Tyco Fire Protection Products FAST2000/2 User manual

Version 4.10 TSM/Kli 05.03.2017
© Copyright tyco Fire Protection Product Doc: 3-052-011d
INSTALLATION INSTRUCTIONS
FAST2000
®
/2
19”-Rack Version
Fire Detection and
Extingui hing Control Sy tem

FAST2000
®
/2
Installations- und Wartungsanleitung
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 Copyright tyco Fire Protection Product Doc: 3-052-011d
Table of Content
Introduction .............................................................................................................................................. 7
1.1 Safety .................................................................................................................................... 7
1.1.1 A few Do’ and Don’t ......................................................................................................... 7
1.2 Warrantie and Con traint ................................................................................................... 7
2 De cription and tructure ......................................................................................................... 8
2.1 Mechanical tructure ............................................................................................................. 8
2.1.1 19” Rack .............................................................................................................................. 8
2.2 Electrical Connection ........................................................................................................... 9
2.3 Power Supply ...................................................................................................................... 10
2.4 Detection Loop ................................................................................................................... 10
2.4.1 Sy tem Sen or Loop Device ........................................................................................... 11
2.4.2 Tyco Loop Device ........................................................................................................... 12
2.4.3 Brief De cription of Detection Circuit Operation ............................................................... 13
2.4.4 Scanning the Detection Loop .......................................................................................... 13
2.4.5 Downloading Type Information to the LM-Module ............................................................ 14
2.4.6 Scan Time Calculation ...................................................................................................... 14
2.5 Extingui hing ....................................................................................................................... 14
2.5.1 Extingui hing Condition .................................................................................................. 15
2.5.2 Extingui hing-Stop (Emergency Hold) .............................................................................. 15
3 The Module of the FAST2000
®
/2 ......................................................................................... 16
3.1 CM-32/2 Control Module ..................................................................................................... 17
3.1.1 Circuit De cription ............................................................................................................. 19
3.1.2 Electrical Connection ...................................................................................................... 20
3.1.3 Jumper Setting ................................................................................................................ 20
3.1.4 Technical Data .................................................................................................................. 21
3.2 CM-32T Power upply upervi ory module ........................................................................ 21
3.2.1 Circuit De cription ............................................................................................................. 22
3.2.2 Pin - Configuration ............................................................................................................ 22
3.2.3 Fu e Information ............................................................................................................... 22
3.2.4 Electrical and mechanical Data ........................................................................................ 22
3.3 CM-32T/2 Power upply upervi ory module ( ince 2013) ................................................ 23
3.3.1 Circuit De cription ............................................................................................................. 23
3.3.2 DIP Switch S1 ................................................................................................................... 24
3.3.3 LED- indication ................................................................................................................ 24
3.3.4 Klemmenbelegung ............................................................................................................ 24
3.3.5 Fu e Information ............................................................................................................... 25
3.3.6 Technical Data .................................................................................................................. 25
3.4 CM-32F Fire Brigade Termination Board (until 2008) ......................................................... 25
3.4.1 Circuit De cription ............................................................................................................. 25
3.4.2 Fu e Information ............................................................................................................... 26
3.4.3 Technical Data .................................................................................................................. 26
3.5 CM-32F/2 Fire Brigade Termination Board ( ince2009) ..................................................... 26
3.5.1 Circuit De cription ............................................................................................................. 27
3.5.2 Fu e information ............................................................................................................... 27
3.5.3 Technical Data .................................................................................................................. 27
3.6 CM-32R Common Relay Termination Board ...................................................................... 28

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3.6.1 Circuit De cription ............................................................................................................. 28
3.6.2 Electrical Connection ...................................................................................................... 28
3.6.3 Technical Data .................................................................................................................. 29
3.7 CM-32P RS232 Interface card for Printer Connection ........................................................ 29
3.8 PM-32 Power Converter Module ......................................................................................... 29
3.8.1 Input and Output ............................................................................................................ 30
3.8.2 Electrical Connection ...................................................................................................... 30
3.8.3 Technical Data .................................................................................................................. 31
3.9 DM-32/2 Di play Module ..................................................................................................... 31
3.9.1 ELECTRICAL CONNECTIONS ........................................................................................ 31
3.9.2 TECHNICAL DATA ........................................................................................................... 32
3.10 Power upply unit ADC 5483 .............................................................................................. 32
3.11 LM-32TX Loop-Module Extingui hing for ............................................................................ 32
3.11.1 Setting of Module addre ................................................................................................ 33
3.11.2 Circuit de cription ............................................................................................................. 33
3.11.3 Electrical Connection ...................................................................................................... 34
3.11.4 64-pin Edge Connector Pin-out ........................................................................................ 34
3.11.5 Electrical and mechanical Data ........................................................................................ 35
3.12 LM-32TXT Extingui hing Area Termination Board for Tyco Loop Device ........................ 35
3.12.1 Electrical Connection ...................................................................................................... 36
3.12.2 LED Indication ................................................................................................................. 39
3.12.3 Fu e Information ............................................................................................................... 39
3.12.4 Electrical and mechanical Data ........................................................................................ 40
3.13 LM-32D Loop Module Detection.......................................................................................... 40
3.13.1 Setting the Card-Addre ................................................................................................. 40
3.13.2 Circuit De cription ............................................................................................................. 41
3.13.3 Electrical Connection ...................................................................................................... 41
3.13.4 64-pin Edge Connector Pin-out ........................................................................................ 42
3.13.5 Electrical and mechanical Data ........................................................................................ 42
3.14 LM-32DT Detection Area Termination Board ...................................................................... 42
3.14.1 Electrical Connection ...................................................................................................... 43
3.14.2 Fu e Information ............................................................................................................... 45
3.14.3 Electrical and mechanical Data ........................................................................................ 45
3.15 LM-32E Loop Module Extingui hing.................................................................................... 46
3.15.1 Setting the Card-Addre ................................................................................................. 46
3.15.2 Circuit De cription ............................................................................................................. 46
3.15.3 64-pin Edge Connector Pin-out ........................................................................................ 47
3.15.4 Electrical and mechanical Data ........................................................................................ 47
3.16 LM-32ET Extingui hing Area Termination Board ................................................................ 48
3.16.1 Electrical Connection ...................................................................................................... 48
3.16.2 Fu e Information ............................................................................................................... 52
3.16.3 Electrical and mechanical Data ........................................................................................ 52
3.17 LM-32SCT Ext. Area Termination Board with Stepper Motor Output ................................. 52
3.17.1 Electrical Connection ...................................................................................................... 52
3.17.2 Fu e Information ............................................................................................................... 56
3.17.3 Electrical and mechanical Data ........................................................................................ 56
3.18 AM-32 Alarm Monitoring for Stepper Motor Sy tem .......................................................... 56

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3.19 EM-32 Extingui hing Module ............................................................................................... 56
3.20 EM-32T Extingui hing Module Termination Board I............................................................ 57
3.21 EM-32TER Extingui hing Module Termination Board II...................................................... 58
3.22 EM-32SCT Ext. Module Termination Board III with Stepper Motor Output ........................ 59
3.23 IO-32 Input/Output Module .................................................................................................. 60
3.23.1 Input and Output ............................................................................................................ 60
3.23.2 Circuit De cription ............................................................................................................. 60
3.23.3 U er Set-Up ...................................................................................................................... 60
3.23.4 Electrical Connection ...................................................................................................... 61
3.23.5 Electrical and mechanical Data ........................................................................................ 62
3.24 IO-32T Output Termination Board ....................................................................................... 62
3.24.1 Circuit de cription ............................................................................................................. 62
3.24.2 Electrical Connection ...................................................................................................... 62
3.24.3 Corre ponding Set-Up´ IO-32T ....................................................................................... 63
3.24.4 Ribbon Cable Connector J1 and J2 ................................................................................ 63
3.24.5 Terminal Block Connection ............................................................................................. 63
3.24.6 Electrical and mechanical Data ........................................................................................ 63
3.25 IO-32TOC Input/Output Termination Board Open Collector ............................................... 64
3.25.1 Terminal Block Connection ............................................................................................. 64
3.26 ZI-32 Zone Indication Module .............................................................................................. 65
3.27 RM-32 Revi ion Module ...................................................................................................... 65
3.28 Communication termination board, CM-32CTCB2 .............................................................. 65
3.28.1 ELECTRICAL CONNECTIONS ........................................................................................ 65
3.28.2 JUMPER SETTINGS ........................................................................................................ 66
3.28.3 TECHNICAL DATA ........................................................................................................... 67
3.29 CM-32CTCM422 RS422 termination board ........................................................................ 67
3.29.1 ELECTRICAL CONNECTIONS ........................................................................................ 68
3.29.2 Driver module connector J1 .............................................................................................. 68
3.29.3 RS422/RS485 terminal block J2 ....................................................................................... 68
3.29.4 LED' ................................................................................................................................. 68
3.29.5 JUMPER SETTINGS ........................................................................................................ 68
3.29.6 TECHNICAL DATA ........................................................................................................... 70
3.30 CM-32CTCM232 RS232 termination board ........................................................................ 70
3.30.1 ELECTRICAL CONNECTIONS ........................................................................................ 70
3.30.2 Driver module connector J1 .............................................................................................. 70
3.30.3 RS232 terminal block J2 ................................................................................................... 71
3.30.4 RS232 ribbon cable connector J3 ..................................................................................... 71
3.30.5 LED' ................................................................................................................................. 72
3.30.6 JUMPER SETTINGS ........................................................................................................ 72
3.30.7 TECHNICAL DATA ........................................................................................................... 72
3.31 CM-32CTCM1 30mA termination board .............................................................................. 72
3.31.1 ELECTRICAL CONNECTIONS ........................................................................................ 73
3.31.2 Driver module connector J1 .............................................................................................. 73
3.31.3 30mA terminal block J2..................................................................................................... 73
3.31.4 LED' ................................................................................................................................. 73
3.31.5 JUMPER SETTINGS ........................................................................................................ 73
3.31.6 TECHNICAL DATA ........................................................................................................... 74

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3.32 CM-32CTOPT1 Fibre optic termination board ................................................................... 74
3.32.1 ELECTRICAL/OPTICAL CONNECTIONS........................................................................ 74
3.32.2 Driver module connector J1 .............................................................................................. 75
3.32.3 Fibre optic connector U1-U2 ........................................................................................... 75
3.32.4 LED' ................................................................................................................................. 75
3.32.5 Jumper Setting ................................................................................................................ 75
3.32.6 Technical Data .................................................................................................................. 75
4 In tallation .............................................................................................................................. 77
4.1 General ................................................................................................................................ 77
4.1.1 Mechanical In tallation...................................................................................................... 77
4.1.2 Electrical In tallation ......................................................................................................... 77
4.2 Power and Battery Supply ................................................................................................... 77
4.3 Detection Circuit ................................................................................................................ 78
4.4 Auxiliary Input .................................................................................................................... 78
4.5 Sounder Output ................................................................................................................. 79
4.6 Dedicated Relay ................................................................................................................ 79
4.7 Relay Connection .............................................................................................................. 80
4.8 Valve Output ...................................................................................................................... 80
4.9 Fire Brigade-Interface .......................................................................................................... 80
4.10 Printer and RS-232 Interface ............................................................................................... 81
5 Commi ioning ...................................................................................................................... 82
5.1 Detection Loop ................................................................................................................... 82
5.2 Output ................................................................................................................................ 82
5.3 Input ................................................................................................................................... 82
5.4 Record Keeping ................................................................................................................... 82
5.5 Power Up ............................................................................................................................. 83
5.6 The Charger ........................................................................................................................ 83
5.6.1 The Battery ....................................................................................................................... 83
5.7 Commi ioning of the Loop ............................................................................................... 84
5.7.1 Wiring Check ................................................................................................................... 84
5.7.2 Electrical Check .............................................................................................................. 85
5.7.3 Connecting the Sounder Output ..................................................................................... 85
5.8 Connecting the dedicated Control-Relay ........................................................................... 86
5.9 Connecting the Fault Output ............................................................................................... 87
5.10 Zone Valve Output .............................................................................................................. 87
5.11 Connecting the Control-Relay Output ............................................................................... 87
5.12 Dedicated Auxiliary Input ................................................................................................... 87
5.13 Fire-Brigade Panel .............................................................................................................. 88
5.14 RS-232 Interface and Printer Connection ........................................................................... 88
5.15 Sy tem Initiating .................................................................................................................. 88
5.16 Complete Sy tem Te t ........................................................................................................ 89
6 Fault Finding .......................................................................................................................... 91
6.1 Automatic Monitoring ........................................................................................................... 91
6.1.1 Fal e Alarm Reduction...................................................................................................... 91
6.1.2 Fault Alarm ...................................................................................................................... 91
6.2 Sy tem Data ........................................................................................................................ 91
6.2.1 Trouble Shooting ............................................................................................................... 91

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6.2.2 The Di play-Module DM-32 i „Dead“ .............................................................................. 92
6.2.3 The Control-Module CM-32 i „Dead“ ............................................................................... 93
6.2.4 Power Supply Failure ........................................................................................................ 93
6.2.5 Open Circuit on the Alarm Bell Circuit .............................................................................. 94
6.2.6 Short Circuit on the Alarm Bell Circuit .............................................................................. 94
6.2.7 Open Circuit on Detection Loop ...................................................................................... 95
6.2.8 Short Circuit on Detection Loop ........................................................................................ 95
6.2.9 Earth Fault ........................................................................................................................ 96
7 Service and Maintenance ...................................................................................................... 97
7.1 Maintenance Program ......................................................................................................... 97
7.2 The Main Service................................................................................................................. 97
7.2.1 Main Service of the Man/Machine Interface ..................................................................... 97
7.2.2 Vi ual In pection of the Panel .......................................................................................... 97
7.2.3 Main Service of the Power Supply .................................................................................... 97
7.2.4 Checking the Communication Bu .................................................................................... 98
7.2.5 Main Service of the Detection Loop ................................................................................ 98
7.2.6 Main Service of Sounder Loop ........................................................................................ 99
7.2.7 Checking the Control-Relay ............................................................................................ 99
7.2.8 Checking the Serial Interface ............................................................................................ 99
7.2.9 Checking the Auxiliary Input ........................................................................................... 99
7.2.10 Checking the Fire Brigade Panel ...................................................................................... 99
7.3 The Minor Service ............................................................................................................... 99
7.3.1 Minor Service of the Man/Machine Interface .................................................................. 100
7.3.2 Minor Service of the Power Supply ................................................................................. 100
7.3.3 Minor Service of the Detection Loop ............................................................................. 100
7.3.4 Minor Service of the Sounder Circuit ............................................................................ 100
7.3.5 Checking the Calling Equipment ..................................................................................... 101
8 Appendix A: The Default Program ....................................................................................... 102
8.1 Fault Alarm Input ............................................................................................................. 102
8.2 Fire Alarm Input ............................................................................................................... 102
8.3 Prewarning ....................................................................................................................... 102
8.4 General Auxiliary Input .................................................................................................... 102
9 Signal on 64-pin connector ................................................................................................ 103
9.1 Signal on connector of CM-32 ......................................................................................... 103
9.2 Signal on connector of LM-32 .......................................................................................... 104
9.3 Signal on connector of EM-32 ......................................................................................... 105
9.4 Signal on connector of IO-32 ........................................................................................... 106
10 Addre etting with DIP-Switche on LM- and EM-Module ............................................... 107
11 Service Function ................................................................................................................ 109
12 Wire Re i tance Con ideration .......................................................................................... 110
13 Analogue Value .................................................................................................................. 112
14 Ordering the Dummy Plate ................................................................................................. 113
15 FAST2000 Loop Loading and Battery Calculation ............................................................. 114
15.1 Introduction ........................................................................................................................ 114
15.2 Short-circuit i olator ......................................................................................................... 114
15.3 Loop loading ...................................................................................................................... 114
15.4 LPS800 loop powered ounder module loop loading con ideration ............................... 118

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15.5 Cable type and cable length .............................................................................................. 119
15.5.1 General ........................................................................................................................... 119
15.5.2 Cable type ..................................................................................................................... 119
15.5.3 Cable length .................................................................................................................... 119
15.5.4 Cable creen ................................................................................................................... 120
15.6 Voltage drop ...................................................................................................................... 120
15.7 Calculation heet ............................................................................................................. 120
15.7.1 Loop Loading Calculation Sheet Per Loop .................................................................... 121
15.7.2 Loading Between Line I olator Calculation Sheet ........................................................ 124
16 MZX-Melder, Störung code ............................................................................................... 125
17 Revi ion Hi tory ................................................................................................................... 127

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In roduc ion
Thi manual give , or give reference to, all the information nece ary for the in tallation,
commi ioning and ervicing of the FAST2000
®
/2.
The manual tart off by de cribing the detection circuit , the input and output capabilitie and the
variou module (loop module , control module etc.) of the FAST2000
®
/2 y tem. The manual then
give information relating to in tallation, commi ioning and ervicing of the FAST2000
®
/2 y tem .
The appendix provide a wide range of reference data.
1.1 Safe y
The FAST2000
®
/2 y tem i powered by one or more power upply unit delivering 24V DC with a
econdary power upply con i ting of one or more bank of 2x12 V batterie . The power upply unit
are connected to the main and care mu t be taken when working with uch a unit. It i to be
di connected from the main if nece ary.
The power upply unit i the only part of the FAST2000
®
/2 that run directly from the main . Note that
equipment controlled by FAST2000
®
/2 may be powered directly from the main . Check the ite
pecific documentation to find out which module , if any, are powered directly from the main .
1.1.1 A few Do’s and Don’ s
To make the client' FAST2000
®
/2 y tem perform a well a po ible, a few 'Golden Rule ' need to
be followed. Following the e rule increa e the y tem' reliability and reduce the amount of trouble
created both for the client and for the company. Failure to follow the e rule will in ome ca e re ult
in damage to the equipment or difficultie in y tem ervicing.
1.1.1.1 The Do’
• Do follow the y tem in tallation drawing .
• Do record all change that are made to the in tallation drawing .
• Do keep a record of all configuration change .
• Do power the y tem down to make major hardware change .
1.1.1.2 The Don’t
• Don't make any unauthori ed change to the y tem.
• Don't plug in or unplug any of the card or ribbon cable that are connected u ed to
interconnect the variou y tem part while the panel i powered.
1.2 Warran ies and Cons rain s
Plea e note that repair or modification to the equipment without the prior written con ent from Tyco
Safety Product invalidate the warranty.

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2 Descrip ion and s ruc ure
The FAST2000
®
/2 fire detection panel / electrical control device i a unit with a modular tructure; it i
u ed for fire detection purpo e and/or to activate fire extingui hing y tem . The y tem conform to
EN54-2 and EN54-4, a a fire detection panel with input and output to which electrical control
device for extingui hing y tem can be connected. Likewi e, a an electrical control device for
extingui hing y tem , it meet the requirement tipulated by EN12094-1. The FAST2000
®
/2 can be
u ed a a fire detection y tem only or a a tand-alone electrical control device for extingui hing
y tem . In addition it can be u ed a a combined device, which contain the detection function a
well a the extingui hing control function .
Microproce or are u ed on everal of the module in uch a manner that only mall part of the
y tem are affected in ca e of one microproce or failing. In the extingui hing part only one zone will
be affected in ca e of the microproce or( ) failure of the zone.
2.1 Mechanical s ruc ure
The FAST2000
®
/2 panel i de igned a a 19” inch modular y tem u ing tandard 19” wall-mounted
or free- tanding indu trial cabinet . The 19”-front module are placed in a 19”-rack which i in talled in
the front of the panel. The front card are interconnected via a back plane PCB, mounted on the rear
ide of the 19”-rack, providing the power upply to the module and the internal communication.
Termination board for connection of the field equipment are in talled on the mounting plate of the
panel. Flat cable are u ed for connection of the termination board to the 19”-front card in the 19”
rack.
Power upply and battery charger unit a well a the batterie are in talled in the fire alarm panel.
2.1.1 19” Rack
Standard 19”-rack are u ed for the front module . The height of the rack i three HE unit . Three HE
unit are equal to 133.35 mm or 5¼ inche .
All front plate of the different module mu t be a multiple of 4 TE wide. The width of the entire 19 inch
rack i 84 TE, o the maximum capacity of one 19”-rack i 21 module of 4 TE. One TE i 5.08 mm or
0.2 inche .
Two different rack are u ed for the FAST2000

/2 panel, one a the fir t rack of a panel the other one
a econd or further rack. The fir t rack i u ed for in tallation of the CM-32 and DM-32 module . Thi
rack provide 11 +1 lot for front module . The econd rack provide 20 + 1 lot for front module .
The mo t right place in each 19”-rack i re erved for the PM-32 module. Thi place i not equipped
with the ribbon cable connector for connection of termination board ( ee 2.2, electrical connection ).
The following figure how a po ible arrangement of the module in the fir t 19”-rack.
Figure 1: 19” Rack with Module

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2.2 Elec rical Connec ions
The module in talled in the rack are equipped with a 64-pin male Euro connector that i plugged into
the female connector on the backplane PCB.
Through thi connector the module are upplied with power, and all the communication al o pa e
through it. A 26-pin male connector for ribbon cable i in talled right of the 64-pin connector on the
backplane PCB and connected to it.
The nece ary ignal for communication, ynchroni ation and control, that may be required at the
termination board , are pa ed through from the 64 pin Euro connector to thi 26 pin connector.
A ribbon cable with the appropriate 26 pin contact i u ed to connect the front module to their
re pective termination board . Some module have everal different termination board that can be
connected imultaneou ly to the front module. The e can either be ca caded or imply connected by
adding everal female plug to the ame ribbon cable. The information in the following chapter will
enable you to connect the termination board correctly.
In addition a 10 pin connector i in talled to the right of the 64 pin connector. It i located above the 26
pin connector. For the LM-32D and the LM-32E thi connector i u ed to connect detection loop . The
CM-32 u e the 10 pin connector for RS-232 communication (connection to CM-32P). The 10-pin
connector i not u ed with the EM-32 module.
Figure 2: 19” Rack with Module , Front View
2
1
4
3
6
5
8
7
10
9
2
2
1
4
3
6
5
8
7
10
9
12
11
14
13
16
15
18
17
20
19
22
21
24
23
26
25
2

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Figure 3: 19” Rack with Module , Backplane
The jumper on the back plane PCB are u ed to connect pecial control ignal from one place to
another place. The e jumper mu t be et when IO-32 or EM-32 module are u ed. Refer to chapter
3, de cription of module .
2.3 Power Supply
The fire detection y tem i upplied with power from the main y tem via power upply unit. The
econd ource of power con i t of the built-in tandby batterie . Both power ource are connected
to the CM-32T/2 termination board, which incorporate the monitoring circuit for the main and
battery upply. If one of the two upplie fail , the e circuit en ure an immediate witchover to the
other upply (i.e. without interruption) and a fault ignal to thi effect i di played. In larger panel with
more power required, additional et of power upplie are u ed with each et of power upply
con i ting of the power upply unit, CM-32T/2 module and batterie .
2.4 De ec ion Loops
The detection circuit of the FAST2000

/2 are connected to the loop module LM-32TX, LM-32D or
LM-32E and configured a loop . Branch line can be connected to the loop at any place.
The module LM-32TX of the FAST2000

/2 i u ing the Tyco protocol (MZX-technology) on the loop.
Loop device of erie 800, 830 and 850 are u ed.
The loop module LM-32D and LM-32E of the FAST2000

/2 are u ing the Sy tem Sen or protocol on
the detection loop , i.e. Sy tem Sen or loop device of erie 200 and 500 are u ed. Automatic fire
detector (analogue en or ) and a range of input and output module are available from both erie .

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2.4.1 Sys em Sensor Loop Devices
The Sy tem Sen or erie 200 and 500 include both monitoring and control device . Each detection
circuit (loop) may have up to 99 automatic detector ( en or ) and 99 non-automatic detector
(manual call point , input and output module ) connected to it, making a maximum total of 198
device for a ingle loop.
All device to be u ed on the detection loop are equipped with an addre unit. Automatic detector
( en or ) are addre ed in the addre range from 1 to 99; non-automatic detector (manual call
point , input module and control module ) are addre ed in the range from 101 to 199. The addre
i elected by mean of rotary decade witche . The election repre ent the two la t digit , ten and
one , of the device addre . The device may be placed in any order on the loop , however, it i
recommended to arrange the device in numerical order whenever po ible. Thi allow ea ier
maintenance and fault finding.
An analogue detector tran mit a ignal to the control panel, which i proportional to the monitored fire
parameter. On change of thi parameter the output ignal of the detector al o change , e.g. if the
temperature i ri ing, the output ignal i al o ri ing.
The FAST2000

/2 i checking the addre e in ucce ion. When an addre i checked, the
re pective device tran mit the analogue value of the en or to the fire panel. An analogue en or
make no difference between normal and fire value. The trigger level for pre-warning, fire and fault i
provided by the FAST2000/2. The trigger level for fault, pre-warning and fire are part of the
module core oftware. All value tran mitted from the en or are evaluated by the panel and re ult in
the re pective mode: normal mode, fault, pre-warning or alarm.
2.4.1.1 Automatic Sy tem Sen or loop device u ed with the FAST2000

Compact/2:
• Ioni ation moke detector 1251E (ob olete)
• Optical moke detector 2251EM (ob olete) and 22051E-IV
• Optical moke / thermal detector 2251TEM (ob olete) and 22051TE-IV
• Rate-of-ri e heat detector 5251REM (ob olete) and 52051RE-IV
• Maximum heat detector 5251EM (ob olete) and 52051E-IV
• High temperature maximum heat detector 5251HTEM (ob olete) and 52051HTE-IV
2.4.1.2 Non-automatic Sy tem Sen or loop device u ed with the FAST2000

/2:
• Micro monitoring module M503ME (ob olete)
• Mini monitoring module M501MEA (one inpiut)
• Conventional line interface M512ME (ob olete) or M210E-CZR
• Monitoring module M210E (one input)
• Monitoring module M220E (two input )
• Monitoring/control module M221E (two input , one output)
• Control module M201E (one output)
• Control module M201E-240KO (one output rated for 240V, boxed ver ion)
• Control module M201E-240DIN (one output rated for 240V, DIN rail ver ion)
• Short circuit i olator M200XE
• Short circuit i olator AX91IS (ob olete)
• I olator ba e B524IEFT
• Manual call point (red) HFM/3/22/17/ (ob olete) and HFM/3/25/17/

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• Manual relea e pu h button (yellow) HFM/1/22/17/17 (ob olete) and HFM/1/25/17/17
• Monitoring witch (addre ed) EDS500-3/GR (operated = quie cent mode)
• Monitoring witch (addre ed) EDS500-3/GA (operated = ignalling mode)
For detail of the variou loop device refer to the re pective data heet .
2.4.2 Tyco Loop Devices
The Tyco MZX erie 800, 830 und 850 are con i ting of automatic detector , monitoring module
and control module . Up to 250 loop device can be connected to each loop.
All device to be u ed on the detection loop are equipped with an addre unit. Addre etting i
done by mean of the programming device EMT850. The device may be placed in any order on the
loop , however, it i recommended to arrange the device in numerical order whenever po ible. Thi
allow ea ier maintenance and fault finding.
An analogue loop device tran mit a ignal to the control panel, which i proportional to the monitored
fire parameter. On change of thi parameter the output ignal of the detector al o change , e.g. if the
temperature i ri ing, the output ignal i al o ri ing.
The FAST2000

/2 i checking the loop device in ucce ion addre by addre . When an addre
i checked, the re pective device tran mit the analogue value of the en or to the fire panel. An
analogue en or make no difference between normal and fire value. The trigger level for pre-
warning, fire and fault i defined in the oftware of the FAST2000
®
/2. All value tran mitted from the
loop device are evaluated by the panel and re ult in the re pective mode: normal mode, fault, pre-
warning or alarm.
2.4.2.1 Automatic Tyco MZX loop device u ed with the FAST2000

/2:
• CO-Heat Detector 801CH
• Optical Smoke 813P, 830P, 850P
• Optical Smoke - / Heat Detector 801PH, 830PH, 850PH
• Heat Detector 801H, 830H, 850H
• Multi criteria detector 801PC, 830PC, 850PC
• Heat Detector 801H, 830H, 850H
• Flame Detector 801F
• Heat Detector Ex-i 801HEx
• Optical Smoke / Heat Detector Ex-i 801PHEx
• CO- Heat Detector Ex-i 801CHEx
• Flame Detector Ex-i 801FEx
2.4.2.2 Non-automatic Tyco MZX loop device u ed with the FAST2000

Compact/2:
• Contact Input Module CIM800
• Conventional Line Interface DIM800
• Monitor-Module MIM800 (one input)
• Input-/Output Module SIO800 (one input, one output)
• Multi-Input-/Output Module MIO800
• Relay Output Module RIM800
• Short Circuit I olator LIM800
• Manual Call Point (rot) KAC CP820

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• Handfeuermelder (rot) KAC CP820
• Manual Call Point (rot) GER DIN820
• Manual Relea e Pu h Button GER DIN825
Further loop element are in preparation.
For detail of loop element refer to re pective data heet .
2.4.3 Brief Descrip ion of De ec ion Circui Opera ion
The detection circuit of the FAST2000

/2 mu t alway be configured a loop . A typical detector
loop configuration i hown in the figure below:
During normal operation the FAST2000
®
/2 check the device connected to the loop in numerical
order. The checking i performed from the low end of the loop. By receiving the check ignal on the
high end of the loop, the panel confirm the loop continuity.
If the FAST2000
®
/2 detect a break in the loop it will automatically connect low end and high end
together to read any lo t addre e from the other end of the loop. Thi mean that with a ingle break
in the detection circuit wiring the FAST2000®/2 i till able to keep in touch with all the device
connected to that detection circuit.
2.4.4 Scanning he De ec ion Loops
The FAST2000
®
/2 continuou ly can the detection circuit reque ting each connected device to
report it value. At the tart of each can period the FAST2000
®
/2 addre e the device with the
lowe t addre on the loop and then carrie on until all device on the loop have been addre ed in
numerical order.
After all device on the loop have been interrogated the loop module of the FAST2000
®
/2 perform
certain internal routine before it tart the next can period.
The FAST2000
®
/2 u e approximately 30 m to interrogate a ingle device. From thi it i po ible to
e timate how long it take to interrogate all the device in the y tem. The can time i found by
multiplying the large t number of device on one of the two loop with 30 m . Note, however, that a
ingle can can never take le than one econd. So if the maximum number of device on any of the
Zone 1
1.1 1.2 1.4
1.10
1.14
1.20
1.132 1.130
Zone 2
Zone 3
Module
Detector
Short Circuit
I olator
1.131 1.129
Low end
High end
1.3

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loop i le than 35, the FAST2000
®
/2 will not tart a new can until a full econd ha pa ed ince
the tart of the previou can.
2.4.5 Downloading Type Informa ion o he LM-Module
A long a no type information ha been downloaded to the LM-module the panel know nothing
about the device connected to the loop . All device connected to the loop have to be pecified in
A.Z.T. of the PCT programming tool (refer to programming manual for FAST2000
®
/2 panel ). After
download of the type information the panel tart checking all device pecified. When adding device
to the loop the new device have to be entered in A.Z.T. and the type information downloaded to the
re pective LM-module. Alternatively the device can be added to the y tem via the menu of the panel.
2.4.6 Scan Time Calcula ion
The LM-module of the FAST2000
®
/2 alway tart polling on both loop at the ame time, and the fir t
device to be polled on each loop i the device with the lowe t addre . A the lowe t addre may
vary from one loop to another the FAST2000
®
/2 may tart the can by polling detector number 2 on
loop 1, detector number 5 on loop 2, etc. From then on the can continue until all the device on the
mo t heavily populated loop have been interrogated before the polling equence tart again.
Note that, if the total number of device (detector and module ) on the two loop i le than 35, the
can time will alway be 1 econd. If there are more than 35 device on one of the loop than the can
period may be calculated by u ing the formula:
t
can
= d
max
x 30 m
where t
can
= The common can time for all loop
d
max
= Large t number of device on one loop
Example:
Calculate the can time of a FAST2000
®
/2 with the following number of device connected to it
detection loop :
Loop-No. Detector Module Total
1 47 13 60
2 53 59 112
Loop two ha the mo t device , 112, and by u ing thi number of device in the equation the can
time become :
t
can
= 112 x 30 m = 3.36
The time taken to poll all the device on the detection circuit determine the time taken by the panel
to detect different fault and alarm condition .
When the FAST2000
®
/2 receive a value back from a detector or module which i larger than the fire
level it automatically recheck thi alarm even time before it accept it a a fire condition. A a
re ult of thi the panel' maximum re pon e time to a fire ituation i 160m longer than the can time.
From thi it follow that the maximum re pon e time to a fire ituation i 6.1 econd .
2.5 Ex inguishing
The FAST2000
®
ha even module that are dedicated for extingui hing y tem . The card are; LM-
32E, LM-32ET, LM-32SCT, EM-32, EM-32T, EM-32TER and EM-32STE.

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2.5.1 Ex inguishing Condi ions
The condition under which a ga relea e hall occur i dependent on how the y tem i configured in
Cau e & Effect programming. The y tem may relea e on the fir t fire detected from a detector or it
may require a double knock ituation. Al o a manual relea e pu h button can be in talled to trigger
the relea e. The manual relea e pu h button a an addre ed device i connected to the loop or a
conventional manual relea e pu h button i connected to a pecial input for manual relea e.
The relea e proce varie for different in tallation ( ee the ite pecific requirement ) and i to be
programmed in cau e and effect programming. In general there will be ome ort of a time delay
(mechanical or electrical) for evacuation time at the beginning of the relea e proce . After the
evacuation period the zone or pilot valve i activated and the relea e proce i completed.
For low pre ure CO
2
- y tem an input (input 6 of the LM-module) i provided to initiate a econd
flooding of extingui hing area.
2.5.2 Ex inguishing-S op (Emergency Hold)
A “Hold”-input (input 5 of the LM-module) i provided to connect an emergency hold device. The
function of the input i de igned to follow the European Standard EN12094-1, chapter 4.20. By
operating the emergency hold device one of the following function equence will be tarted (to be
elected in the configuration of the LM-module):
1. The extingui hing y tem will not be activated a long a the emergency hold device i
continuou ly operated. De-activation of the operation of the emergency hold device after the
end of the pecified pre-di charge warning time will cau e the relea e of the extingui hing
y tem immediately. The pre-di charge warning time will not be interrupted, hortened or re et
by the ignal from the emergency hold device.
2. The extingui hing ignal will not be activated while the emergency hold device i continuou ly
operated. The pre-di charge warning time will be re- tarted from the beginning by each relea e
of the emergency hold device.
A fault (open or hort circuit) of the line to the emergency hold device will be recognized and indicated
at the panel.
A en ion: If inpu 5 of he LM-Module is used as inpu for a S op-Bu on in an ex inguishing
sys em he following is o be observed:
A faul (shor circui or open circui ) on he line o he s op bu on (inpu 5 of he
LM-module) preven s releasing of he ex inguishing sys em. This is s ipula ed by
he regula ions for gas-ex inguishing sys ems.
!! A faul of inpu 5 mus be cleared immedia ely !!
!! The fire pro ec ion sys em is disabled !!
For further technical information on the variou input and output ee chapter 3 and 4.

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3 The Modules of he FAST2000
®
/2
Thi chapter de cribe the variou module available of the FAST2000®/2 y tem. Each of the e
module i de cribed with the termination point and which module( ) it communicate with. In
addition thi chapter provide information how to elect and in tall the card needed to build the panel
for pecific application .
The FAST2000®/2 i a modular panel. The principle behind thi y tem i that the panel can be built
to uit the cu tomer requirement for hi y tem. Thi mean that only module needed for a pecific
y tem are u ed. The in taller ave pace and co t due to the flexibility of building a y tem ba ed
on module .
The following module are u ed in the FAST2000
®
/2 y tem:
• CM-32/2 Control module
• CM-32T Power upply upervi ory module (up to 2012)
• CM-32T/2 Power upply upervi ory module ( ince 2013)
• CM-32F Fire brigade termination board (up to 2008)
• CM-32F/2 Fire brigade termination board ( ince 2009)
• CM-32R Common relay termination board
• CM-32P RS-232 interface card for printer connection
• PM-32 Power converter module
• DM-32/2 Di play module
• DP-157 Power Supply (up to 2008)
• ADC 5483 Power Supply ( ince 2008)
• LM-32TX Loop module for Tyco detector for detection and extingui hing area
• LM-32TXT Termination board for LM-32TX for Tyco detector
• LM-32D Loop module detection area
• LM-32DT Detection area termination board
• LM-32E Loop module for extingui hing area
• LM-32ET Extingui hing area termination board
• LM-32SCT Extingui hing area termination board with tepper motor output
• AM-32 Alarm monitoring for tepper motor y tem
• EM-32 Extingui hing module
• EM-32ET Extingui hing module termination board I, one output
• EM-32TER Extingui hing module termination board II, two output
• EM-32STE Extingui hing module termination board III with two tepper motor output
• IO-32 Input/output module
• IO-32T Relay output termination board
• IO-32TOC Open collector output termination board
• ZI-32 Zonal indication module
• RM-32 Revi ion module with 2 key witche
• CM-32CTCB2 Communication termination board 2
• CM-32CTCM422 RS422 termination board
• CM-32CTCM232 RS232 termination board
• CM-32CTCM1 30mA termination board
• CM-32CTOPT1 Fibre optic termination board
• IM-32 RS232 interface card
Each component of the FAST2000

/2 i de igned for a pecific ta k within the whole y tem. Some of
the component are independent "intelligent" unit (with proce or), wherea other are pa ive unit ,
which are controlled by an "intelligent" module.

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3.1 CM-32/2 Con rol Module
The CM-32/2 i an intelligent independent module that handle all general monitoring and control
function of the FAST2000

/2; it i the main module in the y tem. The CM-32/2 u e a redundant
two-wire internal communication bu to communicate with other microproce or ba ed module . The
communication peed i 9600 baud. The communication bu i u ed to both receive y tem tatu
telegram and to tran mit control command to other module . The control module handle all the
higher-level control and monitoring function within the panel. Thi module manage all ignal and
item of y tem information, and how them on the di play unit. It receive the u er command via
the keyboard.
The CM-32/2 module i in talled in the 19”-rack be ide the di play-module. Ribbon cable are
providing the connection to the terminal board .
The CM-32/2 Control Module ha ten LED’ on the front plate for indication of the y tem tatu .
Three of the LED’ for alarm ignal are red while the other for fault and di connection are yellow.
• LED „FIRE“
Thi LED i red and i lit whenever a fire ha been detected in the
y tem. If it’ a fir t alarm of a double-Knock y tem the LED tart
blinking.
• LED „TEST“
Thi i a yellow indicator LED which i lit whenever any part of the
y tem i in te t mode.
• LED „ISOLATED“
The Di connection indicator i a yellow LED that i lit if any part of the
y tem ha been di connected (i olated).
• LED „FAULT“
Thi indicator i yellow. It i u ed to indicate the pre ence of fault in the
y tem and i lit if a fault ha been detected.
• LED „SYSTEM FAULT“
The Sy tem fault indicator i the bottom indicator in the left column. It i
lit when a y tem fault occur .
• LED „FIRE BRIGADE CALLED“
Thi red indicator i located at the top of the right column. It i lit when the automatic fire
brigade calling equipment ha been activated.
• LED „CALL FIRE BRIGADE“
Thi red indicator i lit if a fire i detected in the y tem at the ame time a the panel ha
regi tered a fault with the circuit u ed to activate the automatic fire brigade calling equipment.
Thi mean that the panel ha probably not been able to tran mit the fire alarm me age to the
fire brigade. It i therefore e ential that the fire brigade i called manually a oon a thi
indicator light .

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®
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• LED „FIRE BRIGADE“
The Fire Brigade indicator i a yellow LED that indicate that the panel ha detected a fault on
the circuit u ed to activate the automatic fire brigade calling equipment or that it i i olated. The
operation of the LED depend on the tate of the Fire Brigade output circuit and i ummari ed
in thi table.
„Fire Brigade Calling“ Condition LED
Normal Condition OFF
Fire Brigade output i olated ON
Fault Condition FLASH
• LED „BELL“
Thi yellow LED indicate either a fault on one or more of the alarm bell circuit or that one or
more of them i i olated. The tate of thi indicator i determined by which alarm bell circuit
condition exi t in the y tem. The operation of thi indicator i ummari ed in thi table:
Bell Circuit Condition LED
Normal Condition OFF
One or more i olated ON
Fault Condition FLASH
• LED „POWER FAULT“
Thi indicator i yellow and indicate that a fault ha been detected either on the primary power
upply (the charger i not working) or on the econdary power upply (the battery i di charged
or i damaged).
The module i in talled in the fir t 19” frame on the left ide of the di play-module. A flat cable i u ed
to connect the CM module to the di play-module DM-32/2. A number of different terminal board are
available for input and output connection . The terminal board are connected to CM-32/2 via the two
ribbon cable header of the main frame lot.
For additional I/O the CM-32/2 can be linked to one or two IO-32 front module . Thi i done by
placing a few SPI link on the backplane. The I/O-32 i de igned to control different I/O terminal
board with a maximum of 24 I/O line per module.
Available CM-32 terminal board :
1. CM-32T - Provide connection and upervi ion of charger and battery, 24V output terminal
and earth fault upervi ion.
2. CM-32F - Provide an interface for the German fire brigade panel and an output for fire alarm
routing equipment.
3. CM-32R - Provide relay output for the following ignal : 'Activated', 'Relea ed', 'Hold Off' and
'Fire'. Additionally it provide a 24V upervi ed and normally active 'Fault' output.
4. CM-32P - Provide two RS-232 communication channel for printer, PC, etc.
5. CM-32CTCB2 - Provide up-to two communication channel

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3.1.1 Circui Descrip ion
The block diagram how the CM-32/2 with external module connected to it. The diagram pre ent a
configuration that u e all available module and board that can be connected to the CM-32 in rack
configuration.
A you can ee from the diagram the main part of the CM-32/” i the micro-controller M68HC11F1.
The PIB-32 board (LED board) connected to the CM-32 i of the wide type with 10 different colour
LED indicator . The purpo e and colour of the LED' are:
LED no. State LED Colour
1 Fire Red
2 Te t Yellow
3 I olated Yellow
4 Fault Yellow
5 Sy tem Fault Yellow