Page 1 FS720 Fire detection system Mounting Installation Building Technologies A6V10210390_m_en_-- 2018-08-29 Control Products and Systems...
Page 2 Issued by: Siemens Switzerland Ltd. Building Technologies Division International Headquarters Theilerstrasse 1a CH-6300 Zug Tel. +41 58 724-2424 www.siemens.com/buildingtechnologies Edition: 2018-08-29 Document ID: A6V10210390_m_en_-- © Siemens Switzerland Ltd, 2008 2 | 248 Building Technologies A6V10210390_m_en_-- Fire Safety 2018-08-29...
Page 3: Table Of Contents
Table of contents About this document ................7 Applicable documents ................. 9 Download center ..................9 Revision history ..................10 Safety ....................12 Safety instructions ..................12 Safety regulations for the method of operation ...........13 Standards and directives complied with............15 Release Notes ...................15 Overview ...................
Page 4 Mounting and installing extinguishing control panels ........48 Installing single-sector extinguishing ............48 6.1.1 Card cage mounting ..............48 Card cage connections (1 sector exting.) FCA2046 ........50 6.2.1 Pin assignments ................. 50 Installing the extinguishing card ..............71 Extinguishing terminal installation and wiring..........72 6.4.1 Description..................
Page 5 7.13 Installing the fiber optic cable network module .........132 7.13.1 Replacing the DIN rail clip ............132 7.13.2 Installation variants ..............133 7.13.3 Pin assignments ...............134 7.14 Ethernet switch FN2008 and safety module FN2009 ........139 7.14.1 Installing the mounting kit ............139 7.14.2 Installing the modules ...............144 7.14.3 Wiring of FN2008 with fire terminal ..........145...
Page 6 7.25 Modes of mounting for modules ............... 206 7.25.1 Mounting on DIN rail or mounting plate ........207 7.25.2 Mounting in housing FDCH221 ..........208 7.26 RT interface [NL] ..................209 7.26.1 Installation ................209 7.26.2 Pin assignments ............... 210 7.27 Cable kit (communication) ...............
Page 7: About This Document
About this document Applicable documents 1 About this document Goal and purpose This document describes the installation process for the stations and components of the fire detection system. It especially provides information on the following: ● Mounting of the stations ●...
Page 8 About this document Applicable documents Source language and reference document ● The source/original language of this document is German (de). ● The reference version of this document is the international version in English. The international version is not localized. Document identification The document ID is structured as follows: ID code Examples...
Page 9: Applicable Documents
1.1 Applicable documents Document ID Title A6V10210355 FS720 Fire Detection System Description A6V10210368 FS720 Fire Detection System Characteristic Product Data A6V10210416 FS720 Fire Detection System, Commissioning, Maintenance, Troubleshooting A6V11370445 Form for CE marking on an integrated extinguishing system A6V11502888 FHA2061-A1 mounting kit (batteries) 1.2 Download center...
Page 10: Revision History
About this document Revision history 1.3 Revision history The reference document's version applies to all languages into which the reference document is translated. The first edition of a language version or a country variant may, for example, be version 'd' instead of 'a' if the reference document is already this version. The table below shows this document's revision history: Version Edition date...
Page 11 About this document Revision history Version Edition date Brief description 2013-11-14 Edition: Introduction Package IP5 Change to date format according to ISO 8601 New: Integrating fire control panel FC723: ● Arrangement of components in the Comfort housing ● Installation of card cage (2 slots) Installation and wiring of module bus cards for AlgoRex migration: ●...
Page 12: Safety
Safety Safety instructions 2 Safety 2.1 Safety instructions The safety notices must be observed in order to protect people and property. The safety notices in this document contain the following elements: ● Symbol for danger ● Signal word ● Nature and origin of the danger ●...
Page 13: Safety Regulations For The Method Of Operation
2.2 Safety regulations for the method of operation National standards, regulations and legislation Siemens products are developed and produced in compliance with the relevant European and international safety standards. Should additional national or local safety standards or legislation concerning the planning, mounting, installation,...
Page 14 Modifications to the system design and the products Modifications to the system and to individual products may lead to faults, malfunctioning and safety risks. Written confirmation must be obtained from Siemens and the corresponding safety bodies for modifications or additions. 14 | 248 Building Technologies...
Page 15: Standards And Directives Complied With
Personal injury or damage to property caused by poor maintenance or lack of maintenance 2.3 Standards and directives complied with A list of the standards and directives complied with is available from your Siemens contact. 2.4 Release Notes Limitations to the configuration or use of devices in a fire detection installation with a particular firmware version are possible.
Page 16: Overview
Overview Packaging units 3 Overview 3.1 Packaging units The stations can be delivered in several packaging units. Mounting and assembly are carried out on-site. The delivery consists of the following packaging units: ● Pre-installed rear panel, with periphery board, power supply, disconnect terminal block and wiring ●...
Page 17: Rear Panel In Eco Housing
Overview Station rear panels (packaging unit) 3.2.1 Rear panel in Eco housing The fire terminal is available in the Eco housing. Figure 1: Fire terminal in Eco rear panel Eco rear panel Opening for cable feed from rear side DIN rail for disconnect terminal blocks Fastening tabs for the cover cap Hole for wall mounting (top) Recesses for the hinges of the operating unit...
Page 18: Rear Panel In Standard Housing
Overview Station rear panels (packaging unit) 3.2.2 Rear panel in Standard housing The setup of the different fire control panels in the Standard housing is always identical. Figure 2: Fire control panel in Standard rear panel Standard rear panel Hole for wall mounting (top) Fastening tabs for the cover cap Openings for cable feed from rear side Recesses for the hinges of the operating unit...
Page 19: Rear Panel In Comfort Housing
Overview Station rear panels (packaging unit) 3.2.3 Rear panel in Comfort housing With the exception of the periphery board type, the setup of fire control panels FC722 and FC724 in the Comfort housing is identical. Example of a fire control panel FC724 in Comfort rear panel: Comfort rear panel Secondary-side cabling of the power supply Mounting holes for operating unit...
Page 20: Rear Panel In Large Housing
Overview Station rear panels (packaging unit) Fastening tabs for the cover cap Holes for wall mounting (bottom) Openings for cable feed from rear side Strain relief for mains supply cable Recesses for the hinges of the operating unit DIN rail with network separation terminals, also for additional components Periphery board Primary-side cabling of the power supply...
Page 21 Overview Station rear panels (packaging unit) Large rear panel Holes for wall mounting (top) Fastening tabs for the cover cap Openings for cable feed from rear side Recesses for the hinges of the operating unit Mounting holes for operating unit Periphery board (4 loops) Secondary-side cabling of the power supply Recesses for the hinges of the operating add-on...
Page 22: Mounting Material
Overview Station rear panels (packaging unit) 3.2.5 Mounting material The following installation material is supplied with all stations: Number Designation Rear panel screws Ø 6/40 mm Nylon wall plugs Ø 4.5-6 mm Cable ties 2.4 x 137 mm Philips screws M 3/6 Philips screws M 3/12 ( Edge protection strip 40 x 100 x 1.5 mm Trapezoid edge protection strip...
Page 23: Operating Unit, Operating Add-On And Cover Cap (Packaging Unit)
Overview Operating unit, operating add-on and cover cap (packaging unit) 3.3 Operating unit, operating add-on and cover cap (packaging unit) The operating unit and the optional operating add-on are supplied together with the cover cap as a separate packaging unit. 3.3.1 Operating units and operating add-on The operating unit is part of every station.
Page 24: Cover Cap
Overview Operating unit, operating add-on and cover cap (packaging unit) Support plate PMI & mainboard Mounting holes of operating unit Lug with securing clip for ribbon cable Hinge Supplied mounting material 4x M5 screws for securing the operating unit 2x M2.5 screws for securing the hinge of the operating unit 1x ribbon cable for the connection from the PMI &...
Page 25: Location Of Components
Overview Location of components 3.4 Location of components This chapter outlines the following components that can be installed in the station: ● Components installed as standard ● Optional components Optional components are supplied in separate packaging units. The figures show the maximum possible scope of equipment.
Page 26: Components In The Standard Housing (Fire Control Panels)
Overview Location of components 3.4.2 Components in the Standard housing (fire control panels) The fire control panel FC722 (2-loop) is available in the Standard housing. Figure 8: Components in the Standard housing (fire control panel) Batteries Power supply (70 W) Relay (option) on DIN rail Shield connection terminal blocks [DE] or cable kit (communication), (options)
Page 27: Components In The Comfort Housing (Fire Control Panels)
Overview Location of components 3.4.3 Components in the Comfort housing (fire control panels) Fire control panels FC722, FC723 and FC724 are available in the Comfort housing. With the exception of the card cage and periphery board type, the setup is identical.
Page 28: Components In The Large Housing (Fire Control Panels)
Overview Location of components Batteries Mains separator terminals on DIN rail FC722 and FC724: space for more options (e.g. fire brigade periphery module [DE]), or sounder module FC723: Card cage (2 slots) Shield connection terminal blocks [DE] or cable kit (communication), (option) Relay module (option) on DIN rail Loop extensions (C-NET) (option) Power supply (150 W), mounted horizontally as standard...
Page 29 Overview Location of components Relay module (option) on DIN rail Socket (option) on DIN rail Card cage (5 plug-in cards) Module bus cards (max. 5) in card cage Shield connection terminal blocks [DE] or cable kit (communication) on mounting plate (options) Mounting plate for card cage (5 slots) and periphery board (4-loop) Loop extensions (C-NET) (option) Periphery board (4 loops)
Page 30: Components On Operating Unit
Overview Location of components 3.4.5 Components on operating unit Figure 11: Components on the operating unit with PMI & mainboard FCM2027 Figure 12: Components on the operating unit with PMI & mainboard FCM2004 PMI & mainboard Space for options (printer or LED indicator) Network module (SAFEDLINK) on X13 (master module), (option) Slot 1 [SER_OPT1] for the first serial module on X14 (for event printer or UFP 'universal fire protocol') (option)
Page 31: Position Of Modules For Extended Networking
Overview Location of components 3.4.6 Position of modules for extended networking 3.4.6.1 Modules in station with Comfort housing Installation arrangement of an Ethernet switch (MM) FN2008-A1 or Security module (firewall) FN2009-A1 taking the example of the FC724-ZA with fire brigade periphery module FCI2001-D1.
Page 32 Overview Location of components 3.4.6.2 Modules in station with Standard housing Due to space constraints, no Ethernet switch (MM) FN2008-A1 or Security module (firewall) FN2009-A1 can be installed in a fire control panel FC722. An additional empty housing (Eco or Standard) is needed for this application and is fitted under the fire terminal.
Page 33 Overview Location of components Housing (Eco) FH7201-Z3, empty Mounting kit (switch, Comf.), mounting bracket with two DIN rails FN2008-A1 or FN2009-A1 Fire control panel FC722 in the housing (Standard) 33 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 34 Overview Location of components 3.4.6.3 Modules in the fire terminal Due to space constraints, no Ethernet switch (MM) FN2008-A1 or Security module (firewall) FN2009-A1 can be installed in the fire terminal FT724. An additional empty housing (Eco) is needed for this application and is fitted under the fire terminal.
Page 35 Overview Location of components Housing (Eco) FH7201-Z3, empty Installation kit (switch, comf.) I/O module for alarming the detector contact FN2008-A1 or FN2009-A1 FT724 fire terminal with optional power supply and batteries 35 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 36: Mounting Procedure
Mounting procedure 4 Mounting procedure The following mounting processes are described in the following chapters: ● Mounting of rear panel ● Fitting all components ● Assembly of the stations Prerequisites ● All parts have been checked to make sure they are complete and intact. ●...
Page 37 Mounting procedure Siemens Switzerland Ltd Fire Safety & Security Products CH-6301 Zug FC722 85...265VAC 90VAC EN54-2 / (PSU:EN54-4) Prod. Date: G209076 Figure 15: Example of a type plate 37 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 38: Mounting And Assembling A Station
Mounting and assembling a station Install rear panel 5 Mounting and assembling a station 5.1 Install rear panel 5.1.1 Surface mounting Mounting instructions Any surface irregularities can be compensated with washers or wooden wedges. ● The rear panel is attached to the wall using screws with a diameter of 6 mm. ●...
Page 39: Installing An Additional Housing
Mounting and assembling a station Installing an additional housing 5.2 Installing an additional housing Separate housings can be mounted for components which do not have any space in the housing or for decentralized supply units. The additional housings are generally mounted right below the stations and attached to them with screws. The housings comprise the following elements: ●...
Page 40: Connect The Mains Cable
Mounting and assembling a station Connect the mains cable Mounting steps WARNING Heat bridge between the station and mounting surface caused e.g. by overheating of the batteries Danger of fire ● If you mount the station on a flammable wall, all cut-out sections for the mounting holes must be sealed using the supplied aluminium stickers.
Page 41 Mounting and assembling a station Connect the mains cable Figure 17: Laying the mains cable for the Standard housing (left) and the Comfort housing (right) EMC-critical zone (no high-voltage power permitted) Mains connection from below (not recommended) Disconnect terminal blocks Cable strain relief for mains supply line Mains connection from above (recommended) EMC boundary...
Page 42: Standard Connection
Mounting and assembling a station Connect the mains cable 5.3.2 Standard connection Figure 18: Mains connection in the Standard housing (left) and the Comfort housing (right) Mains cable (feed from above) Strain relief clamp Ground on the rear panel Disconnect terminal Primary cabling for power supply Ground cable (yellow/green), pre-assembled Cable tie...
Page 43: Installing The Operating Unit And The Operating Add-On
The operating unit options are fitted. 5.4.1 Mounting and wiring the operating unit The procedure for mounting the operating unit in the Siemens wall housing is the same for all operating units. The wiring differs according to which options are installed.
Page 44 Mounting and assembling a station Installing the operating unit and the operating add-on Figure 20: Mounting of operating unit with PMI & mainboard FCM2004 Hinge of the operating unit Cable routing to the optional components Cable ties for fixing the cables Operating unit Holes for securing the operating unit Connection (X3) for the ribbon cable on the PMI &...
Page 45 Mounting and assembling a station Installing the operating unit and the operating add-on Mounting steps 1. From the rear side, hang the operating unit by inserting the hinges (2) into the openings in the rear panel of the housing (1). 2.
Page 46: Install Operating Add-On
Mounting and assembling a station Installing the operating unit and the operating add-on 5.4.2 Install operating add-on For stations in a Comfort housing, operating add-ons are installed in the bottom half of the housing. For stations in an Eco or Standard housing, operating add-ons must be installed in a separate housing.
Page 47: Mounting The Cover Cap
Mounting and assembling a station Mounting the cover cap 5.5 Mounting the cover cap Prerequisites ● All options have been installed. ● The operating unit and the operating add-on have been mounted and fastened. ● The batteries have been installed. ●...
Page 48: Mounting And Installing Extinguishing Control Panels
The card cage (1 sector exting.) FCA2046 for an extinguishing card can be installed in all FS720 fire control panels in the Comfort housing with a 150 W power supply, provided that the space for additional components next to the periphery board is free.
Page 49 Mounting and installing extinguishing control panels Installing single-sector extinguishing Figure 24: Installing the card cage in the control panel for 1-sector extinguishing Housing (Comfort) 3x screw bushings on the rear panel for mounting panel Mounting panel for cables 3x screws M3 for cable carrier Card cage (1 sector exting.) FCA2046 7x screws M3 for card cage (1 sector exting.) 7x screw bushings on rear panel for card cage (1 sector exting.)
Page 50: Card Cage Connections (1 Sector Exting.) Fca2046
Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 6.2 Card cage connections (1 sector exting.) FCA2046 6.2.1 Pin assignments 6.2.1.1 X1 and X2, supply Figure 25: Detailed view of supply input, X1 and X2 Designation Description X2/1 VSYS-...
Page 51 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 6.2.1.2 X10, extinguishing terminal Figure 26: Detailed view of terminal X10, extinguishing terminal Designation Color Description TERM_INT_VSYS+ Green Supply output (+), primary extinguishing terminal TERM_INT_VSYS- Green Supply output (-), primary extinguishing terminal TERM_INT_DATA_A Green...
Page 52 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 ● Max. length of line A/B, external; 1200 m (EOL 120 Ω at furthest extinguishing terminal) ● A primary (internal) extinguishing terminal (T .) must always be connected ●...
Page 53 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 SUPPLY_25V8 OUTPUT_1 Figure 28: Output circuit for 'open drain' driver output 53 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 54 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 6.2.1.4 X11, collective monitored inputs Collective devices ('manual release' or 'emergency hold') can be connected to inputs 1...4; a max. of 8 devices per input. The inputs can also be used as monitored standard inputs. They can be configured to the different monitoring functions.
Page 55 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 Circuitry example DM1103-L / DM1103-S DM1103-L / DM1103-S INPUT_COL_MON_1+ INPUT_COL_MON_1- Device 1 Device 8 Figure 30: Collective monitored input with 'Manual release' and 'Emergency hold' ● EOL resistor: 18 V voltage reference diode / bidirectional / min. 600 W (e.g., P6KE18CA) ●...
Page 56 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 6.2.1.5 X12, monitored inputs Inputs 5...10 (X12) are monitored standard inputs without the collective function. The inputs can be configured to the different monitoring functions. All inputs offer 2-way monitoring.
Page 57 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 IN_MON_5 IN_MON_5 IN_MON_6 IN_MON_6 IN_MON_7 IN_MON_7 IN_MON_8 IN_MON_8 IN_MON_9 IN_MON_9 IN_MON_10 IN_MON_10 ● EOL resistor: 3.3 kΩ ● Max. cable resistance, both conductors: 80 Ω Input monitoring The resistance range of the entire line –...
Page 58 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 INPUT_MON_TYPE_1: 'Normally open' INPUT_MON+ INPUT_MON- Figure 32: MON_INPUT_TYPE_1, 'Normally open' ● 'Normally open' Resistance range Input status 0000…0249 Ω SHORT (Fault) 0250…0519 Ω QUIET 0520…0799 Ω QUIET 0800…1099 Ω...
Page 59 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 INPUT_MON_TYPE_2: 'Normally closed' INPUT_MON+ INPUT_MON- Figure 33: MON_INPUT_TYPE_2, 'Normally closed' Resistance range Input status 0000…0249 Ω SHORT (Fault) 0250…0519 Ω QUIET 0520…0799 Ω QUIET 0800…1099 Ω QUIET 1100…1499 Ω...
Page 60 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 INPUT_MON_TYPE_2: ''Loss of agent' closed during pressure' ● ''Loss of agent' closed during pressure' ● Maximum line resistance 160 Ω (pressure gauge, cable, and plug) ● The maximum number of pressure gauges is calculated according to the max. line resistance INPUT_MON+ Manometer...
Page 61 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 INPUT_MON_TYPE_3: 'Simple switchable' ● Selector valve input INPUT_MON+ INPUT_MON- Figure 35: MON_INPUT_TYPE_3, 'Simple switchable' Resistance range Input status 0000…0249 Ω SHORT (Fault) 0250…0519 Ω INCORRECT STATUS 0520…0799 Ω QUIET 0800…1099 Ω...
Page 62 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 INPUT_MON_TYPE_4: 'Complex switchable' ● Automatic blocking ● Manual blocking ● Automatic and manual blocking INPUT_MON_TYPE_4 also contains type 1...3 INPUT_MON+ INPUT_MON- Figure 36: MON_INPUT_TYPE_4, 'Complex switchable' Resistance range Input status 0000…0249 Ω...
Page 63 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 INPUT_MON_TYPE_5: ''Loss of agent' open during pressure' ● Maximum line resistance 100 Ω (pressure gauge, cable, and plug) ● The maximum number of pressure gauges (n) is calculated according to the max.
Page 64 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 6.2.1.6 X14/X15/X16, monitored outputs Detailed view X15, X16, Detailed view X14, outputs 1…4, monitored outputs 5…10, monitored Designation Description OUT_MON_1+ Output 1+, monitored X15/8 X16/1 OUT_MON_1- Output 1-, monitored X15/7 X16/2 OUT_MON_2+...
Page 65 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 Designation Description X14/4 OUT_MON_9+ Output 9+, monitored X14/3 OUT_MON_9- Output 9-, monitored X14/2 OUT_MON_10+ Output 10+, monitored X14/1 OUT_MON_10- Output 10-, monitored Admissible cable cross-section: 0.2…2.5 mm² OUT_MON_1 OUT_MON_1 OUT_MON_2...
Page 66 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 Monitored output type LOAD Valves, etc. Monitoring polarity Normal polarity Monitoring Only in inactive state Calibration 2-way monitoring Permitted Total load resistance, incl. cable ● 14…1000 Ω, max. 2 A ●...
Page 67 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 Step 2: calculate the max. permitted cable resistance RcableNom = 0.97 * RcableCrit – 0.029 * RLoad RcableNom Maximum nominal cable resistance [Ω] during commissioning, both conductors. RLoad Load resistance at UloadMin.
Page 68 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 Monitored output type EOL Optical or acoustic warning devices, etc. Monitoring polarity Reverse polarity Monitoring Only in inactive state Calibration 2-way monitoring Not possible Total load resistance, incl. cable 40…4000 Ω, EOL max. 3.3 kΩ Max.
Page 69 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 Step 2: calculate the max. permitted cable resistance RcableNom = 0.97 * RcableCrit – 0.029 * Reol RcableNom Maximum nominal cable resistance [Ω], as per calibration, both conductors.
Page 70 Mounting and installing extinguishing control panels Card cage connections (1 sector exting.) FCA2046 Monitored output type LOAD PYRO Pyrotechnic valves Monitoring polarity Normal polarity Monitoring Only in inactive state Calibration 2-way monitoring Only permitted without 2-way connection box Total load resistance, incl. cable 2…32 Ω, max.
Page 71: Installing The Extinguishing Card
Mounting and installing extinguishing control panels Installing the extinguishing card 6.3 Installing the extinguishing card Figure 38: Inserting the extinguishing card into the card cage Card cage (1 sector exting.) FCA2046 Extinguishing card XCI2005 2x card guides 2x locking knobs w The card cage (1 sector exting.) is pre-wired.
Page 72: Extinguishing Terminal Installation And Wiring
Mounting and installing extinguishing control panels Extinguishing terminal installation and wiring 6.4 Extinguishing terminal installation and wiring 6.4.1 Description The extinguishing terminal XTO2001 is used for the indication and operating functions of the extinguishing card. It is part of the operating add-ons for extinguishing control panels and of the remote control panel.
Page 73: Extinguishing Terminal Connection Assignment And Wiring
Mounting and installing extinguishing control panels Extinguishing terminal installation and wiring 6.4.2 Extinguishing terminal connection assignment and wiring The connections described here using the printed circuit board XTO2001 and apply to all extinguishing terminals. 6.4.2.1 Primary extinguishing terminal, connections X1, X2 Connector X2, supply Designation Description...
Page 74 Mounting and installing extinguishing control panels Extinguishing terminal installation and wiring 6.4.2.2 Secondary extinguishing terminal, connections X1, X2 Connector X2, supply Designation Description VSYS_POS Supply input V+ VSYS_POS Supply output V+ (looped through) VSYS_NEG Supply input V- VSYS_NEG Supply output V- (looped through) #MAINS Network monitoring connection #BATTERY...
Page 75 Mounting and installing extinguishing control panels Extinguishing terminal installation and wiring Wiring diagram FCA2046 Card cage EXT_VSYS EXT_VSYS EXT_DATA_A EXT_DATA_B Extinguishing terminal 1, X1 Extinguishing terminal 1, X2 VSYS_POS DATA_A_IN VSYS_POS DATA_A_OUT VSYS_NEG DATA_B_IN DATA_B_OUT VSYS_NEG #MAINS #BATTERY -3SRC +3SRC Extinguishing terminal n, X1 Extinguishing terminal n, X2 VSYS_POS...
Page 76 Mounting and installing extinguishing control panels Extinguishing terminal installation and wiring 6.4.2.3 External power supply, connector X2 If the extinguishing terminal is supplied with power by an external power supply, ground fault monitoring must be switched on. Connector X2, supply Designation Description VSYS_POS...
Page 77 Mounting and installing extinguishing control panels Extinguishing terminal installation and wiring 6.4.2.4 Extinguishing terminal wiring Cardcage FCA2046 Primary terminal TERM_INT_VSYS+ VSYS_POS Power 3,4 - TERM_INT_VSYS- VSYS_NEG Supply TERM_INT_DATA_A Secondary terminal DATA_A TERM_INT_DATA_B DATA_B #MAINS #BATTERY TERM_EXT_VSYS+ VSYS_POS 3,4 - TERM_EXT_VSYS- VSYS_NEG TERM_EXT_DATA_A DATA_A...
Page 78: Adjustment Elements
Mounting and installing extinguishing control panels Extinguishing terminal installation and wiring Diagram showing how to calculate the maximum cable length 1300 2x1.5mm2, 24? /km (back&forward) (red) 1200 (blue) 2x0.75mm2, 34? /km (back&forward) 1100 2x0.8ø (2x0.5mm2), 70? /km (back&forward) (green) 1000 (violet) 2x0.6ø...
Page 79 Mounting and installing extinguishing control panels Extinguishing terminal installation and wiring Address settings S201.1 S201.2 S201.3 Address Extinguishing terminal Bit 1 [ADDR1] Bit 2 [ADDR2] Bit 3 [ADDR3] Primary 1st secondary 2nd secondary 3rd secondary 4th secondary 5th secondary OFF = position 0 ON = position 1 6.4.3.2 Ground fault monitoring, S102 When connecting an external supply to a remote extinguishing terminal, ground...
Page 80: Installing, Exchanging And Connecting Modules
Installing, exchanging and connecting modules Replacing components 7 Installing, exchanging and connecting modules This chapter describes how to install and connect modules in stations. This is relevant for the installation of options and replacement of components for service purposes. The components are dismantled in reverse sequence of installation. Prerequisites ●...
Page 81: Periphery Board (2-Loop)
Installing, exchanging and connecting modules Periphery board (2-loop) 7.2 Periphery board (2-loop) 7.2.1 Installation The periphery board (2-loop) FCI2002-A1 is mounted in the fire control panels in the factory and only has to be replaced in the event of a repair. X6 X12 X11 X400 Figure 43: Mounting of periphery board (2-loop)
Page 82: Pin Assignments
Installing, exchanging and connecting modules Periphery board (2-loop) 7.2.2 Pin assignments Inputs and outputs which are not used do not require termination. C-NET detector lines which are not used must not be terminated. 7.2.2.1 X1 supply Designation Description #BATT Message input from the power supply: Battery fault #CONV Message input from the power supply: Converter fault #MAINS...
Page 83 Installing, exchanging and connecting modules Periphery board (2-loop) 7.2.2.2 X6 Horn, alarm and fault monitored outputs Designation Description FAU_OUT Output fault VSYS_O Supply output for consumer fault AL_OUT- Alarm output (-) AL_OUT+ Alarm output (+) SOUND1- Horn output (-) SOUND1+ Horn output (+) Admissible cable cross-section: 0.2…1.5 mm²...
Page 84 Installing, exchanging and connecting modules Periphery board (2-loop) 7.2.2.4 X8 configurable inputs / outputs 1…4 and supply output 1 Designation Description GND_01 Supply output 1 (–) VSYS_01 Supply output 1 (+) I/O4 Configurable input/output 4 I/O3 Configurable input/output 3 I/O2 Configurable input/output 2 I/O1 Configurable input/output 1...
Page 85 Installing, exchanging and connecting modules Periphery board (2-loop) 7.2.2.5 X9 configurable inputs/outputs 5…8 and supply output 2 Designation Description GND_02 Supply output 2 (–) VSYS_02 Supply output 2 (+) I/O8 Configurable input/output 8 I/O7 Configurable input/output 7 I/O6 Configurable input/output 6 I/O5 Configurable input/output 5 Admissible cable cross-section: 0.2…1.5 mm²...
Page 86: Periphery Board (4 Loops)
Installing, exchanging and connecting modules Periphery board (4 loops) 7.2.2.7 X12 detector line loop 2 Designation Description LOOP2_2– ↑ Loop 2 / ↑ stub 4 (–) LOOP2_2+ Loop 2 / stub 4 (+) LOOP2_1– Loop 2 / stub 3 (–) LOOP2_1+ Loop 2 / stub 3 (+) Admissible cable cross-section: 0.2…1.5 mm²...
Page 87 Installing, exchanging and connecting modules Periphery board (4 loops) X400 X401 Figure 44: Mounting of the periphery board (4 loops) Threaded bolts on rear panel 13 fixing screws Periphery board (4 loops) Connector for connection cable to PMI & mainboard (operating unit) X400 Connector for the periphery bus to the fire brigade periphery module [DE] X401 Connector for periphery bus Mounting steps...
Page 88: Pin Assignments
Installing, exchanging and connecting modules Periphery board (4 loops) 7.3.2 Pin assignments Inputs and outputs which are not used do not require termination. C-NET detector lines which are not used must not be terminated. 7.3.2.1 X1 supply Designation Description #BATT Message input from the power supply: Battery fault #CONV Message input from the power supply: Converter fault...
Page 89 Installing, exchanging and connecting modules Periphery board (4 loops) 7.3.2.2 X5 monitored horn outputs 1 and 2 Designation Description SOUND2- Horn output 2 (-) SOUND2+ Horn output 2 (+) SOUND1- Horn output 1 (-) SOUND1+ Horn output 1 (+) Admissible cable cross-section: 0.2…1.5 mm² SOUND2- 2.3 ...
Page 90 Installing, exchanging and connecting modules Periphery board (4 loops) 7.3.2.4 X7 RT alarm and RT fault changeover contacts Designation Description FAU_NC ↑ RT fault ↑ normally closed contact FAU_COM RT fault center tap (common) FAU_NO RT fault ↑ normally open contact AL_NC RT alarm break contact (normally closed) AL_COM...
Page 91 Installing, exchanging and connecting modules Periphery board (4 loops) Designation Description I/O10 Configurable input/output 10 I/O9 Configurable input/output 9 I/O8 Configurable input/output 8 I/O7 Configurable input/output 7 Admissible cable cross-section: 0.2…1.5 mm² All inputs/outputs can be connected as follows: Configured as output Configured as input 91 | 248 A6V10210390_m_en_--...
Page 92: Fire Terminal Board
Installing, exchanging and connecting modules Fire terminal board 7.3.2.6 X11 / X21 detector line loop 1 (module 2/3) Designation Description LOOP1_2– ↑ Loop 1 / ↑ stub 2 (–) Connection – 1st Loop Connection – 3rd Loop LOOP1_2+ Loop 1 / stub 2 (+) Connection + 1st Loop Connection + 3rd Loop LOOP1_1–...
Page 93 Installing, exchanging and connecting modules Fire terminal board Prerequisites ● Components that make access to the periphery board difficult are removed. ● All connections and plug-in contacts are disconnected (label cables before disconnecting them). ● The fire terminal board is removed. X400 Figure 45: Mounting of fire terminal board 6 fixing screws...
Page 94: Pin Assignments
Installing, exchanging and connecting modules Fire terminal board Mounting steps 1. Mount the fire terminal board (2) with the six fixing screws (1) to the screw bushings (3) that are embedded in the rear panel. 2. Wire up the fire terminal board according to the following pin assignment. 3.
Page 95 Installing, exchanging and connecting modules Fire terminal board VSYS - VSYS - VSYS + VSYS + 3SRC - 3SRC + COMMON #MAINS #CONV #BATT 7.4.2.2 X5 supply output Designation Description GND 2 Ground VSYS 2 System supply (+) (1 A/T) GND 1 Ground VSYS 1...
Page 96 Installing, exchanging and connecting modules Fire terminal board 7.4.2.3 X6/X7 supply input 2/1 If the fire terminal is supplied by a fire control panel, a redundant supply is needed according to EN 54. For reasons of reliability, the two supply lines must be routed separately.
Page 97: Power Supply (70W)
Installing, exchanging and connecting modules Power supply (70W) X7, supply input 1 Designation Description VSYS - 1 Ground VSYS - 1 Ground VSYS + 1 System supply (+) VSYS + 1 System supply (+) Admissible cable cross-section: 0.2…2.5 mm² VSYS -1 VSYS -1 VSYS +1 VSYS +1...
Page 98: Installation
Installing, exchanging and connecting modules Power supply (70W) 7.5.1 Installation The 70 W power supply FP2001-A1 or the FP2015-A1, which is identical in construction, is only installed in Standard and Eco housings. Figure 48: Example: Installation of the power supply (70 W) in the Standard housing Fixing screw (under mains connection terminal X1) Power supply (70 W) FP2015 Guides for the distance pins of the power supply unit...
Page 99: Pin Assignments
Installing, exchanging and connecting modules Power supply (70W) 7.5.2 Pin assignments 7.5.2.1 X1 mains connection Designation Description Ground (protective conductor PE) Neutral conductor External conductor (L1) Admissible cable cross-section: 0.2…2.5 mm² 7.5.2.2 X2 Power supply and signal lines FP2001 Designation Description Battery Detection line (#BATT): Battery fault...
Page 100 Installing, exchanging and connecting modules Power supply (70W) 7.5.2.3 X2 Power supply and signal lines FP2015 Designation Description Battery Detection line (#BATT): Battery fault Not used Mains Detection line (#MAINS): Mains fault Not used Usys + System supply (VSYS+) Usys – System supply (VSYS-) Akku + Battery supply (+), protected with F3...
Page 101: Power Supply (150 W)
Installing, exchanging and connecting modules Power supply (150 W) 7.6 Power supply (150 W) The description for installing the power supply (150 W) applies to both versions of the power supply, for the type A4 and for the type A5. Only the wiring of the network connection and when switching in parallel are different.
Page 102 Installing, exchanging and connecting modules Power supply (150 W) Mounting in the power supply Figure 49: Installation of the 150 W power supply in the Comfort housing DIN rail for power supply Fixing screws for DIN rail Power supply (150 W) FP2004-A1 Bottom fixing screw Retaining bracket Slot for retaining bracket...
Page 103 Installing, exchanging and connecting modules Power supply (150 W) Installing the temperature sensor Figure 50: Position of temperature sensor in housing Batteries Temperature sensor Luster terminal Connection cable to the power supply Connection terminal X11 to the power supply for the temperature sensor Approximate distance to the lower edge of the power supply: 20 mm Approximate distance to the side wall of the power supply: 5 mm 1.
Page 104: Fitting An Additional Power Supply (150 W)
Installing, exchanging and connecting modules Power supply (150 W) 7.6.2 Fitting an additional power supply (150 W) The additional power supply (150 W) FP2005-A1 in the Comfort housing is installed vertically along with the existing power supply to save space. Preparatory work Before the additional power supply FP2005-A1 can be installed, the existing power supply and the DIN rail must be removed as described in the previous chapter.
Page 105 Installing, exchanging and connecting modules Power supply (150 W) Mounting steps 1. At the bottom of the power supply (4), insert the distance pins into the guide on the rear panel as shown. 2. Fasten the power supply (2 and 3) to the lug at the top (1) using the Phillips screw.
Page 106: Pin Assignments Version A4
Installing, exchanging and connecting modules Power supply (150 W) Mounting steps 1. Position the luster terminal (3) in accordance with the dimensions (x) and (y) and secure the luster terminal with the supplied adhesive mount. 2. Connect the assembled cable (4) to the luster terminal (3) and to the connection terminal X11 (5) of the power supply according to the pin assignment shown in the next chapter.
Page 107 Installing, exchanging and connecting modules Power supply (150 W) 7.6.3.3 X11 monitoring signals Designation Description Not used Not used Control line for even current distribution (only when switching in parallel) Control line for even current distribution (only when switching in parallel) Connection for temperature sensor (master only) Connection for temperature sensor (master only) Signaling: Battery fault (↑...
Page 108 Installing, exchanging and connecting modules Power supply (150 W) 7.6.3.4 Parallel switching of two supply units NOTICE Damage to the power supply Different versions (A4/A5) of the power supply (150 W) may not be switched in parallel. SV 24V-150W-A4 MASTER NTC 4.7 kΩ...
Page 109: Pin Assignments Version A5
Installing, exchanging and connecting modules Power supply (150 W) Cable tree to periphery board or fire terminal board Existing cable tree (connection for master power supply) Additional cable tree for the second power supply (slave) Additional fused terminal (F2) on the DIN rail ●...
Page 110 Installing, exchanging and connecting modules Power supply (150 W) 7.6.4.2 X8 output voltage Designation Description Connection for battery, current limited via internal battery fuse F2 (without parallel I-begr. switching) Connection for battery, not current limited (when switching in parallel: Fuse in the I-unbegr.
Page 111 Installing, exchanging and connecting modules Power supply (150 W) SV 24V-150W-A5 NTC 4.7 kΩ #BATT #MAINS COMMON VSYS+ VSYS- I-begr. T6.3A I-unbegr. +24V +24V +24V Battery +24V +24V +24V Figure 55: Wiring of the single power supply SV 24V-150W-A5 Cable tree to periphery board or fire terminal board 111 | 248 A6V10210390_m_en_-- Building Technologies...
Page 112 Installing, exchanging and connecting modules Power supply (150 W) 7.6.4.4 Parallel switching of two supply units SV 24V-150W-A5 MASTER NTC 4.7 kΩ #BATT #MAINS COMMON VSYS+ VSYS- I-begr. T6.3A 12 A ... 20 A I-unbegr. +24V +24V +24V Battery +24V +24V +24V SV 24V-150W-A5...
Page 113 Installing, exchanging and connecting modules Power supply (150 W) ● The connection lines marked in bold of the additional cable tree (3) and the existing cable tree (2) must be wired again when installing the second power supply (slave). ● In order to avoid operating temperature differences, the two power supply units must be mounted next to each other in the same housing.
Page 114 Installing, exchanging and connecting modules Power supply (150 W) 7.6.4.5 Parallel switching of three supply units SV 24V-150W-A5 MASTER NTC 4.7 kΩ #BATT #MAINS COMMON +VSYS -VSYS I-begr. T6.3A 12 A ... 20 A I-unbegr. +24V +24V +24V Battery +24V +24V +24V SV 24V-150W-A5...
Page 115 Installing, exchanging and connecting modules Power supply (150 W) Cable tree to periphery board or fire terminal board Existing cable tree (connection for master power supply) Additional cable tree for the second power supply (slave 1) Additional fused terminal (F2) on the DIN rail Additional cable tree for the third power supply (slave 2) ●...
Page 116: Shield Connection Terminal Blocks [De]
Installing, exchanging and connecting modules Shield connection terminal blocks [DE] 7.7 Shield connection terminal blocks [DE] Figure 58: Mounting of the shield connection terminal blocks Shield connection terminal block Terminal strip Philips screws M 3/6 Mounting steps 1. Fasten the terminal strip (2) using the two screws (3) as follows: 2.
Page 117 Installing, exchanging and connecting modules Loop extension Figure 59: Installing a loop extension with the example of the periphery board (2-loop) Mounting holes on periphery board Spacer bolts Fixing screws Loop extension (C-NET) FCI2003-A1 Loop extension connector to the periphery board X13 Loop 3 connection terminal X14 Loop 4 connection terminal 1.
Page 118: Pin Assignments
Installing, exchanging and connecting modules Loop extension 7.8.2 Pin assignments 7.8.2.1 X13 connection loop 3 Designation Description 3_2- ↑ Loop extension for loop 3 or ↑ stub 6 (–) 3_2+ Loop extension for loop 3 or stub 6 (+) 3_1- Loop extension for loop 3 or stub 5 (–) 3_1+ Loop extension for loop 3 or stub 5 (+)
Page 119: Relay Module
Installing, exchanging and connecting modules Relay module 7.9 Relay module Figure 60: Mounting of relay module DIN rail Relays Z3B171 Locking clamp for the relays Fixing screws for the DIN rail 1. Insert the relays (2) on the DIN rail (1) and press them down until they snap into place.
Page 120 Installing, exchanging and connecting modules Install mounting plate Figure 61: Example of installation of mounting plate FHA2007-A1 in housing (Comfort) Threaded hole in rear panel for spacer Spacers (2 pieces) for fixing the mounting plate Top fixing screw with spring (pre-mounted) Mounting plate Bottom fixing screw with spring (pre-mounted) Hinged bracket...
Page 121 Installing, exchanging and connecting modules Install mounting plate 1. Screw the spacers (2) into the threaded hole on the rear panel (1) to the right of the periphery board. 2. Screw the two spacer bolts (9) into the threaded holes (10) on rear panel to the left of the periphery board.
Page 122: Fire Brigade Periphery Module [De]
Installing, exchanging and connecting modules Fire brigade periphery module [DE] 7.11 Fire brigade periphery module [DE] 7.11.1 Installation The fire brigade periphery module FCI2001-D1 can be mounted at different positions depending on the station type and equipment: ● In the Comfort housing to the left of the periphery board, if there is sufficient space ●...
Page 123 Installing, exchanging and connecting modules Fire brigade periphery module [DE] X402 X401 Figure 63: Mounting of the fire brigade periphery module Spacer sleeves (5 pieces) (only required for mounting on the mounting plate) 3 fixing screws at top Fire brigade periphery module 2 fixing screws at bottom X2 Connection for fire brigade operating panel X3 Connection for fire brigade operating panel...
Page 124: Pin Assignments
Installing, exchanging and connecting modules Fire brigade periphery module [DE] 7.11.2 Pin assignments Inputs and outputs which are not used do not require termination. 7.11.2.1 X2 fire brigade operating panel / X3 fire brigade operating panel X2 fire brigade operating panel Designation Description +24V...
Page 125 Installing, exchanging and connecting modules Fire brigade periphery module [DE] X3 fire brigade operating panel Designation Description Bf St ab Fire controls off Ak Sign ab Acoustic signals off BMZ rueckst Reset fire control panel ↑ UE ab ↑ Remote transmission off UE pruefen Check remote transmission Reserve...
Page 126 Installing, exchanging and connecting modules Fire brigade periphery module [DE] 7.11.2.2 X4 remote transmission /release element Designation Description +24V Operating voltage (+24 V) ↑ UE Alarm+ ↑ Remote transmission/device alarm (+) UE Alarm- Remote transmission/device alarm (-) UE Rueckm Remote transmission /device acknowledgement (+) FSE+ Release element with monitored remote switching output or separately monitored key switch...
Page 127 Installing, exchanging and connecting modules Fire brigade periphery module [DE] 7.11.2.3 X5 fire brigade key depot Designation Description Sabotage + Tamper monitoring (+) Sabotage - Tamper monitoring (-) Entriegel + Unlocking (+) Entriegel - Unlocking (-) Riegelkont + Latch contact (+) Riegelkont - Latch contact (-) Heizung +...
Page 128: Network Module (Safedlink)
Installing, exchanging and connecting modules Network module (SAFEDLINK) 7.11.2.4 X6 intrusion detection system / local alarm / identification lamp Designation Description Ke Leuchte + Identification lamp (+) Ke Leuchte - Identification lamp (-) Oertl Alarm + Local alarm (+) Oertl Alarm - Local alarm (-) Not used FSD sabotage, closer (normally open)
Page 129 Installing, exchanging and connecting modules Network module (SAFEDLINK) Figure 64: Installation of both network modules (SAFEDLINK) Network module (SAFEDLINK) on X13 (master module) Fixing screws (2 pieces) Mounting links on support plate Nut for cable gland (2 per module) Cable gland (2 per module) Degraded mode network module (SAFEDLINK) on X12 Connector X1 on the rear of the network module X3 Connection terminal C-WEB...
Page 130 Installing, exchanging and connecting modules Network module (SAFEDLINK) Mounting steps 1. When shielded cables are used, mount the two cable glands (5) with the nuts (4) on the flange between the fastening tabs (3). These are needed to secure the shielding. 2.
Page 131: Pin Assignments
Installing, exchanging and connecting modules Network module (SAFEDLINK) 7.12.2 Pin assignments 7.12.2.1 Connector X3 Designation Description Line 1 (+) Line 1 (–) Line 2 (+) Line 2 (–) Admissible cable cross-section: 0.2…2.5 mm² Figure 65: Wiring of 1 network module C-WEB C-WEB FCM720x...
Page 132: Installing The Fiber Optic Cable Network Module
Installing, exchanging and connecting modules Installing the fiber optic cable network module 7.13 Installing the fiber optic cable network module 7.13.1 Replacing the DIN rail clip The identical fiber optic cable network modules FN2006 and FN2007 can be installed on a U-rail either horizontally or vertically. If the DIN rail clip is removed, horizontal installation on the flanges is also possible.
Page 133: Installation Variants
Limitations ● The fiber optic cable network module cannot be mounted on the flanges in all FS720 control panels, because there is no suitable method of fastening it in the rear panels or on the mounting plate. ● Horizontal installation with a DIN rail on a mounting plate is not possible because there are no installation parts (the DIN rail cannot be ordered with installation material).
Page 134: Pin Assignments
Installing, exchanging and connecting modules Installing the fiber optic cable network module 7.13.3 Pin assignments 7.13.3.1 Power A / B sockets and 'fault' relay contact The 5-pin connector for the power supply is supplied with the fiber optic cable network module. Designation Description +DC 9...30 V...
Page 135 Installing, exchanging and connecting modules Installing the fiber optic cable network module 1 2 3 4 5 C NO NC Figure 69: Connector for Power A and Power B sockets Connector with housing Socket on fiber optic cable network module Connector without housing Cover cap (open) 360°...
Page 136 Installing, exchanging and connecting modules Installing the fiber optic cable network module 7.13.3.2 EF1/EF2 sockets for SAFEDLINK wiring The 3-pin connector for the C-WEB/SAFEDLINK connection is supplied with the fiber network module. EF1 socket, C-WEB A1/B1 Designation Description C-WEB line 1 (-) –...
Page 137 Installing, exchanging and connecting modules Installing the fiber optic cable network module (SAFEDLINK). You will find information in the description of network module (SAFEDLINK) FN2001. Fire control panel FN2006/FN2007 EF 1 Line 1 EF 2 Line 2 Power A Vsys+ Vsys- Power B Periphery board...
Page 138 Installing, exchanging and connecting modules Installing the fiber optic cable network module 7.13.3.3 Fiber optic cable connection FN2006/FN2007 FN2006/FN2007 EF 1 EF 2 Line 1 Line 2 EF 2 EF 1 Line 2 Line 1 Vsys Vsys Power A Power A Power B Power B Vsys...
Page 139: Ethernet Switch Fn2008 And Safety Module Fn2009
Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 Fiber optic cable wiring ● The accessible laser radiation is harmless. It corresponds to Laser Class 1 in accordance with IEC 60825/ANSI Z136. ● The fiber optic cable is wired cross-wise: –...
Page 140 Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 View and installation of mounting kit FHA2029 Figure 73: Mounting kit FHA2029-A1 for installation on the DIN rail 2 fixing screws for the bottom DIN rail Bottom DIN rail Angle plate for the Ethernet switch Retaining bracket for lateral fixing Upper DIN rail...
Page 141 Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 7.14.1.1 View of installation in housing (Eco) Figure 74: Installation of mounting kit in the housing (Eco) 2 screws each for DIN rails Bottom DIN rail Lugs for the housing recesses (top and bottom lug) Angle plate 2 screw holes for top DIN rail 2 screws for fixing bracket...
Page 142 Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 7.14.1.2 View of installation in housing (Standard) Figure 75: Installation of mounting kit in the housing (Standard) 2 screws each for DIN rails Bottom DIN rail Angle plate Lug for the housing recesses (top and bottom lug) 2 screw holes for top DIN rail 4 screws for fixing bracket...
Page 143 Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 7.14.1.3 View of installation in housing (Comfort) Figure 76: Installation of mounting kit FHA2029-A1 in the housing (Comfort) 2 screws for each DIN rail Bottom DIN rail Angle plate 3 screws for fixing bracket 2 screw holes for top DIN rail 143 | 248...
Page 144: Installing The Modules
Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 7.14.2 Installing the modules The process of installation using the mounting kit is identical for all housing variants and applies to the following modules: ● Ethernet switch (MM) FN2008-A1 ●...
Page 145: Wiring Of Fn2008 With Fire Terminal
Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 7.14.3 Wiring of FN2008 with fire terminal FC72x FT724 C-NET LINE PMI & Mainboard C-WEB/ Ethernet Figure 78: Wiring the FN2008-A1 with I/O module in a separate empty housing with the fire terminal If cabling is being carried out using multiple PMI &...
Page 146 Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 NOTICE Loop with Ethernet cable Impairment of system function ● Pay attention to the Ethernet cable connection if you are connecting more than one PMI & mainboard. ● Never connect a port P1…P4 to a port P1…P4.
Page 147 Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 Wiring table The wiring table below summarizes the plug assignments from the corresponding product data. Connection from Connector Designation Connector Designation FN2008-A1 Supply+ input Fire terminal board X5 1/3 Vsys+ supply output Supply- input Vsys-- supply output...
Page 148: Connecting The Ethernet Switch
Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 7.14.4 Connecting the Ethernet switch 7.14.4.1 Connecting optical Ethernet Wiring a loop network with four network nodes To set up a redundant loop topology with the Ethernet switch (MM) FN2008-A1, both free ends of the optical Ethernet must be joined to form a loop.
Page 149 Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 Ethernet connection to PMI & mainboard Optical Ethernet (loop network) P1…P4 Electrical Ethernet ports P5, P6 Optical Ethernet ports Optical receiver channel Optical transmission channel Wiring WARNING Heavily concentrated light Eye damage ●...
Page 150: Connecting The Safety Module Fn2009
Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 7.14.4.3 Connector strip for detector contact The detector contact is a potential-free relay contact which can be used to report error states by interrupting contact. The following errors can be signaled by the detector contact: ●...
Page 151: Modifications To The Modules For Class B
Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 7.14.6 Modifications to the modules for class B For the 'Ethernet switch (MM)' and 'Security module (firewall)' modules, the following modifications are required to the wiring to reduce fault transmission from limit value class A to class B: ●...
Page 152 Installing, exchanging and connecting modules Ethernet switch FN2008 and safety module FN2009 Station or empty housing FN2009-A1 Ethernet connection, internal FN2009-A1 Ethernet connection, external Supply connection Ethernet connections switch FN2008-A1 Ferrite core for LAN cable Ferrite core for supply cable Mounting 1.
Page 153: Installing An Ethernet Switch (Modular) Fn2012
Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 7.15 Installing an Ethernet switch (modular) FN2012 Malfunctions during a partial upgrade Ethernet switch (modular) FN2012 is not compatible with Ethernet switch (MM) FN2008 and so may only be used in panels ≥MP6. 7.15.1 Installation of Ethernet modules The Ethernet switch (modular) must be equipped with Ethernet modules.
Page 154: Din Rail Clip Mounting
Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 1. Position the Ethernet module (4) as shown. 2. Push the Ethernet module (4) into the slot opening so the plug-in contacts (5) slide into the connector on the Ethernet switch. 3.
Page 155: Installing Mounting Kit Fha2029
Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 7.15.3 Installing mounting kit FHA2029 The mounting kit (switch) is required to install Ethernet switch (modular) FN2012. VdS does not allow the Ethernet switch to be installed in any other way. If the stations do not provide enough room to install a mounting bracket, the Ethernet switch must be installed in an empty housing.
Page 156 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 Types of installation ● The small mounting bracket is intended for installation in an empty housing and can be installed on both sides, i.e., in either the left or the right installation position.
Page 157 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 7.15.3.1 Installation in empty and Comfort housing The process of installing the small mounting bracket from mounting kit FHA2029 is identical for all empty housings and for stations in Comfort housings. Figure 84: Installing the small mounting bracket in a Comfort housing Figure 85: Small mounting bracket, installed in the Comfort housing 157 | 248...
Page 158 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 Empty Comfort housing Small mounting bracket Lugs for recesses for securing the power supply (70W) DIN rail installed Retaining bracket installed 3x fixing screws for mounting bracket 3x sleeves for fixing to spacer 3x holes in mounting bracket for spacer 3x spacers with thread in rear panel 1.
Page 159 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 Figure 87: Large mounting bracket installed without supply Figure 88: Supply installed on top of large mounting bracket Housing (Large) Large mounting bracket U-rail installed Retaining bracket installed 3x fixing screws for mounting bracket 3x holes for fixing screws 3x threaded holes in rear panel Mounting flange for the power supply (150 W)
Page 160: Installing Ethernet Switch Fn2012
Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 2. Install the power supply (150 W) (10) on the mounting flange (8) and the U- rail (9). 3. Wire up the Ethernet switch according to chapter 'Wiring'. 7.15.4 Installing Ethernet switch FN2012 To ensure that installation conforms to VdS requirements, the FN2012 must be mounted vertically on a mounting bracket from mounting kit (switch) FHA2029 .
Page 161 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 7.15.4.2 FN2012 in a station with a Comfort housing Figure 90: Small mounting bracket installed in a Comfort housing 161 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 162 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 Figure 91: FN2012 in the Comfort housing Comfort housing Small mounting bracket from mounting kit FHA2029 DIN rail with retaining bracket FN2012 w The DIN rail clip is mounted on the FN2012. 1.
Page 163 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 7.15.4.3 FN2012 in a station with a Large housing Figure 92: FN2012 mounted in the Large housing Housing (Large) Large mounting bracket from mounting kit FHA2029 DIN rail with retaining bracket FN2012 Power supply (150 W) w The DIN rail clip is mounted on the FN2012.
Page 164: Wiring
Installing an Ethernet switch (modular) FN2012 7.15.5 Wiring 7.15.5.1 Wiring overview The figure shows typical usage of the Ethernet switch in an FS720 station with all connections and in an optical Ethernet ring. All the connections shown are current- limited and monitored.
Page 165 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 7.15.5.2 MoNet bus connection Preparing the FN2012 for the MoNet bus connection Figure 94: Breaking out the MoNet bus cover plate Use a screwdriver to carefully remove the cover plate from the MoNet connector, as shown in the figure.
Page 166: Pin Assignments
Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 7.15.6 Pin assignments 7.15.6.1 'POWER' connector strip The 'POWER' connector is only used if power cannot be supplied via the MoNet bus or PoE. Generally, this is only the case if the Ethernet switch (modular) is installed remotely in another device.
Page 167 Installing, exchanging and connecting modules Installing an Ethernet switch (modular) FN2012 F4 F3 F2 F1 Connector Terminal Plug Cover cap (open) 167 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 168: Connection Module (Card Cage)
Installing, exchanging and connecting modules Connection module (card cage) 7.16 Connection module (card cage) 7.16.1 Installation This component is installed in exactly the same way as for the operating units with the PMI & mainboard FCM2004 and the PMI & mainboard FCM2027. The connection module (card cage) FCA2006-A1 is always needed in conjunction with the card cage (2 slots) or card cage (5 slots).
Page 169: Card Cage
Installing, exchanging and connecting modules Card cage 7.17 Card cage 7.17.1 Installation The card cage is used to hold module bus cards and is fitted in fire control panels FC723 and FC726 in the factory: ● Card cage (2 slots) FCA2007-A1 in fire control panel FC723 ●...
Page 170 Installing, exchanging and connecting modules Card cage Installation of card cage (5 slots) FCA2008-A1 in FC726 Figure 98: Installation of card cage (5 slots) Rear panel (FC723) or mounting plate (FC726) Periphery board Card cage housing cover (EMC protection) Card cage Mounting holes for screws (2) in card cage housing Mounting holes for screws (4 pieces) in printed circuit board 1.
Page 171: Pin Assignment Of The Card Cage (2 Slots)
Installing, exchanging and connecting modules Card cage 7.17.2 Pin assignment of the card cage (2 slots) 7.17.2.1 Views of card cage (2 slots) X22 X21 X501 Figure 99: PCB view of card cage (2 slots) FCA2007-A1 171 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 172 Installing, exchanging and connecting modules Card cage Element Des. Function Slots Connector strip for module bus card 1 Connector strip for module bus card 2 Connection terminals System supply connection Connection terminals for module bus card 1 Connection terminals for module bus card 1 Connection terminals for module bus card 2 Connection terminals for module bus card 2 Connector...
Page 173: Pin Assignment Of The Card Cage (5 Slots)
Installing, exchanging and connecting modules Card cage 7.17.3 Pin assignment of the card cage (5 slots) 7.17.3.1 Views of card cage (5 slots) X51 X42 X41 X32 X31 X22 X21 X501 X500 Figure 100: PCB view of card cage (5 slots) FCA2008-A1 173 | 248 A6V10210390_m_en_-- Building Technologies...
Page 174 Installing, exchanging and connecting modules Card cage Element Des. Function Slots Connector strip for module bus card 1 Connector strip for module bus card 2 Connector strip for module bus card 3 Connector strip for module bus card 4 Connector strip for module bus card 5 Connection terminals System supply connection Connection terminals for module bus card 1...
Page 175: Module Bus Cards
Installing, exchanging and connecting modules Module bus cards 7.17.3.2 X9 supply Designation Description VSYS+ System supply (DC 24 V) VSYS+ System supply (DC 24 V) VSYS+ System supply (DC 24 V) VSYS- System supply (0 V) VSYS- System supply (0 V) VSYS- System supply (0 V) Admissible cable cross-section: 0.5…2.5 mm²...
Page 176 Installing, exchanging and connecting modules Module bus cards Figure 101: Installation of module bus cards taking example of card cage (5 slots) 4 fixing screws for housing cover Housing cover for card cage (EMC protection) Any module bus card Guides for module bus cards Card cage housing Mounting steps 1.
Page 177: Pin Assignments
Installing, exchanging and connecting modules Module bus cards 7.18.2 Pin assignments 7.18.2.1 Views of card cage (2 slots) X22 X21 X501 Figure 102: PCB view of card cage (2 slots) FCA2007-A1 177 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 178 Installing, exchanging and connecting modules Module bus cards Element Des. Function Slots Connector strip for module bus card 1 Connector strip for module bus card 2 Connection terminals System supply connection Connection terminals for module bus card 1 Connection terminals for module bus card 1 Connection terminals for module bus card 2 Connection terminals for module bus card 2 Connector...
Page 179 Installing, exchanging and connecting modules Module bus cards 7.18.2.2 Views of card cage (5 slots) X51 X42 X41 X32 X31 X22 X21 X501 X500 Figure 103: PCB view of card cage (5 slots) FCA2008-A1 179 | 248 A6V10210390_m_en_-- Building Technologies Fire Safety 2018-08-29...
Page 180 Installing, exchanging and connecting modules Module bus cards Element Des. Function Slots Connector strip for module bus card 1 Connector strip for module bus card 2 Connector strip for module bus card 3 Connector strip for module bus card 4 Connector strip for module bus card 5 Connection terminals System supply connection...
Page 181 Installing, exchanging and connecting modules Module bus cards 7.18.2.3 Connection terminals of line card (FDnet/C-NET) in card cage The ↑ line card (FDnet / C-NET) FCL2001-A1 determines the PIN assignment of the four connection terminals in the card cage. External connections on the card cage using the example of module bus card 1 with the associated connection terminals X11 and X12: ●...
Page 182 Installing, exchanging and connecting modules Module bus cards 7.18.2.4 Connection terminals of line card (SynoLOOP) in card cage The line card (SynoLOOP) FCL7201-Z3 determines the PIN assignment of the four connection terminals in the card cage. External connections on the card cage using the example of module bus card 1 with the associated connection terminals X11 and X12: ●...
Page 183 Installing, exchanging and connecting modules Module bus cards 7.18.2.5 Connection terminals for the I/O card (programmable) in the card cage The I/O card (programmable) FCI2008-A1 determines the PIN assignment of the four connection terminals in the card cage. External connections on the card cage using the example of module bus card 1 with the associated connection terminals X11 and X12: ●...
Page 184 Installing, exchanging and connecting modules Module bus cards Connector Designation Description IO_1 Configurable input/output 1 IO_2 Configurable input/output 2 IO_3 Configurable input/output 3 IO_4 Configurable input/output 4 IO_5 Configurable input/output 5 IO_6 Configurable input/output 6 VSYS_01 Supply output 1 (+) GND_01 Supply output 1 (–) IO_7...
Page 185 Installing, exchanging and connecting modules Module bus cards Example for pin assignment at slot 1 Connector Designation Description FIRE_OUT_1+ Horn/alarm monitored FIRE_OUT_1- FIRE_OUT_2+ Horn/alarm monitored FIRE_OUT_2- FIRE_OUT_3+ Horn/alarm monitored FIRE_OUT_3- FIRE_OUT_4+ Horn/alarm monitored FIRE_OUT_4- FIRE_OUT_5+ Horn/alarm monitored FIRE_OUT_5- FIRE_OUT_6+ Horn/alarm monitored FIRE_OUT_6- FIRE_OUT_7+ Horn/alarm monitored...
Page 186 Installing, exchanging and connecting modules Module bus cards Switching variants for monitored alarm and horn outputs with decoupled load (EN 54) Example horn output FireOutput2- Rload Reol Rcable FireOutput2+ Example alarm output FireOutput1- Rload Reol Rcable FireOutput1+ Figure 104: Switching examples for monitored alarm and horn outputs with decoupled load (EN 54) Rload Load resistance Rcable Line resistance...
Page 187 Installing, exchanging and connecting modules Module bus cards 7.18.2.7 Connection terminals for the I/O card (RT) in the card cage The I/O card (↑ RT) FCI2007-A1 determines the PIN assignment of the four connection terminals in the card cage. External connections on the card cage using the example of module bus card 1 with the associated connection terminals X11 and X12: ●...
Page 188 Installing, exchanging and connecting modules Module bus cards Switching for RE response in accordance with ↑ VdS 27V2 FireOutput1+ UE _Rückmeldung Figure 106: Switching for RE response in accordance with VdS Fault contact of the transmission device Switching for monitored remote transmission Rcable UE_Fault+ Rload...
Page 189 Installing, exchanging and connecting modules Module bus cards Switching variants for monitored alarm and horn outputs with load resistance monitoring (VdS) Example horn output FireOutput2- Rload Rcable FireOutput2+ Example alarm output FireOutput1- Rload Rcable FireOutput1+ Figure 109: Switching examples for monitored alarm and horn outputs with load resistance monitoring (VdS) Rload Load resistance...
Page 190 Installing, exchanging and connecting modules Module bus cards Switching for relays ↑ RT alarm and RT fault FAU_NC FAU_COM FAU_NO AL_NC AL_COM AL_NO Figure 111: Switching for relays RT Alarm and RT Fault Remote transmission FAU_… Configured as RT fault relay output - ↑...
Page 191: Rs232 / Rs485 Module
Installing, exchanging and connecting modules RS232 / RS485 module 7.19 RS232 / RS485 module 7.19.1 Installation This component is installed in exactly the same way as for the operating units with the PMI & mainboard FCM2004 and the PMI & mainboard FCM2027. The serial modules include: ●...
Page 192 Installing, exchanging and connecting modules RS232 / RS485 module Figure 113: Sample installation of the serial modules RS232 module in slot X14 Fixing screw (2 pieces) Mounting links on support plate RS485 module in slot X19 Slot 1 on the operating unit with RS232 module Slot 2 on the operating unit with RS485 module Connection terminal on RS232 module Connection terminal on RS485 module...
Page 193: Pin Assignments
Installing, exchanging and connecting modules RS232 / RS485 module 7.19.2 Pin assignments You will find information on connecting the event printer in the chapter 'Event printer'. 7.19.2.1 X3 DTE HOST on RS282 module Designation Description ← DCD Data Carrier Detected ←...
Page 194 Installing, exchanging and connecting modules RS232 / RS485 module 7.19.2.2 X2 on RS485 module Designation Description RS485_A Line A RS485_B Line B Not connected Not connected Admissible cable cross-section: 0.2…1.5 mm² RS485_A RS485_B T1 First participant Tn Last participant *) Stub lines must not exceed 20 m! ●...
Page 195: Event Printer
Installing, exchanging and connecting modules Event printer 7.20 Event printer 7.20.1 Installation This component is installed in exactly the same way as for the operating units with the PMI & mainboard FCM2004 and the PMI & mainboard FCM2027. The event printer FTO2001-A1 is an option and can be installed either in the operating unit or in the operating add-on, depending on the station design.
Page 196: Pin Assignments
Installing, exchanging and connecting modules Event printer Mounting steps Check the installation site carefully Depending on the station type it is possible that the depth is insufficient for the event printer. This must be checked especially if operating add-ons are used, as the batteries are installed immediately behind the event printer.
Page 197 Installing, exchanging and connecting modules Event printer Product version (ES) 02 ES02: Serial interface settings + – RS232 RS232 Rear view ES02 Top view Fastening clamps Supply connection Data line connection 7.20.2.2 Connection on station side The event printer must be directly connected to the power supply. Connecting the event printer to the power supply (70 W) Connector From printer Power supply terminal X2...
Page 198: Key Switch (Kaba) Fto2005-C1
Installing, exchanging and connecting modules Key switch (Kaba) FTO2005-C1 Connection of event printer to RS232 module Connector From printer Terminal X3 of RS232 module Data (white) => (X3) PIN 6 (CTS) Data (brown) => (X3) PIN 4 (RXD) Data (green) =>...
Page 199 Installing, exchanging and connecting modules Key switch (Kaba) FTO2005-C1 Figure 117: Installing the key switch on the PMI & mainboard Opening in the operating unit for the key switch Lock cylinder (key switch) Fixing screws (2 pieces) Spacer bolts (2 pieces) 1.
Page 200: Redux Module [De]
Redux module [DE] 7.22 Redux module [DE] 7.22.1 Installation The Redux module RGQ:FAT-Redux-FS720 is an option for redundantly activating the fire brigade indication panel (FAT) [DE]. It is fitted on the DIN rail in the fire control panel. Figure 118: Installation position of the Redux module...
Page 201: Input/Output Module Fdcio224 [De]
Installing, exchanging and connecting modules Input/output module FDCIO224 [DE] 7.23 Input/output module FDCIO224 [DE] 7.23.1 Installation The input/output module FDCIO224 has four potential-free contact inputs and four control outputs for VdS-compliant connection of the VdS extinguishing interface. For this application it must be installed in the fire control panel. The input/output module is mounted onto the DIN rail.
Page 202: Sounder Module
Installing, exchanging and connecting modules Sounder module 7.24 Sounder module 7.24.1 Installation The sounder module FCA2005 is intended for installation in FS720 fire control panels and can be installed as follows: ● Screwed, flat on the rear panel or on the mounting plate ●...
Page 203: Pin Assignments
Installing, exchanging and connecting modules Sounder module 7.24.2 Pin assignments 7.24.2.1 X1 supply input and sounder input from the periphery board X1 sounder module Periphery board Periphery board 2 loops 4 loops Designation Description Designation Designation +Vsys X8-5 VSYS_01 (+) X8-7 VSYS_01 (+) Supply input from the...
Page 204 Installing, exchanging and connecting modules Sounder module 7.24.2.3 X3 sounder 3 and 4 outputs Designation Description S4 out+ Sounder output 4 (+) S4 out- Sounder output 4 (-) S3 out+ Sounder output 3 (+) S3 out- Sounder output 3 (-) Permissible conductor cross-section: 0.2…1.5 mm²...
Page 205 Installing, exchanging and connecting modules Sounder module 7.24.2.4 Connecting two sounder modules A maximum of two sounder modules may be connected. X6 / X5 Sound In- S2 out+ SOUND1- kΩ Sound In+ SOUND1+ S2 out- Ground S1 out+ kΩ Vsys S1 out- GND_01 VSYS_01...
Page 206: Modes Of Mounting For Modules
Installing, exchanging and connecting modules Modes of mounting for modules 7.25 Modes of mounting for modules Modules like the input/output module (transponder) or the sounder module can be fitted in different ways. The following modes of mounting are possible: ● Installation on DIN rail ●...
Page 207: Mounting On Din Rail Or Mounting Plate
Installing, exchanging and connecting modules Modes of mounting for modules 7.25.1 Mounting on DIN rail or mounting plate NOTICE Short mounting distance Module overheating ● There must be an air gap of at least 1 cm above the cover cap of the module. ●...
Page 208: Mounting In Housing Fdch221
Installing, exchanging and connecting modules Modes of mounting for modules 7.25.2 Mounting in housing FDCH221 When installing the module in the housing FDCH221, proceed as follows: 1. Break out the cable entries. 2. Mount the housing on a flat surface. The housing cover is transparent so the LEDs can be seen at all times.
Page 209: Rt Interface [Nl]
Installing, exchanging and connecting modules RT interface [NL] 7.26 RT interface [NL] 7.26.1 Installation The RT interface FCI2005-A1 can be mounted at different positions depending on the station type and equipment: ● In the Comfort housing to the left of the periphery board, if there is sufficient space ●...
Page 210: Pin Assignments
Installing, exchanging and connecting modules RT interface [NL] Mounting steps 1. Mount the RT interface (4) to the mounting plate (2) or the rear panel (observe correct installation position) as shown using the five fixing screws (3). The five spacer bolts (1) must be used when installing on the mounting plate. 2.
Page 211 Installing, exchanging and connecting modules RT interface [NL] 7.26.2.2 X2 switching contacts relays 6…10 Designation Description REL6_OUT+ Relay 6 switching contact (configurable as NO or NC) REL6_OUT- Relay 6 switching contact REL7_OUT+ Relay 7 switching contact (configurable as NO or NC) REL7_OUT- Relay 7 switching contact REL8_OUT+...
Page 212 Installing, exchanging and connecting modules RT interface [NL] 7.26.2.3 X3 relay 11 + 12 switching contacts Designation Description REL12_OUT+ Relay 12 switching contact (configurable as NO or NC) REL12_OUT- Relay 12 switching contact REL11_OUT+ Relay 11 switching contact (configurable as NO or NC) REL11_OUT- Relay 11 switching contact NO = Normally open...
Page 213 Installing, exchanging and connecting modules RT interface [NL] 7.26.2.6 X6 relay coils 11…14 Designation Description REL11_IN- Relay coil 11, active low REL12_IN- Relay coil 12, active low REL13_IN- Relay coil 13, active low REL14_IN- Relay coil 14, active low Admissible cable cross-section: 0.14…1.5 mm² 7.26.2.7 X7 relay 13 switching contacts Designation Description...
Page 214 Installing, exchanging and connecting modules RT interface [NL] 7.26.2.9 Connection of cable tree to periphery board RT interface Cable tree Periphery board Periphery board 4 loops 2 loops Designation Cable color Signal Designation Designation X4-6 20V- White-green Supply (+) X8-7 VSYS_01 X8-5 VSYS_01...
Page 215: Cable Kit (Communication)
Installing, exchanging and connecting modules Cable kit (communication) 7.27 Cable kit (communication) The cable kit (communication) FCA2014-A1 is used as an intermediate piece for wiring the external lines to the modules on the operating unit. The connecting cables supplied are fully assembled and have a length of 1110 mm. The cable kit is mounted in the top right of the housing instead of the shield connection terminal blocks.
Page 216 Installing, exchanging and connecting modules Insert license key Figure 128: Using the license key on the operating unit with PMI & mainboard FCM2027 Figure 129: Using the license key on the operating unit with PMI & mainboard FCM2004 Holder for the license key License keys Disconnect the station from the power supply If the station is not disconnected from the power supply or if the license key is...
Page 217: 19" Mounting Kit
Installing, exchanging and connecting modules 19" mounting kit 7.29 19" mounting kit The 19" mounting kit FHA2016-A1 serves as a retainer for installing a station into a 19" rack or into a 19" cabinet. To fix a station, the two retainers enclosed with the kit must be mounted.
Page 218: Batteries
Installing, exchanging and connecting modules Batteries 1. Screw the 19" crossbars to the housing bracket. Consider the installation depth of the station. 2. Secure 19" retainers to 19" rack or in 19" cabinet. Consider the mounting height of the station. 3.
Page 219: Operating Add-On With 20 Zones Evac-Nl [Nl]
Installing, exchanging and connecting modules Operating add-on with 20 zones EVAC-NL [NL] 7.31 Operating add-on with 20 zones EVAC-NL [NL] X400 X401 X402 X400 X402 X400 Figure 131: Example: Installation of the operating add-on with 20 zones EVAC-NL Operating add-on FCM7221-H3 [NL] EVAC-NL operation FTO2007 (slave) EVAC-NL operation FTO2007 (master) Holes for operating add-on fixing screws...
Page 220 Installing, exchanging and connecting modules Operating add-on with 20 zones EVAC-NL [NL] Figure 132: Detail view of the hinge of the operating add-on Cut-out section on the rear panel for the hinge Hinge Screw for securing the hinge 1. Remove cover from fire control panel. 2.
Page 221: Adjustment Elements
Installing, exchanging and connecting modules Operating add-on with 20 zones EVAC-NL [NL] 7.31.1 Adjustment elements The EVAC-NL indicator is configured with the switch S20. Setting for one or the first EVAC-NL Switch S20 Meaning Master Syn (Empty Device address 1 Device address 2 Device address 3 Device address 4...
Page 222: Remote Evac-Nl And Evac-Nl Mimic Display Driver
Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32 Remote EVAC-NL and EVAC-NL mimic display driver 7.32.1 Remote 20-zone EVAC-NL indicator X402 X400 X402 X400 Figure 133: Example of remote mounting of the 20-zone EVAC-NL indicator in an Eco housing EVAC-NL connector board FTI2002-N1 Eco housing (example) Power supply (70 W) (example)
Page 223 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 1. Mount the operating add-on FCM7221-H3 (5) on the Eco housing (2) or on any housing. 2. If the power supply is integrated, install power supply (3) in the Eco housing (2).
Page 224: Fitting The Evac-Nl Mimic Display Driver Ft2003-N1
Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.2 Fitting the EVAC-NL mimic display driver FT2003-N1 X402 X400 Figure 134: Assembly of EVAC-NL mimic display driver FT2003-N1 EVAC-NL operating unit FTO2007-N1 Ribbon cable between EVAC-NL connector board and EVAC-NL operating unit EVAC-NL connector board FTI2002-N1 4 spacer bolts (15 mm) and fixing screws for securing housing...
Page 225 Front plate, LED indicators and operation keys for the mimic display panel ● Any DC 24 V power supply or power supply (70 W) FP2015-A1 ● Molex 87586-3493 spring strips (Siemens no. A5Q 00005805) for mimic display connections ● 34 pin x 1 m ribbon cable for mimic display connections ●...
Page 226: Pin Assignments
Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.3 Pin assignments The EVAC-NL connector board FTI2002-N1 is used as an interface from the EVAC-NL operating unit FTO2007-N1 to the RS485 card in the control panel. Vext. FTI2002 FTI2002 FCM7221-H3...
Page 227 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver Figure 136: Wiring for EVAC-NL mimic display FT2003-N1 Any housing IP30 (e.g. ECO housing) Any mimic display indicator and operation FT2003 EVAC-NL mimic display FTO2007 EVAC-NL operating unit FTI2002 EVAC-NL connector board 227 | 248...
Page 228: Cable Length And Cable Resistance
Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.4 Cable length and cable resistance If using a remote EVAC-NL indicator and the EVAC mimic display driver, the length of the power supply cable is limited if the component is supplied internally via the periphery board.
Page 229 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver Example of using the diagram Two remote EVAC-NL indicators, one with 20 zones, the other with 30 zones, are supplied by the periphery board of the same ↑ station. Remote (mimic) EVAC, 20 zones Remote (mimic) EVAC, 30 zones mimic display driver...
Page 230: Indicators
Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.5 Indicators Indication and operating elements for EVAC-NL operating unit FTO2007-N1 In the case of the EVAC mimic display driver, all display and operating elements are wired to the mimic display panel via three 34-pin ribbon cables. Display and operating elements on the front panel H433 H434...
Page 231: Connection Fti2002-N1
Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.6 Connection FTI2002-N1 7.32.6.1 X1 supply Designation Description VSYS– Supply input from the power supply (–) VSYS– Supply input from the power supply (–) VSYS+ Supply input from the power supply (+) VSYS+ Supply input from the power supply (+) RS485_B...
Page 232 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.6.2 X2 LED mimic display Connection for LED Master description Slave description 1, 2 H405 (green) Selection zone 5 Selection zone 5 3, 4 H409 (green) Selection zone 9 Selection zone 9 5, 6 H406 (green)
Page 233 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver H405 'Selection zone 5' 'Selection zone 9' H409 'Selection zone 6' H406 'Selection zone 10' H410 H407 'Selection zone 7' H417 'Fault/Isolation zone 7' H416 'Alarm zone 8' H415 'Fault/Isolation zone 8' H414...
Page 234 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.6.3 X3 LED mimic display LED connection Master description Slave description 1, 2 H422 (red) Alarm zone 5 Alarm zone 5 3, 4 H426 (red) Alarm zone 3 Alarm zone 3 5, 6 H423 (yellow)
Page 235 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver H422 'Alarm zone 5' 'Alarm zone 3' H426 'Fault/Isolation zone 4' H423 'Fault/Isolation zone 2' H427 H424 'Alarm zone 4' H434 'Totaal Alarm' H433 'Bedrijf' H432 'Uitgeschakeld' H431 'Storing' 'Alarm zone 1' H430...
Page 236 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.6.4 X5 mimic display operation LED connection Master description Slave description 1, 2 Selection zone 1 Selection zone 1 3, 4 Selection zone 7 Selection zone 7 5, 6 Totaal alarm 7, 8 IN/UIT...
Page 237 Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 'Selection zone 1' Selection zone 7 Totaal Alarm 'IN/UIT' 'Selection zone 2' Selection zone 8 'Zoemer uit' 'LED TEST' 'Selection zone 3' Selection zone 9 'Start' Selection zone 5 Selection zone 4 Selection zone 10 'Stop'...
Page 238: Connection Fto2007-N1
Installing, exchanging and connecting modules Remote EVAC-NL and EVAC-NL mimic display driver 7.32.7 Connection FTO2007-N1 7.32.7.1 Adjustment elements The EVAC-NL indicator is configured with the switch S20. Setting for one or the first EVAC-NL Switch S20 Meaning Master Syn (Empty) Device address 1 Device address 2 Device address 3...
Page 239: Door Contact Kit [De]
Installing, exchanging and connecting modules Door contact kit [DE] 7.33 Door contact kit [DE] 7.33.1 Installation The door contact kit FCA2009-A1 is needed for a class 3 key depot [DE] and must not be used for other applications. The door contact is fitted on the housing such that it is triggered when the cover cap is removed.
Page 240 Installing, exchanging and connecting modules Door contact kit [DE] 7.33.2.1 X6 intrusion detection system / local alarm / identification lamp Designation Description Ke Leuchte + Identification lamp (+) Ke Leuchte - Identification lamp (-) Oertl Alarm + Local alarm (+) Oertl Alarm - Local alarm (-) Not used...
Page 241: Removal
Removal 8 Removal NOTICE Damage to hardware ● Correctly take the station out of operation before removing the components. WARNING Electrical voltage Electric shock ● Before connecting the mains cable, make sure that the cable is current-free. ● Ensure that the mains is secured against inadvertently being switched on. Removal of components and the disassembly of stations is carried out in reverse mounting sequence.
Page 242: Concluding Work
Concluding work Insert printing paper 9 Concluding work 9.1 Insert printing paper The printer can also be installed rotated 180°. Opening the printer and changing the paper roll 1. Press and hold the green button. 2. Fold the cover down with the other hand. NOTICE! Ensure that the two lugs at the top right and left of the cover do not break off.
Page 243: Installation Checklist
Installation checklist 10 Installation checklist The following list serves as a checklist or task list for the installation personnel. It includes all components available as options. It can be copied and handed out to the installation personnel with the installation instructions. Position Type Component/task...
Page 244 Installation checklist Position Type Component/task Notes Complete Module bus cards: For FC723 and FC726 only FCL2001-A1 Line card (FDnet/C-NET) FCL7201-Z3 Line card (SynoLOOP) FCI2008-A1 I/O card (programmable) FCI2009-A1 I/O card (horn/monitored) FCI2007-A1 I/O card (RT) FCA2001-A1 Install RS232 module Ensure correct installation site (depending on use) FCA2002-A1 Install RS485 module...
Page 245: Ce Marking For Integrated Extinguishing System
On the form, cross the applicable features of the extinguishing system and enter the corresponding times. The following table shows an example for the CE marking: XXXX Siemens Switzerland Ltd, Building Technologies Gubelstrasse 22 6300 Zug, Switzerland XXXX-XXX-XXXXX EN 12094-1, electrical automatic control and time delay devices...
Page 246: Glossary
This type of wiring allows all detectors to communicate with the control panel even in the event of an open line or short-circuit. Network module (SAFEDLINK) FS20/FS720 network card. Normal operation The fire detection installation is supplied with mains voltage.
Page 247: Index
Index / Index FCI2009-A1 ..........175 FCL2001-A1 ..........175 CE marking FCL7201-Z3 ..........175 Extinguishing ..........245 FDCIO224 ............ 201 FHA2008-A1 ..........119 FHA2016-A1 ..........217 Download center FN2001-A1 ........... 128 URL ..............9 FN2006-A1 ........... 132 FN2007-A1 ........... 132 Extinguishing FN2008 ............
Page 248 Issued by © Siemens Switzerland Ltd, 2008 Siemens Switzerland Ltd Technical specifications and availability subject to change without notice. Building Technologies Division International Headquarters Theilerstrasse 1a CH-6300 Zug +41 58 724 2424 www.siemens.com/buildingtechnologies Document ID: A6V10210390_m_en_-- Manual FS720 Edition: 2018-08-29...

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