Table of contents About this document ..................13 Applicable documents ..................14 Technical terms ....................14 History of changes ..................15 Safety ......................17 Safety instructions ..................17 Safety regulations for the method of operation ..........18 Standards and directives complied with ............20 2.3.1 CPD conformity and firmware version ..........
About this document Applicable documents 1 About this document Goal and purpose This document describes the components of the fire detection system. It especially provides information on the following: Pin assignment Indication elements Adjustment elements Technical data This document does not include any instructions about planning, installation, commissioning, etc.
About this document Applicable documents Reference document and source language The source 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. The reference document has the following designation: ID_x_en_-- x = modification index, en = English, -- = international Document identification...
About this document History of changes 1.3 History of changes The reference document's modification index 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 have the modification index 'd' instead of 'a' if the reference document already has this modification index.
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About this document History of changes Modification index Edition date Brief description 01.2009 Fourth edition MP2.1: Chap. 25.5, EVAC-NL operating unit FCM2007-N1 modified (adjustment elements) Chap. 25.3, remote EVAC-NL modified Chap. 26.3, EVAC-NL connector board FTI2002-N1 modified 11.2008 Third edition MP2.1: Revised and extended edition Fibre optic cable converter module 08.2008...
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 Consequences if the danger occurs Measures or prohibitions for danger avoidance Symbol for danger...
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, assembly, installation,...
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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. Modules and spare parts Components and spare parts must comply with the technical specifications defined by Siemens.
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. 2.3.1 CPD conformity and firmware version In order to satisfy Directive 89/106/EEC (the Construction Products Directive –...
Safety Release Notes 2.4 Release Notes Limitations to the configuration or use of devices in a fire detection installation with a particular firmware version are possible. WARNING Limited or non-existent fire detection Personal injury and damage to property in the event of a fire. Read the 'Release Notes' before you plan and/or configure a fire detection installation.
Power supply (70 W) FP2001-A1 Description 3 Power supply (70 W) FP2001-A1 3.1 Description The power supply (70 W) FP2001 converts the mains voltage to system voltage and charges the batteries. The power supply has the following features: Output power 70 W Short-circuit-proof Current limited Monitoring of voltage surveillance...
Max. 1.6 A (the charging current is reduced at full load) Connectable batteries 2 x 12 V / 7…17 Ah (all battery types recommended by Siemens in acc. with document 008843) Load resistance (R Max. 1 (batteries incl. line) imax...
Power supply (150 W) SV 24V-150W-A4 Description 4 Power supply (150 W) SV 24V-150W-A4 4.1 Description The power supply (150 W) SV 24 V - 150 W-A4 converts the mains voltage to system voltage and charges the batteries. It has the following features: Output power 150 W Parallel switching of 2 power supply units possible Short-circuit-proof...
Power supply (150 W) SV 24V-150W-A4 Pin assignments 4.3.3 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 (normal operation 1/3 closed)
Power supply (150 W) SV 24V-150W-A4 Indicators 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 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).
(see table further below) Single operation: min. 12…max. 65 Ah Parallel operation: min. 45…max. 100 Ah (use only battery types recommended by Siemens in acc. with document 008843) Batteries are monitored for Short-circuit Open line Internal short-circuit Increase of the internal resistance Low discharge protection Battery voltage <...
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Power supply (150 W) SV 24V-150W-A4 Technical data Standards and approvals Standards EN 54-4/A2 Approvals VdS G200126 VdS G102007 CPD 0786-CPD-20775 CE conformity mark Battery connection: Single operation: Terminal X8/10 +BI-limited Parallel operation: Terminal X8/9 (external fuse needed) +BI-unlimited Permitted current loads for the SV24V-150W-A4 12 Ah 17 Ah 25 Ah 45 Ah 65 Ah 100 Ah Max.
Power supply (150 W) SV 24V-150W-A5 Description 5 Power supply (150 W) SV 24V-150W-A5 5.1 Description The power supply (150 W) SV 24 V - 150 W-A5 converts the mains voltage to system voltage and charges the batteries. The power supply (150 W) SV 24V- 150W-A5 replaces that of type SV 24V-150W-A4 and has the following features: Higher EMC resistance Higher current load in the parallel operation...
Power supply (150 W) SV 24V-150W-A5 Pin assignments 5.3 Pin assignments 5.3.1 X1 mains connection Designation Description Ground (protective conductor) Neutral conductor Neutral conductor External conductor (L1) External conductor (L1) Admissible cable cross-section: 0.2…2.5 mm² When replacing a power supply, note the different pin assignment as against that in the power supply SV 24V-150W-A4.
Power supply (150 W) SV 24V-150W-A5 Pin assignments 5.3.3 X11 monitoring signals Designation Description Control line B for even current distribution (only when switching in parallel) Control line B for even current distribution (only when switching in parallel) Control line A for even current distribution (only when switching in parallel) Control line A for even current distribution (only when switching in parallel)
Power supply (150 W) SV 24V-150W-A5 Pin assignments 5.3.4 Parallel switching of two supply units SV 24V-150W-A5 MASTER NTC 4.7 k #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 SLAVE...
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Power supply (150 W) SV 24V-150W-A5 Pin assignments 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 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).
Power supply (150 W) SV 24V-150W-A5 Indicators 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) The connection lines marked in bold of the additional cable tree (3 and 5) and the existing cable tree (2) must be wired again when installing the second...
(see table further below) Single operation: min. 12…max. 65 Ah Parallel operation: min. 45…max. 100 Ah (use only battery types recommended by Siemens in acc. with doc. no. 008843) Batteries are monitored for Short-circuit Open line Internal short-circuit Increase of the internal resistance Low discharge protection Battery voltage <...
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Power supply (150 W) SV 24V-150W-A5 Technical data Standards and approvals Standards EN 54-4/A2 Approvals VdS pendent CE conformity mark * Battery connection: Single operation: Terminal X8/10 +BI-limited Parallel operation: Terminal X8/9 (external fuse needed) +BI-unlimited Permitted current loads for the SV24V-150W-A5 12 Ah 17 Ah 25 Ah 45 Ah 65 Ah 100 Ah Max.
Fire terminal board FTI2001-A1 Description 6 Fire terminal board FTI2001-A1 6.1 Description The fire terminal board FTI2001-A1 is used in the fire terminal FT2040. It is the interface between the power supply unit (mains or battery) and the operating unit. The fire terminal board has the following features: Supply inputs for an external 24 V supply Third supply input [FR]...
Fire terminal board FTI2001-A1 Views 6.2 Views F203 F204 F202 F201 H101 H205 H207 H206 X400 Printed circuit board view FTI2001 fire terminal board Element Des. Function Plugs and terminals Supply and message signals from the power supply unit Not used Connection to the PMI &...
Fire terminal board FTI2001-A1 Pin assignments 6.3 Pin assignments 6.3.1 X1 supply The optional power supply or the external 24 V supply is connected to supply input FT2040 Fire terminal board FTI2001-A1, supply input for external supply or fitted power supply (optional) Designation Description VSYS–...
Fire terminal board FTI2001-A1 Pin assignments 6.3.3 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.
Fire terminal board FTI2001-A1 Adjustment elements 6.5 Adjustment elements Switch Function Position Meaning S1-1 Supply input 1 'VSYS1' Input is not used (default setting) Input is used (monitored) S1-2 Supply input 2 'VSYS2' Input is not used (default setting) Input is used (monitored) 6.6 Technical data Supply Designation...
Periphery board (2 loops) FCI2002-A1 Description 7 Periphery board (2 loops) FCI2002-A1 7.1 Description The periphery board (2 loops) is used in the fire control panel FC2020. It has the following features: 1 integrated line card for the connection of 2 FDnet loops or 4 stubs (mixed variants are possible) Maximum of 252 device addresses per loop Maximum of 252 device addresses per integrated line card...
Periphery board (2 loops) FCI2002-A1 Indicators 7.3.7 X1 supply Designation Description #BATT Message input from the power supply: Battery fault #CONV Message input from the power supply: Converter fault #MAINS Message input from the power supply: Mains failure COMMON Ground 3SRC+ Supply input for third supply source (+) [FR] 3SRC–...
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Periphery board (2 loops) FCI2002-A1 Indicators Indication of outputs Color Function Condition Meaning H102 Yellow FUE_FAU_1 Relay activated (default) Relay not activated H103 Yellow FUE_FAU_2 Active (default) Slow Open line Fast Short-circuit Passive H104 Yellow FUE_AL_1 Relay not activated (default) Relay activated H105 Yellow...
Periphery board (2 loops) FCI2002-A1 Adjustment elements FDnet indicators Color Function Condition Meaning H201 Yellow FDnet loop 1 and 2 Passive (normal operation) (module 2) 1 x flashing Failsafe active (communication to PMI interrupted) (every 2 s) 2 x quickly flashing Failsafe active + local alarm (every 2 s) 1 x flashing...
Periphery board (2 loops) FCI2002-A1 Technical data 7.6 Technical data Supply input Designation 'VSYS+'; 'VSYS-' Operating voltage DC 21…28.6 V (= Vsys) Operating current Max. 5 A Input Designation '3SRC+'; '3SRC-' 3rd supply source [FR] Voltage DC 7…30 V Current Max.
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Periphery board (2 loops) FCI2002-A1 Technical data Monitored output Designation 'VSYS_O'; 'FAU_OUT' Fault Design Open drain Failsafe Activated in degraded mode Output voltage DC 21…28.6 V Output current Max. 300 mA (protected with 1 AT) Guaranteed output current 15 mA with U = 16 V out min (monitored for short circuit and open line)
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Periphery board (2 loops) FCI2002-A1 Technical data Designation 'I/O1' … 'I/O8' Configurable inputs/outputs 1…8 Individually configurable as Input Output Configured as input: Design Digital Not monitored Threshold values > Vsys/2 = off < Vsys/4 = on Configured as output: Design Open drain Inherently short-circuit-proof Excess temperature protection...
Periphery board (4 loops) FCI2004-A1 Description 8 Periphery board (4 loops) FCI2004-A1 8.1 Description The periphery board (4 loops) is used in the fire control panel FC2040. It has the following features: 2 integrated line cards for the connection of 4 FDnet loops or 8 stubs (mixed variants are possible) Maximum of 252 device addresses per loop Maximum of 252 device addresses per integrated line card (total 504)
Periphery board (4 loops) FCI2004-A1 Pin assignments 8.3 Pin assignments Inputs and outputs which are not used do not require termination. FDnet detector lines which are not used must not be terminated. 8.3.1 X12 / X22 detector line loop 2 (module 2/3) Designation Description LOOP1_2–...
Periphery board (4 loops) FCI2004-A1 Indicators 8.3.7 X1 supply Designation Description #BATT Message input from the power supply: Battery fault #CONV Message input from the power supply: Converter fault #MAINS Message input from the power supply: Mains failure COMMON Ground 3SRC+ Third power supply input (+) [FR] 3SRC–...
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Periphery board (4 loops) FCI2004-A1 Indicators Indication of outputs Color Function Conditio Meaning H102 Yellow FUE_FAU_1 Relay activated (default) Relay not activated H103 Yellow FUE_FAU_2 Active (default) Slow Open line Fast Short-circuit Passive H104 Yellow FUE_AL_1 Relay not activated (default) Relay activated H105 Yellow...
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Periphery board (4 loops) FCI2004-A1 Indicators Color Function Condition STATUS DIRECTION H115 Yellow IO_6 High input (default) INPUT (default) Low input OUTPUT H100 Yellow IO_7 High input (default) INPUT (default) Low input OUTPUT H101 Yellow IO_8 High input (default) INPUT (default) Low input OUTPUT H117...
Periphery board (4 loops) FCI2004-A1 Adjustment elements 8.5 Adjustment elements Switch Function Position Meaning S100 Switchover of the indication for the Switchover STATUS indication I/O LEDs (see also H109) DIRECTION indication 8.6 Technical data Supply input Designation 'VSYS+'; 'VSYS-' Operating voltage DC 21…28.6 V (= Vsys) Operating current Max.
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Periphery board (4 loops) FCI2004-A1 Technical data Monitored output Designation 'VSYS_O'; 'FAU_OUT' Fault Design Open drain Failsafe Activated in degraded mode Output voltage DC 21…28.6 V Output current Max. 0.3 A (safeguarded with 1 AT) Guaranteed output current 15 mA with U = 16 V out min (monitored for short circuit and open line)
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Periphery board (4 loops) FCI2004-A1 Technical data Designation 'I/O1' … 'I/O12' Configurable inputs/outputs 1…12 Individually configurable as Input Output Configured as input Design Digital Not monitored Threshold values > Vsys/2 = off < Vsys/4 = on Configured as output: Design Open drain Inherently short-circuit-proof Excess temperature protection...
Loop extension FCI2003-A1 Description 9 Loop extension FCI2003-A1 9.1 Description The loop extension (FDnet) is plugged onto the periphery board in the fire control panels and makes it possible to double the admissible number of loops per integrated line card. The number of addresses per integrated line card remains at 252.
Loop extension FCI2003-A1 Technical data 9.4 Technical data Detector line Designation '3_1+'…'4_2–' Loop 1 and loop 2 Output voltage Max. DC 33 V Connectable lines 2 loops or 4 stubs Protocol FDnet Monitored for Ground fault Short-circuit Open line Line capacitance Design Short-circuit-proof Voltage surge protection...
Operating unit with PMI & mainboard FCM2004 Description 10 Operating unit with PMI & mainboard FCM2004 10.1 Description The operating unit with PMI & mainboard FCM2004 includes the CPU module and the Person Machine Interface. The operating unit is used in all stations and contains different options, depending on the type of station.
Operating unit with PMI & mainboard FCM2004 View of PMI & mainboard Operating buttons Insertable inscription strips Operation can be released with a password or key switch (optional) You will find the operation and designation of the keys and indicators in document 008838.
Operating unit with PMI & mainboard FCM2004 Indicators X11 Slot for connection module (card Switches for booting and operation cage) FCA2006-A1 system options X12 Slot for network module (SAFEDLINK) FN2001-A1; degraded mode module The serial modules can be loaded in any way. Two identical modules for each PMI &...
Operating unit with PMI & mainboard FCM2004 Technical data After the firmware has been updated and before the restart, S38-2 must be in the 'OFF' position, otherwise the firmware is updated again. S38-1 has an impact on starting the operation system. Position S38-1 Function Station is started in Restore factory settings mode.
Operating unit with PMI & mainboard FCM2027 Description 11 Operating unit with PMI & mainboard FCM2027 11.1 Description The operating unit with PMI & mainboard FCM2027 includes the CPU module (MPC8248) and the Person Machine Interface. The PMI & mainboard FCM2027 is used in all operating units from MP-EN 4.0 onwards.
Operating unit with PMI & mainboard FCM2027 View of PMI & mainboard Interface for the periphery bus for the connection of: – LED indicator (internal) – FBA terminal [CH] – EVAC-NL operation (internal) Support for the license key (L1 or L2) The Person Machine Interface has the following features: Graphic-enabled display Buzzer...
Operating unit with PMI & mainboard FCM2027 Indicators Element Des. Function Position Shield plate Key switch (optional) Plug connections Connection for periphery board or fire terminal board (supply and data signals) Ethernet connection Slot for connection module (card cage) FCA2006-A1 Slot for network module (SAFEDLINK) FN2001-A1;...
Operating unit with PMI & mainboard FCM2027 Adjustment elements Color Function Condition Meaning Yellow 'CPLD fail' (reset and watchdog logic) Normal operation Logic unit failed; replace component or contact hotline Not used 'TEMP', CPU module excess temperature indicator Yellow 'SPEED', Ethernet transmission Data transfer at 10 Mbit/s indicator Data transfer at 100 Mbit/s...
Operating unit with PMI & mainboard FCM2027 Technical data S33: Switch for ground fault monitoring of the Ethernet connection Position Function Default setting Setting for networking via FCnet Setting for networking via Ethernet S38: Switch for ground fault monitoring of the system supply S38 deactivates the station's internal ground fault monitoring including the Ethernet interface, which can also be deactivated with S33.
LED indicator (internal) FTO2002-A1 Description 12 LED indicator (internal) FTO2002-A1 12.1 Description The LED indicator (internal) is integrated in the station and makes it possible to indicate events such as alarms and faults. In total, 48 LEDs are available (24 red and 24 yellow LEDs).
LED indicator (internal) FTO2002-A1 Adjustment elements 12.3 Adjustment elements The LED indicator is assigned an address by means of the switches 1…4 (S15). One LED test can be carried out of using the switches 5 and 6 (S15) respectively. Switch S15 Address LED test red LED test yellow...
RS232 module (isolated) FCA2001-A1 Description 13 RS232 module (isolated) FCA2001-A1 13.1 Description The RS232 module (isolated) FCA2001 is plugged onto the PMI & mainboard and is required for the operation of an event printer. The RS232 interface is electrically isolated from the station. 13.2 Views Printed circuit board view RS232 module (isolated) FCA2001-A1...
RS232 module (isolated) FCA2001-A1 Pin assignments 13.3 Pin assignments 13.3.1 X3 DTE-HOST Designation Description Data Carrier Detected Data Set Ready Clear To Send Ground Received Data Data Terminal Ready Transmitted Data Ready To Send Admissible cable cross-section: 0.2…1.5 mm² DTE-HOST T Participant with RS232 interface Building Technologies 008837_q_en_--...
RS232 module (isolated) FCA2001-A1 Technical data 13.4 Technical data Supply Voltage DC 3.3 V Operating current at: No-load operation Approx. 65 mA Send and receive at 19.2 kbit/s Approx. 75 mA RS232 interface Connection Point-to-point Communication mode Full duplex Max. data rate 115.2 kbit/s Max.
RS485 module (isolated) FCA2002-A1 Description 14 RS485 module (isolated) FCA2002-A1 14.1 Description The RS485 module (isolated) FCA2002 is plugged onto the PMI & mainboard and is required for the operation of peripherals such as the remote EVAC-NL operation [NL], FAT [DE], ESPA-4.4.4 interface and serial FBF [DE]. The RS485 module has the following features: Standardized RS485 interface Electrical isolation between the RS485 interface and the station...
RS485 module (isolated) FCA2002-A1 Pin assignments 14.3 Pin assignments 14.3.1 X2 connector 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 First participant Last participant *) Stub lines must not exceed 20 m! Consider the polarity A, B! Terminate the line after the last participant (Tn) with 120 Building Technologies...
RS485 module (isolated) FCA2002-A1 Technical data 14.4 Technical data Supply input Voltage DC 3.3 V Operating voltage while: Receiving Approx. 65 mA Sending at 19.2 kbit/s Approx. 125 mA RS485 interface Connection Bus structure Communication mode Half-duplex Number of participants Max.
Network module (SAFEDLINK) FN2001-A1 Description 15 Network module (SAFEDLINK) FN2001-A1 15.1 Description The network module (SAFEDLINK) FN2001 is used to network several stations via the system bus FCnet. The network module is plugged onto the PMI & mainboard and has the following features: Connections for a system bus input and a system bus output Integrated degraded mode function Electrical isolation between the system bus and the station...
Network module (SAFEDLINK) FN2001-A1 Views 15.2 Views Network module (SAFEDLINK) FN2001-A1, front and rear views Connector to the PMI & mainboard (connector on rear panel) Connector to the FCnet lines (connector on the rear panel); not used in FS20 Connector to the FCnet lines LED green, status indicator for the network module LED yellow, status indicator for line 2 LED yellow, status indicator for line 1...
Network module (SAFEDLINK) FN2001-A1 Indicators FCnet FCnet FCM 200x FN2001 Wiring of 1 network module FCnet FCnet FCM 200x FN2001 FN2001 Wiring of 2 network modules The main module must always be plugged in slot X13 of the operating unit FCM20xx.
Network module (SAFEDLINK) FN2001-A1 Technical data 15.5 Technical data Supply input Voltage DC 21…30 V Operating current Max. 45 mA System bus Voltage DC 5 V Current Max. 100 mA Impedance Cable type Shielded and unshielded cables Example: Uninet 30044PFRNC(KAT6) R&M fseenet KAT5e F/UTP 4P Communication cable J- 2T(St)TSTIIIBD...
Network module (SAFEDLINK, CC) FN2010-A1 Description 16 Network module (SAFEDLINK, CC) FN2010-A1 16.1 Description The network module (SAFEDLINK, CC) FN2010 is used for networking the FCnet/SAFEDLINK for fire control panel FC2080 and FG2020-D1. The network module (SAFEDLINK, CC) is installed on the following plug-in cards of the processor unit (19", FC2080): CPU card (FC2080) FCC2004-A1 Communication card (FC2080) FCC2005-A1...
Network module (SAFEDLINK, CC) FN2010-A1 Views 16.2 Views Network module (SAFEDLINK) FN2001-A1, front and rear panels Position Designation Description LED green, status indicator for the network module LED yellow, status indicator for line 2 LED yellow, status indicator for line 1 Connector to the plug-in card, feed and signal lines Connector to the plug-in card, FCnet connection 16.3...
Network module (SAFEDLINK, CC) FN2010-A1 Technical data 16.4 Technical data Supply input Voltage DC 21…30 V Operating current Max. 45 mA System bus Voltage DC 5 V Current Max. 100 mA Impedance Cable type Shielded and unshielded cables Example: Uninet 30044PFRNC(KAT6) R&M fseenet KAT5e F/UTP 4P Communication cable J- 2T(St)TSTIIIBD...
Fiber optic network module FN2006 / FN2007 Description 17 Fiber optic network module FN2006 / FN2007 17.1 Description With the fiber optic cable network module Multi Mode (MM) and the fiber optic cable network module Single Mode (SM), FS20 stations can be networked over great distances by means of glass fiber optic cables using the system bus FCnet/SAFEDLINK As a result of the redundant supply, a network in conformance with EN 54 is also...
Fiber optic network module FN2006 / FN2007 Views 17.2 Views View of fiber optic cable network module (SM/MM) Fiber optic cable SC connector Line 1 Fiber optic cable SC connector Line 2 LED indicators for data transmission, faults and power supply for both channels Power B plug-type connection, power supply and error contact Fastening tab Power A plug-type connection, power supply and error contact...
Fiber optic network module FN2006 / FN2007 Pin assignments The power supply need not be monitored and made redundant when installing in the fire control panel. The supply line must be shielded with remote networking module. Relay contact opens in the event of an error. The display indicates the error (COM and NC are connected).
Fiber optic network module FN2006 / FN2007 Pin assignments 17.3.3 Fiber optic cable connection If the fiber optic cable network module is mounted in the station, then only one supply must be connected. In the case of remote installation, the supply must be shielded and made redundant in accordance with EN 54.
Fiber optic network module FN2006 / FN2007 Indicators 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: – The optical transmitter (TX) of one device must always be connected with the optical receiver (RX) of the other device.
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Fiber optic network module FN2006 / FN2007 Technical data Fibre optic cable Type of connection SC connector Wavelength 1310 nm Multi-mode Range: Fiber type 62.5/125 µm 4 000 m Fiber type 50/125 µm 2000 m Optical budget: Fiber type 62.5/125 µm 11 dBm Fiber type 50/125 µm 7.5 dBm...
Repeater (SAFEDLINK) FN2002-A1 Description 18 Repeater (SAFEDLINK) FN2002-A1 18.1 Description The repeater (SAFEDLINK) FN2002-A1 is used to extend the range with the FCnet system bus. The repeater is built on the basis of the network module (SAFEDLINK) and allows the FCnet line between two stations to be extended by 1000 m. The repeater (SAFEDLINK) has the following features: Connections for remote supply and supply transmission to a second repeater Cable shields individually placed onto the ground by means of jumpers (HF...
Repeater (SAFEDLINK) FN2002-A1 Views 18.2 Views X5 X6 X7 Printed circuit board view of repeater FN2002 Not used for operation Connector with full population for programming with firmware Connector for external power supply and the transmission to additional repeaters Connector for FDnet and earth connection Jumper for the switching over of the data rate (switchover only in current-free state) Jumper for grounding X3/pin 3 Jumper for grounding X3/pin 5...
Repeater (SAFEDLINK) FN2002-A1 Pin assignments 18.3 Pin assignments 18.3.1 Connector X3 Designation Description Line 1 (+) Line 1 (-) Shielding Shielding Ground connection Shielding Line 2 (+) Line 2 (-) FN2002 FCnet FCnet FCM200x FCM200x FN2001 FN2001 +Usys -Usys FC20xx FC20xx Repeater FN2002, cabling In the FCnet, line 1 must always be wired to line 2 or line 2 must be wired to line 1,...
Repeater (SAFEDLINK) FN2002-A1 Indicators 18.4 Indicators Color Function Condition Meaning Green Condition of the repeater Flashes Normal condition (SAFEDLINK) Repeater (SAFEDLINK) is defective Yellow Condition of the line 2 Fault on connection line 2; (A2, B2) Repeater (SAFEDLINK) is OK Normal condition Yellow Condition of the line 1...
Interface module DL485/13-xx-ST-SBT Description 19 Interface module DL485/13-xx-ST-SBT 19.1 Description The interface modules DL485/13-xx-ST-SBT serve to actively couple the FCnet with fibre optic cables. The purpose of this is to extend the line and isolate it electrically (EMC-resistant). Generally, the cheapest plastic fibres are used for multi-mode (lower range) while more expensive glass fibres (larger range, less damping) are used for single mode.
Interface module DL485/13-xx-ST-SBT Views 19.2 Views Interface module, view of the connection and operating elements Legend Element Position Function Connectors and terminals Data line terminal block Not connected Supply terminal block RX connection for fiber optic cable port TX connection fiber optic cable port LEDs Supply and error status LEDs Fiber optic cable port status LEDs...
Interface module DL485/13-xx-ST-SBT Indicators 19.4 Indicators Color Function Condition Meaning V DC Green Supply No operating voltage available +24 V voltage available on VDC1 or VDC2 FAIL Error Normal condition Data error Yellow Data line No data transfer Data is being received Status Normal condition Optical receiving signal incorrect...
Interface module DL485/13-xx-ST-SBT Technical data 19.6 Technical data Supply input Supply voltage DC 18…30 V Quiescent current 62 mA at 24 V Operating current 75 mA Fibre optic cable Type of connection ST plug connection Wavelength 1300 nm Transmission mode Half-duplex Multi-mode Fibre types...
Ethernet switch (MM) FN2008-A1 Description 20 Ethernet switch (MM) FN2008-A1 20.1 Description The Ethernet switch (MM) FN2008-A1 is a switch for using in industrial networks. When used in the FS20 fire detection system, the FN2008-A1 permits expansion to other sub-networks in redundant operation. This allows heterogeneous networks with several sub-nets to be operated.
Ethernet switch (MM) FN2008-A1 Views 20.2 Views Fault Element Position Function Connectors and terminals Ethernet port 1 (RJ45 plug) Ethernet port 2 (RJ45 plug) Ethernet port 3 (RJ45 plug) Ethernet port 4 (RJ45 plug) Optical port 1 (ST connection) Optical port 2 (ST connection) Fault Connector strip for detector contact Connector strip for supply...
Ethernet switch (MM) FN2008-A1 Indicators Wiring WARNING Heavily concentrated light Eye damage Do not look into the red light of the transmitter (TX). The fiber optic cable is wired cross-wise: The optical transmitter (TX) of one port must always be connected to the other switch with the optical receiver (RX) of the other port.
Ethernet switch (MM) FN2008-A1 Adjustment elements Indicators for device powering up When the device is powering up, the following LEDs light up in the sequence shown: 1. Power LEDs (L) light up as soon as voltage is present. 2. Port LEDs (P1…P6) light up yellow for around 6 s. 3.
Ethernet switch (MM) FN2008-A1 Adjustment elements 20.5.2 C-plug (option) The C-plug is an optional removable medium for storing the FN2008-A1's configuration data. When replacing the device, the configuration data can be easily transferred by removing the C-plug. The C-plug is optional and must be ordered separately. You will find the details for ordering in document 008843.
Ethernet switch (MM) FN2008-A1 Technical data 20.6 Technical data Supply input Voltage inputs DC 18…32 V each, decoupled Operating current Max. 215 mA Ethernet interface Bushes 4 x RJ45, 10/100 Mbit/s Length of line Max. 100 m via FC TP standard cable Optical interfaces Bushes 4 x ST plug connector...
Safety module (firewall) FN2009-A1 Description 21 Safety module (firewall) FN2009-A1 21.1 Description The Security module (firewall) FN2009-A1 is a firewall router for securely decoupling the Ethernet network with an external network. The firewall protection can extend over the operation of individual stations, several stations or entire network segments.
Safety module (firewall) FN2009-A1 Views You will find information about the FN2009-A1 on the data sheet and the description supplied by the manufacturer. You will find the configuration procedure in document 009052. 21.2 Views external Network internal Network Fault Element Position Function Connectors and terminals...
Safety module (firewall) FN2009-A1 Adjustment elements LED Color Function Condition Meaning Green/red Line Lights up green Voltage supply is connected Does not light up Voltage supply is not connected or is less than DC 14 V Lights up red Voltage supply failed during operation or fell below DC 14 V Ports Lights up green Link present...
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Safety module (firewall) FN2009-A1 Adjustment elements Reset button The Reset button is above the C-plug and has two functions: Restart The module is restarted. The loaded configuration is retained. – Press the Reset button for less than 5 seconds. – The module is restarted.
Safety module (firewall) FN2009-A1 Technical data 21.6 Technical data Supply input Voltage inputs DC 18…32 V each, decoupled Operating current Max. 250 mA Ethernet Bushes 2 x RJ45, 10/100 Mbit/s, automatic sensing Red port = external network Green port = internal network Length of line Max.
Card cage (2 slots) FCA2007-A1 Description 22 Card cage (2 slots) FCA2007-A1 22.1 Description The card cage (2 slots) FCA2007-A1 is installed in the fire control panel FC2030 as standard. The card cage (2 slots) makes it possible to expand the fire control panel FC2030 with module bus cards.
Card cage (2 slots) FCA2007-A1 Pin assignments Element Des. Function Connector Connector for degraded mode indicator [AT] of module bus card 1 Degraded mode Connector for degraded mode indicator [AT] of module bus card 2 Internal bus X501 Connection strip for module bus input 22.3 Pin assignments 22.3.1...
Card cage (2 slots) FCA2007-A1 Technical data 22.4 Technical data Plug-in units Slots Max. 2 modernization cards Supply Operating voltage Vsys 20…30 V Operating current Max. 8 A 0.5…2.5 mm² Permitted cable cross section (plug X9) screw terminals Connections Total current of all module bus cards Max.
Card cage (5 slots) FCA2008-A1 Description 23 Card cage (5 slots) FCA2008-A1 23.1 Description The card cage (5 slots) FCA2008-A1 is installed in the fire control panel FC2060 and is used in the FC2080 for expansion purposes. The card cage expands the fire control panel by adding module bus cards.
Card cage (5 slots) FCA2008-A1 Views of card cage (5 slots) 23.2 Views of card cage (5 slots) X51 X42 X41 X32 X31 X22 X21 X500 X501 PCB view of card cage (5 slots) FCA2008-A1 Element Des. Function Slots Connector for module bus card 1 Connector for module bus card 2 Connector for module bus card 3 Connector for module bus card 4...
Card cage (5 slots) FCA2008-A1 Pin assignments Element Des. Function Connection terminals System supply connection Module bus cards Connection terminals 1 and 3 of module bus card 1 Connection terminals 2 and 4 of module bus card 1 Connection terminals 1 and 3 of module bus card 2 Connection terminals 2 and 4 of module bus card 2 Connection terminals 1 and 3 of module bus card 3 Connection terminals 2 and 4 of module bus card 3...
Card cage (5 slots) FCA2008-A1 Technical data 23.3.2 X11…X52 connection terminals for the module bus card The module bus card determines the PIN assignment of the four connectors. You will find the pin assignments in the description of the corresponding module card. The assignment of the connector is: Connections of module bus card 1 are on connectors X11 and X12 Connections of module bus card 2 are on connectors X21 and X22...
Connection module (card cage) FCA2006-A1 Description 24 Connection module (card cage) FCA2006-A1 24.1 Description The connection module (card cage) FCA2006-A1 is used as an interface for the internal module bus to the card cage. The connection module in the fire control panels FC2030 and FC2060 is installed as standard on the PMI &...
Connection module (card cage) FCA2006-A1 Technical data 24.3 Technical data Supply input Voltage 3.3 V from PMI & mainboard Operating current Max. 50 mA Module bus (X500) Connections to the card cage 24-pin ribbon cable Emergency signals Degraded mode signals NA_MAIN HORN_MAIN HS_MAIN...
Line card (FDnet/C-NET) FCL2001-A1 Description 25 Line card (FDnet/C-NET) FCL2001-A1 25.1 Description The line card (FDnet/C-NET) FCL2001-A1 is a line card in addition to the integrated line cards of the FS20 fire control panels. It is inserted in the fire control panels with the card cage (5 slots) FCA2008-A1.
Line card (FDnet/C-NET) FCL2001-A1 Views 25.2 Views H501 S401 S301 H301 PCB view of line card (FDnet/C-NET) FCL2001-A1 Element Des. Function Connector Connection to the card cage Indication element H301 Status of module bus driver Indication element H501 Status of line driver Button S301 Reset for module bus driver...
Line card (FDnet/C-NET) FCL2001-A1 Pin assignments 25.3 Pin assignments 25.3.1 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 connectors in the card cage. External connections on the card cage as an example the module bus card 1 on connectors X11 and X12 The external connections of module bus card 2 are on plugs X21 and X22 The external connections of module bus card 3 are on plugs X31 and X32...
Line card (FDnet/C-NET) FCL2001-A1 Indicators 25.4 Indicators Color Function Condition Meaning H301 Yellow Status of Normal condition module bus Flashes slowly Degraded mode driver 1 x flashing Update begins (every 2 s) 2 x flashing Update running (every 2 s) 3 x flashing Update failed (every 2 s)
Line card (FDnet/C-NET) FCL2001-A1 Technical data 25.6 Technical data Supply input Voltage DC 20…30 V (Vsys) Current Max. 0.8 A Detector line Output voltage Max. DC 33 V Output current (total) Max. 0.5 A Plug-type connection for card cage Addressable devices Max.
Line card (collective) FCL2002-A1 Description 26 Line card (collective) FCL2002-A1 26.1 Description The line card (collective) FCL2002-A1 is a modernization card which can be used in the card cages in the FC2030 and FC2060 fire control panels. The line card (collective) has an integrated line driver that can be used for connecting up to eight stubs.
Line card (collective) FCL2002-A1 Views 26.2 Views S401 H501 S301 H301 PCB view of line card (collective) FCL2002-A1 Element Des. Function Connector Connection to the card cage Indication element H301 Status of module bus driver Indication element H501 Status of line driver Button S301 Reset for module bus driver...
Line card (collective) FCL2002-A1 Pin assignments 26.3 Pin assignments 26.3.1 Connection terminals of line card (collective) in card cage The line card (collective) FCL2002-A1 determines the PIN assignment of the four connectors in the card cage. External connections on the card cage as an example the module bus card 1 on connectors X11 and X12 The external connections of module bus card 2 are on plugs X21 and X22 The external connections of module bus card 3 are on plugs X31 and X32...
Line card (collective) FCL2002-A1 Indicators 26.4 Indicators Color Function Condition Meaning H301 Yellow Signal of module bus driver Normal condition Flashes slowly Degraded mode 1 x flashing (every 2 s) Update begins 2 x flashing (every 2 s) Update running 3 x flashing (every 2 s) Update failed Flashes rapidly...
Line card (MS9i) FCL2003-A1 Description 27 Line card (MS9i) FCL2003-A1 27.1 Description The line card (MS9i) FCL2003-A1 is a modernization card which can be used in the card cages in the FC2030 and FC2060 fire control panels. The line card (MS9i) has an integrated line driver that can be used for connecting up to two loops and max.
Line card (MS9i) FCL2003-A1 Views 27.2 Views S401 H501 S301 H301 PCB view of line card MS9i FCL2003-A1 Element Des. Function Connector Connection to the card cage Indication element H301 Status of module bus driver Indication element H501 Status of line driver Button S301 Reset for module bus driver...
Line card (MS9i) FCL2003-A1 Pin assignments 27.3 Pin assignments 27.3.1 Connection terminals of line card (MS9i) in card cage The line card (MS9i) FCL2003-A1 determines the PIN assignment of the four connectors in the card cage. External connections on the card cage as an example the module bus card 1 on connectors X11 and X12 The external connections of module bus card 2 are on plugs X21 and X22 The external connections of module bus card 3 are on plugs X31 and X32...
Line card (MS9i) FCL2003-A1 Technical data 27.6 Technical data Supply input Voltage DC 20…30 V (Vsys) Current Max. 0.75 A Detector line Output voltage Max. DC 24.9 V Number of integrated line cards Output current (all outputs together) Max. 0.5 A Plug-type connection for card cage Number of devices with 2 loops Max.
I/O card (programmable) FCI2008-A1 Description 28 I/O card (programmable) FCI2008-A1 28.1 Description The I/O card (programmable) FCI2008-A1 has programmable inputs/outputs for extending the inputs/outputs integrated on the periphery board with the FC2030 and FC2060. In addition, the I/O card is used in the FC2080 and in the FG2020-D1 for inputs/outputs.
I/O card (programmable) FCI2008-A1 Pin assignments 28.3 Pin assignments 28.3.1 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 connectors in the card cage. External connections on the card cage as an example the module bus card 1 on connectors X11 and X12 The external connections of module bus card 2 are on plugs X21 and X22 The external connections of module bus card 3 are on plugs X31 and X32...
I/O card (programmable) FCI2008-A1 Adjustment elements Color Function Condition Description Direction H112 Green IO_12 High input (default) INPUT (default) Low input OUTPUT Status and error displays Color Function Conditio Description H113 Green IO_FAULT_1 n.o. (normal operation) I/O fault, I/O 1…4 (over temp. over current) H114 Green IO_FAULT_2 n.o.
I/O card (programmable) FCI2008-A1 Technical data 28.6 Technical data General Number of freely programmable I/Os Ground fault detection Via PMI & mainboard Supply Operating voltage Vsys 20…30 V Operating current Max. 2 A Supply outputs 1 and 2 Designation 'VSYS_01', 'VSYS_02'; 'GND' Voltage DC 21…28.6 V Current...
I/O card (horn/monitored) FCI2009-A1 Description 29 I/O card (horn/monitored) FCI2009-A1 29.1 Description The I/O card (horn/monitored) FCI2009-A1 provides the monitored outputs for alarm and fault transmission for the fire control panel. The I/O card (horn/monitored) is a module bus card for installation in card cages of the FC2030, FC2060, FC2080, and FG2020-D1.
I/O card (horn/monitored) FCI2009-A1 Pin assignments 29.3 Pin assignments 29.3.1 Connection terminals for the I/O card (horn/monitored) in the card cage The I/O card (horn/monitored) FCI2009-A1 determines the PIN assignment of the connector for the module bus cards in the card cage. External connections on the card cage as an example the module bus card 1 on connectors X11 and X12 The external connections of module bus card 2 are on plugs X21 and X22...
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I/O card (horn/monitored) FCI2009-A1 Pin assignments Out 4 Out 3 Out 2 Out 1 Out 8 Out 7 Out 6 Out 5 n = Slot no. Switching variants for monitored alarm and horn outputs with decoupled load (EN 54) Example Example Horn output alarm output...
I/O card (horn/monitored) FCI2009-A1 Indicators 29.4 Indicators Standard LED indicators Color Function Condition Meaning H301 Yellow Normal condition Signal of module bus driver Flashes slowly Degraded mode 1 x flashing Update begins (every 2 s) 2 x flashing Update running (every 2 s) 3 x flashing Update failed...
I/O card (horn/monitored) FCI2009-A1 Technical data 29.6 Technical data Ground fault detection - For FC2060 via PMI & mainboard FCM2027 General - For FC2080 via communication card FCC2005-A1 Operating voltage Vsys 20…30 V Supply Quiescent operating current 55 mA with Vsys 24 V Max.
I/O card (RT) FCI2007-A1 Description 30 I/O card (RT) FCI2007-A1 30.1 Description The I/O card (FUE) FCI2007-A1 provides the remote transmission connections and the horn outputs. The I/O card (remote transmission) can be used in fire control panels with card cages FC2030, FC2060, FC2080 and in the FG2020. The I/O card (RT) FCI2007-A1 has the following features: One alarm relay Two monitored horn/alarm outputs...
I/O card (RT) FCI2007-A1 Pin assignments 30.3 Pin assignments 30.3.1 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 connectors in the card cage. External connections on the card cage as an example the module bus card 1 on connectors X11 and X12 The external connections of module bus card 2 are on plugs X21 and X22 The external connections of module bus card 3 are on plugs X31 and X32...
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I/O card (RT) FCI2007-A1 Pin assignments Switching for RE response in accordance with VdS 27V2 FireOutput1+ UE _Rückmeldung Switching for RE response in accordance with VdS Fault contact of the transmission device Switching for monitored remote transmission Rcable UE_Fault+ Rload UE_Fault- Switching for monitored remote transmission Rload...
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I/O card (RT) FCI2007-A1 Pin assignments Switching variants for monitored alarm and horn outputs with load resistance monitoring (VdS) Example Example horn output alarm output FireOutput2- Rload FireOutput2+ Rcable FireOutput1- Rload Rcable FireOutput1+ Switching examples for monitored alarm and horn outputs with load resistance monitoring (VdS) Rload Load resistance...
I/O card (RT) FCI2007-A1 Technical data 30.6 Technical data General Ground fault detection For FC2080 and FG2020 via communication card For FC2030 and FG2060 via PMI & mainboard Supply Operating voltage Vsys 20…30 V Quiescent operating current 70 mA with Vsys 24 V Max.
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I/O card (RT) FCI2007-A1 Technical data Designation 'Fire Output 1+'; 'Fire Output 1-' Monitored output 'Fire Output 2+'; 'Fire Output 2-' RT alarm/horn Design Load or EOL monitoring with calibration Monitored fuse in operation Activated in degraded mode operation (RT alarm/horn can be switched off) Output voltage DC 26.4…27.6 V (DC 27.2 V -3 % +1.5 %)
Sounder module FCA2005-A1 Description 31 Sounder module FCA2005-A1 31.1 Description The sounder module FCA2005-A1 makes it possible to assign a monitored horn output of the periphery board FCI2002-A1 or FCI2004-A1 to up to four horn outputs. Each of these four lines has the same features as the sounder output of the periphery board and may control and monitor alarm devices.
Sounder module FCA2005-A1 Views 31.2 Views Printed circuit board view of sounder module FCA2005-A1 Element Des. Function Plugs and terminals Supply input and input sounder from the periphery board Sounder 1 and 2 outputs Sounder 3 and 4 outputs LEDs Supply control Sounder 2 fault Sounder 1 fault...
Sounder module FCA2005-A1 Pin assignments S4 out+ S4 out- S3 out+ S3 out- The terminating resistor of 3 k also has to be connected even when the output is not in use. 31.3.3 X2 sounder 1 and 2 outputs Designation Description S2 out+ Sounder output 2 (+)
Processor unit (19", FC2080) FCC2002-A1 Description 32 Processor unit (19", FC2080) FCC2002-A1 32.1 Description The processor unit (19", FC2080) FCC2002-A1 is a basic component of the fire control panel FC2080, with one mounted card cage (CPU) FCC2003-A1 and one mounted card cage (5 slots) FCA2008-A1. The plug-in cards that are necessary for the operation of the FC2080 are installed in the card cage (CPU) FCC2003-A1.
Processor unit (19", FC2080) FCC2002-A1 View of card cage (CPU) FCC2003-A1 Two peripheral data bus connections Connections for power supply Control and line part electrically isolated Shielding cover for unused slots Extensive EMC protection through enclosed metal housing 32.2 View of card cage (CPU) FCC2003-A1 X52 X51 X42 X41 X13 X14 X5001...
Processor unit (19", FC2080) FCC2002-A1 Pin assignments Element Des. Function Slots Connector strip for plugging in the first CPU card Connector strip for plugging in the second CPU card (redundant CPU card) Connector strip for plugging in the communication card Connector strip for plugging the module bus card into slot 4 Connector strip for plugging the module bus card into slot 5 Connection terminals...
Processor unit (19", FC2080) FCC2002-A1 Pin assignments The FCnet networking of the FC2080 or the FG2020 is always connected via two network modules irrespective of the number of CPU cards. The networking module on the communication card is used with a CPU card. FCnet FCnet FC2080...
Processor unit (19", FC2080) FCC2002-A1 Pin assignments You will find details about signal monitoring and wiring diagrams in the product data of the power supply (150W). 32.3.3 X41 / X42 / X51 / X52 connection terminals for module bus cards The module bus card determines the PIN assignment of the connectors.
Processor unit (19", FC2080) FCC2002-A1 Technical data 32.3.5 X13 SER_OPT2, RS232 connection terminal Designation Description Clear To Send Ground Received Data Transmitted Data Ready To Send Admissible cable cross-section: 0.2…1.5 mm² SER_OPT2 T Participant with RS232 interface 32.4 Technical data Plug-in units Slots Max.
Card cage (CPU) FCC2003-A1 33 Card cage (CPU) FCC2003-A1 The FCC2003-A1 is an integral part of the processor unit (19", FC2080) FCC2002- A1, that can be ordered as a complete unit, and can not be ordered separately. See also View of card cage (CPU) FCC2003-A1 [ 187] Building Technologies 008837_q_en_--...
CPU card (FC2080) FCC2004-A1 Description 34 CPU card (FC2080) FCC2004-A1 34.1 Description The CPU card (FC2080) FCC2004-A1 is a component part of the card cage (CPU) FCC2003-A1 on the processor unit (19", FC2080). It is necessary for the operation of the fire control panel FC2080. The CPU card has the following features: Plug-in into the card cage (CPU) with 96-pin plug Redundant operation with second CPU card (FC2080) FCC2004-A1 possible...
CPU card (FC2080) FCC2004-A1 Views 34.2 Views Operating elements, plugs and modules of the CPU card (FC2080) Des. Labeling Function Network module (SAFEDLINK, CC) FN2010-A1 Not loaded on additional CPU card for redundancy operation CPU module (MCP 8248) FCC2006-A1 Selection button for functions with indicators on LED matrix display Connection for plugging into the card cage 100BaseTX/10BaseT No.
CPU card (FC2080) FCC2004-A1 Indicators 34.3 Indicators Displays on CPU card (FC2080) front side Item LED Color Function Condition Meaning SDLM Green Network module Network module FN2010-A1 is mounted Green Condition of the Network module FN2010-A1 is defective network module Normal status (LED 1 and 2 are off) (SAFEDLINK) Flashes...
CPU card (FC2080) FCC2004-A1 LED matrix display Item LED Color Function Condition Meaning LED matrix Symbol Status display of the CPU is inactive display CPU is active Degraded mode Update of the main CPU was not successful Update of the main CPU was successful, system restarts Green Status of the...
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CPU card (FC2080) FCC2004-A1 LED matrix display Boot mode 'Linux' During booting, the process is displayed by a vertically rising LED line. The LED line shows the current status of the CPU card. As long as the process is active, the LED on top flashes. Normal operating mode Display Status/description...
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CPU card (FC2080) FCC2004-A1 LED matrix display Firmware update of the main CPU In the example given below, the CPLD and the u-boot have already been programmed successfully. The kernel image is in the "will be programmed" state. CPLD u-Boot Kernel FDT Image RO Image...
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CPU card (FC2080) FCC2004-A1 LED matrix display Firmware update of additional CPUs In the example given below, an update was carried out for a total of four modules. The version test failed for module 3. This status is indicated for 10 seconds before the reboot. If updates are carried out for more than seven modules, the horizontal lines scroll down and only the last seven modules are displayed.
CPU card (FC2080) FCC2004-A1 Adjustment elements 34.5 Adjustment elements The only setting element for the user is the S8 button next to the LED matrix display. The LED matrix display changes through the following list with a brief push of a button for <0.5 seconds. Display Function Description Reset...
Communication card (FC2080) FCC2005-A1 Description 35 Communication card (FC2080) FCC2005-A1 35.1 Description The communication card (FC2080) FCC2005-A1 is a component part of the processor unit (19“, FC2080) and necessary for the operation of the fire control panel FC2080. The communication card (FC2080) has the following features: Five electrical Ethernet connections on the front side Makes the following interfaces available for connections on the card cage (CPU):...
Communication card (FC2080) FCC2005-A1 Views NOTICE If an operating unit is integrated in the FC2080, then the earth fault monitoring of the system supply must be deactivated on the PMI & mainboard FCM2027 (S 38 to OFF). 35.2 Views Communication card (FC2080), front and PCB view Element Des.
Communication card (FC2080) FCC2005-A1 Indicators 35.3 Indicators LED indicators of the communication card on the front side Color Function Condition Meaning Green FCnet SDLM Network module (SAFEDLINK, CC) FN2010-A1 is installed Green FCnet Run Network module (SAFEDLINK, CC) FN2010-A1 is defective Normal condition (displays for status of lines 1 and 2 are off) Flashes Normal condition for degraded mode module (displays for status of lines 1...
Communication card (FC2080) FCC2005-A1 Technical data 35.4 Technical data Supply input Voltage VSYS 20…30 V Operating current Max. 60 mA, without FN2010-A1 Max. 100 mA, with FN2010-A1 Front-side connections Ethernet port 1-4 10 BASE-T/100 BASE-T Ethernet port 5 Electrical: 10 BASE-T/100 BASE-T Earth fault monitoring Connections via card cage Serial interface...
Communication card (FG2020-D1) FCC2008-D1 Description 36 Communication card (FG2020-D1) FCC2008- 36.1 Description The communication card (FG2020-D1) FCC2008-D1 is a component part of the card cage (CPU) FCC2003-A1 and necessary for the operation of FG2020-D1. The communication card (FG2020-D1) FCC2008-D1 has the following features: Five electrical Ethernet connections on the front side Makes the following interfaces available for connections on the card cage (CPU):...
Communication card (FG2020-D1) FCC2008-D1 Views NOTICE If an optional operating unit is integrated in the FG2020-D1, then the ground fault monitoring of the system supply must be deactivated on the PMI & mainboard FCM2027 (S 38 to OFF). 36.2 Views Communication card (FG2020-D1), front and PCB view Element Des.
Communication card (FG2020-D1) FCC2008-D1 Indicators 36.3 Indicators LED indicators of the communication card on the front side Color Function Condition Meaning Green FCnet SDLM Network module (SAFEDLINK, CC) FN2010-A1 is installed Green FCnet Run Network module (SAFEDLINK, CC) FN2010-A1 is defective Normal condition (displays for status of lines 1 and 2 are off) Flashes Normal condition for degraded mode module (displays for status of lines 1...
Communication card (FG2020-D1) FCC2008-D1 Technical data 36.4 Technical data Supply input Voltage VSYS 20…30 V Operating current Max. 60 mA, without FN2010-A1 Max. 100 mA, with FN2010-A1 Front-side connections Ethernet port 1-4 10 BASE-T/100 BASE-T Ethernet port 5 Electrical: 10 BASE-T/100 BASE-T Earth fault monitoring Connections via card cage Serial interface...
Housing for wall mounting Description 37 Housing for wall mounting 37.1 Description The housing for wall mounting of the stations is used for the following stations: All compact control panels Fire terminal FT2040 The empty housings are used for extensions, add-ons or for building in options. Empty housings have the following features: Delivered as kit, including cover cap and carrier plate Construction identical to the housings of the different station types...
Housing for wall mounting Views 37.2.1 Housing (Eco) Housing dimensions (Eco) FH2001-A1 20.5 (10x) Fixation holes (3 pcs.) DIN rail, length 70 mm Breakout openings for cable entries from the back (2 pcs.) Cover cap Flap with screw for the fixation of the cover cap Breakout opening for cable entries from the top Breakouts Ø...
Housing for wall mounting Views 37.2.2 Housing (Standard) Dimensions of housing (Standard) FH2002-A1 60.2 165.5 303.8 16.5 16.5 20.5 (31x) Fixation holes (3 pcs.) DIN rail, length 150 mm Breakout openings for cable entries from the back (2 pcs.) Cover cap Flap with screw for the fixation of the cover cap Breakout opening for cable entries from the top Breakouts Ø...
Housing for wall mounting Views 37.2.3 Housing (Comfort) Dimensions of housing (Comfort) FH2003-A1 60.2 165.5 303.8 16.5 16.5 20.5 (31x) Fixation holes (5 pcs.) DIN rail for mains separation terminals and socket, length 175 mm DIN rail for relays and additional accessories, length 175 mm Breakout openings for cable entries from the back (2 pcs.) Cover caps Flap with screw for the fixation of the top cover cap...
Housing for wall mounting Views 37.2.4 Housing (Large Extension) Housing dimensions (Large Extension) FH2004-A1 60.2 165.5 303.8 16.5 16.5 20.5 (31x) Fixation holes (3 pcs.) DIN rail for mains separation terminals, length 70 mm Breakout openings for cable entries from the back (2 pcs.) Cover cap Flap with screw for the fixation of the cover cap Breakout opening for cable bushings from the top (2 pcs.)
Housing for wall mounting Views 37.2.5 Housing (Large) Dimensions of housing (Large) FH2005-A1 60.2 165.5 303.8 16.5 16.5 20.5 (31x) Fixation holes (4 pcs.) DIN rail for mains separation terminals and socket, length 175 mm DIN rail for relays and additional accessories, length 175 mm Breakout openings for cable entries from the back (2 pcs.) Cover caps (2 pcs.) Flap with screw for the fixation of the top cover cap...
Housing for wall mounting Views 37.2.6 Operating unit carrier Carrier plate, interior view 2 hinges for fixation on the housing 4 holes to fix the carrier plate on the housing Breakout opening on right for event printer Breakout opening on left for event printer Welded-on screw bushing M4-12 426.9 423.8...
Housing for wall mounting Technical data 37.2.7 Cover cap Cover cap SintesoFHA2011-A1 View of cover cap from rear Support cams (4 pcs.) Fixing screw Dimensions of the cover cap Building Technologies 008837_q_en_-- Fire Safety 14.05.2012...
Housing for wall mounting Technical data 37.3 Technical data Housing Housing material Steel sheet, electrolytically tin-plated Surface treatment Powder-coated Color RAL 7035 (light gray) Protection category IP30 Cover cap Material Color RAL 9010 (pure white) Weight FH2001-A1 housing (Eco) 3.8 kg FH2002-A1 housing (Standard) 5.4 kg FH2003-A1 housing (Comfort)
Housing (19", pedestal cabinet) FH2080-AA Description 38 Housing (19", pedestal cabinet) FH2080-AA 38.1 Description The housing is used to hold the components for the fire control panel FC2080 as well as for extensions and for the installation of options. It has the following features: Designed as 19"...
Housing (19", pedestal cabinet) FH2080-AA Views 38.2 Views 38.2.1 Housing (19" pedestal cabinet) Housing (19" pedestal cabinet) Roof plate with cable entry made of foam rubber Door Break-out opening for operating unit Break-out opening for operating add-on Door lock Break-out opening for second operating add-on Plan compartment A3 Floor plates Base...
Housing (19", pedestal cabinet) FH2080-AA Views 38.2.2 Carrier (19", card cage) The carrier (19", card cage) is not a component of the housing (19", pedestal cabinet). It is intended for mounting a maximum of 2 card cages (5 slots) or 1 card cage and additional modules on 2 DIN rails.
Housing (19", pedestal cabinet) FH2080-AA Views 38.2.3 Carrier (19", option) The carrier (19", optional) FHA2024-A1 is not a component of the housing (19", pedestal cabinet). It is intended for the installation of additional modules such as relays, terminal blocks, I/O components or the key safe adapter [DE]. The 4 DIN rails are pre-mounted and can be removed individually depending on whether they are used.
Housing (19", pedestal cabinet) FH2080-AA Technical data 38.2.4 Battery bracket (19") FHA2021-A1 The battery bracket (19") FHA2021-A1 is not a component of the housing (19", pedestal cabinet). The battery bracket is used for the placement and secure fastening of a maximum of two batteries. It is delivered unassembled and consists of the following parts: 1 - battery pan 2 - carriers...
Floor repeater terminal FT2010 Description 39 Floor repeater terminal FT2010 39.1 Description The floor repeater terminal FT2010 is used for users whose indication and operation requirements are restricted to the main functions. Applications include e.g. sister stations in hospitals. The floor repeater terminal FT2010 is connected directly to the FDnet detector line.
Floor repeater terminal FT2010 Adjustment elements X101 LINE+ LINE- LINE+ LINE- DC+/AC DC-/AC 39.4 Adjustment elements DIP switch Des. Function Position Meaning 3TE_OFF Acoustic signaling in case of failure of the Acoustic signaling deactivated FDnet supply and external supply Acoustic signaling activated (ex- works default setting) WD_OFF Factory setting...
79 mm Depth of FT2010-C1 45 mm Weight of FT2010-A1 800 g Weight of FT2010-C1 1100 g Standards Safety EN 60950 QA Standards Siemens Standard SN 36350 ISO 9001 ISO 14001 CE conformity mark Building Technologies 008837_q_en_-- Fire Safety 14.05.2012...
Floor repeater display FT2011 Description 40 Floor repeater display FT2011 40.1 Description The floor repeater display FT2011 is used for users whose indication requirements are restricted to the main functions. Applications include e.g. sister stations in hospitals. The floor repeater display FT2011 is connected directly to the FDnet detector line.
Floor repeater display FT2011 Adjustment elements X101 LINE+ LINE- LINE+ LINE- DC+/AC DC-/AC 40.4 Adjustment elements Des. Function Position Meaning DIP switch 3TE_OFF Acoustic signaling in case of failure of Acoustic signaling deactivated the FDnet supply and external supply Acoustic signaling activated (ex- works default setting) WD_OFF No function;...
Mechanical data Dimensions (W x H x D) 283 x 207 x 79 mm Weight 800 g Standards Safety EN 60950 QA Standards Siemens Standard SN 36350 ISO 9001 ISO 14001 CE conformity mark Building Technologies 008837_q_en_-- Fire Safety 14.05.2012...
Mimic display driver FT2001-A1 Description 41 Mimic display driver FT2001-A1 41.1 Description The mimic display driver FT2001-A1 is operated on the FDnet detector line and permits simple display of events, e.g. alarms and faults. 48 driver outputs are available, to which the LED ribbon cable F50F410 can be connected, for example. The synoptic driver is supplied without housing.
Mimic display driver FT2001-A1 Views 41.2 Views 41.2.1 S200 H201 Printed circuit board view FT2001-A1 Element Designation Function Plugs and terminals Connection terminal line (FDnet) and external supply Jack socket MC-Link cable for software update Connection terminal for expanded periphery Connection terminal for supply monitoring and operating LED Connector driver output 1 …...
Mimic display driver FT2001-A1 Pin assignments 41.2.2 Carrier M3x10 Dimensions of carrier plate for FT2001 41.3 Pin assignments 41.3.1 X12 driver outputs 25…48 Designation Description 1(-), 2(+) LED 25 External LED power source or logic output 3(-), 4(+) LED 26 External LED power source or logic output 5(-), 6(+) LED 27...
Mimic display driver FT2001-A1 Pin assignments Designation Description 35(-), 36(+) LED 42 External LED power source or logic output 37(-), 38(+) LED 43 External LED power source or logic output 39(-), 40(+) LED 44 External LED power source or logic output 41(-), 42(+) LED 45 External LED power source or logic output...
Mimic display driver FT2001-A1 Pin assignments Designation Description 35(-), 36(+) LED 18 External LED power source or logic output 37(-), 38(+) LED 19 External LED power source or logic output 39(-), 40(+) LED 20 External LED power source or logic output 41(-), 42(+) LED 21 External LED power source or logic output...
Mimic display driver FT2001-A1 Indicators 41.4 Indicators Color Function Condition Meaning LED_1 (Green) Operating LED Lit up Normal condition (X8) Fast flashing Communication error FDnet or degraded mode of the control panel (0.5 s) Slow flashing Voltage error of the external supply or not yet configured (1 s) H201 Yellow...
Dimensions (W x H x D) 106 x 200 x 45 mm Weight 232 g Housing (by customer) Min. protection category IP30 Standards and approvals Pending LPCB Pending Standards SN36350 (Siemens standard) EN 54-17 EN 54-18 Building Technologies 008837_q_en_-- Fire Safety 14.05.2012...
Event printer FTO2001-A1 Pin assignments 42 Event printer FTO2001-A1 42.1 Pin assignments 42.1.1 Connection on printer side Wiring on event printer (view of rear side) Fastening clamps Supply connection Connecting the data cable 42.1.2 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...
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Event printer FTO2001-A1 Pin assignments 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) => (X3) PIN 2 (TXD) Data (yellow) =>...
Fire brigade periphery module FCI2001-D1 [DE] Description 43 Fire brigade periphery module FCI2001-D1 [DE] 43.1 Description The fire department periphery module makes the connection of the following peripherals possible, in compliance with the VdS: Fire department control panel (FBF) Remote transmission (RT) or remote device (RD) Releasing element (FSE) Fire department key depot (FSD) Identification lamp (KL)
Fire brigade periphery module FCI2001-D1 [DE] Views 43.2 Views H201 H301 H302 H303 H401 H402 S101 X401 X402 Printed circuit board view of fire brigade periphery module FCI2001-D1 Element Des. Function Plugs and terminals Fire department operating panel Outputs Fire department operating panel Inputs Remote equipment or remote device and release element fire department key depot Identification lamp, local alarm and intrusion detection system...
Fire brigade periphery module FCI2001-D1 [DE] Pin assignments 43.3 Pin assignments Inputs and outputs which are not used do not require termination. 43.3.1 X6 intrusion detection system / local alarm / identification lamp Designation Description Ke Leuchte + Identification lamp (+) Ke Leuchte - Identification lamp (-) Oertl Alarm +...
Fire brigade periphery module FCI2001-D1 [DE] Indicators +24V UE ausgel LA ausgel Bf St ab Ak Sign ab BMZ rueckst UE ab Bf St ab Ak Sign ab BMZ rueckst UE ab UE pruefen Reserve Reserve The connection details correspond to the FBF Type Wiesmeier FBF0770 Only switch possible 43.4 Indicators...
Fire brigade periphery module FCI2001-D1 [DE] Technical data 43.5 Technical data Fire department control panel Supply voltage 24 V (FBF) Supply current Type <50 mA, max. 1A (current limited) Design of the inputs and outputs Active low Short-circuit-proof Line resistance per wire Max.
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Fire brigade periphery module FCI2001-D1 [DE] Technical data Fire department key depot Tamper input: Design Short-circuit-proof Termination resistor for quiescent condition Monitored for Deviation >40 % of 2.2 Line resistance per wire Max. 10 Deblocking output: Voltage/current (if active) 24 V / type 260 mA; max. 1 A Design Active high Short-circuit-proof...
EVAC-NL operating unit FTO2007-N1 Description 44 EVAC-NL operating unit FTO2007-N1 44.1 Description The EVAC-NL operating unit FTO2007-N1 is an evacuation control unit for the Dutch market. It is built in the operating unit or the operating add-on and facilitates the operation of at max. ten evacuation zones. In addition, the EVAC-NL operating unit has indicator and control elements.
EVAC-NL operating unit FTO2007-N1 Pin assignments 44.3 Pin assignments FC20xx FCM2003-N2 FTO2007 PMI & mainboard Periphery board Wiring of integrated EVAC 10-zone display The EVAC-NL operating unit FTO2007-N1 as 10-zone indicator is used as standard in the operating unit of the following fire control panels: FC2020-NA FC2040-AE FC20xx...
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EVAC-NL operating unit FTO2007-N1 Pin assignments The operating add-on FCM2008-N1 (option) is installed in the bottom part of the fire control panel and is connected via the peripheral data bus. Vext. FTI2002 FTI2002 FCM2008-N1 X402 X400 FTO2007 FTO2007 Vsys RS485 FC20xx FCM20xx RS485...
EVAC-NL operating unit FTO2007-N1 Adjustment elements 44.5 Adjustment elements The EVAC-NL indicator is configured with the switch S20. Setting for one or the first EVAC-NL Switch S20 Meaning Master (Empty) Device address 1 Device address 2 Device address 3 Device address 4 Device address 5 Mimic display outputs are actuated and polled (LED, keys and key switch)
EVAC-NL operating unit FTO2007-N1 Technical data Each address can be assigned only once per station. The factory setting is always made for the application in question. 44.6 Technical data Supply input Voltage DC 20…32 V Current Max. 34 mA (21 V) Supply output Voltage DC 20…32 V...
EVAC-NL connector board FTI2002-N1 [NL] Description 45 EVAC-NL connector board FTI2002-N1 [NL] 45.1 Description The EVAC-NL connector board FTI2002-N1 is used as an interface to the EVAC-NL operating unit FTO2007-N1. The EVAC-NL connector board is needed as a connection module from the RS485 interface of the fire control panel to the operating add-on FCM2008-N1 or the mimic display (EVAC) FT2003-N1.
EVAC-NL connector board FTI2002-N1 [NL] Views 45.2 Views Printed circuit board view FTI2002-EVAC Element Des. Function Plugs and terminals Supply, monitoring signals of the power supply and RS485 connection Connections of LED mimic display 1…17 Connections of LED mimic display 18...34 Connection to EVAC-NL operating unit Mimic display operation (16 pcs.) Building Technologies...
EVAC-NL connector board FTI2002-N1 [NL] Pin assignments 45.3 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 FCM2008-N1 X402 X400 FTO2007 FTO2007 Vsys...
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EVAC-NL connector board FTI2002-N1 [NL] Pin assignments In the EVAC mimic display FT2003-N1, the EVAC-NL connector board FTI2002-N1 is supplied together with the EVAC-NL operating unit FTO2007-N1. Vext. FT2003 X2/X3 FTI2002 FTO2007 Vsys RS485 FC20xx FCM20xx RS485 FCA2002 Periphery board PMI &...
EVAC-NL connector board FTI2002-N1 [NL] Pin assignments 45.3.1 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.
EVAC-NL connector board FTI2002-N1 [NL] Pin assignments 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 FT2003-N1...
EVAC-NL connector board FTI2002-N1 [NL] Pin assignments Designation Description #MAINS Message input from the power supply: Mains failure #CONV Message input from the power supply: Converter fault #BATT Message input from the power supply: Battery fault Tn = Last participant NOTICE Note the polarity of connections A and B.
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EVAC-NL connector board FTI2002-N1 [NL] Pin assignments Connection for LED Master description Slave description 31, 32 H402 (green) Selection zone 2 Selection zone 2 33, 34 H401 (green) Selection zone 1 Selection zone 1 H405 'Selection zone 5' H409 'Selection zone 9' H406 'Selection zone 6' 'Selection zone 10'...
EVAC-NL connector board FTI2002-N1 [NL] Technical data 45.4 Technical data Supply Operating voltage DC 20…32 V Operating current Max. 1 A (21 V) Depending on configuration LED operating currents Master indicator 34 x 13 mA / 3.3 V / 1.5 W Slave indicator 30 x 13 mA / 3.3 V / 1.3 W Connection terminals...
EVAC-NL mimic display driver FT2003-N1 [NL] Description 46 EVAC-NL mimic display driver FT2003-N1 [NL] 46.1 Description The EVAC-NL mimic display driver FT2003-N1 is a remote EVAC indication and operation unit for the Dutch market. The EVAC-NL mimic display driver is supplied without a housing or indicator panel. It consists of an EVAC-NL operating unit FTO2007-N1 and an EVAC-NL connector board FTI2002-N1 which are screwed together.
EVAC-NL mimic display driver FT2003-N1 [NL] Views 46.2.2 FTI2002-N1 view Printed circuit board view FTI2002-EVAC Element Des. Function Plugs and terminals Supply, monitoring signals of the power supply and RS485 connection Connections of LED mimic display 1…17 Connections of LED mimic display 18...34 Connection to EVAC-NL operating unit Mimic display operation (16 pcs.) Building Technologies...
EVAC-NL mimic display driver FT2003-N1 [NL] Pin assignments 46.3 Pin assignments 46.3.1 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.
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EVAC-NL mimic display driver FT2003-N1 [NL] Pin assignments 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 FT2003-N1...
EVAC-NL mimic display driver FT2003-N1 [NL] Pin assignments 46.3.2 EVAC-NL connector board FTI2002-N1 46.3.2.1 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...
EVAC-NL mimic display driver FT2003-N1 [NL] Pin assignments 46.3.2.2 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) Selection zone 6...
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EVAC-NL mimic display driver FT2003-N1 [NL] Pin assignments 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 'Alarm zone 9' 'Fault/Isolation zone 9'...
EVAC-NL mimic display driver FT2003-N1 [NL] Pin assignments 46.3.2.4 X5 mimic display operation Master description Slave description connection 1, 2 Selection zone 1 Selection zone 1 3, 4 Selection zone 7 Selection zone 7 5, 6 Totaal alarm 7, 8 IN/UIT 9, 10 Selection zone 2...
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EVAC-NL mimic display driver FT2003-N1 [NL] Pin assignments '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' Selection zone 6...
EVAC-NL mimic display driver FT2003-N1 [NL] Indicators 46.4 Indicators Display 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 flat cables. Display and operating elements on the front panel H433 H434...
EVAC-NL mimic display driver FT2003-N1 [NL] Adjustment elements 46.5 Adjustment elements The EVAC-NL indicator is configured with the switch S20. Setting for one or the first EVAC-NL Switch S20 Meaning Master (Empty) Device address 1 Device address 2 Device address 3 Device address 4 Device address 5 Mimic display outputs are actuated and...
EVAC-NL mimic display driver FT2003-N1 [NL] Technical data 46.6 Technical data FT2003-N1 EVAC-NL mimic display driver Mechanical data Dimensions (L x W x H) 206 x 121 x 50 mm Weight 200 g FTI2002-N1 EVAC-NL connector board Supply Operating voltage DC 20…32 V Operating current Max.
RT interface FCI2005-N1 [NL] Description 47 RT interface FCI2005-N1 [NL] 47.1 Description The RT interface FCI2005-N1 allows a large number of different functions to be controlled in electrical isolation. The RT interface is controlled and fed via the configurable inputs and outputs of the periphery board. The RT interface is tailored to the Dutch market.
RT interface FCI2005-N1 [NL] Adjustment elements 47.5 Adjustment elements The switching contacts of the relays K1 … K12 must be configured as 'normally open' (NO) or 'normally closed' (NC). The application-specific settings are made by inserting a wire jumper or a resistor between the corresponding solder pins. The following figure shows the setting of the relay K5 as an example.
RT interface FCI2005-N1 [NL] Technical data 47.6 Technical data Supply input Designation '20 V-30 V VSYS+' Voltage Min. DC 17 V…max. DC 30 V Quiescent current Typically 0 mA Quiescent current (all relays switched) Max. 240 mA Relays 1 … 12 Designation 'REL1' …...
RT interface FCI2006-C1 [CH] Description 48 RT interface FCI2006-C1 [CH] 48.1 Description The RT interface FCI2006-C1 has been designed for the Swiss market and serves as an interface for remote transmission devices with several alarm criteria. The RT interface has been designed as a set and comprises the E3G091 card, a mounting plate and the corresponding cable set.
RT interface FCI2006-C1 [CH] Views 48.2 Views Printed circuit board view of E3G091 (FCI2006-C1 set), view installed and from above Element Des. Function Connectors and terminals Connection of periphery and supply Soldered jumpers X1 … X6 Make contact jumpers Y1…Y6 Break contact jumpers resistance LEDs...
RT interface FCI2006-C1 [CH] Indicators RT interface Cable tree 4 loop periphery board 2 loops periphery board Fault White 1 (+ 2) X7-5 FAU_COM X7-5 FAU_COM Black Brown 2 + 3 Green Gray/pink Cable no.: Cable 1 to periphery board, control cable VDE LI-CY 0.34 mm , 14-pin, length 560 mm, included in cable set Cable 2 to RT device, control cable 14-pin VDE LI-CY 0.34 mm...
RT interface FCI2006-C1 [CH] Technical data Settings NO = wire jumper or resistor across solder pins Y3 NC = wire jumper or resistor across solder pins X3 Settings for Switzerland (default) Relay Pin no. Solder pins NO/NC Resistance Open Bridged Open Bridged Open...
FBA terminal FTO2004-C1 [CH] Description 49 FBA terminal FTO2004-C1 [CH] 49.1 Description The FBA terminal FTO2004-C1 is a standardized fire department control and display panel according to SN 054 002 and is tailored to the Swiss market. It is fitted in the operating unit and allows events to be displayed with ease and makes simple operation possible.
FBA terminal FTO2004-C1 [CH] Technical data 49.4 Technical data Supply input Voltage DC 20…32 V Current Max. 50 mA (24 V) Supply output Voltage DC 20…32 V Current Looped through, max. 1 A LEDs Number 3 operating indicators and 1 error indicator (watchdog) Connections Peripheral data bus (input and output) Plug-type connection with flat-ribbon cable...