the Display Unit and Signal Processor
16
Limitations
16
Overvoltage Protection Measures
16
Table 1: Guidelines for Failure of the Display Unit and Signal Processor
16
Project Planning for Control and Indicating Panels
17
Alarm Numbers
18
Control and Indicating Panel Selection
18
Table 4: Allocation of Event Location Numbers
20
Table 5: Allocation of Event Locations in the Peripheral Elements in Fdnet
20
Control Room Requirements
21
Figure 1: Dimensions for the SIGMASYS Control and Indicating Panel
21
SIGMASYS Control and Indicating Panel: Installation Dimensions
21
Figure 2: Console Installation DT1000 Operating Panel Console, Tiltable
22
Table 6: Dimensions for SIGMASYS Control and Indicating Panels
22
Figure 3: Console Installation for Empty Housing Remote Operating Panel
23
Figure 4: SIGMASYS C Control and Indicating Panel Assignment
24
Figure 5: SIGMASYS M Control and Indicating Panel Assignment
26
SIGMASYS M Control and Indicating Panel Assignment
26
Assigning Option Slots in the SIGMASYS M
27
Layout of the SIGMASYS M
27
Table 7: Layout of the SIGMASYS M
27
Dual SOC
28
SOC P Module (Since End 2006)
28
Table 8: Determining Maximum Current
28
SIGMANET P Coupler (from MID-2006)
29
Interfaces
31
Overview of Interfaces
32
Table 9: Overview of Interfaces
32
Printers
33
Protocol Printer DL3750
33
Table 10: Summary of SIGMASYS M Interface with SOC P, SIGMANET P
33
Table 11: Protocol Printer DL3750
33
Protocol Printer T2240/9 (DR 2030)
34
Table 12: Protocol Printer T2240/9
34
Table 13: Thermal Printer FD60
34
Thermal Printer FD60
34
GMA Manager (TOPSIS)
35
Printer Protocol Converter
35
Spur Operating Panels (Version 3.0 and Later)
35
Table 14: Printer Protocol Converter
35
D100 Interfaces (Version 3.0 and Later)
36
Table 15: Programming in SIGMAPLAN
37
Table 16: Operating Panel Display
37
Functions
39
Alarm Organization
40
Daytime/Nighttime
40
Event Implementation
40
Alarm Buffering
41
Event Delay
41
Figure 6: Alarm Organization
41
Two-Detector Dependency
41
Two-Detector-Zone Dependency
41
Virtual Inputs and Outputs
41
Changing ÜE Assignment by Command (from V3.2)
42
Switching Detector Algorithms by Command (from V3.2)
42
Alarm Counters
43
BMT/IMT Mixed Mode
43
Table 17: BMT/IMT Mixed Mode
43
Table 18: Alarm Counters
43
Time Synchronisation
43
Variable SIGMALOOP Cycle Time
43
Control Unit Connections
45
Alarm Transceiver (AT)
46
Fire Brigade Operating Panel (FBF)
46
Key Depot (KD)
46
Local Alarm (LA)
46
Transponders and Loop Elements
49
General
50
Loop Elements
50
Maxitransponder SPF 3500, 4STE Control Module
50
Table 19: Relay Module - Technical Data
50
Input/Output Module FDCIO222 (FDCI222)
52
Fdnet Transponder FDCIO223 (from MID-2006)
53
Contact Coupler SPF 5300
55
SIGMASPACE Gateway
56
Zone Operating Panel SPF 3300
56
Control Module SPF 5100
57
Indicator Panel Control Facility SPF 3200
57
Outputs
57
External Alarm Display Module SPF 3110
58
Multiple Control Facility SPF 5200
58
SIGMALOOP Splitter (V2.6)
58
Figure 7: Physical Connection
59
Table 20: Technical Data, Voltage, Current Dimensions
60
Technical Data, Voltage, Current, Dimensions
60
Cycle Time for Signals from Transponders and Contact Couplers
61
Table 21: Cycle Time for Signals from Transponders and Contact Couplers
61
Special Control Facilities
63
Extinguishing Control Module
64
Figure 8: Dual MPC
64
Gas Extinguishing Systems
65
Preaction Sprinkler Extinguishing Control Module
65
SIGMALOOP Extinguishing Interface
66
Table 22: SIGMALOOP Extinguishing Interface-Overview of the Features
66
Close-And-Retain Systems (FSA)
67
Fdnet Extinguishing Interface
67
Figure 9: Close-And-Retain Systems
68
List of Approved Power Supply Units
68
Table 23: List of Approved Power Supply Units
68
Programming of Control Facilities
69
AL/LA - Alerting Facilities
70
Description of Control Pattern
70
Control Facility (ST)
71
EV - Evacuation Alarm (Internal Alarm)
71
Monitored Control Lines According to Vds Via Transponder SPF 3500
71
Close-And-Retain System (FSA) Control Facility and Fire Section Control Facility
72
Detector Display and Event Display Control Pattern
72
Display (ANZ)
72
Table 24: Monitored Control Lines
72
Freely Configurable Control Parameters from V3.2
73
Overviev of Control Criteria
74
Control Pattern al (Alerting Facility), EV (Evacuation Alarm, ANZ (Display)
75
Control Pattern ST (Control Facility)
76
Power Supply
77
Battery
78
Earthing
78
Mains Supply
78
Power Supply
78
Table 25: Mains Supply
78
Current Requirement Calculation
79
Measuring the Battery Capacity
79
Table 26: Bridging Time
79
Power Supply Unit for the Peripheral Transponder/Indicator Panel
80
Figure 10: Line Lenghts from Periphery to Power Supply Unit
81
SIGMASYS Empty Housing
81
Figure 11: Assembly Example 1
82
Table 27: Pulse-Polling Detector Elements and Evaluation Procedures
89
Figure 14: SIGMAPLUS SDF2200 Optical Smoke Detector
90
Table 28: Operating Conditions and Sample Applications
90
Figure 15: Address Element Number and Line Lengths for a 0.8 Diameter Line
91
Line Lengths in the Loop/Spur
91
Table 29: Line Parameter
91
Figure 16: Address Element Number and Line Lengths for a 0.6 Diameter Line
92
Load Factors
92
Detector Network
93
Fdnet - Connecting Sinteso TM Elements
93
Table 30: Example of How to Calculate the Load Factor
93
Figure 17: Fdnet Overview
94
Supported Sinteso™ Elements
94
Parameter Sets for FDOOT, FDO and FDT Detectors
95
Table 31: Supported Sinteso ™ Elements
95
Parameter Sets for Linear Smoke Detector FDL241-9
96
Table32: Parameter Sets for FDOOT, FDO and FDT Detectors
96
Table33: Parameter Sets for Flame Detectors FDF221 and FDF241
96
Table34: Parameter Sets for Linear Smoke Detector FDL241-9
96
Calculating the Maximum Number of Elements and Length of Lead
97
Parameter Sets for Alarm Devices
97
Table35: Parameter Sets for Alarm Devices
97
Load Factors
98
Table36: List of Load Factors for Elements
98
Figure 18: Additional Signal Bases and Alarm Sounders Allowed for a Given Load Factor
99
Figure 19: Load Factors in Relation to Line Diameter and Line Length
100
Sigmanet
101
Figure 20: SIGMANET Main Block Diagram
102
Features
103
Figure 21: Modem Links in SIGMANET
104
Modem Links in SIGMANET
104
Table 37: Using a Modem
104
Operating Panels
105
Operation
105
SIGMANET Operating Panel S24230-F130-A4
105
Table 38: Operating Panels
105
Operating Panel Variants
106
Figure 22: Mobile Operating Panel Connection - Diagram of Principle
107
Mobile Operating Panel
107
Operating Panel Displays
107
AT Release
108
Central at Release
108
Figure 23: Central at Release
108
Remote at Release
109
Order Overview
111
Project Planning Examples
117
Figure 24: Project Planning Form for Processing
118
Figure 25: Project Planning Examplesw SIGMALOOP
118
Figure 26: SIGMALOOP at an Existing Star-Configuration Line Network
119
Figure 27: SIGMALOOP Lines
119
Layout of a SIGMALOOP at an Existing Star-Configuration Line Network
119
Appendix
121
Software Dependant Features
122
Technical Features
127
Terminology
129
Table 2: Overview of Control and Indicating Panel Selection
18
Table 3: Control and Indicating Panel Limitations
19
Fire Protection System Requirements
20
Selecting the Installation Location
20
Figure 12: Assembly Example 2
82
Figure 13: Assembly Example 3
83
Monitored Lines
85
GMG-S Module
86
Differences Vis-À-Vis AMI (SM88) or GMG (BMS)
87
Pulse-Polling Technology in SIGMASYS PMG-S
87
Differences Vis-À-Vis AMP (SM88) or PMG (BMS) Vis-À-Vis AMP
88
Loop
89
SIGMALOOP Detector Algorithm
89
SIGMASYS Monitored Line
89
Spur
89
Programming Limitations at Control and Indicating Panels
19
SIGMASYS C Control and Indicating Panel Assignment
24
Figures
131
Tables
133
Index
135
4
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Siemens SIGMASYS C Specifications
General
Brand
Siemens
Model
SIGMASYS C
Category
Control Panel
Language
English
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