Siemens FC72x Quick Reference Manual

Fire control panel / fire terminal Quick Reference Guide IP6 A6V10211094_f_en_-- Building Technologies 2015-12-15 Control Products and Systems

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Legal notice Technical specifications and availability subject to change without notice. Transmittal, reproduction, dissemination and/or editing of this document as well as utilization of its contents and communication thereof to others without express authorization are prohibited. Offenders will be held liable for payment of damages. All rights created by patent grant or registration of a utility model or design patent are reserved. Issued by: Siemens Switzerland Ltd. Building Technologies Division International Headquarters Gubelstrasse 22 CH-6301 Zug Tel. +41 41 724-2424 www.siemens.com/buildingtechnologies Edition: 2015-12-15 Document ID: A6V10211094_f_en_-- © Siemens Switzerland Ltd, 2009

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Table of contents 1 About this document ............................................................................. 5 1.1 Applicable documents ................................................................................. 6 1.2 Download center ......................................................................................... 7 1.3 Technical terms and abbreviations .............................................................. 7 1.4 Revision history .......................................................................................... 7 2 Safety instructions ................................................................................ 8 2.1 Safety regulations for the method of operation ............................................ 9 2.2 Standards and directives complied with......................................................11 2.3 Responsibility of the operator .....................................................................11 3 System overview ................................................................................ 12 3.1 Station overview ........................................................................................14 4 Mounting ........................................................................................... 15 4.1 Mounting instructions .................................................................................16 5 Installation ......................................................................................... 17 5.1 Position of printed circuit boards / components...........................................18 5.2 Power supply - mains voltage connection ...................................................19 5.2.1 Emergency power supply ............................................................21 5.3 Hardware components ...............................................................................22 5.3.1 Periphery board ..........................................................................22 5.3.2 Relay for fault and alarm (RT activation) ......................................24 5.3.3 Monitored outputs for alarm and fault (FT activation) ...................25 5.3.4 Connection of monitored acoustic signal transmitters ..................27 5.3.5 Configurable inputs/outputs and supply voltage Vsys ..................28 5.4 C-NET detector line ...................................................................................31 5.5 Connectable C-NET devices ......................................................................32 5.6 C-NET topology and connection ................................................................36 5.7 Wiring principle behind C-NET devices ......................................................39 5.8 C-WEB network .........................................................................................40 6 Indication and operating elements ........................................................ 43 6.1 Extra indication and operating devices .......................................................45 7 Commissioning .................................................................................. 46 7.1 Activating access level ...............................................................................47 7.1.1 Log in / Change access level.......................................................47 7.2 Auto-configuration of control panels ...........................................................48 7.2.1 Auto-configure line ......................................................................49 7.3 Displaying C-NET devices .........................................................................52 7.4 Entering/Changing customer text ...............................................................54 7.5 Setting the system time ..............................................................................54 7.5.1 Setting time and date ..................................................................54 7.6 Changing access authorization PIN ...........................................................55 7.6.1 PIN administration .......................................................................55 7.7 Restart the station......................................................................................57

8 Testing the installation .........................................................................59 8.1 Checking functions .................................................................................... 59 Glossary .....................................................................................................60 Index .........................................................................................................61

Applicable documents 1 5 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 1 About this document Goal and purpose These brief instructions aim to provide experienced and qualified installation and operating staff with a guide on how to mount, install, commission and repair the system. Scope These brief instructions are supplements to the documents provided for the Cerberus PRO FS720 fire detection system and apply for the following products: ● Fire control panel FC722, FC724 ● FT724 fire terminal These brief instructions only apply to use with C-NET detector line cable and when commissioning with auto-configuration. They do not include other applications and/or components of extended networking. The information contained in this document is valid for introduction package IP6. Target groups The information in this document is intended for the following target groups: Target group Activity Qualification Installation personnel ● Assembles and installs the product components at the place of installation. ● Carries out a function check following installation. ● Has received specialist training in the area of building installation technology or electrical installations. Operating personnel ● Carries out procedures to correctly operate the product. ● No particular basic training is needed. ● Has been instructed by the commissioning personnel. 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 ID_ModificationIndex_Language_COUNTRY -- = multilingual or international A6V10215123_a_de_DE A6V10215123_a_en_-- A6V10315123_a_--_-- Date format The date format in the document corresponds to the recommendation of international standard ISO 8601 (format YYYY-MM-DD).

Applicable documents 1 6 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Conventions for text marking Markups Special markups are shown in this document as follows: ⊳ Requirement for a behavior instruction 1. 2. Behavior instruction with at least two operation sequences – Version, option, or detailed information for a behavior instruction ⇨ Intermediate result of a behavior instruction ⇨ End result of a behavior instruction ● Numbered lists and behavior instructions with an operation sequence [➙ X] Reference to a page number 'Text' Quotation, reproduced identically Identification of keys > Relation sign and for identification between steps in a sequence, e.g., 'Menu bar' > 'Help' > 'Help topics' ↑ Text Identification of a glossary entry Supplementary information and tips The 'i' symbol identifies supplementary information and tips for an easier way of working. 1.1 Applicable documents Document ID Title A6V10210355 System description A6V10210362 Planning A6V10210390 Mounting / Installation A6V10210416 Commissioning / Maintenance / Troubleshooting A6V10210424 Configuration A6V10229261 List of compatibility A6V1021 0368 Product data A6V10211118 Quantities Tool

Download center 1 7 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 1.2 Download center You can download various types of documents, such as data sheets, installation instructions, and license texts via the following Internet address: http://siemens.com/bt/download κ Enter the document ID in the 'Find by keyword' input box. You will also find information about search variants and links to mobile applications (apps) for various systems on the home page. 1.3 Technical terms and abbreviations You will find details of technical terms and abbreviations in the 'Glossary' chapter. 1.4 Revision history 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. The table below shows this document's revision history: Version Edition date Brief description f 2015-12-15 Edition: Introduction Package IP6 ● Referenced documents updated ● 'Station overview' chapter: Ethernet switch (modular) integrated ● 'C-WEB network' chapter: Data rate changed to 315 kbit/s ● C-NET detector line updated e 2014-02-10 Information on voltage ranges revised in the chapter 'Configurable inputs/outputs and supply voltage Vsys' d 2013-11-14 Edition: Introduction Package IP5 ● Change to date format according to ISO 8601 ● C-NET devices added: FDCI723, FDM223-Ex, OOH740-A9-Ex, FDCL221-Ex, FDA221, FDA241, FDM273, FDM243H ● License key (Sx) replaces license key (Lx) CPR replaces CPD: The Construction Products Regulation (CPR 305/2011) replaces the previous Construction Products Directive (CPD 89/106). New: ● LED module FTO2008-A1 with 24 red/green and yellow LEDs each c 2012-06 Edition: Introduction Package IP4 ● C-NET devices updated b 2010-07 ● Adaptation to MP3.0 XS ● Adaptation of naming ● Various minor corrections a 2009-05 First edition MP1XS

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 2 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 This is the symbol for danger. It warns of risks of injury. Follow all measures identified by this symbol to avoid injury or death. Additional danger symbols These symbols indicate general dangers, the type of danger or possible consequences, measures and prohibitions, examples of which are shown in the following table: General danger Explosive atmosphere Voltage/electric shock Laser light Battery Heat Signal word The signal word classifies the danger as defined in the following table: Signal word Danger level DANGER DANGER identifies a dangerous situation, which will result directly in death or serious injury if you do not avoid this situation. WARNING WARNING identifies a dangerous situation, which may result in death or serious injury if you do not avoid this situation. CAUTION CAUTION identifies a dangerous situation, which could result in slight to moderately serious injury if you do not avoid this situation. NOTICE NOTICE identifies possible damage to property that may result from non- observance. How risk of injury is presented Information about the risk of injury is shown as follows: WARNING Nature and origin of the danger Consequences if the danger occurs ● Measures / prohibitions for danger avoidance

2 9 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 How possible damage to property is presented Information about possible damage to property is shown as follows: NOTICE Nature and origin of the danger Consequences if the danger occurs ● Measures / prohibitions for danger avoidance 2.1 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, operation or disposal of the product apply at the place of operation, then these must also be taken into account together with the safety regulations in the product documentation. Electrical installations WARNING Electrical voltage Electric shock ● Work on electrical installations may only be carried out by qualified electricians or by instructed persons working under the guidance and supervision of a qualified electrician, in accordance with the electrotechnical regulations. ● Wherever possible disconnect products from the power supply when carrying out commissioning, maintenance or repair work on them. ● Lock volt-free areas to prevent them being switched back on again by mistake. ● Label the connection terminals with external external voltage using a 'DANGER External voltage' sign. ● Route mains connections to products separately and fuse them with their own, clearly marked fuse. ● Fit an easily accessible disconnecting device in accordance with IEC 60950-1 outside the installation. ● Produce earthing as stated in local safety regulations. CAUTION Noncompliance with the following safety regulations Risk of injury to persons and damage to property ● Compliance with the following regulations is required. ● Specialist electrical engineering knowledge is required for installation. ● Only an expert is permitted to carry out installation work. Incorrect installation can take safety devices out of operation unbeknown to a layperson.

2 10 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Mounting, installation, commissioning and maintenance ● If you require tools such as a ladder, these must be safe and must be intended for the work in hand. ● When starting the fire control panel ensure that unstable conditions cannot arise. ● Ensure that all points listed in the 'Testing the product operability' section below are observed. ● You may only set controls to normal function when the product operability has been completely tested and the system has been handed over to the customer. Testing the product operability ● Prevent the remote transmission from triggering erroneously. ● If testing building installations or activating devices from third-party companies, you must collaborate with the people appointed. ● The activation of fire control installations for test purposes must not cause injury to anyone or damage to the building installations. The following instructions must be observed: – Use the correct potential for activation; this is generally the potential of the building installation. – Only check controls up to the interface (relay with blocking option). – Make sure that only the controls to be tested are activated. ● Inform people before testing the alarm devices and allow for possible panic responses. ● Inform people about any noise or mist which may be produced. ● Before testing the remote transmission, inform the corresponding alarm and fault signal receiving stations. 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. Modules and spare parts ● Components and spare parts must comply with the technical specifications defined by Siemens. Only use products specified or recommended by Siemens. ● Only use fuses with the specified fuse characteristics. ● Wrong battery types and improper battery changing lead to a risk of explosion. Only use the same battery type or an equivalent battery type recommended by Siemens. ● Batteries must be disposed of in an environmentally friendly manner. Observe national guidelines and regulations. Disregard of the safety regulations Before they are delivered, Siemens products are tested to ensure they function correctly when used properly. Siemens disclaims all liability for damage or injuries caused by the incorrect application of the instructions or the disregard of danger warnings contained in the documentation. This applies in particular to the following damage: ● Personal injuries or damage to property caused by improper use and incorrect application ● Personal injuries or damage to property caused by disregarding safety instructions in the documentation or on the product ● Personal injury or damage to property caused by poor maintenance or lack of maintenance

2 11 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 2.2 Standards and directives complied with A list of the standards and directives complied with is available from your Siemens contact. 2.3 Responsibility of the operator A fire detection installation is a piece of safety engineering equipment designed to protect people, buildings and equipment through early detection of fires and alarming. The fire detection installation has to be maintained in order to satisfy this requirement. Within the European Union, the maintenance intervals are defined in the EN 54 standard and/or are also governed by national and local requirements. Maintenance is required in order for the fire detection installation to function correctly. The fire detection installation consists of components the function of which may be impaired by ambient conditions and aging. Maintenance of a fire detection installation is governed by the EN54 standard. Manufacturer's recommendations The following work should be carried out at regular intervals to maintain the fire detection system: ● Visual check for damage on the devices or possible sources of error ● Quarterly inspection of system parts including test triggering of fire alarm ● Annual maintenance including inspection work, checking the power supply and emergency power supply ● Replacement of batteries by the date stated by the battery manufacturer at the latest (printed on battery) ● Keep a logbook to document system messages, isolations and maintenance work. The frequency of inspections and service work is dependent on the ambient conditions. If using fire detection systems in critical ambient conditions, e.g. in rooms with a high concentration of dust, high air humidity or large temperature fluctuations, shorter inspection intervals may be needed.

3 12 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 3 System overview The FC720 Cerberus PRO fire control panels can be operated as standalone panels or networked into a fire detection system. Up to 32 stations (fire control panels, fire terminals) are networked via the C-WEB/SAFEDLINK system bus. The Cerberus PRO fire control panels support operation of the C-NET detector line. 1 FC722 or FC724 fire control panel in Comfort housing 2 FC722 fire control panel in the Standard housing 3 FT724 fire terminal 4 Laptop or PC with Cerberus-Engineering-Tool software 5 C-NET detector line 6 Periphery e.g. RT alarm transmission installation or acoustic signal transmitter etc. b e 1 2 3 j l n 4 5 6 h i u 7 8 9 q 0 # C Cerberus TM a b d e 1 2 3 n o 4 5 6 g h u 7 8 9 p q 0 # C Cerberus T M a b d e 1 2 3 n o 4 5 6 g h u 7 8 9 p q 0 # C Cerberus T M a b d e 1 2 3 n o 4 5 6 g h u 7 8 9 p q 0 # C Cerberus T M

3 13 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 C-NET detector line The C-NET is a monitored bus line using 2-wire technology, to which up to 252 devices per loop or 32 devices per stub can be connected. C-NET line devices are automatic fire detectors, manual call points, I/O components, transponders, and indication and operating devices such as floor repeater terminals. With the exception of the FDCIO223 transponder, which requires its own power supply, all C-NET line devices are also supplied with operating voltage via the C-NET. There is a line separator integrated in each line device. In the event of a C-NET fault (short-circuit/wire break), the defective line segment is isolated by two neighboring line separators. When using a loop, the connected devices remain ready to detect. With a stub, the faulty line segment is isolated after the line separator. The fault is displayed on the station. C-WEB/SAFEDLINK Up to 32 Cerberus PRO stations can be networked via the C-WEB to form a system. Redundant operations are guaranteed by the network's ring topology. Thanks to the C-WEB, system-wide alarming and access to individual fire detection system devices is possible. There may be a distance of up to 1000 m in the C- WEB between two stations. At greater distances, special repeaters or even optical waveguide connections can be used. A second network card can also be fitted for stricter fail-safe requirements (EN54). The network connection can also be realized by the Ethernet with limitations. However this does not satisfy the requirements of EN54. More details of networking can be found in the system documentation.

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 3.1 Station overview FC722 fire control panel (2-loop) FC724 fire control panel (4-loop) FT724 fire terminal Max. C-NET addresses 252 * 504 * ― Without loop extension 2 loops * 4 loops * ― With loop extension 4 loops * 8 loops * ― Supply Power supply 70/150 W 150 W optional (70 W) Batteries (capacity) max. 2x 26 Ah max. 2 x 26 Ah optional (7 Ah) External DC supply 24 V ― ― redundant Operating unit integrated integrated integrated Inputs and outputs RT alarm, relay 1 1 ― RT fault, relay 1 1 ― RT alarm monitored 1 1 ― RT fault monitored 1 1 ― Outputs for monitored, acoustic signal transmitter 1 2 ― Freely configurable inputs/outputs 8 12 ― Options Loop extension (C-NET) max. 1 max. 2 ― Network module (SAFEDLINK) max. 2 max. 2 max. 2 Ethernet switch (modular) max. 1 max. 1 external Repeater (SAFEDLINK) max. 1* max. 1* max. 1* RS232 / RS485 module max. 2 max. 2 max. 2 Fire brigade periphery module [DE] 1 1 ― Event printer 1 1 1 LED module; 24 red/green and yellow LEDs each max. 5 max. 5 max. 5 EVAC-NL operating unit [NL] max. 1 max. 1 max. 1 Sounder module max. 2 max. 2 ― RT interface [NL] max. 1 max. 1 ― License keys max. 1 max. 1 max. 1 Key switch (Kaba type) max. 1 max. 1 max. 1 * Note system limits! The description of system components and options does not form part of these brief instructions (For detailed information, refer to the system documentation). [DE] option for Germany [NL] option for the Netherlands

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 4 Mounting Before mounting and installation, check all the fire detection installation components visually for damage caused by improper transport and handling. Figure 1: Unpacking and checking Components with clear signs of damage must not be used in the station or operated as fire detection installation components. When assembling the station and its modules, observe national and local standards and requirements. The following mounting instructions refer to the specifications of the EN 54 standard and the manufacturer's recommendations. The site chosen to assemble the station and associated components must match the planning documents for the fire detection installation. C Cerberus TM

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 4.1 Mounting instructions The station's equipment pack contains an mounting model with the dimensions needed and details of the mounting points to assist with mounting. The station must be assembled in a dry, clean and well vented room. The station must be assembled at a distance of least one door leaf width from the room's entrance. Select the height of mounting such that the display and optical indications are approx. 1.6 -1.7m above where the observer stands. The station and its components should be protected from dampness and interfering external influences such as dust, great temperature fluctuations and mechanical stress. The station must be assembled in a place freely accessible to authorized staff and the emergency services. A level, non-vibrating wall surface with load bearing capacity and suitable mounting materials (e.g. screws and plugs) are needed to secure the station to the wall. The mounting surface and selected mounting must be suitable for the weight of the equipped station incl. the batteries used. The station may only be fitted using the 19" method if using the associated components. Mounting is not permitted in rooms with high levels of electromagnetic interference, e.g. in control rooms or right next to power cables and inductive loads. WARNING Electric shock Mounting and installation work may only be undertaken by qualified staff and when the system is de-energized. NOTICE Damage resulting from electrostatics Take appropriate EMC protective measures when handling electronics modules.

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5 Installation The following installation instructions refer to the specifications of the EN 54 standard and the manufacturer's recommendations. The installation may only be undertaken by an electrician. Detailed instructions can be found in the system documentation. ● Use a suitable cable, e.g., NYM 3 x 1.5 mm2 (max. 2.5 mm²) or a cable type with similar performance features to connect the AC voltage from the line supply. ● The line voltage fuse must be designed for a current level of 10 A. ● The mains connection cable must be routed into the control panel housing from above or from the rear. ● Provide a suitable mains separator or an appropriately labeled automatic cutout for the mains voltage connection. ● The nominal voltage required (AC 230 V or AC 115 V) is stated on the control panel type plate. ● Use a separate residual current unit for residual current circuit breakers. Depending on the installation conditions, voltage surge protection (primary protection) is required for the mains connection. Planning and system limits Before the installation, check whether the system's planning is suitable for the system limits. This applies e.g. to all technical data and details of cable lengths, number of line devices, number of networked stations, battery capacity and compliance with requirements from standards and national guidelines and local requirements. Details of planning can be found in the system documentation. Information about lightning protection Further information and detailed specifications relating to producing a lightning protection concept can be found in the relevant literature and associated standards. WARNING High voltage! Danger to life! Risk of electric shock ● Mounting and installation work may only be undertaken by qualified staff and when the system is de-energized. ● Only use cable openings or the edge protection strips provided to protect cables. NOTICE Overvoltage Damage possible ● Observe the nominal voltage required (AC 230 V) as per the control panel type plate! ● The fuses used and stated in the factory must not be bypassed or replaced with any type other than that stated. ● Take appropriate EMC protective measures when handling electronics modules.

5 18 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.1 Position of printed circuit boards / components Figure 2: Position of components in housing (Standard) for FC722 Figure 3: Position of components in housing (Comfort) for FC722 or FC724 1 Batteries 6 Mains connection terminals (L1,N,PE) 2 Power supply (70 W) 7 Loop extension option (C-NET) 1 x for FC722, 2 x for FC724 3 Power supply (150 W) 8 Shield connection terminal blocks or cable kit option (communication) 4 Periphery board (2 loops) 9 Space for more options, e.g. fire brigade periphery module 5 Periphery board (2 loops or 4 loops) 10 Type plate You will find further information on removing the FC722 and FC724 stations and the housings and options available in the system documentation. After mounting the type plate must be stuck to the outside of the housing in a clearly visible location and the mounting date added.

5 19 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.2 Power supply - mains voltage connection When supplied from the factory, the power supply's internal cabling is already connected. Power units available 24 V DC/2.5 A, power 70 W, max. battery capacity which can be connected 17 Ah 24 V DC/5 A, power 150 W, max. battery capacity which can be connected 45 Ah Figure 4: Mains connection in Standard and Comfort housings 1 EMC-critical zone (no high-voltage power permitted) 4 Cable strain relief for mains supply line 2 Mains connection from below (not permitted when batteries are fitted) 5 Mains connection from above (recommended) 3 Power supply terminals 6 EMC boundary ● The network cables must be inserted from above. ● The mains lead must be placed along the left side of the housing (observe EMC zone boundary). ● Signal and control lines must only be fed into the housing on the right from above or from the rear. ● Batteries must be installed in the correct positions. ● No cable openings should be made in the base of the housing, unless an additional empty housing is mounted below the station to accommodate the batteries. ● The mains connection voltage needed (230 V AC/115 V AC) can be found on the station's type plate. 2 3 5 6 1 4 2 3 4 5 1 6

5 20 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Connecting mains voltage WARNING Voltage Electric shock ● Before connecting the mains voltage ensure that it is not energized and is locked to prevent it being activated. Figure 5: Mains connection for Standard and Comfort housings 1 Mains cable (supplied from above), 3 x 1.5 mm2 e.g. NYM cable type 6 Cable tie 2 Strain relief clamp PE Protective conductor (terminal on the left) 3 Ground on the rear panel N Neutral conductor (terminal in the middle) 4 Disconnect terminal L1 External conductor (terminal on the right, with mains disconnector) 5 Primary cabling for power supply 1. Lay the mains cable (1) along the left side of the housing. 2. Insulate the mains cable as needed and connect it to the power supply terminals (PE, L1, N). Use cable end sleeves for wires. 3. Fixate the cable with the strain relief clamp (2). 4. Secure the cable with cable ties (6). L1 N PE 4 1 6 3 L1 N PE 1 2 3 5 5 2 4

5 21 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.2.1 Emergency power supply Should the AC mains voltage fail, the emergency power supply will be provided by the connected batteries with no interruptions. The emergency power bridging time depends on the control panel's quiescent and alarm current and the battery capacity used. Once the emergency power bridging time has lapsed, it must be possible for the external signal transmitters to be activated in the event of an alarm. This activation must also be ensured at a battery final voltage of DC 21.2 V. NOTICE Error during configuration detection Additional effort for troubleshooting ● Only connect the battery connection cables (*) once all installation work is complete because the station will start as soon as the batteries are connected. Figure 6: Diagram with battery wiring on 70 W power unit Emergency power bridging time Depending on national and local requirements, a bridging time of 72 hours or more may be needed for the emergency power supply. The battery capacity needed must be calculated and the calculation checked by measuring the power consumed during an alarm (with mains voltage deactivated). The Quantities Tool software is available for calculating the battery capacity. New batteries / initial commissioning When using new batteries, they must be charged for at least 24 hours before commissioning. If the date of manufacture (printed on batteries) is more than nine months ago, they will need charging for at least 48 hours. Total discharge There is no guarantee that totally discharged batteries can be correctly charged again. Replace batteries that have been totally discharged with new ones. You may only use the approved battery types for the emergency power supply in fire detection systems. Also note the details provided by the battery manufacturer. Akku - Akku 1 Akku 1 N

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.3 Hardware components 5.3.1 Periphery board Position of connection terminals on periphery board (2-loop) of FC722 fire control panel Figure 7: Periphery board (2-loop) for FC722 X1 Connection of power unit X3 Ribbon cable to PMI & mainboard (operating unit on pivot frame) X6 Monitored outputs for acoustic signal transmitter, alarm and fault messages X7 Changeover contacts for RT Alarm and RT Fault (remote transmission) X8 Configurable inputs/outputs (1-4), supply voltage Vsys 1 X9 Configurable inputs/outputs (5-8), supply voltage Vsys 2 X11 C-NET loop 1 or stub 1+2 X12 C-NET loop 2 or stub 3+4 X400 Ribbon cable peripheral data bus Fxxx SMD fuses 1A/T X15

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Position of connection terminals on periphery board (4-loop) of FC724 fire control panel Figure 8: Periphery board (4-loop) for FC724 X1 Connection of power unit X11 C-NET loop 1 or stub 1+2 X3 Ribbon cable to PMI & mainboard (operating unit on pivot frame) X12 C-NET loop 2 or stub 3+4 X5 Monitored outputs for acoustic signal transmitter X15 2 x C-NET loop extension X6 Monitored outputs for alarm and fault messages X21 C-NET loop 3 or stub 5+6 X7 Changeover contacts for RT Alarm and RT Fault (remote transmission) X22 C-NET loop 4 or stub 7+8 X8/1 Configurable inputs/outputs (1-8), supply voltage Vsys 1 X400 Ribbon cable peripheral data bus X8/2 Configurable inputs/outputs (9-16), supply voltage Vsys 2 Fxxx SMD fuses 1A/T More details of the periphery board can be found in the 'System documentation'. X8/2 X8/1 X15 X15

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.3.2 Relay for fault and alarm (RT activation) Assignment of connection terminals on periphery board (identical for FC722 and FC724). Permitted cable cross-section: 0.2…1.5 mm2. FC722 and FC724 X7 Designation Description 6 FAU_NC Break contact fault (normally closed) Potential-free directional contact Max. 24 V DC/1 A 5 FAU_COM Center tap fault (common) 4 FAU_NO Make contact fault (normally open) 3 AL_NC Break contact alarm (normally closed) Potential-free directional contact Max. DC 24 V / 1 A 2 AL_COM Center tap alarm (common) 1 AL_NO Make contact alarm (normally open) The relays can be used e.g. for non-monitored activation of remote transmission equipment 'RT' (e.g. phone dialing equipment). Fault relay (inverse operation) The fault relay is activated when at least one station fault has been detected. This relay is activated when the control panel is in idle mode (, NC, inverse operation). In the event of a fault message, the relay changes the switching condition (to C, NO). Thanks to inverse operation, a fault message will still be sent in the event of the station losing all power. Connection to an external monitoring input (example) Connection of external control voltage e.g. for an acoustic or optical fault message (example) Alarm relay The alarm relay is activated when at least one station alarm message has been detected. Example of connection with external signal transmitter, e.g. an optical normal operation/alarm message display. Normal operation Alarm X7 NO NO + + Ub (DC) NO + Ub (DC)

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.3.3 Monitored outputs for alarm and fault (FT activation) Connection terminals on periphery board (2-loop) of FC722 and/or periphery board (4-loop) of FC724. Permitted cable cross-section: 0.2…1.5 mm2. FC722 X6 Designation Description 6 FAU_OUT Output fault 5 VSYS_O Supply output for consumer fault 4 AL_OUT- Alarm output (-) 3 AL_OUT+ Alarm output (+) 2 SOUND1- Output for acoustic signal transmitter (-) 1 SOUND1+ Output for acoustic signal transmitter (+) FC724 X6 Designation Description 4 FAU_OUT Output fault 3 VSYS_O Supply output for consumer fault 2 AL_OUT- Alarm output (-) 1 AL_OUT+ Alarm output (+) X6 X6

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 The outputs can be used e.g. for monitored activation of remote transmission equipment 'RT' (e.g. phone dialing equipment). The connection lines are switched with a monitoring resistor (termination resistor). The resistance value stated corresponds to monitored normal operation. All resistance values outside this range result in a fault message. Enabling example for transmitting a fault message Termination resistor R = 1.6 kOhm – 2.3 kOhm Enabling example for transmitting an alarm message Monitoring resistor (R + Ri) Rges = 2.3 kOhm – 5.5 kOhm X6 + X6 AL_OUT- AL_OUT+ +

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.3.4 Connection of monitored acoustic signal transmitters Assignment of connection terminals on periphery board (2-loop) of FC722 and/or periphery board (4-loop) of FC724. Permitted cable cross-section: 0.2…1.5 mm2. FC722 X6 Designation Description 6 FAU_OUT Output fault 5 VSYS_O Supply output for consumer fault 4 AL_OUT- Alarm output (-) 3 AL_OUT+ Alarm output (+) 2 SOUND1- Output for acoustic signal transmitter (-) Potential-free directional contact Max. DC 24 V / 1 A 1 SOUND1+ Output for acoustic signal transmitter (+) FC724 X5 Designation Description 4 SOUND2- Output for acoustic signal transmitter 2 (-) Monitored/switchin g positively Max. DC 24 V / 1 A 3 SOUND2+ Output for acoustic signal transmitter 2 (+) 2 SOUND1- Output for acoustic signal transmitter 1 (-) Monitored/switchin g positively Max. DC 24 V / 1 A 1 SOUND1+ Output for acoustic signal transmitter 1 (+) Diagram showing principle In normal operation, the connection is monitored for wire breaks and short-circuits on the connection line. A monitoring current flows through the termination resistor R (2.3 kOhm to 5.5 kOhm). All resistance values outside this range are recognized as faults. The termination resistor should be connected directly to the connection terminals of the monitored signal transmitter. In the event of an alarm (with output activated), the polarity on the connection terminal is reversed and the blocking diode is switched in the conducting direction. The external signal transmitter is activated with the output voltage (DC +24 V). Fx ⇒ SMD fuse 1 A/T (on the periphery board) R ⇒ termination resistor (coverage area 2.3 kOhm – 5.5 kOhm) V ⇒ blocking diode type 1N 4xxxx M ⇒ flow of current in normal operation (monitoring) A ⇒ flow of current during an alarm Note the station's total current (e.g. for the 70 W power unit, max. 2.5 A). X6 X5 + M + +

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.3.5 Configurable inputs/outputs and supply voltage Vsys The assignment of connection terminals on periphery board (2-loop) of FC722 and periphery board (4-loop) of FC724 is not identical. Assignment on FC722 periphery board (2-loop) Permitted cable cross-section: 0.2 to 1.5 mm2. FC722 X8 Designation Description 6 GND_01 (–) supply output 1 DC 20 V – DC 30 V/1 A 5 VSYS_01 (+) supply output 1 4 I/O4 Configurable input/output 4 Individual current max. 300 mA total current max. 1 A 3 I/O3 Configurable input/output 3 2 I/O2 Configurable input/output 2 1 I/O1 Configurable input/output 1 FC722 X9 Designation Description 6 GND_02 (–) supply output 2 DC 20 V – DC 30 V/ 1 A 5 VSYS_02 (+) supply output 2 4 I/O8 Configurable input/output 8 Individual current max. 300 mA total current max. 1 A 3 I/O7 Configurable input/output 7 2 I/O6 Configurable input/output 6 1 I/O5 Configurable input/output 5 Each of these freely configurable inputs/outputs can either be configured as an input or output. The function and external circuit needed depend on the mode of operation selected. X8 X9

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Example: Principle circuit on I/O 1 (connection 1). I/O 1 as 'input' The input can be triggered with a potential-free, external switching contact. In such cases, the corresponding input is switched to GND. Depending on the programming, a permanent or sensing contact can be connected. The activated input can be used to program one of the station's control functions. I/O 1 as 'output' Configuration as 'output' allows for the activation of external devices (e.g. relays) with 'Vsys' voltage should certain events arise. In such cases, the corresponding output is switched to GND. The output's activation condition (e.g. alarm, fault, isolation etc.) is defined in the customer data programming. X8 I/O1 X8 I/O1

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Assignment on FC724 periphery board (4-loop) Permitted cable cross-section: 0.2 to 1.5 mm2. FC724 X8/1 Designation Description 8 GND_01 (-) supply output 1 DC 20 V – DC 30 V/ 1 A 7 VSYS_01 (+) supply output 1 6 I/O6 Configurable input/output 6 Individual current max. 300 mA Total current max. 1 A 5 I/O5 Configurable input/output 5 4 I/O4 Configurable input/output 4 3 I/O3 Configurable input/output 3 2 I/O2 Configurable input/output 2 1 I/O1 Configurable input/output 1 X8/2 Designation Description 16 GND_02 (-) supply output 2 DC 20 V – DC 30 V/ 1 A 15 VSYS_02 (+) supply output 2 14 I/O12 Configurable input/output 12 Individual current max. 300 mA Total current max. 1 A 13 I/O11 Configurable input/output 11 12 I/O10 Configurable input/output 10 11 I/O9 Configurable input/output 9 10 I/O8 Configurable input/output 8 9 I/O7 Configurable input/output 7 Example: Principle circuit with I/O 1 (connection 1) and/or I/O 2 (connection 9) I/O 1 as 'input' The input can be triggered with a potential-free, external switching contact. In such cases, the corresponding input is switched to GND. Depending on the programming, a permanent or sensing contact can be connected. The activated input can be used to program one of the station's control functions. I/O 2 as 'output' Configuration as 'output' allows for the activation of external devices (e.g. relays) with 'Vsys' voltage should certain events arise. In such cases, the corresponding output is switched to GND. The output's activation condition (e.g. alarm, fault, isolation etc.) is defined in the customer data programming. X8/1 X8/2 X8/1 I/O1 I/O2 X8/2

5 31 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.4 C-NET detector line Up to 252 line devices, such as automatic fire detectors, manual call points, transponders, and other C-NET devices can be connected to one C-NET detector line. The C-NET connection is on the periphery board. Depending on the control panel type (2 or 4 loops), 252 or 504 line devices can be operated on a station. Most C-NET line devices, such as fire detectors, are supplied with the operating voltage required directly by the C-NET. An external power supply is always needed for the FDCIO223 transponder. Figure 9: C-NET loop with various line devices 1 Automatic fire detectors Loop extension (C-NET) The number of C-NET detector lines can be doubled. The loop extension (C-NET) which is fitted on the periphery board is needed for this purpose. The maximum number of addressable line devices per station remains limited to 252 or 504. The loop extension (C-NET) has no electrical isolation between the two loops. Line separator All C-NET devices have an integrated line separator. In the event of a fault, e.g. a short-circuit or wire break in the C-NET detector line, the line separator is opened and the C-NET detector line segment in which the fault was found is shut down. The C-NET devices remain functional and ready to detect. The fault is displayed on the station. C-NET C C erberus T M FDCIO222 FDS229 FDS221 4 4 FDCIO222 4 FDCIO221 1 1 FDCIO221 1 FDCIO223 24 V DC FC722/FC724 1 FDCL221 DBS720 DBS720 FDMxxx FDF241-9 FDL241-9 FT2010 FT2011 Synoptics PCB FT2001 FDCIO223 24 V DC SynoLine 300

5 32 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Connection factor (AK, RK, MK) The number of connectable C-NET devices and the max. line length depend on the connection factor of the terminated line devices. The maximum number of 126 C- NET devices per loop and the max. length of line of 3300 m can be greatly reduced depending on the type and volume of line devices used. See also 1 Connectable C-NET devices [➙ 32] 1 Wiring principle behind C-NET devices [➙ 39] 1 C-NET topology and connection [➙ 36] 5.5 Connectable C-NET devices The table below contains a list of all devices which can be connected to the C-NET detector line. It also highlights which devices feature an alarm indicator (AI) and to which an external alarm indicator (Ext. AI) or a sounder base (DBS720) can be connected. Device type Type Description ↑ AI Ext. AI DBS 720 Heat detector HI720 Heat detector for demanding applications X X X HI722 Heat detector for standard applications X X X Flame detector FDF241-9 Flame detector with three sensors for demanding applications with many deceptive phenomena X X – Smoke detector FDL241-9 Linear smoke detector for demanding applications with many deceptive phenomena X X – OP720 Optical smoke detector for standard applications with few deceptive phenomena X X X Multi-sensor detector OH720 Simple optical-thermal point detector X X X OOH740 Optical-thermal multi-sensor fire detector for demanding application X X X OOHC740 Optical-thermal multi-sensor fire detector with CO measurement X X X OOH740-A9-Ex 2 Optical-thermal multi-sensor fire detector with ambient supervision with collective DualProtocol and FDnet/C- NET. For areas at risk of explosion X X X Aspirating smoke detector FDA221 Aspirating smoke detector up to a monitoring area of 500 m2 X X X FDA241 Aspirating smoke detector up to a monitoring area of 800 m2 X X X

5 33 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Device type Type Description ↑ AI Ext. AI DBS 720 Manual call point FDM221 Direct activation for indoor applications X – – FDM223 FDM223H Indirect activation (large housing) X X – FDM223-Ex Indirect activation (large housing) for areas at risk of explosion X X – FDM224 FDM224H Indirect activation (large housing) X X – FDM225 Direct activation for indoor applications X – – FDM226 Direct activation for outdoor applications X – – FDM233 Indirect activation, suitable for migration from existing SIGMASYS systems to Cerberus systems X – – FDM234 Direct activation, suitable for migration from existing SIGMASYS systems to Cerberus systems X – – FDM243H Indirect activation, robust housing for use outdoors and in humid rooms, suitable for migration from existing SIGMASYS systems to Cerberus systems X – – Input module FDCI221 1 potential-free contact input X – – FDCI222 4 potential-free contact inputs X – – Zone module FDCI723 1-zone module for connecting to collective or conventional fire detectors, with external supply. With safety barrier SB3 for areas at risk of explosion as well X – – Input/output module FDCIO221 1 potential-free contact input and 1 control output for any control X – – FDCIO222 4 potential-free contact inputs and 4 control outputs for any controls X – – FDCIO223 2 inputs/outputs can be alternatively used either for controlling sounders or connecting collective detector lines. Mixed operation, i.e. 1 input channel and 1 output channel, is also possible. X – – FDCIO224 4 potential-free contact inputs and 4 control outputs for the connection of the VdS extinguishing interface in compliance with the VdS or realization of fire controls in compliance with EN 54. X – –

5 34 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Device type Type Description ↑ AI Ext. AI DBS 720 Line separator FDCL221 Line separator for the correct connection of several stub lines at one point on a loop X – – FDCL221-M Multi line separator module for the correct connection of several stub lines on a loop via a line separator X – – Ex loop separators FDCL221-Ex Line separator for the correct connection of a stub line at one point on a loop in an area at risk of explosion X – – Alarm sounder FDS221 Acoustic alarm device with various tones and sound levels X X – FDS229 Acoustic alarm sounder with supplementary optical indication with various tones and sound levels and beacon X X – Sounder base DBS720 Detector base with integrated alarm device – – – Interbase DBS721 Sounder interbase with integrated acoustic alarm device – – – DBS728 Interbase with integrated alarm device, acoustic and optical – – – DBS729 Interbase with integrated alarm device, acoustic and optical – – – Detector base DB721 Detector base with loop contact X X – Floor repeater terminal FT2010 For the system-wide indication and operation of the most important information and functions X – – Floor repeater display FT2011 For the system-wide indication of the most important information X – – Mimic display indication FT2001 For the system-wide indication of events X – – External alarm indicator DJ119x For optical indication in the event of alarm – – – External alarm indicator FDCAI221 Addressable alarm indicator that can be assigned to any cause using a control – – – Radio gateway FDCW221 For the wireless transmission of detector signals to the C-NET X X – Radio smoke detector DOW1171 Smoke detector for the wireless transmission to the radio gateway FDCW221 X -- – Manual call point with radio base SMF6120 SMF121 Manual call point for the wireless transmission to the radio gateway FDCW221 -- -- – SWING radio gateway FDCW241 Gateway for the wireless transmission of detector signals to the C-NET 1 X X –

5 35 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Device type Type Description ↑ AI Ext. AI DBS 720 Neural radio fire detector (SWING) FDOOT271 Optical-thermal fire detector with radio transmission to the radio gateway FDCW241 1 X X – Radio manual call point (SWING) FDM273 Indirect activation via radio gateway FDCW241 X – – FDM275 SWING manual call point, activation via radio gateway FDCW241 X – – Aspirating smoke detector VLF VESDA LaserFocus (laser monitoring) – – – Table 1: Devices which can be connected to the C-NET detector line X Possible / available – Not possible / not available 1 Availability is communicated with the delivery release 2 Check with your country representative that this detector is approved for C-NET in your country. Most devices are supplied via the detector line. The input/output module FDCIO223 must have an external power supply. All ↑ C-NET devices have an integrated line separator. NOTICE Influencing the earth fault monitoring Faults ● For devices on the C-NET with a separate supply, the supply must be electrically isolated. FDCIO223 is an exception to this rule. The number of connectable devices depends on the specific AK, RK, MK connection factor of the type and is calculated using the 'Quantities Tool' software. Note the specifications of the individual C-NET devices in the 'List of Compatibility' document, see 'Applicable documents' chapter. See also 1 C-NET detector line [➙ 31]

5 36 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.6 C-NET topology and connection Permissible topology for the C-NET The C-NET can only be wired in the topologies shown below. Regardless of the topology (loop, stub or loop with sub-stub), the C-NET system limits, such as length, cable resistor, number of line devices etc., must be observed. Either one loop or two stubs can be connected to a C-NET line connection (2-wire line on block of 4 terminals). Loop (max. 1 loop per line connection) Stub line (max. two stubs per line connection) Sub-stubs on loop A sub-stub may only be connected between two line devices and/or line separators, and directly on the terminal connection. Wiring NOT admissible NOT admissible! Sub-stub on sub-stub NOT admissible! Sub-stub on a stub The connection terminals for the C-NET are located on the periphery board or on the loop extension (C-NET). a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus TM a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus TM a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus TM a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus TM a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus TM

5 37 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 C-NET connection terminals Figure 10: Position of C-NET connection terminals (FC722 and FC724) incl. loop extension 1 Fire control panel FC722 A loop extension (C-NET) can be fitted as an option. * maximum of 252 C-NET devices (including loop extension) 2 Fire control panel FC724 Two loop extensions (C-NET) can be fitted as an option. * maximum of 504 C-NET devices (including loop extensions) X11 Line connection 1 X21 Line connection 3 X12 Line connection 2 X22 Line connection 4 X13 Optional line 1 and/or 3 X14 Optional line 2 and/or 4 One single C-NET line connection (4 terminals) allows max. 252 C-NET line devices to be connected. These can be located on one single loop or spread over max. two stubs (max. 32 line devices per stub). Loop connection example ● Max. 252 line devices per loop Figure 11: C-NET loop circuit Alternatively two stubs can be connected instead of one loop. a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus T M + +

5 38 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Stub connection example ● Max. 32 line devices per stub ● Total of max. 64 line devices per line connection (4 terminals) Figure 12: C-NET stub circuit Loop extension The loop extension (C-NET) can be used to double the number of lines, but the total number of C-NET devices which can be connected is not increased (max. 252 or 504). The line devices can be spread over several loops or stubs. The loop extension (C-NET) is mounted onto the periphery board. Installation of the two loop extensions is identical on both periphery boards. The two connections (X13/X14) on the loop extensions are not electrically isolated. Depending on the control panel type (2 or 4 loops), up to 4 C-NET loops or 8 stubs can be connected. Cable types As a result of national standards and requirements, installation may require a particular cable type. The relevant requirements and planning documents should be taken into account here. The following cable types can always be used for cabling the detector line: ● twisted, with and without shielding (recommended) ● untwisted, with and without shielding Cable shielding When using shielded lines (e.g. fire detection cable J-Y(St)Y, n x 2 x 0.8 mm), ensure that the cable shielding is only connected on one side. The fire control panel's function may be impaired by a missing or incorrect cable shielding connection. The 'shield connection terminal blocks' option is available for the shielding connection. Depending on the installation environment and requirements of relevant standards, cable shielding may have to be connected and merged at one central connection point. Limitations ● The following restrictions apply if more then 126 devices are connected to a loop (a maximum of 252 may be connected): – No support for ’turbo isolation’ – Restricted loop length (see outline quantities tool FX7210 ) – A total of 252 addresses are possible per line card – Line tester only supports a maximum of 126 addresses In accordance with EN 54, a maximum of 32 detectors may fail in one fire sector in the event a simple fault (e.g. wire breakage, short-circuit). Details of the cable specification for the C-NET can be found in the system documentation. a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus TM + +

5 39 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 5.7 Wiring principle behind C-NET devices The screw terminals for directly connecting the fire detection cable are integrated in every C-NET line device. The connection terminals with input (+/-) and output (+/-) are the same for all line devices, with the exception of the detector base. Figure 13: Wiring example of C-NET detector devices on loop A Connection terminal for detector base and sounder base 1b Corresponds to +, input/output 5 Corresponds to –, input 6 Corresponds to –, output S Shielded connection cable, optional 1 Manual call point 3 Transponder 2 Input/output modules 4 Alarm sounder with beacon a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q 0 # C Cerberus TM 1b 6 6 5 1b 5 FC722 / FC724 C-NET A 1 2 3 4 S

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Figure 14: Wiring example of C-NET detector devices on stub (1) If shielded connection cables are used, the cable shielding must be connected on one side. * The number of connectable C-NET devices and the max. line length depend on the device connection factor. The maximum number of 126 C-NET devices per loop and the max. length of line of 3300 m can be greatly reduced depending on the type and volume of line devices used. The necessary calculation is performed using Quantity Tool A6V10211118. See chapter 'Applicable documents' 5.8 C-WEB network The C-WEB is a monitored 2-wire bus line (SAFEDLINK) and allows 32 Cerberus PRO stations such as FC722/FC724 type fire control panels and FT724 fire terminals to be networked. The maximum distance between 2 stations is 1000 m. A repeater (SAFEDLINK) can be used to double the distance to 2 x 1000 m (requires external supply). A network card (option) is needed per station for networking via the C-WEB. All stations networked via the C-WEB can communicate with one another, depending on configuration. This makes system-wide operation, control and alarming possible. Figure 15: Networking by means of C-WEB/SAFEDLINK 1 PC with 'Cerberus Engineering Tool' software or management station 2 Station with remote transmission 3 SAFEDLINK station, networked with another 3 stations via Ethernet (max. 4 stations) FN2002 Repeater (SAFEDLINK) for extending the C-WEB b e 1 2 3 j l n 4 5 6 h i u 7 8 9 r 0 # C Cerberus TM C-WEB/SAFEDLINK a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Ce rb eru s T M a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerb erus TM FC724 FC722 FC722 FT724 a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerbe rusT M a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerb erus TM FC724 a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerbe rusT M Ethernet 1 2 3 4 FN2002

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Guidelines ● Fire control panels with 512 and more fire detectors (irrespective of the remote transmission connection) must be equipped with 2 network cards (SAFEDLINK) (according to EN 54). ● Fire control panels with a central remote transmission connection (irrespective of the number of detectors in the system) must be equipped with 2 network cards (SAFEDLINK) (according to EN 54). ● Fire control panels monitoring surfaces larger than 12,000 m2 must be equipped with 2 network cards (SAFEDLINK) (according to EN 54). ● A network of up to 32 stations (incl. SAFEDLINK stations) via Ethernet is supported, but does not meet the requirements of EN 54. ● Furthermore, the fire detection system can be connected to a management station via BACnet/Ethernet. C-WEB (2-wire bus) Ethernet (does not comply with EN 54) Max. line length between two stations 1000 m 100 m (without switch or router) Max. number of stations in network 32 14 Max. line length between the repeater and the station 1000 m in each case --- Maximum nunber of Repeaters between 2 stations 1 --- Maximum number of repeaters in the C-WEB network 32 --- C-WEB connection to network card The C-WEB is connected to the connection terminals on the first network card. A second network card (SAFEDLINK) can also be used for redundant network operation (according to EN 54 guidelines). The first network card must always be fitted on the left space (connection strip X13) on the PMI & mainboard of the operating unit. Figure 16: Installation of network cards on PMI & mainboard of operating unit (view of rear) 1 Space for first network card 2 Space for a second network card (degraded mode module) X13 X12 X3 X3

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Figure 17: Wiring the network cards (SAFEDLINK) Cable type and transmission speed Use only twisted pair cables with a minimum of 10 twists per meter. Trouble-free operation cannot be guaranteed with any other cable types. Two wires are required. Both shielded or unshielded cables can be used. Data rate in the C-WEB The speed of transmission in the C-WEB can be adjusted depending on the actual installation conditions. An example application would be dealing with a communication fault that has occurred with the standard data rate setting of 315 kbit/s because the installation cable is of low quality. In this case the system's speed of transmission can be changed from 'Standard' to 'Low'. Details of the C-WEB and cable specification for the C-WEB can be found in the system documentation. X3 B2 A2 B1 A1 X3

C-WEB network 6 43 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 6 Indication and operating elements Fire control panel FC72x Fire terminal FT724 LED module FTO2008 Floor repeater terminal FT2010 Floor repeater display FT2011 Cerberus Remote Indication Alarm X X X X X X Pre-alarm X X X X X X Fault X X X X X X Isolation X X X X X X Test mode X X X -- -- X Technology X X X -- -- X Activation X X X -- -- X Information (Note) X X X -- -- X Activated remote transmission (RT) X X X X -- X Operation Acknowledge X X -- X -- X Reset X X -- X -- X Scroll in event lists X X -- X X X Deactivate internal buzzer X X -- X X X Deactivate sounder X X -- -- -- X Table 2: Functions of the individual operation and indication devices X = possible/available -- = not possible / not available

C-WEB network 6 44 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Figure 18: Operation and display front of Cerberus PRO fire control panel 1 Display, illuminated with plain text display 2 Cursor keypad for navigation/selection of menu items 3 Menu button 4 Keypad (for direct selections by entering numbers and/or entering and changing objects-specific display texts) 5 C button (Cancel) and OK button (confirmation of selection) 6 Menu-dependent function keys (softkeys) a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus TM 1 2 3 4 5 6

Extra indication and operating devices 6 45 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 6.1 Extra indication and operating devices The fire terminal is also provided for indication and operation as is the floor repeater terminal and floor repeater display although these two offer only restricted functions. Fire terminal The fire terminal is an indication and operating unit without the functionality of a station. It makes possible all display and operating functions of a Cerberus PRO fire control panel within a C-WEB network, but does not normally have its own power unit or emergency power supply. A power unit (70 W) or batteries can also be used. FT724 fire terminal The display and operation are the same as that for a fire control panel Functions ● Supplied via fire control panel or optional supply ● Separate 24 V supply input, monitored ● Can be networked via C-WEB or Ethernet ● System-wide visibility configurable Floor repeater terminal / floor repeater display The FT2010 floor repeater terminal and FT2011 floor repeater display allow for the decentralized indication of the most important events in the fire detection system and limited operation. Both devices can be connected to the C-NET directly as line devices. The power is supplied via the C-NET or through an external power unit (if supplied externally, the voltage source does not need to be electrically isolated) Floor repeater terminal FT2010 The following indications and operations are possible on the floor repeater terminal: Display ● Alarm and fault messages of connected station(s) ● Activated remote transmission (RT) Operation ● Acknowledge (start investigation time) ● Reset ● Scroll in event lists ● Deactivate buzzer ● Four freely programmable keys Floor repeater display FT2011 The following indications and operations are possible on the floor repeater display: Display ● Alarm and fault messages of connected station(s) Operation ● Scroll in event lists ● Deactivate buzzer a b d e 1 2 3 j l n o 4 5 6 g h i u 7 8 9 p q r 0 # C Cerberus TM

7 46 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 7 Commissioning This chapter describes initial commissioning of the Cerberus PRO fire control panel (individual control panel, not networked). ● Activating access level ● Start auto-configuration ● Display C-NET line devices ● Enter customer texts for the control panel, C-NET and individual line devices via the control panel keypad Figure 19: Line tester FDUL221 NOTICE Connecting C-NET and line tester to the station at the same time The line tester or station may be damaged. ● Do not connect C-NET and line tester to the station at the same time. ϖ C-NET is not yet connected to the station. ϖ Before commissioning and auto-configuration of the stations, the connected C- NET loops or stubs must be checked for correct function using the FDUL221 line tester. 1. Connect the line tester FDUL221 to the C-NET detector line. 2. Test the C-NET detector line for short-circuits, open lines, and ground faults. 3. Check the number of devices on the C-NET detector line based on the display on the line tester. 4. Check the branch-off position of the stubs and the number of devices at the stubs. 5. Check the type of the respective C-NET device. 6. Remedy any errors/faults which may be active before commissioning or auto- configuration You will find information about line tester FDUL221 in document 008250.

7 47 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 7.1 Activating access level The 'Station' is protected against unauthorized operation by access levels. Authorization for access level 3 is needed for the functions described below. If the authorization code is not entered, operation is only possible in access level 1 (guest), e.g., for acknowledging the control panel buzzer or scrolling through the display messages. The authorization code set in the factory is '0000'. This authorization code must be changed once the station has been configured. Logout timeout The 'Station' is provided with a time control function for the operation. The operation enable for an access level expires after a configurable period of time has passed since the last entry. 7.1.1 Log in / Change access level You can enable an 'Access level' by entering your PIN in the PIN entry dialog, or by pressing . Alternatively you can use the key switch (optional) to release an Access level. If you press a key on the ↑ Person Machine Interface whose function requires a higher 'Access level', the PIN input dialog is displayed automatically. Login/logout Enter PIN: **** Logout or guest-login: no PIN + Confirm with /Exit with Delete with Table 3: PIN entry dialog box Enabling an 'Access level' without a PIN 1. Press on the keypad.  The PIN input dialog is indicated. 2. Do not enter a PIN and confirm with .  The lowest 'Access level' is enabled.  The main menu is open. Enabling an 'Access level' with a PIN 1. Press on the keypad or select the 'Main menu' > 'Login/logout'' main menu item.  The PIN input dialog is indicated. 2. Enter your PIN and confirm with .  The corresponding 'Access level' is enabled.  The main menu is open. The present 'Access level' is indicated in the main menu in the header of the display.

7 48 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 7.2 Auto-configuration of control panels This function requires the control panel, components, and C-NET to have been correctly installed. Once auto-configuration is complete, the control panel is ready for detection with limitations. A fire is recognized by the connected fire detectors and displayed on the control panel. Configuration with the FXS7212 Cerberus Engineering Tool is required in order to assign controls, define individual alarm responses, and make adjustments in line with object-specific requirements. NOTICE Overwriting an existing configuration Parts of an existing customer-specific configuration are lost. ● First save an existing customer-specific configuration. ϖ Every loop or stub line is tested with the line tester FDUL221 to ensure it is functioning and installed correctly. κ Run auto-configuration as described in the 'Auto-configuring a line' chapter.  The station is ready to detect - with limitations. The C-NET devices have been addressed. Should an event occur, e.g. a triggered fire detector and its C-NET address are displayed. WARNING Control panel is ready for detection - with limitations. Alarm transmission to the fire brigade is not configured. Activation of acoustic signal transmitters is not configured. ● Configure the controls needed. Customer text (e.g. detector number, installation location etc.) can be entered for each C-NET device for improved clarity.

7 49 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 7.2.1 Auto-configure line The 'Line' element category in the 'Maintenance' menu facilitates the reading-in of the current topology, for example. This creates part of the elements in the 'Detection tree'. NOTICE Overwriting an existing configuration Parts of an existing customer-specific configuration are lost. ● First save an existing customer-specific configuration. Auto-configuring a line: 1. In the main menu, select the 'Topology' menu item.  The 'Topology' window is open. 2. Select 'Hardware tree'.  The 'Element' window is open. 3. Select 'Station' and press the 'Lower level' .  The elements of 'Station' are displayed. 4. Select the corresponding 'C-NET line card (onboard/FCL2001)' module and press the 'Lower level .  All lines of 'C-NET line card (onboard/FCL2001)' are indicated. 5. Select a line and press 'More Options' .  The 'Select option' window is open. 6. Select 'Execute commands' and confirm with .  The window including the possible commands is displayed. 7. Select the 'Auto-configure line' command and confirm with .  The line is auto-configured.

7 50 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Display for auto-configuration Main menu Exit with Access level 3 Message summary Functions Favorites Topology (1) (2) (3) (4) Element search Event memory Login/logout Settings/administration (5) (6) (7) (8) Function On/Off Function All LED test κ Select 'Topology', continue with Topology Exit with Access level 3 Detection tree Hardware tree Control tree (1) (2) (3) Function On/Off Function All LED test κ Select 'Hardware tree', continue with 001 Element Hardware tree Station 1 Lower level More Options κ Select 'Station 1', continue with 'Lower level' 005 FC721 Elements Main building Station 1 Module Module Module Module 1 2 3 4 Onboard I/Os Onboard I/Os 'C-NET line card (onboard/FCL2001)' Communication interfaces Upper level Lower level More Options κ Select 'Module 2', continue with 'Lower level'

7 51 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 007 Elements 'C-NET line card (onboard/FCL2001)' Module 2 Line Line Line Line 11 12 21 22 Line Line Line Line Upper level Lower level More Options κ Select 'Line 1', continue with 'More Options' Selecting option Execute commands Show details (3) (5) κ Select 'Execute commands', continue with Select command Read in installed devices Detector line OFF Auto-configure line Set customer text Accept replaced devices (1) (2) (3) (4) (6) κ Select 'Auto-configure line', continue with  The line is auto-configured.

7 52 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 7.3 Displaying C-NET devices After auto-configuration, the individual C-NET detector lines and the associated C- NET devices of each line can be displayed and configured. Depending on the control panel type (2 or 4 loops) and the control panel design, the depiction may vary and several lines may be displayed. You can display the lines and devices as follows. The displays are depicted in the same way as those in the 'Auto-configuring a line' chapter with the exception of the 'Show details' command. ϖ At least one line is configured. 1. In the main menu, select the 'Topology' menu item.  The 'Topology' window is open. 2. Select 'Hardware tree'.  The 'Element' window is open. 3. Select 'Station' and press the 'Lower level' .  The elements of 'Station' are displayed. 4. Select the corresponding 'C-NET line card (onboard/FCL2001)' Module and press the 'Lower level' .  All lines of 'C-NET line card (onboard/FCL2001)' are indicated. 5. Select a line and press 'More Options'' .  The 'Select option' window is open. 6. Select 'Execute commands' and confirm with .  The window including the possible commands is displayed. 7. Select the 'Show details' command and confirm with .  The details are displayed.

7 53 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Example of selecting a line 004 Elements C-NET line card (onboard/FCL2001) Module 2 Line Line Line Line 11 12 21 22 Line Line Line Line Upper level Lower level More Options 004 Elements Line 12 Device Device Device Device 11 12 21 22 OH720 HI720 OP720 OP720 Upper level Lower level More Options κ Check whether all devices of this C-NET detector line are displayed correctly. You can use the type designation to detect the type of device displayed (smoke detector, heat detector, manual call point etc.) You will find a list of type designations in the 'C-NET devices' chapter

7 54 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 7.4 Entering/Changing customer text You can enter customer text for any element on the control panel, independently of Cerberus-Engineering-Tool. Once customer text has been entered or changed, the updated display is only shown the next time the element is accessed. Entering or changing customer text does not lead to a reboot. 'Set customer text' 1. Select an element 2. Press the 'Execute Commands' softkey 3. Select the 'Set customer text' command. 4. Enter the desired customer text and confirm the entry with .  The customer text has been entered. Changing customer text Proceed in the same way as when entering customer text but change the existing customer text. 7.5 Setting the system time The set system time is used to log all the control panel's messages, save them in the event memory and output them on a connected printer. 7.5.1 Setting time and date You will have to reset the clock if the fire control panel has been de-energized. In countries with central European summer time (CEST), the system clock automatically switches between daylight savings time and regular time. 'Enter date / time' 1. Select 'Main menu' > 'Settings/administration' > 'System commands'.  The 'System commands' window is open. 2. Select 'Set system time'.  The 'Enter date / time' window is open. 3. Enter the date and time and/or confirm with .  The cursor jumps to the next field and terminates the input after the last field.  Adjusted or confirmed date and time are set. Enter date / time 25-04-09 12:42:58 (dd-mm-yy) (hh:mm:ss) Confirm with /Exit with Delete with Table 4: Input window for time and date

7 55 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 7.6 Changing access authorization PIN After successful commissioning, the 4-digit access authorization (PIN) for the corresponding access level must be changed. Keep the new PIN in a safe place. If the PIN is lost, a system reset must be undertaken to the station's factory setting. The control panel configuration, including all customer data, is cleared in the process. The '0000' PIN set in the factory then applies again after a system reset. 7.6.1 PIN administration You can change an existing PIN and create a new PIN or delete a PIN with the corresponding authorization. PIN administration not available If PIN administration is not available at the station, you must configure the PINs in Engineering Tool. You will find more information in document A6V10210424. 'Change PIN' 1. Select 'Main menu' > 'Settings/administration' > 'Manage PINs'. 2. Select the 'Change PIN' menu item. 3. Enter the PINs in accordance with the input fields and confirm with .  The PIN has been changed. Change PIN Old PIN: **** New PIN: **** Verify new PIN: **** Confirm with /Exit with Delete with

7 56 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 'Create PIN' ϖ You have the required authorization level. 1. Select 'Main menu' > 'Settings/administration' > 'Manage PINs'. 2. Select the 'Create PIN' menu item. 3. Enter an admissible access level. 4. Enter the PIN in accordance with the input fields and confirm with .  A new PIN has been created. Create PIN Access level: __ Enter PIN: **** Verify PIN: **** Confirm with /Exit with Delete with 'Delete PIN' ϖ PIN is present. ϖ You have the required authorization level. 1. Select 'Main menu' > 'Settings/administration' > 'Manage PINs'. 2. Select 'Delete PIN'. 3. Enter the PIN in accordance with the input fields and confirm with .  PIN has been deleted. Delete PIN Enter PIN: **** Verify PIN: **** Confirm with /Exit with Delete with

7 57 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 7.7 Restart the station The configuration of the ↑ 'Station' remains the same. There are the following ways in which to restart the ↑ 'Station': ● Via the menu on the display ● PMI & mainboard FCM2004 and FCM2027: With the 'S32' button ● ↑ CPU card: With the 'S8' button Via the menu on the display If you are using two ↑ CPU cards, you must perform the following procedure once for each CPU card. 1. Press .  The PIN input dialog is displayed. 2. Enter a valid PIN and confirm with .  The 'User successfully logged in' message is displayed.  The main menu is displayed. 3. Select the 'Topology' > 'Hardware tree' > 'Station' menu items.  The elements of the 'Station' are listed. 4. Select module 101 or module 102 'CPU (FCC2001/06)'. 5. Press the 'MoreOptions' softkey and select 'Execute commands'. 6. Select the 'Reset module' command.  The 'Station' shuts down.  The 'Station' is switched off for several seconds.  The 'Station' restarts.

7 58 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 PMI & mainboard FCM2004 and FCM2027 ϖ Switches S38-1 and S38-2 are set to the 'OFF' position on the PMI & mainboard FCM2004. κ On the PCB of the operating unit, press and hold down the 'S32' button for <2 s.  The 'Station' shuts down.  The 'Station' is switched off for several seconds.  The 'Station' restarts. ↑ CPU card 1. Briefly press the 'S8' button on the CPU card until a 'R' is displayed on the LED matrix display. 2. As soon as the 'R' is displayed, press and hold the 'S8' button for approx. 2 s to confirm the selection.  A checkmark on the LED matrix display confirms the selection.  The CPU card is restarted. You will find information on the ↑ CPU card FCC2004, the LED matrix display, and operating the 'S8' button in document A6V10210368. See chapter 'Applicable documents'.

Checking functions 8 59 | 62 Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 8 Testing the installation The fire detection installation can be switched to 'Test' operation mode to check it is functioning properly. 8.1 Checking functions The table below shows the recommended intervals for checking functions. National specifications always take priority. For details of the function test, refer to the 'Applicable documents' chapter. Function Activity Interval (years) 1 2 5 Software Check date and time. X Detector lines: ● C-NET Trigger an automatic detector and a manual call point per line. X Trigger all manual call points X Trigger all automatic fire detectors. X Check all detectors for soiling and application. X Check the function of the input/output modules. X On each line check whether short-circuit / open line triggers a 'Fault'. Check the loop line function. During short-circuit also check the separator function. X Fire controls Check activation of the controls up to and with the interface. X Check isolations carried out by the customer. Arrange a time with the customer. X Degraded function X Mains failure Check 'Delayed for in case of a mains failure' function. Alarm organization Check the function of the delay times t1 and t2. X Alarm activation by automatic detector on 'unmanned' ⇒ Global alarm. X Alarm activation by manual call point on 'manned' and 'unmanned' ⇒ Local alarm/global alarm. X Check automatic switchover 'Manned' / 'Unmanned' on the basis of the event memory entry. X Check activation of the remote transmission equipment with 'Alarm'. X Actuate the corresponding danger level by activating a detector with the detector exchanger and tester X Alarm devices In emergency power operation check all alarm devices taking the event category into account: 'Pre-alarm' 'Alarm' 'Fault' X

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Glossary AI Abbreviation for 'alarm indicator'. C-NET device A device connected to the C-NET detector line. CPU Abbreviation for 'Central Processing Unit'. The computing unit of the fire control panel. PMI The arrangement of operating and display elements on a fire control panel or on a fire terminal. Includes the LEDs, buttons, the display, and the operation options such as the key switch, fire brigade control and display (FBA), and the EVAC NL Person Machine Interface. Station Unit for system control. Fire control panel or fire terminal.

Building Technologies A6V10211094_f_en_-- Fire Safety 2015-12-15 Index C Customer text Entering / changing ......................................... 54 D Date Set .................................................................. 54 Download center URL ................................................................. 7 H Hardware reset Station ............................................................ 57 L Line Auto-configuration ........................................... 49 Log in ............................................................. 47 Login.............................................................. 47 O Original language Source language .............................................. 5 P PIN ................................................................ 47 Input dialog ..................................................... 47 Manage, create, delete, change ...................... 55 Releasing an access level ............................... 47 R Releasing an access level ................................ 47 Restart Station ............................................................ 57 S Set Date and time ................................................. 54 Source language ............................................... 5 Station Hardware reset ............................................... 57 Restart ............................................................ 57 T Time Set.................................................................. 54

Building Technologies Division International Headquarters Gubelstrasse 22 CH-6301 Zug +41 41-724 24 24 www.siemens.com/buildingtechnologies © Siemens Switzerland Ltd, 2009 Technical specifications and availability subject to change without notice. Document ID: A6V10211094_f_en_-- Manual FS720 Edition: 2015-12-15