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,Fp9 Zo(g-0,0/F9 ?coo WASH & te0 SIEMENS 15201 NW Greenbrier Parkway Suite A-4 Beaverton,Oregon 97006 Phone: (503)207-1900 Fax: (503)207-1901 FIRE ALARM SUBMITTAL EMBASSY SUITES HOTEL WASHINGTON SQUARE FIRE ALARM UPGRADE Submittal Versior Date Siemens Job Number 440P-270575 Issued for Review 12.05.2019 Siemens Project Manager Sean Martin Siemens Project Engineer Gary Youngberg SET PROPRIETARY DOCUMENT FOR APPROVAL ONLY 12/6/2015 TABLE OF CONTENTS SIEMENS BILL OF MATERIALS & COMPONENT SPECIFICATIONS FIRE ALARM CONTROL PANEL BATTERY AND VOLTAGE DROP CALCULATIONS s AUDIO db LOSS CALCULATIONS FIRE ALARM BEAM DETECTOR POWER SUPPLY BATTERY AND VOLTAGE DROP CALCULATIONS 5 FIRE ALARM BILL OF MATERIALS AND COMPONENT SPECIFICATIONS BILL OF MATERIALS SIEMENS FIRE ALARM SUBMITTAL EMBASSY SUITES HOTEL FIRE ALARM UPGRADE Fire Alarm System Panel Components Item Model# Siemens Part# Quantity Color Mfg Description 1 XLS-250-CAB3-BD 599-050598 1 Black Siemens 250 Point Firefinder XLS Fire Alarm System. Includes(1)of Each;BCL, CAB3-BD,CC-5,DLC,ID-SP,OD-LP,PMI-3,PSC-12 and ZIC-4A 2 CAB3-BB 500-633011 2 Black Siemens XLS Large 3 Row Enclosure Back Box 3 CAB3-XBD 500-633769 1 Grey Altronix Altronix power supply charger 24vdc,10A Fused output rating 4 CAB-BATT 500-633917 2 Black Siemens Battery Cabinet 5 CC-5 500-633037 6 Siemens XLS System Card Cage,5-Slots 6 DAC-NET 500-035100 2 Black Siemens XLSV Digital Audio Card,Includes ASI Terminator 7 FCM-6 500-033140 3 Siemens Fan Control Module,6 Sets of 3 Push-Button Switches,Each Switch has 3 LED's(On-Off-Auto),Includes CCS CAN Cable 8 FMT 500-034100 1 Black Siemens Firefighters Master Telephone 9 ID-FP 500-633029 1 Black Siemens XLS Inner Door Full Row Blank Plate 10 ID-MP 500-633027 2 Black Siemens XLS Inner Door Control Module Mounting Plate 11 LPB 500-035200 1 Siemens XLS Local Page Board 12 LVM 500-034090 1 Black Siemens XLSV Live Voice Module 13 NIC-C 500-033240 2 Black Siemens XLS/XLSV Network Interface Card,Includes CAN Terminator Resistor Kit 14 OD-BP 500-633017 1 Black Siemens XLS Outer Door Blank Plate 15 OD-GP 500-633018 1 Black Siemens XLS Outer Door Grill Plate 16 PSC-12 500-033340 2 Black Siemens XLS/XLSV 12 Amp Power Supply with PTA Power Termination Board 17 PSX-12 500-034120 1 Black Siemens XLS/XLSV 12 Amp Power Supply 18 SCM-0 500-033040 4 Black Siemens XLS Switch Control Module,8 Switcher 2 Led per Switch,Includes CCS CAN Cable 19 SSD-C 500-648733 1 White Siemens XLS Remote System Status Display with Control 20 TZCSB 500-034110 1 Black Siemens Telephone Zone Card,8-Zone Class-B 21 XDLC S54430-B8-A1 2 Black Siemens Class-X Device Loop Card,2 Loops,252 Addresses Total 22 ZAC-40 500-035400 11 Black Siemens XLSV Zone Amplifier Card 40 Watts 23 ZIC-8B 500-648670 5 Black Siemens XLS 8-Cirduit Zone Indicating Card 24 AL602ULADA 1 Red Altronix Altronix 6.5 Amp Power SuppylCharger 25 12V-7AH WKAl2-7.5F2 2 Black Werker 7 Amp Hour Battery,12VDC` 26 12V-100AH WKAl2-100F 4 Black Werker 100 Amp Hour Battery,12VDC' 27 B465 1 Black BOSCH Universal Dual Path Communicator 28 B440 1 BOSCH BOSCH Wireless Communicator Cellular Module,Verizon 3G Field Devices Item Model# Siemens Part# Quantity Color Mfg Description 29 DB-11 500-094151 169 White Siemens Smoke Detector Base 30 FDRZ492 554319-B22-Al 35 Grey Siemens Air Duct Housing 31 ST-10 500-649710 Grey Siemens Duct Detector Sample Tube,6'to 1'-0'Duct Width 32 ST-25 500-649711 Grey Siemens Duct Detector Sample Tube,1'-0'to 3'-0"Duct Width 33 ST-50 500-649712 Grey Siemens Duct Detector Sample Tube,3'-0'to 5'-0"Duct Width 34 ST-100 500-649713 Grey Siemens Duct Detector Sample Tube,5'-0'to 10'-0"Duct Width 35 FD0T421 554320-F6-A1 204 White Siemens Multi-Criteria Fire Detector with Optical and Thermal Sensors,3 Smokei-teat and 2 Heat Only Application Profiles 36 HMS-D 500-033400 22 Red Siemens XLS Manual Fire Alarm Box-Dual Action 37 OSE-SPW 3 White Xtralis OSID Smoke Detection-Emitter Standard Power,Wired 38 OSI-90 1 White Xtralis OSID Smoke Detection-Imager BO Degree Coverage 39 SEFH-CW S54360-F2-A2 301 White Siemens HiFi Series Speaker-White,Ceiling Mount 40 SEFH-W S54360-F6-A2 36 White Siemens HiFi Series Speaker-White,Wall Mount 41 XTRI-D S54370-B2-Al 22 Black Siemens Dual Input Monitor Module,Intelligent Dual Isolation,Class-X 42 XTRI-R 554370-B1-A1 1 Black Siemens Control Relay Module wlMonitor Point,Intelligent Dual Isolation,Class-X * Catalog Cut Sheets not available PROPRIETARY DOCUMENT FOR APPROVAL ONLY 12/612019 PANEL COMPONENTS SIEMENS Data Sheet Fire Safety Products FireFinder® XLS Advanced Fire Alarm Control Panel ARCHITECT AND ENGINEER SPECIFICATIONS • Supported by all Fire Safety • Standard/2500-point-capacity addressable fire-alarm control NMI Management Stations panel(FACP) • Multiple command stations • Ability to network with other IINININI • Menu-driven operator commands FireFinder XLS systems b•:9 er • 5000-event,history-logging capability • Powerful,easy-to-use with on-line and off-line reports programming capabilities ® • Multiple levels of password protection • Fully field programmable,via a et•do • Automatic environmental compensation Windows'laptop PC '2 for smoke detectors • 6"(15.2 cm),backlit LCD display • Alarm verification • User-friendly system interface • by device or zone • Touch screen for maintenance • Pre-alarm operation operations and function keys • Logic-controlled output functions • Global annunciation and control • Time-based-controlled output functions capability �•r•e • Holiday schedule • Multi-language dis la • City tie!leased line • Universal AC power input: • Modular assembly 120VAC—240VAC @ 50/60Hz • 200 notification-appliance-circuits • Supervised remote printer (NACs)capacity • 12 amps of system power • 32-character custom messages (expandable to 48 amps) . 40 programmable macro,function buttons • Up to 3.0 amps(24VDC)per NAC • Numerous Relays: Alarm,Trouble, • Built-in strobe synchronization protocol y • Interface for use • with remote printers Programmable,etc. • Supports pre-action, • Security-device oring • SureWir&'addressable-loop technology • (®UL 10 76 Listed) deluge and agent releasing • Polarity-insensitive detection circuits • Voice evacuation system(optional) ri • Sprinkler Supervision (patented) • NEC 760 power-limited circuits • Degrade-mode operation• Useful diagnostic LEDs on all cards • (®UL664Compliant) • Supports F!rePrint application-specific • User help screens • Intelligent interface to building f process detection • Coded outputs management systems • Intelligent/analog detection circuits: • Distributed processing • Operates as interactive peer with other 'Class A'or'Class B' • UUKL Listed for smoke control XLS or XLSV units in a XNET network • Supports single-person'Walk Test' •®UL 864 9th Edition Listed&®ULC Listed; • Detector Sensitivity Readout/Printout • Seismic certified FM,CSFM&NYC Fire Dept.Approved • per NFPA 72 System Overview FireFinder XLS is a microprocessor-based,advanced FireFinder XLS is Factory Mutual (FM #3010) Approved; as fire-safety system that has a 6"display and large,lighted well as California State Fire Marshals (CSFM #7165- buttons; making it a highly intuitive fire-alarm user 0067:0222) and NYC Fire Department 06160) Approved. interface. Additionally,each FireFinder XLS panel has a Additionally,FireFinder XLS is®UL Listed under the category unique multiprocessor 'Network' design - as well as UUKL for smoke control. providing connectivity to detection devices. FireFinder XLS is also ®UL Listed and FM Approved for FireFinder XLS is ideally suited for commercial, Sinorix® clean-agent systems and pre-action or deluge institutional and industrial fire detection and notification sprinkler systems, which include foam or water applications. applications. This FACP complies with the requirements FireFinder XLS operates on the releasing requirements of NFPA Standard 72, and is listed by Underwriters specified in NFPA 13 and 2001. Laboratories under their®UL 864 standard. FireFinder XLS is listed as a Fireman's Smoke Control Station 1 Underwriters Laboratories of Canada also lists in high-rise office buildings,malls and other large structures. FireFinder XLS FACPs under®ULC-S527. FireFinder XLS System Overview 6300 SIEMENS Industry, Inc. Building Technologies Division System Overview — (continued) • The FireFinder XLS system has been seismic w® qualified in accordance with: • International Building Code,2006 Edition ® • California Building Code,2007 Edition • ASCE Standard 7,2005 Edition • • • OSHPD,OSP-0057-10 • OSHPD CAN 2-1708A.5,Rev.3 • ICC-ES AC 156,effective 1/1/2007 System Components PMI-3-*Person Machine Interface 3 A basic FireFinder XLS FACP consists of the following sub- PMI-3.- Person Machine Interface 3 assemblies: Person Machine Interface (PMI); Power Supply The Person Machine Interface 3 (Model PMI-3) is the (Model PSC-12); Device Loop Card (Model DLC); Zone primary user interface and central microprocessor for each Indicating Card (Model ZIC-4A); Card Cage (Model CC-5); FireFinder FACP. Inner Door Blank Single Plate (Model ID-SP); CAB1, CAB2 or CAB3 enclosures. Enhancements to the third version of the Person Machine Interface include go-to-beginning,go-to-end queue buttons; Optional modules that can be installed with this FACP a front-end command screen with Alarm I Supervisory include: Card Cage (Model CC-2); Network Interface Card I Trouble light-emitting diodes(LEDs),and three(3)types (Model NIC-C);8-Circuit Zone Indicating Card (Models ZIC- of alternate-language overlays orderable in a single(1)part. 88 / ZIC-2C); Control Relay Card (Model CRC-6); Output Control Module (Model OCM-16); Switch Control Module (see:Details for Ordering section below for more info.) (Model SCM-8); LED Control Module (Model LCM-8); Fan FireFinder XLS FACPs are controlled and operated from Control Module (Model FCM-6); Supervised Input Module Model PMI-3, which uses large, lighted buttons to prompt (Model SIM-16); Power Supply Extender (Model PSX-12); the end-user to the next available, correct system operation Remote Network Interface (Model RNI); Remote Printer (i.e.-Acknowledge I Silence I Unsilence I Audible I Reset). Module (Model RPM); System Status Display (Model SSD); The controller in Model PMI-3 provides a 6"(15.2 cm.)front- Two-Module Remote Enclosure(Model REMBOX2); end touch screen comprised of system-status LEDs as well as Four-Module Remote Enclosure(Model REMBOX4). a liquid-crystal display(LCD)of 1200-x-800 pixels. FireFinder XLS is compatible with a full line of intelligent There are overlays that provide naming in alternate initiating devices, highlighted by the FirePrint application- languages for visual indicators found on the front of each specified detectors: Models HFP-11 and HFPT-11. Model PMI-3. Each overlay is assigned on the outer FireFinder XLS functions with the Siemens Fire Safety assembly, respectively, when affixed to the display on the portfolio of graphics command centers. user interface. Model PMI-3 contains the site-specific program configuration created in the software tool,Zeus. IJI • e Fire Safety Management Stations-XLS Compatible FireFinder XLS Compatibility with Siemens Fire Safety Management Stations FireFinder XLS panels are compatible with Siemens Fire ZIC-4A- Zone Indicating Card Safety Management Stations, which provide integrated ZIC-4A Zone Indicating Card and reliable FACP monitoring and control of XLS system The Zone Indicating Card (Model ZIC-4A) provides four (4) events - including: Alarm, Trouble, Security and fully supervised, programmable output circuits for use on Supervisory commands. each FireFinder XLS. Model ZIC-4A supplies four(4)'Class B' Each management station includes PC-based,color- (Style Y) or 'Class A' (Style Z) type output circuits, power graphics software designed for use with the XNET limited to 3.0 amps maximum per circuit. network,offering full control and annunciation. Each circuit for Model ZIC-4A can be independently An extensive history log of all XLS-FACP events,as well as programmed for use with listed audible or visual notification extensive report-generation capabilities, is easily appliances; listed emergency audio speakers; municipal tie maintained. Additionally, user-programmable function boxes;leased lines,or as releasing circuits. buttons allow site-specific control functions. SIEMENSIndustry, Inc. -2- Building Technologies Division FireFinder XLS Components—(cont.'d) Model ZIC-4A plugs into one (1) slot in the Model CC-5 or Model CC-2 card cage, and has on-board LEDs for system status and troubleshooting. Indication of power, communication, internal operation, and ground-fault conditions are provided, as well as indication of circuit activation or Trouble conditions. * �. -, -• NIC-C-Network Interface Card NIC-C Network Interface Card The Network Interface Card (Model NIC-C)provides HNET or XNET network communications between enclosures. In addition to the HNET or XNET communication, Model NIC-C L • provides CAN network communication within an enclosure u.„ or external to the enclosure. HNET or XNET communication ZIC-8B I ZIC-2C Zone Indicating Cards can be wired Style 4 or Style 7, but the CAN network can be ZIC-8B/ZIC-2C wired Style 4 only. The Zone Indicating Card (Model ZIC-8B) provides eight(8) When used for HNET communications, Model NIC-C fully supervised, programmable output circuits for use on provides contact between enclosures on a single system. FireFinder XLS. Model ZIC-8B supplies eight (8) 'Class B' When Model NIC-C is used for XNET communications, (Style Y) type output circuits, power limited to 2.0 amps Model NIC-C provides communication between systems. maximum per circuit. Each circuit can be independently The maximum of XNET Model NIC-C cards on a single programmed for use with listed audible or visual notification system (single node) is one (1), for a total of 64 XNET appliances, or listed emergency audio speakers. Model ZIC- Model NIC-C cards on a peer-to-peer networked system. 8B plugs into one(1)slot in the Model CC-5 or Model CC-2 card cage,and has on board LEDs for system status. Model NIC-C has diagnostic LEDs that indicate: Card Fail, CAN Fail, HNET Fail, XNET Fail, Ground Fault, Loop 'A' Fail Model ZIC-2C mounts directly on Model ZIC-8B,and and Loop'B'Fail. Model NIC-C Card also has LEDs to indicate allows each of the Model ZIC-8B output circuits to be used Power,Style and Active Networks. for two-channel voice applications. Indication of power, s communication, internal operation, and ground-fault conditions are provided, as well as indication of circuit activation or Trouble conditions. y 4 HCP-* Control Point Module fkan'. HCP Control Point Module �Rt =•wti Model HCP can be programmed as an independent, remotely located telephone zone, speaker zone or notification appliance circuit. Model HCP is designed to be cra- '`' used with the Siemens - Fire Safety Alarm Signaling Devices product line. DLC—.Device Loop Card Model HCP communicates through the Model DLC analog DLC Device Loop Card loop,and can be wired either'Class A'(Style Z)or'Class B' The Device Loop Card (Model DLC) is the interface for (Style Y). The 24 VDC power input comes from either the connection with FireFinder XLS detectors and initiating control panel or from any ®UL Listed power-limited, devices — induding manual stations, control and input auxiliary power supply. devices. Model DLC plugs into one(1)slot of the CC-2 or CC- 5 card cage. Programming Model DLC is accomplished using l the FireFinder XLS system-programming tool,Zeus. Model DLC takes one (1) address on the network, and communicates with two(2)device circuits for a total of 252 detectors and devices. Model DLC has 12 LEDs for diagnostic c purposes, and provides ground fault detection and zone isolation circuitry. M LC > MXL Line Card [for FireFinder XLSI SIEMENSIndustry,Inc. _3_ Building Technologies Division FireFinder XLS Components-(cont.'d) MLC-MXL Line Card [for FireFinder XLS] CRC-6 Controllable Relay Card The MXL Line Card (Model MLC) is an optional card for The Controllable Relay Card (Model CRC-6), Model CRC-6, is the FireFinder XLS panel that supplies two (2) designed to provide auxiliary control of building functions, intelligent analog circuits, utilizing the Model 'I'series; such as: door-holder release,elevator capture,smoke control, Model ' ID ' series; Model ' IL ' series or Model ' FP ' lock release, etc. Model CRC-6 plugs into one (1) slot in the series-type intelligent devices. Model MLC occupies two Model CC-5 or Model CC-2 card cage. Model CRC-6 provides (2) addresses on the HNET network, and devices six(6),fully programmable relays. Each relay contains one(1) connected to the Model MLC circuits are dynamically set of SPDT contacts rated at 4 Amps 30 VDC 1120VAC supervised by FireFinder XLS through the use of a resistive and 3.5 amps 120VAC inductive(0.6 P.F.) unique communications protocol. inn • • 9 € SIM-16-*Supervised Input Module NRC—> Network Ring Card NRC Network Ring Card—Second Generation SIM-16 Supervised Input Module Model NRC, which is the 2 d generation of Model NRC, is a The Supervised input Module (Model SIM-16) is a remotely networking ring card that transmits single-mode or multi- located, general-purpose input module. Model SIM-16 provides 16 input circuits for remote system monitoring. Each mode network communication via fiber-optic or copper lines. Each card uses a 'Class A'(Style 7) ring configuration input can be individually programmed as supervised (dry- for connection with each FireFinder XLS FACP. contact only) or unsupervised (general-purpose input.) Model SIM-16 has two (2) 'Form C' relays. The relays and One(1)Model NRC(per system node)provides XNET,peer- inputs are programmed using the Zeus system software- to-peer communication between FireFinder XLS FACPs, programming tool. allowing a max,64,XLS FACPs to be networked together. ,;I: ., .. t-. • • ,�, U . e ,`': FCM-6 —>Fan,Motor,Dampers Control Module CDC-4 conventional Detector card FCM-6 Fan,Motor, Dampers Control Module CDC-4 Conventional Detector Card The Fan,Motor,Dampers Control Module(Model FCM-6)is a FireFinder XLS command-console option module that The Conventional Detector Card (Model CDC-4) is used provides manual control of building HVAC system fans, to monitor Siemens Fire Safety conventional detectors motors, and dampers. Each Model FCM-6 module provides on the FireFinder XLS system. Model CDC-4 can be six (6) sets of three (3) push-button switches for manual- used in applications where conventional detectors are system control. Each switch has three(3),associated LEDs to more suited than addressable detectors, such as indicate Fan I Damper I Motor status: OFF (RED LED), ON hallways or large meeting rooms. Also, Model CDC-4 (GREEN LED), Trouble(YELLOW LED). can be used to upgrade Siemens conventional fire-alarm panels to the FireFinder XLS system without requiring detector replacement. VNTPC -->Virtual Network Tunnel A 400 VNTPC Virtual Network Tunnel I The Virtual Network Tunnel(VNT)is an efficient means for real- m, time communication, as well as providing support to HNET, XNET and DNET monitoring and supervision —when used as part of a Fire Command Center or a Building network. Each CRC-6—>Controllable Relay Card Model VNTPC is a fanless, headless industrial computer, receiving its operating power from an XLSN panel. SIEMENSIndustry,Inc. —4— Building Technologies Division FireFinder XLS Components—(cont.'d) yes Each Model SCM-8 switch is fully programmable,and may WOO • be used to control speaker circuits and a wide range of 1 1 I I I general-system functions such as: All Call, All Evac, Warden's Page,Speaker,etc. Any number of circuits may r be grouped and controlled by a single switch. Switch usages and zone groupings are assigned using the CC-2- Card Cage-2 Slots CC-5-*Card Cage-5 Slots Zeus system software-programming software. Model SCM-8 modules are mounted on a hinged panel,as a part CC-5 /CC-2 Card Cages of the FireFinder XLS Command Console enclosure. The Models CC-5 / CC-2 card cages provide the physical mounting location and all wiring connection points for all fire-and-voice system options cards for the FireFinder XLS III:system. Model CC-5 has five (5) slots, while Model CC-2 has two (2)slots. MD: All cards plugged into the CC-5 I CC-2 card cage communicate with other FireFinder XLS modules via a LCM-8 LED Control Module common data bus. Connectors are provided on the left and LCM-8 LED Control Module right side of the CC-5 to connect a 60-pin cable for The LED Control Module (Model LCM-8) is a FireFinder communications with the FireFinder XLS operator interface, XLS-option module that provides LED annunciation for power supplies and amplifiers modules. FireFinder XLS system activity. Each Model LCM-8 Field wiring to devices and circuits terminates on the contains eight (8) groups of two (2) LEDs —each of which Models CC-5 / CC-2 card cages. All cards designed for use can be assigned to desired outputs using the Zeus with the Models CC-5 / CC-2 route their field wiring system software-programming tool. terminations to the 'top' of the Model CC-5 I CC-2 card Eight (8) LEDs are dual-color capable (RED or GREEN / cages. These connections are all power limited. Internal flashing or steady). The remaining LEDs are AMBER wiring connections distribute 24VDC to cards or high-level flashing or steady. A space is provided for labeling of LED audio signals (depending on application used) connect to functions. The label slides behind a clear, protective the 'bottom' of the Model CC-5 I CC-2 card cages. These membrane. Model LCM-8 dimensions are identical to connections are all non-power limited. Model SCM-8, and Model LCM-8 is mounted on the same All wiring connections to the Model CC-5 I CC-2 card cages hinged panel, as a part of the FireFinder XLS Command are to removable terminal blocks. Terminal blocks are Console enclosure. rated for use with wire sized 12 American Wire Gauge '..i •if E ' *CI sea 0 di 3 a a#aa •. (AWG) to 24AWG. Each connector is numbered to make wiring terminations to the correct position on the terminal block simple in order to reduce potential wiring A errors. ••. RNI-Remote Network Interface RNI Remote Network Interface " ' M '♦ MC Mr The Remote Network Interface (Model RNI) provides a :� connection point for use with equipment mounted in a In: r1-0 remote-lobby enclosure on the FireFinder XLS FACP. Model RNI is used to provide additional input, output and SCM-8-Switch Control Module control features to the system remotely,via the main FACP. SCM-8 Switch Control Module These additional features may include control switches The Switch Control Module(Model SCM-8)is a FireFinder and indicators: (Models SCM-8, LCM-8 and FCM-6), XLS-option module that provides manual control to the remote-emergency paging microphones or telephones: Emergency Voice Evacuation System (EVAC) or manual (Models LVM,EMT),or controls used in graphic annunciators fire-system control. Each Model SCM-8 module provides (Models SIM-16,OCM-16)or system-status display with the eight (8) momentary push-button switches and 16 ability to acknowledge alarms, silence audibles and light-emitting diodes(LEDs)to indicate their status. reset the system (Model SSD-C-REM). Each switch is assigned two (2) LEDs, as well as a label Model RNI allows The Person Machine Interface to be to indicate the switch's programmed usage. The label mounted in the Model REMBOX2 or Model REMBOX4 slides behind a clear protective membrane. One set of remote lobby enclosure. LEDs assigned to each switch is a dual-colored LED, which is used to indicate what type of signal is active. SIEMENSIndustry,Inc. _5_ Building Technologies Division FireFinder XLS Components— (cont.'d) MS 0010 111411 W1101 :gig::ua i ~ { # 0 0 11 4r 11 it II .l ( 4- it 11 II K 1 I('454 YI it II it 11 yit M II NI r II. IiAl7 b r PSC-12—> Power Supply Charger Module " - - -- PSC-12 Power Supply Charger Module PTB Power Termination Board The Power Supply Charger Module (Model PSC-12) is a PTB Power Termination Board high-current power supply that provides the FireFinder Model PSC-12 comes packaged with a module called the XLS primary-regulated 24VDC power to operate. Model Power Termination Board (Model PTB). Model PTB is PSC-12 is rated at 12Amps (Alarm) 15Amps (Standby), required for operation with Model PSC-12. Model PTB and has a built-in battery charger, capable of charging up to filters the power from the incoming AC mains, and 100 AH batteries. Model PSC-12 is an addressable- distributes it to the Model PSC-12 power supply and the intelligent, microprocessor-controlled module that optional Model PSX-12 power-supply extender. communicates its status to the system-operator interface. Model PTB has an optional connector that can be used Each Person Machine Interface is then able to query the during system installation, commissioning and service to status of the power supply to obtain data regarding provide the technician with a place to plug in their laptop system-charging current, terminal-loading information, PC, if required. Model AC-ADPT is an optional accessory ground-fault conditions and more. cable that allows connection on one side to Model PTB,via a keyed connector and on the other end directly into to the Inn laptop's transformer. '11111, 111101; Most laptop-computer external power transformers have 1 lu pl! removable AC power cords, which can be replaced by the "or optional Model AC-ADPT to temporarily provide an AC power source for laptop-PC usage during system n 11, it II installation,service and maintenance calls when needed. it u 0 MS n NW PSX-12 - Power Supply Extender - PSX-12 Power Supply Extender The Power Supply Extender(Model PSX-12)is a high-current, ` r -- auxiliary power supply that expands the main Model PSC-12 power supply and battery charger of the FireFinder XLS s , system with an additional 24VDC power. Model PSX-12 r g is rated at 12 Amps. . SNU-ASSY—* Single-Node Upload (SNU) Module SNU-ASSY Single-Node Upload (SNU) Module The Single-Node Upload (SNU) is an optional system module that provides a solution for uploading I RPM-* Remote Printer Module downloading XLS I XLSV configuration data remotely. SNU RPM Remote Printer Module can easily transmit data from a PC running the Zeus The Remote Printer Module (Model RPM) provides a custom-configuration tool to a maximum 64 Person means of connecting the FireFinder XLS system to a Machine Interfaces. printer, such as Model PAL-1, for creating a hard copy of Each SNU module has three (3) connections: Power, system status and configuration reports. Concurrently, Ethernet and USB.The data transported between the Zeus Model RPM provides an output port that can be tool and SNU is made through a direct 128-bit, Secure configured to communicate with external systems. Sockets Layer(SSL)connection. SIEMENS Industry, Inc. —6— Building Technologies Division FireFinder XLS Components—(cont.'d) RNI Remote Network Interface • 6. System-Status Display SSD-Series System-Status Display CAB1 —> Single Row Enclosure The System Status Display(SSD-series model displays) is a CAB1 Single Row Enclosure remote LED / LCD display that shows the local status of a Model CAB 1, the smallest of the FireFinder XLS FireFinder XLS system. An LED illuminates when Alarm, enclosures, can house a single Model CAB MP cabinet Supervisory, Trouble, and Security events occur on the mounting plate for mounting card cages, power supplies system. A(4)four-line liquid-crystal display (LCD)will give and bulk amplifiers. Model CAB1 also has four (4) details of the event in alphanumeric form. mounting slots on the inner door for mounting The Person The display can be toggled to display additional events. Machine Interface and Model ID-MP switch module Optional remote system control capabilities are available. brackets. Models SSD-C, SSD-C-INT, and Model SSD-C-REM have Model CAB1 comes complete with a black back box;black three (3) additional control buttons to Acknowledge inner and outer doors;a single lock and key set on the outer events;silence audible circuits,and reset the system. door; a single, installed cabinet mounting plate (Model Models SSD-C and SSD-C-INT have an integral keyswitch CAB-MP), and a single, installed outer door lens plate that enables these control buttons to operate. Model SSD- (Model OD-LP). A red version (Model CAB1-R) is also C-REM is located within a locked cabinet. Therefore, no available. additional keyswitch is required for manual activation of Approximate size: 27"(68.6cm.)high,26"(66cm.) the control buttons. wide,and 8"(20.3cm.)deep. 1111 IIC-Interface Isolation Card IIC—Interface Isolation Card The Interface Isolation Card (Model IIC) is designed to isolate network signals when used with a Model NCC ring configuration, via Model NRC. Model IIC executes the aforementioned isolation by removing the backplane network signals from each Model CC-2 card cage. Model IIC also provides one (1)end of CAN termination on each side of Model CC-2. XDACT-ASSY-->XDACT Assembly XDACT-ASSY XDACT Assembly The XDACT Assembly(Model XDACT-ASSY)is the blank plate used for holding the optional Digital Alarm Communication Transmitter(DACT),Model FCA2015-U1 on FireFinder XLS. Model XDACT-ASSY can be mounted on all CAB-series enclosures. Each assembly must be located in the Global Person Machine Interface cabinet for global configurations. Available communication protocols on a DACT module include: SIA DCS 8 I SIA DCS 20 I Ademco Contact ID. SIEMENSIndustry, Inc. _7— Building Technologies Division FireFinder XLS Components—(cont.'d) CAB-MP Cabinet Mounting Plate it . , The Model CAB-MP cabinet mounting plate provides mounting for a single row of modules in a FireFinder w XLS cabinet. Four (4) module spaces are available on r; > .' Model CAB-MP, which is used to mount the Model CC-5 4 card cage; the Model CC-2 card cage; the Model PSC-12 power supply; the Model PSX-12 power-supply extender, and the Model ZAM-80/ 180-zone amplifiers.Enclosure Trim Kits CAB2-*Two-Row Enclosure CAB2 Two-Row Enclosure Trim kits are available for all system enclosures for semi- flush mounting applications. Model CAB1-TK (for black The Two-Row Enclosure (Model CAB2) is the mid-sized enclosures) and the Model CAB1 R-TK (for red enclosures) FireFinder XLS enclosure capable of housing up to two fit inside the Models CAB1 and CAB1-R enclosures. (2) Model CAB-MP cabinet mounting plates. The inner Similarly, Models CAB2-TK and CAB-2R-TK fit inside the door has two (2)rows of four(4)mounting slots. Model CAB2 enclosure,while Models CAB3-TK and CAB3R- The outer door has space for mounting two (2) outer door TK fit the Model CAB-3 enclosure. plates (Models OD-LP, OD-BP or OD-GP), and can be configured to open from either side. Model CAB2 consists Remote Transponders of the black Model CAB2-BB back box, the Model CAB2-BD The FireFinder XLS system can use remote transponders black inner and outer door package,and one(1)Model OD- for mounting additional modules such as amplifiers LP lens plate. The outer door has a single lock and key set without requiring a Person Machine Interface or any installed.A red version (Model CAB2R)is also available, and control switches. Special doors are available for systems a CAB2-RB back box is used with Model CAB2R. using Model CAB-2 or Model CAB-3 remote transponders. These doors (Models CAB2-XBD and CAB3-XBD) omit the Approximate size is 45"(114.3cm.) high,26"(66cm.) unused inner door, and come complete with ventilation wide,and 8"(20.3cm.)deep. louvers built into the door. Model CAB2-XBD fits into Model CAB2-BB,and Model CAB3- XBD fits into Model CAB3-BB. Model CAB2-XBD and CAB3- XBD are supplied in black. Red versions(Models CAB2-XRD and CAB3-XRD)are also available. al CAB3 - Three-Row Enclosure - CAB3 Three-Row Enclosure - Model CAB3, the single largest FireFinder XLS enclosure available, can house a maximum three (3) III Model CAB-MP cabinet mounting plates in the enclosure, and three (3) rows of inner-door mounting slots. ID-MP->Inner Door Mounting Plate The outer door can be configured to open from either ID-MP Inner Door Mounting Plate side. Model CAB3 consists of the Model CAB3-BB back The inner door mounting plate (Model ID-MP) is mounted box, the Model CAB3-BD black inner and outer door on the inner door of any given model CAB enclosure. package,and one (1) Model OD-LP lens plate. The outer Model ID-MP plates are used to mount switch-control door has two (2) locks and key sets installed. A red modules (Model SCM-8); LED control modules (Model version(Model CAB3R)is also available. LCM-8),or fan-control modules(Model FCM-6). Approximate size is 63"(160cm.) high, 26"(66.4cm.) Four (4) mounting plates are included with each order of wide,and 8"(20.3cm.)deep. Model ID-MP. Each mounting plate has four (4) spaces for control modules,and can hold either four(4) Model SCM- tr , it- 8 modules (one [1] control module space for each ""' module); four (4) LCM-8 (one [1'control module space for each module), or two (2) Model FCM-6 modules (two [2] module spaces for each module). CAB-MP--> Cabinet Mounting Plate SIEMENSIndustry,Inc. _8_ Building Technologies Division FireFinder XLS Components—(cont.'d) ID-MP Inner Door Mounting Plate Combinations are also allowed. Blank spaces in Model ID • - MP can be covered using the blank-control-module plate (Model BCM). Up to four (4) modules can be mounted in a single row on the inner door. OD-BP->Outer Door Blank Plate OD-BP Outer Door Blank Plate The Outer Door Blank Plate (Model OD-BP) entirely covers an unused row of a XLS system cabinet, and is mounted on the outer door. One (1) blank plate is included with each order of Model OD-BP. ID-SP-Inner Door Blank Single Plate ID-SP Inner Door, Blank Single Plate The inner door, blank single plate (Model ID-SP) is used to cover any single-module blank spaces within the inner door where no Person Machine Interface or Model ID-MP OD-GP>Outer Door Grill Plate is being used. Up to four(4)Model ID-SP modules can be OD-GP Outer Door Grill Plate mounted in a single row on the inner door. Two (2) The Outer Door Grill Plate (Model OD-GP) also covers an blank plates are included with each order of Model ID-SP. entire row on the outer door of a system cabinet, but has four(4) rows of ventilation louvers on it. Model OD-GP is mounted in front of system bulk amplifiers, card amplifiers, or other modules that generate heat. Using Model OD-GP will permit airflow across these modules to aid in heat dissipation. One (1) grill plate is included with each order of Model OG-GP. BCM —s Blank Control Module Plate Remote System Enclosures BCM Blank Control-Module Plate Models REMBOX2 and REMBOX4 are FireFinder XLS Model BCM plates can be mounted on a single ID-MP. system enclosures that are used for remotely mounting Four(4)blank module plates are included with each inner-door modules, such as: Person Machine Interfaces; order of Model BCM. switch modules (Model SCM series); Live Voice Modules (Model LVM), and Firefighters' Master Telephone (Model FMT)modules. Models REMBOX2 and REMBOX4 are thinner than regular Model CAB-series of enclosures — just 5" (12.7cm.) deep overall,and are perfect for mounting in limited-space areas (e.g. — office-complex lobbies or behind a receptionist's desk). OD-LP-*Outer Door Lens Plate OD-LP Outer Door Lens Plate No card cages, power supplies or bulk amplifiers can be mounted in a given Model REMBOX-series enclosure due The Outer Door Lens Plate(Model OD LP) is a clear plastic to their smaller depth. However, Person Machine lens plate mounted on the outer door of a system Interfaces and some modules (e.g. —the remote network cabinet. Model OD-LP is used to allow operators to see interface module [Model RNI]; the output control module the system interface and controls mounted on the inner [Model OCM-16], and the supervised input module door,but restricts access to unauthorized users. The plate [Model SIM-16]) can be mounted in a given Model covers an entire row on the outer door. A single lens REMBOX-series enclosure. plate is included with each order of Model OD-LP. Due to the depth of Models LVM and FMT, no Model OCM- 16 or Model SIM-16 modules can be used simultaneously with Model LVM or Model FMT. Model REMBOX2 and Model REMBOX4 are designed for flush mounting with no trim kit required. Both enclosures also come with a clear lens plate on the cover. SIEMENSIndustry,Inc. _9— Building Technologies Division FireFinder XLS Components —(cont.'d) k a , Linj III XLS-MSE2-ADPT--*Enclosure Adapter REMBOX2—>Two-Module Remote Enclosures REMBOX2 Two Module Remote Enclosures XLS-MSE2/R-ADPT—XIS MSE-2/R Enclosure Adapter Model XLS-MSE2-ADPT,which must be used in conjunction Model REMBOX2 has two (2) inner-door module spaces, with Model CAB-MP,is an adapter that allows FireFinder and can hold a single Person Machine Interface, up to two XLS cards to be mounted in former MXL Model MSE-2 (2) switch module brackets and one (1) Model LVM. small black enclosures. Combinations are also allowed. Model XLS-MSE2R-ADPT, which must be used in Model REMBOX2 can also mount a single RNI remote conjunction with Model CAB-MP, is an adapter that allows network interface on a bracket included in the backbox. FireFinder XLS cards to be mounted in former MXL A bracket, known as Model REMBOX2-MP, can be used to Model MSE-2R small red enclosures. mount up to four (4) Model OCM-16 output control modules or SIM-16 supervised input modules. Model REMBOX2-MP must be purchased separately. Ell IIIII ii Approximate size of Model REMBOX2 is 14-1/2"(36.8cm.) wide, 18-1/2"(47cm.) high and 5"(12.7cm.)deep. 11111 1111 • XLS-MME3-ADPT-*Enclosure Adapters hrm XLS-MME3/R-ADPT—XLS MME-3/R or MBR-2 Enclosure Adapters Model XLS-MME3-ADPT, which must be used in N. conjunction with Model CAB-MP, is an adapter that allows FireFinder XLS cards to be mounted in former MXL REMBOX4—>Four-Module Remote Enclosures Model MME-3 or Model MBR-2 medium black enclosures. REMBOX4 Four-Module Remote Enclosures Model XLS-MME3R-ADPT, which must be used in Model REMBOX4 has space for mounting four(4)inner-door conjunction with Model CAB MP, is an adapter that allows modules. Any combination of A Person Machine Interface FireFinder XLS cards to be mounted in former MXL (two-module spaces); switch module brackets; Model Model MME-3R medium red enclosures. LVM, or Model EMT (one-module space each) can be A` ■ used. Unused module spaces can be covered with Model ID-SP blank plates. Model REMBOX4 can also mount a . single, remote network interface (Model RNI) on a ,.__r bracket included in the backbox. 1111 A bracket known as Model REMBOX4-MP can be used to 1 - mount up to eight (8) output control modules (Model 0CM-16)or supervised input modules(SIM-16). xis-MLE6-ADPT—>Enciosure Adapter Approximate size of Model REMBOX4 is 24"(61cm.) XLS-MLE6/R-ADPT—XLS MLE-6/R Enclosure Adapter wide, 18-1/2"(47cm.) high and 5"(12.7cm.)deep. Model XLS-MLE6-ADPT, which must be used in Model REMBOX4-MP must be purchased separately. conjunction with Model CAB MP, is an adapter that allows FireFinder XLS cards to be mounted in former MXL Model MLE-6 large black enclosures. Model XLS-MLE6R-ADPT, which must be used in conjunction with Model CAB-MP, is an adapter that allows FireFinder XLS cards to be mounted in former MXL MLE-6R large red enclosures. SIEMENSIndustry,Inc. —10— Building Technologies Division FireFinder XLS Components-(cont.'d) isiil ., XLS-MSE3-ADPT-).Enclosure Adapters ' , VPM-MP 3 VESDA Mounting Plate XLS-MSE3/R-ADPT—XLS MSE-3L/ or MSE-3M/R Enclosure Adapters VPM,VESDA-HLI-KIT and VMP-MP— Model XLS-MSE3-ADPT is an adapter that allows VESDA Interface Equipment FireFinder XLS cards to be mounted in former MXL-IQ The Very Early Smoke Detection Aspiration (VESDA) Model MSE-3L or Model MSE-3M black enclosure. Peripheral Module(Model VPM)and the VESDA High- Model XLS-MSE3R-ADPT is an adapter that allows Level Interface Kit(Model VESDAHLI-KIT) are optional FireFinder XLS cards to be mounted in former MXL- FireFinder XLS modules that work in conjunction to IQ Model MSE-3LR or Model MSE-3MR red enclosure. provide bi-directional communication between the FireFinder XLS FACP and multiple VESDA detection networks for the following types of VESDA detectors: • LaserCOMPACT all • LaserFOCUSrFOCUs • LaserPLUS "' • LaserSCANNER XLS-RCC1-ADPT—*Enclosure Adapter Model VPM allows each FireFinder XLS FACP to XLS-RCC-1-ADPT—XLS RCC-1 Enclosure Adapter annunciate'Alert,"Action,''Fire1,'and 'Fire 2'levels, Model XLS-RCC1-ADPT is an adapter that allows the as well as provide'faults'from any zone on a FireFinder XLS Model SSDI-C series remote annunciator connected VESDA network. to be mounted in former Model RCC-1 surface-mount The VPM Mounting plate (Model VPM-MP) allows enclosures. mounting one (1) Model VPM and two (2) of Model VESDAHLI-KIT inside a standard FireFinder XLS Model CAB1, Model CAB2 or Model CAB3 enclosure. Model VPM-MP utilizes two(2) module spaces on a single IIIII MI row of each enclosure. Temperature and Humidity Range XLS-RCCI3F-ADPT—*Enclosure Adapters FireFinder XLS components are®UL 864 9th Edition XLS-RCC13F/R-ADPT—XLS RCC-1 F/R or RCC-3F/R Listed for indoor dry locations within a temperature Enclosure Adapters range of 120+/-3°F (49+1-2°C)to 32+1-3°F (0+1-2°C) Model XLS-RCC13F-ADPT is an adapter that allows the and a relative-humidity range of 93+/-2% FireFinder XLS Model SSD/-C series remote annunciator at a temperature of 90+1-3°F(32+1-2°C). to be mounted in former Model RCC-1 F or Model RCC-3F black,flush-mount enclosure. Model XLS-RCC13FR-ADPT is an adapter that allows the Model SSDI-C series to be mounted in former RCC-1 FR and RCC-3FR,red flush-mount enclosure. k • VPM—*VESDA VESDA-HLI-KIT—*VESDA High- Interface Equipment Level Interface Kit SIEMENSIndustry,Inc. —11— Building Technologies Division Details for Ordering Details for Ordering — (continued) 1 Model Part Number Description Model Part Number Description AC-ADPT 500-633992 Technician Laptop-Power connector OD-BP 5(10-633017 Outer Door Blank Plate 60-pin Cubic OD-BP-R 500-634919 Outer Door Blank Plate,red BCL 599-633997 required for: Models CAB2,-2X AND CAB3, OD-GP 500-633018 Outer Door Grill Plate -3X for row-to-row connections OD-GP-R 500-634920 Outer Door Grill Plate,red _ CAB1 500-633007 Complete Single-Row Cabinet,black OD-LP 500-633016 Outer Door Lens Plate CAB1 R 500-633728 Complete Single-Row Cabinet,red PAL-1 500-692407 CUL Listed Parallel Printer CAB1-TK 500-633013 Single-Row Trim-kit Cabinet,black PMI-3 S54430-C15-A1 Person Machine Interface 3 CAB1 R-TK 500-633729 Single-Row Trim-kit Cabinet,red PMII-3 Alternate-language Overlays for navigation CAB2-BB 500-633009 (2)Two-Row Back Box,black Overla S54430-C16-At ( ys) on a FireFinder XLS operation interface CAB2-RB 500-634941 (2)Two-Row Back Box,red Power supply with battery charger CAB2-BD 500-633008 (2)Two-Row Inner&Outer Door set,black PSC-12 500-033340 [12A @ 24VDCJ CAB2-RD 500-633755 (2)Two-Row Inner&Outer Door set,red PSX-12 500-034120 Power supply extender CAB2-TK 500-633014 (2)Two-Row Trim-kit Cabinet,black [12A @ 24VDC] CAB2R-TK 500-633753 (2)Two-Row Trim-kit Cabinet,red PTB 500-033390 Power termination board CAB2-XBD 500-633768 CAB2 Transponder Door REMBOX2 500-633772 (2)Two-module remote lobby enclosure,black CAB2-XRD 500-633792 Medium-Enclosure Transponder Door,red REMBOX2R 500-650612 (2)Two-module remote [mounts to Model CAB2-RBI lobby enclosure,red CAB3-BB 500-633011 (3)Three-Row Back Box,black REMBOX2-MP 500-634211 Mounting plate for Models CAB3-RB 500-634942 (3)Three-Row Back Box,red OCM-161 SIM-16 in Model REMBOX2 CAB3-BD 500-633010 (3)Three-Row Inner&Outer Door set,black REMBOX4 500-633914 (4)Four-module remote lobby enclosure,black CAB3-RD 500-633757 (3)Three-row Inner&Outer Door set,red REMBOX4-MP 500-634212 Mounting plate for Models OCM-16 I CAB3-TK 500-633015 (3)Three-Row Trim-kit Cabinet,black SIM-16 in Model REMBOX4 _ CAB3R-TK 500-633754 (3)Three-Row Trim-kit Cabinet,red REMBOX4R 500-650613 (4)Four-module remote lobby enclosure,red CAB3-XBD 500-633769 CAB3 Transponder Door RNI 500-033420 Remote network interface module Large-Enclosure Transponder Door,red RPM 500-033270 Remote printer module CAB3-XRD 500-633793 ,mounts to Model CAB3-Ra] SCM-8 500-033040 Switch module,eight(8)switches CAB-MP 500-633012 Back Box Module Mounting Plate 51M-16 500-034060 Supervised input module CAN Cable SNU-ASSY 554430-A3-A1 SNU Processor and USE cables(w/SNU IOM) 3 ft.(91.4 cm.)Length required for: SSD 500-034740 System-status display CCL 599-634214 SCM I LCM I FCM modules from Models CC-51 CC-2 SSD-C 500-648733 System-status display with control Inner Doors and from Row-to-Row on System-status display Model CAB-series Inner Doors SSD-INT 500-034740 P y with multi-lingual overlays CC-2 500-633440 Two(2)Slot Card Cage SSD-C-INT 500-034750 System-status display with control CC-5 500-633037 Five(5)slot Card Cageand multi-lingual overlays CDC-4 500-034200 Conventional Detector Card SSD-C-REM 500-634773 System-status display with control for COM-BRK 554430-B7-A1 Communications Bracket remote lobby enclosure CRC-6 500-033250 Controllable Relay Card VNTPC 500-650490 Virtual Network Tunnel CSB 500-033130 CAN Sounder Board VPM 554430-F93-A2 VESDA Peripheral Module DCT-P 500-699291 Programmer for MDACT VPM-MP 554430-F95-A2 Mounting Plate for VESDA 'DLC 500-033090 Device Loop Card Peripheral Module FCM-6 500-033140 Fan-Control-Module Switches VESDA-Hu-KIT 554430-F99-A2 VESDA High-Level Interface Kit (ON,OFF,AUTO) HCP 500-034860 Intelligent Control Point Module XDACT-ASSY 554430-A5-A1 XDACT mounting plate(wl cable) HLIM 500-033170 Line-Isolator Module XLS-MLE6-AOPT 554430-C9-A1 MLE-6 enclosure adapter for XLS,black Inner-Door Enclosure MountingPlate, XLS-MLE6R-ADPT 554430-C9-A2 MLE-6R enclosure adapter for XLS,red ID-MP 500-633027 [four(4)per package] XLS-MME3-ADPT MME-3 and MBR-2 enclosure adapters Single-Module Inner-Door Enclosure 554430-C8-A1 for FireFinder XLS,black ID-SP 500-633028 MountingPlate,[two(2) package] XLs-MME3R-ADPT 554430-C8-A2 MME-3R enclosure adapter for XIS,red per P IIC 500-850328 Interface Isolation Card XLS-MSE2-ADPT 554430-C7-A1 MSE-2 enclosure adapter for XLS,black LED Annunciator Module XLS-MSE2R-ADPT 554430-C7-A2 MSE-2R enclosure adapter for XIS,red LCM-8 500-033100 [eight(8)LED sets] XLS-MSE3-ADPT MXL-IQ MSE-3L and MSE-3M enclosure adapters 554430-C14-A7 for FireFinder XLS,black MLC 554431-B4-A1 MXL Addressable-Device Line Card MXL-I MSE-3LR&MSE-3MR enclosure MOM2-XMP 500-634822 Mounting Plate for Model MOM-2 XIS-M563 R-ADPT 554430-C14-A2 Q adapters for XLS,red MOM-2 500-892766 MXL Module Card Cage XLS-RCC1-ADPT 554430-Z14-A1 RCC-lenclosu re adapter for XLS-SSD,black lone(1)full slot] XLS-RCC13F-ADPT S54430-Z13-A1 RCC-1 F&RCC-3F enclosure adapters,black NIC-C 500-033240 Network Interface Card XLs-RCC13FR-ADPT S54430-Z13-A2 RCC-1 FR&RCC-3FR enclosure adapters,red NRC 554430-A2-A1 Network Ring Card: 2nd Generation ZIC-2C 500-648671 (2)Two-channel adapter card, via(Model ZIC-88) ZIC-4A 500-033050 (4)Four-circuit zone indicating card ZIC-BB 500-648670 (8)Eight-circuit zone indicating card Notice: This marketing data sheet is not intended to be used for system design or installation purposes. For the most up-to-date information,refer to each product's installation instructions. Fire Safety Fire Safety 8 Fernwood Road 1577 North Service Road SIEMENS Industry, Inc. Florham Park,NJ 07932 East Oakville,Ontario October 2018 Building Technologies Division Tel:(973)593-2600 Istt-Fs) L6H 0H6 I Canada Supersedes sheet dated 11/2017 FAX:(908)547-6877 Printed in U.S.A. Tel:[905]465-8000 (Rev.1E( uRL:www.usa.Siemens.comfFire URL:www.Siemens.CA SIEMENS Installation Instructions Model CAB-BATT/R Battery Box INTRODUCTION The Model CAB-BATT/R Battery Box from Siemens Building Technologies, Inc. is used to house BTX-2 (75AH)and BTX-3 (100AH) batteries for the FireFinder-XLS System and up to 100AH battery sets for the FS-250 and FS-250C Systems.The CAB-BATT is black and the CAB-BATT-R is red.The CAB-BATT-R will be referred to in the remainder of this document as the CAB-BATT. The CAB-BATT consists of a door and a backbox, as shown in Figure 1.The door is permanently hinged left. The backbox can be placed on the floor directly underneath the CAB enclosure to which it supplies battery backup or it can be mounted on a flat surface with four user- supplied bolts that are a maximum of 3/8 inch in diameter. KNOCKOUTS FOR WIRING II CAB-BATT Figure 7 CAB-BATT Enclosure 113 . CABB-BATT Enclosure is for indoor use only in dry environments. INSTALLATION Prior to installation consider the following: • Weight and size of the enclosure. • Local codes. Install the backbox: 1. Select a clean,dry,shock and vibration free surface. Siemens Building Technologies P/N 315-033917-5 Fire Safety 2. Position the backbox directly beneath the CAB enclosure to which it will be wired, lining up the knockouts in the CAB-BATT with the knockouts in the CAB enclosure. 3. Position the backbox so that it is clear of obstructions and the front door opens freely. 4. Mark the locations of the two upper mounting bolts of the backbox on the wall. (Refer to Figure 2.) 21251n 1.08 in 12. In 8. p 4.437 In (2 HOLES) 0 28.125 Figure 2 Mounting Holes For CAB-BATT 5. Drill the two holes located in the previous step and screw in the top bolts, leaving a small gap between the wall and each top bolt. 6. Place the backbox over the two top bolts and allow it to slide down over the bolts. 7. Mark,drill,and install the two bottom bolts in the backbox. 8. Tighten all four bolts securely against the back wall of the backbox. 9. Place the batteries in the bottom of the CAB-BATT. WIRING I� The main AC power line must be turned OFF prior to installation. WARNING Install Wiring Wire in accordance with local codes and NEC 760. 1. Remove the knockouts in the top of the battery box and bottom of CAB enclosure for entry of battery wiring. 2. Connect the Battery Wire Assembly to the batteries in the CAB-BAIT. If a longer wire is required, use a minimum of 12 AWG. For FireFinder-XLS, use P/N 465-633943,supplied with the PSC-12 (Refer to Figure 3 and the PSC- 12 Installation Instructions, P/N 315-033060.) For FS-250 or FS-250C, use the Battery Cable Assembly supplied with the FS-250/FS-250C hardware kit(Refer to Figure 4.) Siemens Building Technologies 2 P/N 315-033917-5 Fire Safety SPECIFICATIONS CAB-BATT. 26-1/8"W x S 3/a"D x 12"H CC-5 CC-5 8=I 'I'LJE2) D'. '1�E13'1 '1 0 0 0 0 0 0 ===== 01 [=== Q¢� TYPICAL CAB-2 Bi ENCLOSURE . cca �," V,° 11 1,11 J1E1ill '1E1 — P8612 0 0 1rc3 COI 11 ICE _ 1 12 in.long wire Battery Wire I provided with Assembly (I— ) PSC-12 P/N 465-633943 Black .- i -•••----• Red CAB-BAIT_, — W _11ire __ + —1 wire+m. Battery Battery Figure 3 Typical Battery Connections From FireFinder-XLS To CAB-BATT Siemens Building Technologies 3 P/N 315-033917-5 Fire Safety 0 0 ° °, FUTURE EXPANSION o 0 2 O O O c0 FS-MB r° a FS-DLC(FS-250) OR p FDLC(FS-250C) TX-3 ° ° �I TO DISPLAY 7 p BOARD • BRDG TX-2 ° ° FS-DACT OR FS-MT I. Imo! .1a;1. ICI -'15:1 /fihI ° ° 11 AC o (oolBAT o 0 POWER fir) BATTERY WIRE J/ ASSEMBLY/ PROVIDED WITH BATTERIES HARDWARE KIT 0 0 12"LONG WIRE PROVIDED WITH — HARDWARE KIT ! Black f Red CAB-BATTY 1—Wire — Wire+ma Battery Battery ................ Figure 4 Typical Battery Connections From FS-250/FS-250C To CAB-BATT Siemens Building Technologies,Inc. Siemens Building Technologies,Ltd. 9 Fernwood Road 2 Kenview Boulevard Florham Park,New Jersey 07932 Brampton,Ontario LOT 5E4 Canada P/N 315-033917-5 SIEMENS Catalog Sheet Fire Safety& Security Products FireFinder XLS Card Cage-5 Slots Model CC-5 ARCHITECT AND ENGINEER SPECIFICATIONS •Common card cage for all FireFinder XLS l V option cards t, •Five (5) slots to mount any option cards —with no restrictions • Mounts on back box or CAB-MP (two-module spaces) .,INN '� • Removable terminal blocks 6 • Numbered terminal blocks • All field-wiring terminations on top (power limited) • All internal-wiring terminations on bottom (non-power limited) • Molded card guides for card mounting • Card-position locator label on card guide • All cards communicate via common 60-pin power/data bus • Screw terminals wire sizes supported: 12 AWG — 24AWG �- e • DIN connectors • ®UL 864 9th Edition Listed and E)ULC Listed; nom mon am awl FM, CSFM & NYMEA Approved Product Overview The Model CC-5 card cage provides the physical Field wiring to all devices and circuits mounting location and all wiring connection terminates at the Model CC-5 card cage. points for all fire and voice system options cards All cards designed for use with Model CC-5 for the FireFinder XLS system. route their field wiring terminations to the 'top' Specifications of Model CC-5 — these connections are all All cards plugged into the Model CC-5 card cage power limited. Internal wiring connections communicate with other modules of the distribute 24VDC to cards or high-level audio FireFinder XLS panel—via a common, 60-pin data signals (depending on application used) bus. This 60-pin bus runs through the card connected to the "bottom"of Model CC-5 — cage; making all communication data buses and these connections are all non power signals available to all cards. Connectors are limited. provided on the left and right side of Model CC-5 All wiring connections to Model CC-5 are made to connect a 60-pin cable for communications to removable terminal blocks. Terminal blocks with the FireFinder XLS operator interface, power are rated for use with wire-sized 12AWG to supplies and amplifiers modules. There are no 24AWG. Each terminal block comes with a active components on Model CC-5. protective cover that also serves as a handle to allow easy terminal-block removal when wires are connected. FireFinder XLS 6320 SIEMENS Industry, Inc. Building Technologies Division Specifications — (continued) Compatible FireFinder XLS Cards Each connector is numbered to make wiring Any combination of the following (5) option terminations to the correct position on the cards can be installed in the CC-5: terminal block simple and reduce the potential Fire System Cards: for wiring errors. Model No. Part No. Description Model CC-5 is shipped with two (2) card guides (top and bottom) that mount to the DtC 500.033090 Device Loop Card Model CC-5 PCB. The 'top'card guide contains a ZIC-4A 500.033050 Zone Indicating Card 4 Circuits blank label for use by the installer to indicate the CRC-6 500-033250 Controllable Relay Card location or card-slot position. The blank label NIC-C 500.033240 Network Interface Card serves as a reminder to the installer to ensure CDC-4 500-034200 Conventional Detector Card the proper card goes in the correct card slot — Voice System Cards: this is important during commissioning Model No. Part No. Description when cards may be installed after the field- DAC-NET 500.035100 Digital Audio Card-Network wiring terminations have been made —and AIC 500-035300 Audio Input Card when cards are removed for service. ZAC-40 500-035400 40-Watt Zone Amplifier Card All field-wiring terminations are typically TZC-8B 500-034110 Telephone Zone Card made to the Model CC-5 terminal blocks before the card guides are mounted and the Details for Ordering option cards are installed. Model CC-5 mounts in two (2) of the four(4) available module Model No. Part No. Description spaces directly on the back box or optional CC-5 500-633037 Card Cage 5 Slots Model CAB-MP for installation in the CAB-1, Refer to Installation Instruction:315-033035 CAB-2 or CAB-3 enclosures. Temperature and Humidity Range Products are SUL 864 9th Edition listed for indoor dry locations within a temperature range of 120+/-3°F (49+1-2°C) to 32+1-3°F (0+1-2°C) and at a relative humidity of 93+/-2% at a temperature of 90+1-3°F (32+1-2°C). Notice: This marketing catalog sheet is not intended to be used for system design or installation purposes. For the most up-to-date information, refer to each product's installation instructions. Fire Safety Fire Safety 8 Femwood Road 2 Kenview Boulevard SIEMENS Industry, Inc. Florham Park,NJ 07932 Brampton,Ontario May 2010 Building Technologies Division Tel:(973)593-2600 (sIl) LOT 5E4/Canada Y FAX:(908)547-6877 Printed in U.S.A. Tel:(905)799-9937 supersedes sheet2)dated 71°9 Rev. URL:www.SBT.Siemens.com/FIS FAX:(905)799-9858 ai3 S Yk XYe'J k9 N A�j'#rvIIVrfi�t vt 4 9�n+a3 :�� 'k�„ ` �' SIEMENS R 3sR 33{ h ; Desigo° Fire Safety Modular system 'ye`�6 fi'44 eY�2F!1fi`� � L«�'^F"afbe*f#„t`Na>�"WR � ,.,€4'E � ��i"U• a , Digital Audio Card and Local Page Board Models DAC-NET and LPB Architect& En.ineer S.ecifications Product Overview The Digital Audio Card (Model DAC-NET) provides the ❑ Audio signal source audio source for the Desigo Fire Safety Modular (Desigo ❑ On-board microprocessor Modular) Voice Evacuation System, and provides D-NET network communication to and from the Operator 0 Built-in,ground-fault detection Interface(01)and between enclosures. :; ❑ Transmits eight(8) •i,'- audio channels Model DAC-NET is capable of transmitting eight (8) " mi ❑ Programmable,custom digital channels of audio, via two (2) pairs of wire. One messages or tones (1) DAC-NET is required in each Desigo Modular voice- ❑ Five(5)minutes of message/ panel enclosure, and can be wired 'Class A' (Style 7) — 11:1 Ic tone-storage memory four (4) pairs of wires, or -Class B' (Style 4) — two (2) pairs of wires- ❑ Provides communication of 99 6 types, max., of the following Additionally, Model DAC-NET, which plugs into one (1) modules,via the CAN bus: t slot in the Model CC-5 or Model CC-2 Card Cage, has on 441- • SCM-8 • TZC-BB board light-emitting diodes (LEDs) for system status and • LCM-8 • LVM troubleshooting. • FCM-6 • ZAC-40 Indication of 'Power' I 'Communication' i 'Internal • FMT • ZAM-180 Operation' I 'Ground Fault' and 'Trouble-event' Model conditions are also provided. DAC-NE ❑ 'Class B'(Style 4), via two(2)pairs of wires Model DAC-NET contains an on-board microprocessor, Digital Audio Card ❑ 'Class A'(Style 7), providing communication with switch modules, LED via four(4)pairs of wires modules, microphone, telephone zone cards, and zone amplifiers across the Control Area Network CAN Bus. ❑ UL864 I CAN/ULC Listed Additionally,99 CAN-address modules can be supervised by one(1)Model DAC-NET. Model DAC-NET contains on-board tones and pre- : ; recorded EVAC and ALERT messages- Additionally, - custom messages or tones can be downloaded to •,, ''''', - . the DAC-NET using the custom-configuration n software tool, ZEUS-D, of a Desigo Modular voice system for a total of five minutes of storage memory- Model LP: Local Page Board Siemens Data Sheet 7334 Building Technologies Division usa.siemens.comldesigo-fire-safety S•ecifications D-NET communication is supervised for open, short and ground fault. Each input I output is electrically isolated. The maximum distance between two DAC-NETs is 2,300 feet[701 m] (14 AWG to 18 AWG twisted, unshielded wire). A maximum wiring length can be up to 23,000 feet[7010 m]of twisted, unshielded wire through the entire D-NET network,totaling(32)DAC-NET nodes. The Local Page Board (Model LPB) is used to connect the microphone- mounted inside the Live Voice Module (Model LVM)-and the voice-internal telephone system. Model LPB serves as a plug-on board to Model DAC-NET, and converts the two(2)analog input signals into the system's internal digital format. Up to five(5)Model LVM modules can be connected to Model LPB. Additionally,Model LPB has one(1)analog output to connect to the monitor speaker,which is mounted inside Model LVM. The one(1)analog output is one(1)of eight(8)voice-internal audio channels selectable at the Desigo Modular system. Tem.erature and Humidit Ranee Products are UL 864 9th Edition Listed for indoor dry locations within a temperature range of 120'1-3°F(49+1-2°C) to 32+I-3°F(0+1-2°C)and a relative humidity of 93*1-2°h at a temperature of 90+1-3°F(32*1-2°C). Electrical Ratin.s Details for Orderin. POWER CONSUMPTION MODEL (DAC-NET) OR PART PRODUCT TYPE NUMBER 24V CURRENT DRAW: 230mA [Back Plane] DAC-NET 500-035100 Digital Audio Card 24V CURRENT DRAW: 0 [Screw Terminal] 6.2V CURRENT DRAW: 0 LPB 500-035200 Local Page Board [Back Plane] 24V CURRENT DRAW: 230mA [Standby] NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets-as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the Desigo® Fire Safety proper functioning of the equipment,please contact Siemens Industry, Inc. the Manufacturer. Building Technologies Division 8 Fernwood Road • Florham Park, NJ 07932 SIEMENS Tel:(973) 593-2600 October 2017-New Issue (Rev_0) ...r SIEMENS Desigo® Fire Safety Modular t � ., Switch-Control Module I LED Control Module . , , I Fan-Control Module Models SCM-8, LCM-8 and FCM-6 Architect& En•ineer S•ecifications Product Overview ❑ Eight(8)programmable switches Model SCM-8 (Model SCM-8) Model SCM-8 is a Siemens Desigo Fire Safety Modular system option module that O Six(6)sets of the push-button, provides manual control of the emergency voice-evacuation or manual fire-system programmable fan-control switches control. Each Model SCM-8 module provides eight (8) momentary push-button (Model FCM-6) switches and 16 light-emitting diodes(LEDs)to indicate their status. Ei Multi-color light-emitting diodes(LEDs) Each switch is assigned two (2) LEDs and a label to indicate the switch's for clear indication of system status programmed usage. The label slides behind a clear, protective membrane. One of ❑ Manual 'ON'I'OFF'I the LEDs assigned to each switch is a dual-color LED used to indicate what type of 'Automatic'positions signal is active. This LED may also be lighted steady or flashing to further indicate o LED indication of fan status system status. CON'1'OFF'/'Trouble'} For example, zones active to the evacuation audio channel will have the LED lighted ❑ Protected space provided for labeling RED and steady; zones active to the 'Alert' audio channel will have the LED lighted ❑ LED indication of fan status RED and flashing; zones selected for paging will have the LED lighted GREEN and CON'/'OFF'/'Trouble') flashing until the microphone key is pressed. O Programmable LED annunciation When the zone-transfer confirmation message is received by the Desigo Fire Safety ❑ Remote mounting in Model Modular system-command console, the LED will change to steady GREEN, indicating REMBOX2 or REMBOX4 enclosures that it is clear to page. Telephone zones with an incoming call in progress will have an LED flashing GREEN until selected at the command console — at which time the ❑ Supervised positive system feedback LED will change to steady GREEN, etc. This process allows the operator easy, clear O Protected label provided access to the overall system condition at all times. The second LED is AMBER, and is ❑ Modular used to indicate a fault condition. ❑ Activation-stagger timer Each Model SCM-8 switch module is fully programmable, and may be used to ID uL864&CAN/ULC-5576 Listed; control speaker circuits and a wide range of general system functions such as: 'All Call', 'All Evac, 'Warden's Page', 'Speaker, etc. Any number of circuits may be grouped and controlled by a single switch. Switch usage and zone groupings are assigned using the Zeus-D system programming software. Each Model SCM-8 module is mounted on a hinged panel as a part of the Desigo Fire Safety Modular system command console enclosure. iv •• 4,... .. ,.... _..... _...... _ , .. „. ,„. ,• �: an: ,—�• —:� •. all: NIB 111111111-4: -. ri.-44 111111: 1111111: _ice _: 4. 01 0/0 _-.0 Model FCM-6 Model LCM-8 Model SCM-8 Fan-Control Module LED-Control Module Switch-Control Module Siemens Data Sheet 7317 Building Technologies Division usa.Siemens.com/desigo-fire-safety Product Overview(continued) LCM-8 Model LCM-8 is a Desigo Fire Safety Modular system option module that provides LED annunciation of system activity. Each Model LCM-8 module contains eight (8) groups of two (2) LEDs-each of which can be assigned to desired outputs using the Zeus-D programming software. Eight (8) LEDs are capable of being lighted either RED or GREEN(flashing or steady). The remaining LEDs are AMBER(flashing or steady). A space is provided for labeling of LED functions. The label slides behind a clear, protective membrane. Model LCM-8 dimensions are identical to Model SCM-8,and Model LCM-8 is mounted on the same hinged panel as a part of the Desigo Fire Safety Modular system command console enclosure. Any combination of Models SCM-8 and LCM-8 modules may be used. FCM-6 Model FCM-6 is a Desigo Fire Safety Modular system command-console option module that provides manual control of building heating I ventilation I air-conditioning (HVAC) system fans and dampers. Each Model FCM-6 module provides six (6) sets of three (3) push-button switches for manual system control. Each switch has three (3)associated LEDs to indicate Fan I Damper status: 'OFF'(RED LED), 'ON'(GREEN LED),'TROUBLE'(YELLOW LED). When in the automatic position, the RED and GREEN LEDs indicate Fan I Damper status CON'I'OFF') based on the system logic that can be programmed to automatically control the fan outputs. When manually switched to the'OFF'position, the RED LED will flash, indicating the output circuit used to turn off the Fan / Damper has activated. The RED LED will light a steady stream of RED to indicate positive feedback of the Fan I Damper actually turning off(via a monitored input). When manually switched to the'ON'position,the GREEN LED will flash, indicating the output circuit used to turn on the Fan!Damper has activated. The GREEN LED will light to a steady GREEN to indicate positive feedback of the Fan I Damper actually turning on(via a monitored input.) SWITCH LED POSITION INDICATORS DESCRIPTION OFF:RED Solid AUTO Based on System Logic Driving Outputs ON:GREEN Solid GREEN Flashing Command Sent to Turn On Outputs ON Output is ON- GREEN Solid Positive Feedback Received(that output is powered I On) RED Flashing Command Sent Out to Turn Off Outputs OFF Output is OFF- RED Solid Positive Feedback Received(that output is turned Off) During system reset - when switches have been manually set to the 'ON' or the 'OFF' position - their associated outputs do not change state. The switches stay either'ON'or'OFF'-based on the position of the switch. Outputs will only change state when manually controlled via the 'ON' / 'OFF" switch or based on system logic when switch is in the'Auto'position. Each Model FCM-6 module is mounted on a hinged panel as a part of the Desigo Fire Safety Modular system command console enclosure. Any combination of Model SCM-8 I Model LCM-8 or Model FCM-6 modules may be mounted on the inner-door mounting plate (Model ID-MP). A six-conductor cable is supplied for interconnection of the modules. A 30-inch (76.2 cm.)cable (Model CCL) is available for connection between rows. Models SCM-8, LCM-8, and FCM-6 may be remotely mounted up to 1,000 feet (305 meters) from the main enclosure. The Model REMBOX2 and REMBOX4 lobby enclosures are required for remote mounting of a Model SCM-8 I LCM-8 and FCM-6. The CAN sounder board (Model CSB) is optionally available for audible feedback for remote mounting applications. Tern.erature and Humidit Ran.e Products are UL 864 9th Edition Listed for indoor dry locations within a temperature range of 120*1-3°F(49*I-2°C) to 32*1-3°F (0*I-2°C) and a relative humidity of 93 !-2%at a temperature of 90*1-3°F (32*l-2°C). Siemens Building Technologies Division -2- usa.siemens.comldesigo-fire-safety Details for Orderin. 24V Current Draw: MODEL PART0 q PRODUCT[Back Plane] OR TYPE NUMBER IRI 24V Current Draw: 14mA Max+1 mA FCM-6 0 0 Fan Control Module Switches [Screw Terminal] (per active LED) (ON OFF I AUTO) 6.2V Current Draw: 0 LCM-8 500-033100 LED Annunciator Module [Back Plane] (eight[8]LED sets) 24V Current Draw: 14mA Max+1 mA Switch Module SCM-8 500-033040 [Standby] (per active LED) (eight[8]switches) BCM 599-033320 Blank Plate CAN Cable— CCL 599-634214 3 Feet(0.91 Meter)Long, Required CSB 500-033130 CAN Sounder Board ID-MP 500-633027 Inner Door Mounting Plate (accepts up to four[4]modules) Siemens Building Technologies Division -3- usa.siemens.comldesigo-fire-safety NOTICE— The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets—as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the Des i o® Fire Safety proper functioning of the equipment,please contact Siemens Industry, Inc. the Manufacturer. m; Building Technologies Division 8 Fernwood Road • Florham Park, NJ 07932 Tel:(973) 593-2600 SIEMENS September 2017—New Issue .- ' (Rev.0) SIEMENS Catalog Sheet Fire Safety& Security Products FireFinder XLSV Firefighters' Master Telephone Model FMT ARCHITECT AND ENGINEER SPECIFICATIONS • Firefighters' master-telephone handset • Push-to-talk button • Fully supervised • Diagnostic light-emitting diodes (LEDs) • Mounts to the inner door of Model CAB1, Model CAB2, Model CAB3 or Model REMBOX4 enclosure • Generates Acknowledge tone and Busy signal for remote telephones • Warden's page • ®UL 864 9th Edition Listed & OULC Listed; FM, CSFM Approved; NYC Fire Department Certificate of Approval #6056 Product Overview The Firefighters'Master Telephone Module Telephone zone call-ins are annunciated on the (Model FMT) provides firefighters with an appropriate Model SCM-8 switch module. Remote emergency telephone system for stations receive an Acknowledge tone when communication with remote locations. Model dialing into the command center prior to the call FMT mounts to the rear of the inner door of a being answered, which indicates a 'call-in'is in Model CAB 1, Model CAB2, Model CAB3,or progress, and a Busy tone if calling into the Model REMBOX4 enclosure, and includes a command center and another telephone zone is handset for the operator of the telephone already on line. system. Diagnostic LEDs are located on the back of Model The FireFinder XLSV firefighter's telephone FMT to indicate power is applied to the module unit is designed for maximum performance in and failure of the card, CAN communication or communication quality. Model FMT circuitry phone. allows the master telephone and at least five (5) The Firefighters'Master Telephone Module(Model telephone stations to be off hook simultaneously FMT)is supervised by the Model DAC-NET card, with no degradation of audio quality. and it is assigned to one (1) of the 99 Model The Model FMT-A-ADPT adapter (FM approval DAC-NET sub-module addresses (CAN pending) allows the telephone riser to be addresses.) wired for Class A operation. The telephone riser is supervised by the primary Model FMT. Firefighters' Master Telephone 6335 SIEMENS Industry, Inc. Building Technologies Division Electrical Ratings Temperature and Humidity Range 24V Bade Pbne Curren o Products are®UL 864 9th Edition listed for indoor dry tarrr4max locations within a temperature range of 120+/-3°F Screw Tereiral2avCurled .tmApar■de,LED (49+1-2°C)to 32+/-3°F(0+/-2°C)and at a relative 62V Bask Plane Currert humidity of 93+/-2%at a temperature of 90+1-3°F 24V standby Currert 0 (32+/-2°C). Output Power Details for Ordering 8V peak to peak nex Model Part CAN Network Pair 75mA max. Number Number Description (during ram tansmission) FMT 500-034100 Firefighters'Master Telephone FMT-A-ADPT 500-050338 Class A Telephone Riser Adapter Notice: This marketing catalog sheet is not intended to be used for system design or installation purposes. For the most up-to-date information, refer to each product's installation instructions. Fire Safety Fire Safety 8 Femwood Road 2 Kenview Boulevard SIEMENS Industry, Inc. Florham Park,NJ 07932 Brampton,Ontario Building Technologies Division Tel:(973)593-2600 (Sn-Fs) L6T 5E4/Canada September 2010 FAX:(908)547-6877 Printed in U.S.A. Tel:(905)799-9937 Supersedes,need dated sno Rev.9) URL:www.SBT-Siemens.com/FIS FAX:(905)799-9858 SIEMENS I!n 0 / ter{V ut for(r Desigo® Fire Safety Modular system .} .x .w .. Live Voice Module Model LVM Architect& En•ineer 5.ecifications Product Overview ❑ Dynamic microphone with The Live Voice Module (Model LVM) provides a supervised, high-quality and push-to-talk switch dynamic microphone to give firefighters a means of sending live voice messages ❑ Coil cord to specified audio zones. Model LVM mounts on the inner door of a CAB1 I CAB2 CAB3 or remote lobby enclosure. Model LVM includes a microphone with a ❑ Fully supervised push-to-talk switch and coiled cord. The microphone and push-to-talk switch are El Pre-announce tone LED fully supervised. • ❑ Ready-to-page LED Model LVM also provides a GREEN preannounce LED, which ❑ Six(6)programmable, indicates the pre-announce signal is active at the selected r., built-in switches zones, and a GREEN ready-to-page LED, which indicates mg:, owe ❑ Six(6)pairs of built-in LEDs selected zones are ready to be paged. ---ae(r, ❑ Speaker with volume control The pre-announce signal can be programmed as a tone or message,and the duration is adjustable from 0 to 10 seconds ❑ Mounts to the inner door of in 1-second increments. A built-in speaker with volume Models CAB 1 I CAB2 I CAB3 or control allows the monitoring of the audio channels. remote lobby enclosure ❑ ULB64 & CAN / ULC-5576 Listed; The front panel of Model LVM contains six (6) switches and six (6) pairs of LEDs. Each pair of LEDs contains one (1) bi-color(RED I GREEN)and one(1)YELLOW LED. The six (6) switches can be programmed for manual voice functions,as well as generic system functions. When the switches are used as generic switches, all LEDs can be programmed for ON I OFF or FLASHING. Model LVM is supervised by the Model DAC-NET card, • and is assigned to one (1) of the 99 Model DAC-NET Model LVM sub addresses(CAN addresses). Live Voice Module CO Siemens Data Sheet 7333 Building Technologies Division usa.siemens.comldesigo-fire-safety Temeerature and Humidit Ranee Model LVM is UL Listed for indoor dry locations within a temperature range of 120+1-3°F(49*1-2°C) to 32+1-3°F(0+1-2°C)and a relative humidity of 93+1-2%at a temperature of 90*1-3°F(32+1-2°C). Electrical Ratin e s Details for Ordering 'CURRENT24V 25mA,max. MODEL PART PRODUCT OR TYPE NUMBER LVM 500-034090 Live Voice Module NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets-as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the Des i g O® Fare Safety ety proper functioning of the equipment,please contact Siemens Industry,Manufacturer. Inc. Building Technologies Division 8 Fernwood Road •Florham Park, NJ 07932 1� Tel (973)593-2600 SIEMENS October 2017—New Issue (Rev.0) ` '. SIEMENS ay_for- „ fe Desigo® Fire Safety A 11 Modular system Network Interface Card Model NIC-C Architect& Ertl inieer 5•ecifications Product Overview ............: ❑ HNET communications The Network Interface Card (Model NIC-C) provides HNET or XNET network communications between enclosures.In addition to the HNET or XNET communication, ❑ XNET communications Model NIC-C provides CAN network communication within an enclosure or external to ❑ CAN network communications the enclosure. The HNET or XNET can be wired 'Class B'- Style 4 or'Class A'-Style 7, ❑ Supports 'Class B' - (Style 4) but the CAN network can only be wired'Class B'-Style 4. or Class A' -(Style 7)wiring for XNET or HNET "S•ecifications o Supervises the HNET or XNET A single Model NIC-C can provide either HNET or XNET communications. and CAN networks The CAN interface is available regardless of the HNET or XNET usage. ❑ Diagnostic light-emitting diodes - - - (LEDs) When Model NIC-C is used for HNET communications, Model NIC-C ❑ Isolates short circuit faults provides communication between enclosures within a single system. The maximum HNET Model NIC-C cards on a single system ❑ Ground-fault detection (single node)is 50. ❑ Network repeater ❑ Downloadable firmware Model NIC-C supervises the HNET network to insure proper operation. Model NIC-C also isolates a short-circuit fault to each ❑ UL864 I CAN / ULC Listed; individual segment of the HNET network. Model NIC-C provides an electrical repeater for each HNET pair. }Il When Model NIC-C is used for XNET communications, - communication is provided between systems. The maximum XNET Model NIC-C cards for a single-node system is one (1), totaling 59 XNET Model NIC-C cards on a peer-to-peer, networked system. The ` XNET Model NIC-C card must reside in the same enclosure as the Operator Interface(0I). Model NIC-C supervises the XNET network to ensure proper operation. Model NIC-C also isolates a short-circuit fault to each individual segment of the XNET network. Model NIC-C provides an Model NIC-C electrical repeater for each XNET pair. MXL systems may also reside Network on the same XNET with Desigo Fire Safety Modular systems. Interface Card CO • Siemens Data Sheet 7338 Building Technologies Division usa.siemens.comldesigo-fire-safety S•ecfications-(continued) Each Desigo Fire Safety Modular system will report events over the XNET to the Network Command Center for display. The following commands are displayed on Model NCC-G: 'Trouble' I 'Acknowledge' I 'Alarm-Silence I 'System-Reset, which are also each initiated at Model NCC. Model NCC can also be used to perform maintenance commands on an individual Desigo Fire Safety Modular system on the XNET communications bus. Each Model NIC-C Card takes one(1)card slot and mounts in a Model CC-2 or Model CC-5 Card Cage inside a Model CAB-1 I Model CAB-2 I Model CAB-3 enclosure. Model NIC-C also comprises the CAN network,which supports Model LCM-8 I SCM-8 I FCM-6 I OCM-16 I SIM-16 CAN modules. Up to 99 CAN module addresses are available per enclosure. The Network Interface Card has diagnostic LEDs that indicate Card Fail I CAN Fail I HNET Fail I XNET Fail I Ground Fault 'Loop A'Fail,and'Loop B'Fail. Each Model NIC-C also has LEDs to indicate Power I Style and Active Networks. Tem•erature and Humidit Ran•e Product is UL 864 9th Edition Listed for indoor dry locations within a temperature range of 120'I-3°F(49'1-2°C) to 32+1-3°F(0'1-2°C)and a relative humidity of 93+1-2%at a temperature of 90+1-3°F(32+1-2°C). Electrical Ratin•s Details for Ordering INPUT POWER MODEL -- - OR PART PRODUCT 24V BACK 120mA TYPE NUMBER PLANE CURRENT 24V CURRENT (SCREW TERMINAL) NIC-C 500-033240 Network Interface Card 6.2V BACK 0 ..- PLANE CURRENT ,... 24V CURRENT 120 A (STANDBY) OUTPUT POWER EACH 8V,peak-to-peak,max HNET I XNET AND 75mA,max. CAN NETWORK PAIR (during message transmission) NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets-as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the Desigo® Fire Safety proper functioning of the equipment,please contact,W Siemens Industry,Inc. the Manufactures Building Technologies Division 8 Fernwood Road • Florham Park, NJ 07932 Tel:(973)593-2600 SIEMENS October 2017—New Issue (Rev.0) SIEMENS ftlet"..447-for e fe. Desigo® Fire Safety Power Supply Charger I Power Supply Extender I Power Termination Board Models PSC-12 I PSX-1 2 I PTB Architect&EnrineerS•ecifications Product Overview ❑ Model PSC-12 is the main-system Main-Power Supply Charger—>Model PSC-12 power supply The Model PSC-12 Power-Supply Charger is a high-current power supply that ❑ Model PSX-12 is the optional, provides a Desigo Fire Safety Modular (Desigo Modular) panel with primary, system-power-expansion module regulated 24VDC power to operate at 12 Amps (Alarm' mode) 15 Amps - Up to three(3)Model PSX-12s (,Standby'). connected to one(1)Model PSC-12 With its built-in battery charger- capable of charging up to 100AH batteries, Model ❑ PSC-12 and PSX-12 each include a PSC-12 is an addressable-intelligent, microprocessor-controlled power module that Power Termination Board (Model communicates its status to the Desigo Modular Operator Interface (OI), Model PTA)for AC field connections FCM2041-U2. Moreover, the panel's OI is able to query the status of the power ❑ Model PSC-12 has a built-in supply to obtain data regarding system-charging current I terminal-loading charger for up to 100AH batteries information I ground fault-conditions and more. ❑ Main and optional power supply Model PSC-12 is a universal power supply; accepting AC power-input levels from each has a universal AC power input: 120VAC—240VAC @ 50 I 60Hz. No special configuration is required: Model PSC-12 120VAC-240VAC @ 50/60Hz is designed to operate across these AC input ranges. A 60-pin connector is used for ❑ Filtered and regulated,total output communication between a Model PSC-12 charger and other system cards and power for each power-supply type modules. The communication transmission (of which has variables of 6.2VDC and is output 12 Amps @24VDC 24VDC),is referred as'back-plane current'. - 24VDC and DC power contact Each Model PSC-12 provides 12 Amps of Desigo Modular system output power @ between paneland to all power modules via a60-pin connector 24VDC. Two (2) separate power-output terminals are available: one (1) power Provides 12A lnon-power-limited limited with 4A max @ 24VDC capacity, as well as one (1) non-power limited with I 24VDC output(internal use) 12A max @24VDC capacity (the total not to exceed 12A). Model PSC-12 also - 4-Amp, power-limited 24VDC provides two (2) connection points for the 60-pin power I data bus. Additionally, output(external use) the 24VDC outputs found a Model PSC-12 provide auto-resettable current - Common'Alarm'and'Trouble' protection circuits for overload and short-circuit panel conditions. relays(Form'C'rated @ 2A) In event of a Desigo Modular system power failure, backup batteries are used. - Two(2)programmable relays Though when main-system power is active, Model PSC-12 is able to charge back- (Form C rated @ 2A) up batteries that carry the following current: up to 15AH 131AH i 75AH and up ❑ Any of the three(3)modules mount to 100AH batteries. The battery sizes that are used in a given Desigo Modular on back box or optional Model CAB-MP panel are entered into the custom-configuration software tool, Zeus-D, and the in one(1)module space power charger (Model PSC-12) has three (3) modes - dependent upon ❑ Ground-fault-detection circuitry for condition: Bulk (full)Charge State I Trickle Charge State and Float(maintenance) all three(3)power-equipment types State. Model PSC-12 subsequently is able to monitor the condition of the batteries automatically,determining which of the charging modes to activate. ❑ UL864&CAN!ULC-S576..Listed NOTE: Model PSC-12 can only charge lead-acid batteries. (1) lt4 Siemens Data Sheet 7322 Building Technologies Division usa.siemens.comldesigo-fire-safety f llillll 1111111 ' mum � 1111111 multi 11111111 11111111 pi imam imam i1 Ilxx is• !1'•• 11 ti� i t l l I I l i � j l i 11 Ii (l •11 11 ll ll .. li L lF II II li al i 11 II 1 1:t l I rI I I ,11 11 . (II EMIll , II Ii . 6 ,. i no Model PSC-12 Model PSX-12 Desigo Modular Desigo Modular Power Supply Charger Power Supply Extender Product Overview—(continued) Main-Power Supply Charger—>Model PSC-12 Model PSC-12 mounts on one (1) of four(4)available module spaces directly on the back box or optional Model CAB- MP module mounting plate,which then mounts inside of Models CAB-1 I CAB-2 or CAB-3 system enclosures. Additionally, Model PSC-12 has four (4) Form 'C' relays rated at 2 Amps each. A relay is dedicated to automatically operate on 'Any System Alarm'—this is the Common Alarm Relay. Another is dedicated to automatically operate on 'Any System Trouble'-this is the Common'Trouble'Relay. Two(2)additional relays are available for programming and activation,based upon system-control logic. When a door-tamper switch is required in any of the Desigo Modular CAB-series enclosures,the Model HTSW-1 tamper switch can be optionally connected to a Model PSC-12 to provide this functionality. Model PSC-12 has diagnostics LEDs to indicate 'Power On', 'Module Failure' (internal module failure), 'H-NET Failure' (network-communication failure), 'Ground Fault'(internal to enclosure or on any 24VDC output circuits),'24VDC 112A Fail', and '24VDC I 4A Fail.' Model PSC-12 module is addressed using plain, decimal-address switches, which clearly state the address of the module. As an option, an extender cable (Model PSC-ISO-CBL) allows use for two (2) Desigo Modular power supplies(Model PSC-12)in one(1)Model CAB-series enclosure. Power Termination Board—>Model PTB The Power Termination Board comes packaged with a module known as Model PTB. Model PTB is the Power Termination Board,and is required for operation with the Power Supply Charger (Model PSC-12). Model PTB must be mounted in the lower-right corner of the CAB enclosures. Mounting studs are provided in all enclosures to mount to Model PTB. Model PTB contains screw terminals for the usage of AC-input power. Model PTB contains an AC-line filter and AC-line power breaker rated at 5A. From another connector on Model PTB,AC power is connected directly to Model PSC-12,via a keyed- cable harness. Each Model PTB supports building AC-power-connection circuits for two(2) power supplies—either one(1) for Model PSC-12 and one(1), optionally, for the Power Supply extender(Model PSX-12.) When more than one(1) Model PSX-12 Power Supply extender is used,a second Model PTB is required,and must be ordered separately. Model PTB has an optional connector that can be used '•PSC•12 during system installation, commissioning and service to = = provide the technician with a place to plug in their laptop 1 computer, if required. Model AC-ADPT is an optional f Model accessory cable that allows connection on one side to «:o ] PTB Model PTB, via a keyed connector, and on the other end directly into to the laptop's transformer. Most PC external power transformers have removable AC power cords which can be replaced by Model AC-ADPT to temporarily provide an AC power source for PCs used during system installation,service and maintenance calls, when needed. Siemens Building Technologies Division -2- usa.siemens.comldesigo-fire-safety Product Overview-(continued) Power Supply Extender->Model PSX-12 The Power Supply Extender is a high-current,auxiliary-power Similar to Model PSC-12, each Desigo Modular Power supply that expands the main Model PSC-12 power supply Supply Extender mounts to one (1) of four (4) available and battery charger for the Desigo Modular system with an module spaces on the back box or optional Model CAB- additional 24VDC power. Model PSX-12 is rated at 12 Amps. MP module mounting plate,which subsequently mounts Model PSX-12 is an addressable intelligent microprocessor- inside a Models CAB1,CAB2 or CAB3 system enclosure. controlled module that communicates its status to the Model PSX-12 has diagnostics LEDs to indicate'Power On'; system-operator interface (OI) to report fault conditions. 'Module Failure'(internal module failure); 'H-NET Failure' Model FCM2041-U2 is able to query the status of the power (network communication failure);'Ground Fault'(internal supply to obtain information regarding terminal-loading to enclosure or on any 24VDC output circuits), 24VDC information,ground-fault conditions and more. 12A fail and 24VDC 4A fail. Model PSX-12 is addressed Model PSX-12 is a universal power supply; accepting AC using plain,decimal-address switches,which clearly state power-input levels from 120VAC—240VAC,and has an off the address of the module. line, switch-mode power converter and power-factor- correction circuit to improve conductive RF emissions at low frequency. No special configuration is required. Additionally, Model PSX-12 works with the panel's communication protocol in order to work with other system cards and modules, via the system's common 60-pin Tem.erature and Humidit Ran.e powerldata bus. Model PSX-12 provides a full 12 Amps of Desigo Modular power supplies are UL Listed power @ 24VDC. There are two (2) separate power-output I ULC Listed. Environmental operating conditions for each terminals: one of which is power-limited with 4A max powering module is 32°F (0°C) to 120°F (49°C) with a @24VDC capacity. The other terminal is non-power-limited relative humidity of no greater than 95%, non- with 12A max @24VDC capacity(total is not to exceed 12A). condensing. I- r' . ; . -e .s Details for Orderin. MODEL PSC-12 MODEL PSX-12 MODEL PART PRODUCT OR TYPE NUMBER 120VAC @ 50160 Hz. 120VAC @ 50/60 Hz. Technician INPUT VOLTAGE: 220VAC @ 50/60 Hz. 220VAC @ 50/60 Hz. AC-ADPT 500-633992 Laptop-Power Connector 240VAC @ 50 I60 Hz. 240VAC @ 50/60 Hz. 3.5A,max.@ 120VAC 3.5A,max.@ 120VAC BP-61 175-387194 15 AH @ 24VDC INPUT CURRENT: 2.5A,max.@ 220VAC 2.5A,max.@ 220VAC Battery 2.OA,max.@ 240VAC 2.0A,max.@ 240VAC Set of 31 AH @ BTX-1 175-083897 12V Batteries 24VDC BACK 2.OA,max. Not Applicable PLANE CURRENT: PP Set of 55AH BTX-2 175-083898 I2V Batteries Power SCREW TERMINAL, Limited: 4.0A,max. Limited: 4.0A'max. Set of 100AH @ 24V CURRENT: Non-Power Non-Power BTX-3 599-034220 12V Batteries 12A,max. 12A,max. Limited: Limited: Battery Enclosure for 6.2VDC BACK PLANE CAB-BATT 500-633917 75AH or 100AH Batteries CURRENT: 2.OA,max. Not Applicable HTSW-1 500-033350 Door Tamper Switch 24V STANDBY 150mA+20mA 150mA Power Supply and Battery CURRENT: per active relay PSC-12 500-033340 Charger(12A @24VDC) OUTPUT CURRENT 8V Peak-to- 8V Peak-to- Optional Extender Cable peak max. peak max. (used for holdingtwo[2] [Each HNETlXNET 75mA, during msg. 75mA, during msg. PSC-ISO-CB 554430-K4-A1 Model PSC-12 power and CAN Network Pair] max. transmission max. transmission supplies in one Ill Model CAB-series enclosure MODEL PTB PSX-12 500-034120 Power Supply Extender (12A @24VDC) AC MAINS RATING EACH MODEL PSC-12 I PSX-12 Power 120VAC @ 50/60 Hz. 3.5A,max. Termination Board PTB 500-033390 [only required for 220VAC @ 50/60 Hz. 2.5A,max. applications with more 240VAC @ 50/60 Hz. 2.0A,max. than two (2) Model PSX-12 extenders] Siemens Building Technologies Division -3- usa.siemens.comldesigo-fire-safety NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets-as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the Desig O® Fire Safety ety proper functioning of the equipment, please contact Siemens Industry, Inc. the Manufacturer. Building Technologies Division 8 Fernwood Road • Florham Park, NJ 07932 Tel:(973) 593-2600 .' SIEMENS September 2017-New Issue (Rev.O) SIEMENS Design® Fire Safety Modular s stem , $ " �° System-Status Display Series Model SSD, SSD-C and SSD-C-REM Architect& En•ineer S.ecifications Product Overview O 4"-x-40"(10.2 cm.-x-102 cm.) The System-Status Display (SSD Series) is a remote light-emitting diode (LED) / front-end,backlit liquid-crystal liquid-crystal display (LCD) display unit that shows the local status of a Desigo display(LCD)screen Fire Safety Modular system. A LED will illuminate when Alarm I Supervisory ❑ Audible and event-status Trouble and Security events occur on the system. A (4) four-line LCD will give light-emitting diodes(LEDs) details of the event in alphanumeric form.The display can be toggled to display O Scroll buttons to view additional additional events. Optional remote-system-control capabilities are available. events ❑ Local sounder S.ecifications ❑ Supports'Style 4'or The SSD Series display has separate LEDs for Alarm I • • 'Style 7'wiring Supervisory I Trouble and Security events on the ❑ Built-in transient protection Desigo Fire Safety Modular system. Each LED will ❑ Mounts in its own enclosure or flash when unacknowledged events of that type are REMBOX-series enclosure present on the system. The LED will change to ,t ❑ Optional local-system control steady,upon acknowledgment of the event. ❑ Downloadable firmware Also,there are two(2) LEDs that indicate the state of ❑ UL864&CAN 1 ULC-5576 Listed; audible circuits on the system: one (1) LED to an,. • mi.. me indicate that the circuits are active and one(1)LED to indicate the circuits have been silenced. The LCD display on the Model SSD-series display has or • ••I four(4) rows—40 characters for each row.When the Desigo Fire Safety Modular system is in its normal supervisory state with no events present, the display will annunciate the system ID information, the date •' • " • and the time of day. model SSD-C-REM When an event occurs on the system, the LCD display will System-Status show the event type and address, the time of the event, Display Series the custom message for that address, the usage of the device,and whether the event is 'acknowledged'or not. Additionally, the display will show the total number of all types of events present on the system. The display has a backlight feature that operates upon receiving any event information • or when any operator buttons are pressed. Model SSD-C System-Status 43 Display Series 010 Siemens Building Technologies Division Data Sheet 7326 usa.siemens.comidesigo-fire-safety S.ecifications —(continued) A local sounder is included with the Model SSD-series display that operates when any events are displayed on the system. The sounder can be optionally disabled through software programming. Pressing any operator buttons will silence the local sounder when an event is present. The SSD Series display has two (2) display-control buttons that are used to display the next or the previous event information in the sequence, and a local sounder silence button. Programming for the SSD Series display is done with the Zeus-D programming tool. Models SSD-C and Model SSD-C-REM have three (3) additional control buttons for acknowledging events, silencing audible circuits, and resetting the system. Model SSD-C has an integral key switch that enables these control buttons to operate. Model SSD-C-REM is located within a locked cabinet, so no additional key switch is required for enabling the control buttons. The SSD Series display is remotely connected to the H-Net communication bus from any Model NIC-C interface in a Desigo Fire Safety Modular system enclosure using Class B, Style 4 or Class A, Style 7 wiring. 24VDC is required to run the SSD Series display, and can be provided from a Model PSC-12 Power Supply or PSX-12 Power Supply Extender in the Desigo Fire Safety Modular system enclosure.Power from other UL Listed 24VDC power sources is also acceptable. The SSD Series display has screw terminals capable of supporting 12 to 22-gage wires. The H-Net communication from the Desigo Fire Safety Modular system can be terminated on the SSD Series display,or may pass through for communication with other modules.Diagnostic LEDs on the SSD Series display indicate power and communication status. Models SSD and SSD-C can be mounted in a(2)two-gang electrical box or a (4)four-inch square electrical box. No flush- trim kit is required.The unit is approximately 10-1/2"(26.7cm.)wide,6-1/8"(15.2cm.)high,andl-112"(3.8cm.)deep. The Model SSD-C-REM is mounted in a Model REMBOX2 or Model REMBOX4 Remote Lobby Enclosure, or any CAB enclosure inner door. Model SSD-C-REM requires two (2) module spaces in the remote lobby enclosure, and its bracket supports the mounting of four (4) inner door modules (such as Model SCM-8 or Model LCM-8 modules) below the display.The inner door module spaces are arranged in two(2) rows of(2)two-module spaces. Tem.erature and Humidit Ran.e Products are UL 864 9th Edition Listed for indoor dry locations within a temperature range of 120*I-3°F(49*/-2°C) to 32+/-3°F(0+/-2°C)and a relative humidity of 93*I-2%at a temperature of 90*I-3°F(32*1-2°C). Siemens Building Technologies Division —2— usa.siemens.comldesigo-fire-safety Electrical Retie•s SSD-C MODEL PART PRODUCT --__- - - - _--- OR TYPE NUMBER TYPICAL 200mA(max)at 24 VDC 24 VDC(Nominal) INPUT VOLTAGE SSD 500-0341 70 System-Status Display (31 VDC max)filtered System-Status Display NOTE: SSD-C 500-648733 [with control] An auxiliary-regulated, power-limited power supply may be used to provide power to Model SSD-C-REM 500-634773 System-Status Display SSD.The power supply must be UL Listed for Fire- [with control for remote-lobby enclosure] Protection Signaling Application. Be sure to also _ include Model SSD-C in the battery calculations. REMBOX2 500-633772 Small Remote-Lobby Enclosure SSD I SSD-INTL TYPICAL 200mA(max)at 24 VDC REMBOX4 500-633914 Large Remote-Lobby Enclosure INPUT VOLTAGE 24 VDC(Nominal) RCM 500-033320 Blank Control Module Plate (31 VDC max)filtered NOTE: _.. An auxiliary-regulated, power-limited power supply may be used to provide power to Model SSD.The power supply must be UL Listed for Fire- Protection Signaling Application. SSD-C-REM TYPICAL 200mA(max)at 24 VDC INPUT VOLTAGE 24 VDC(Nominal) (31 VDC max)filtered NOTE: An auxiliary-regulated,power-limited power supply may be used to provide power to Model SSD-C-REM. The power supply must be UL I ULC approved for Fire Protection Signaling Application. Be sure to also include Model SSD-C-REM in the battery calculations. Siemens Building Technologies Division —3— usa.siemens.com/desigo-fire-safety NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets-as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product Any further questions or assistance concerning particular problems that might arise,relative to the Desigo® Fire Safety proper functioning of the equipment,please contact Siemens Industry, Inc. the Manufacturer, Building Technologies Division 8 Fernwood Road • Florham Park, NJ 07932 Tel:(973) 593-2600 SIEMENS '�: October 2017—New Issue (Rev.O) SIEMENS �� lrntrea�ur -fo -G Desigo® Fire Safety � � Modular system tr Firefighters Telephone Zone Card Model TZC-8B Architect&En.ineer S.ecifications Product Overview ❑ Eight(8)firefighters'telephone circuits The Firefighter's Telephone Zone Card (Model TZC-8B) is a Desigo Fire Safety Modular System option module that plugs into a Model CC-2 or Model CC-5 Card ❑ Plugs into Two-Slot Cage, providing up to eight (8)firefighter's telephone zones. The zones have an (Model CC-2)or Five-Slot 'off-hook"acknowledge'tone and a Command Console'busy'tone. (Model CC-5)Card Cages Model TZC-8B also offers a means for emergency- ❑ Call-in'Acknowledge'tone response personnel situated throughout the affected 0 Command-console nusy'tone building to verbally communicate to one another during each emergency situation. ❑ Warden-Page option Each zone is activated when a firefighter's telephone ❑ Power-limited circuits station (Model FTS series) connected to that zone is taken off hook, or a portable handset(Model PFT series) ❑ 11L864 & CAN / ULC-S576 Listed; is plugged into a jack(Model FT series). When the zone becomes active, the remote telephone station will receive an'off-hook''acknowledge'tone and the programmed zone light will begin flashing at the command console. Once selected by the operator, the zone will be connected to the telephone riser in a multiple- connection'party-line'mode and the programmed zone light will light steady(non-flashing). The active, remote telephone station(s) will receive a busy tone when the command console is presently connected to another telephone zone. Each telephone zone uses a single pair of wires and is individually supervised in a 'Class-B'-type mode. Zones are also individually power limited, per NEC 760. Each zone also contains transient protection. Up to five (5) telephone stations may be off-hook Model TZC-8B simultaneously in a multiple-connection 'party-line' Firefighters' mode with no loss of audio quality. Telephone Zone Card The Telephone Zone Card (Model TZC-8B), which is supervised by the Model DAC-NET Card,is assigned to one(1)of the 99 Model DAC-NET sub addresses(CAN addresses). e# Siemens Building Technologies Division Data Sheet 7336 usa.siemens.comldesigo-fire-safety Electrical Ratn•s Compatible Firefighters'Telephone INPUT POWER S stem Accessories 24V Current Draw: MODEL PART PRODUCT [Back Plane] OmA OR TYPE NUMBER 24V Current Draw: 280mA+35mA, FB-300 500-680587 Flush Box used for [Screw Terminal] per active zone Phone Station 6.2V Current Draw: Surface Box for OmA FB-30 1 S 500-624388 [Back Plane] Handheld Phone 24V Current Draw: FC-300S 500-680588 Key Door far [Standby] 280mA Phone Box OUTPUT POWER FJ-303 500-690975 Remote Phone Jack FJ-303SS 500-698309 Remote Phone Jack, 8V,peak-to-peak,max. Stainless Steel CAN - -- NETWORK PAIR 75mA,max. FJ-304 500-692670 Phone Jack with (during message transmission) Screw Terminal FJ-304SS 500-698310 Phone Jack with Terminal and Stainless-Steel Plate Temeerature and Humidit Ranee Replacement Glass FT-GLS 500-624347 (for the frame found on Model TZC-8B is UL Listed for indoor dry locations the front of each key door, within a temperature range of 120+1-3°F(49+1-2°C) Model FC300S) to 32+1-3°F(0+1-2°C)and a relative humidity of FTS 500-299448 Firefighters'Telephone Station 93+I-2%at a temperature of 90+1-3°F(32+I-2°C). FTS-C 500-299450 Firefighters'Telephone Station (with armored cable) Details for O rde ri n• Firefighters'Telephone Station FTS-CL 500-299453 (with armored cable and LED) MODEL PART PRODUCT OR TYPE NUMBER FTS-P 500-299452 Firefighters'Telephone Station TZC-8B 500-034110 Firefighters'Telephone FTS-PCL 500-299451 Firefighters'Telephone Zone Card (Push-To-Talk function) PFT 500-699427 Firefighters'Telephone Station Portable Firefighters' PFT-P 500-699430 Telephone (Push-To-Talk function) .".T"4 n 171',e?YZrdt'"** si6t ya +71'11. PY+ , 75.7,+"""I' NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information, Copies of install-type,instruction sheets-as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise, relative to the Des i g oe Fire Safety proper functioning of the equipment,please contact Siemens Industry,Inc. the Manufacturer. Building Technologies Division 8 Fernwood Road • Florham Park, NJ 07932 Tel:(973) 593-2600 SI Sj October 2017—New Issue (Rev.5) $ y,t a yhi t{,Yoh 777,, ate' Rr'si 7,417, • r, n..f SIEMENS t,. �,u if/-for(fe- Desigo® Fire Safety Modular system „3m m s Device Loop Card 'mow ,. *2 > :£ Model XDLC Architect&En.ineerS.ecifications Product Overview ❑ Supportsupto252addressablepoints' The Siemens- Fire Safety'Class X'Device Loop Card (Model XDLC) is the interface used for connecting Siemens addressable, intelligent'X'as well as ‘H'-series devices. 0 Operates and maintains all devices residing on up to four(4)'class A', Each Model XDLC plugs into one (1)slot of the Model CC-2 or Model CC-5 card cage. eight(8) Class B'addressable circuits Programming for Model XDLC is accomplished via the Desigo Fire Safety Modular ❑ Compatible with Siemens intelligent, system custom-configuration tool,Zeus-D. Model XDLC takes one (1)address on the addressable'X'and`H'-series devices: network, communicating up to a total 252 detectors and devices. Model XDLC has - Multi-criteria!Carbon Monoxide(CO) 16 LEDs for diagnostic purposes, and provides ground-fault detection and zone- Detector with ASArechnologyr^4 isolation circuitry. - Multi-criteria Detector with ASAtechnologyr"' - Multi-criteria Detector S,QCifiCatiOns - Thermal(Heat)Detector The 'Class X' Device Loop Card (Model XDLC) initializes, operates and maintains all - Input/OutputlnterfaceModule devices residing on up to four (4) 'Class A', eight (8) 'Class B'addressable circuits. ❑ Polarity insensitive(in non-isolation Model XDLC communicates all relevant device and event data (•Alarm; 'Trouble'and mode)via Sure Wirer"technology: 'Supervisory'commands)to a Desigo Fire Safety Modular(Desigo Modular)fire-alarm - Modern technology supports control panel(FACP),and supervises the device loop circuit. comprehensive system and interface communication Model XDLC is polarity insensitive via SureWire technology, which greatly reduces ❑ Quantity 15 diagnostic light-emitting commissioning time normally spent tracing down crossed-field wiring. Model XDLC diodes(LEDs)for easy circuit diagnosis communicates detector data, such as sensitivity of intelligent fire detectors and logic- function information, to the Desigo Modular Operating Unit (Model FCM2041-U2), ❑ Microchip controls on-board isolators which is located within a given Desigo Modular system. ❑ Device Programmer / Tester Each device loop card supports four(4)'Class A',eight(8)'Class B'circuits for up to a (Model Deice programs and total of 252 addressable devices -as well as relayand audible bases, remote lamps verifies device's address: P - programming capabilities include and duct-detector housings in any combination. testing a duct detector,as well as The microprocessor in a Model XDLC controls the other Siemens addressable devices • on-board isolation,in case there is a fault(short) in ❑ Supports'Class e'I'Class A' any of the circuits,thus allowing the other circuit to '-4 I'[lass X`wiring continue operating. For continuous protection,the _ ••- ❑ Supports T-Tapping on-board microprocessor continues to operate even 1'I ❑ Degrade mode in the event of a CPU failure. 5� ❑ UL864I CAN/U LC Listed iffS" '1 NOTE: Refer to installation manual: P/N - _. -:AO IN A6V1 01 0401 5 6 to ensure Model XDLC compatibility with the Siemens FACPs intended for use in the given application. Model XDLC (!1!# Side View Model XDLC Front View Siemens Data Sheet7312 Building Technologies Division usa.siemens.comldesigo-fire-safety !o aN. .0 --4=-_- __ _ , ., ,: ,. ,...= ,_-, .-.--...:-2,-, 2- - -,.:::::.,-..,,,--: -,:u.,,,,,,,,, ,,,. I \ '% a I- rI 1 i• ,] i it _ 11 I o / _;r'.]. _ =] : Model XDLC �:'— --->i.__. ___ Diagram of an'Class X'Device Loop Card mounted to a Siemens Card Cage Tem.erature and Humidit Ran.e 'Class X'Device Loop Cards are UL Listed I ULC Listed for indoor dry locations within a temperature range of 120+/-3°F (49+1-2°C)to 32+1-3°F(0+1-2°C)and a relative humidity of 93+1-2%at a temperature of 90+1-3°F (32+1-2°C). 24V CURRENT DRAW MODEL PART PRODUCT [Back Plane] OR TYPE NUMBER 24V CURRENT DRAW: 100mA+1.4mA [Screw Terminal] per device XDLC 554430-B8-A1 'Class X' Device Loop Card 6.2V CURRENT DRAW: 1 mA,max. [Back Plane] 24V CURRENT DRAW: 0 100mA+1.4mA [Standby] per device DEVICE LOOP: 500mA,max. [©30 VDC Max.] (power limited) NOTICE— The information contained in this data-sheet document is Intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets—as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the i Desigo® Fire Safety proper functioning of the equipment,please contact Siemens Industry,Inc. the Manufacturer. Building Technologies Division 8 Fernwood Road•Florham Park, NJ 07932 Tel:(973)593-2600 SIEMENS August 2018—Supersedes sheet dated 10/2017 '._' -.r.. (Rev.2) SIEMENS , „ r.cyet.ar r(A fe 1,3 00 Desigo® Fire Safety } � 4 Modular system q5t 44 l = v Yv i 4 xp£ i Zone-Amplifier Card (40-Watt) Model ZAC-40 Architect& En•ineer 5•ecifications Product Overview ❑ 40-Watt,plug-in audio amplifier The Zone-Amplifier Card (Model ZAC-40) is a combination 40-Watt, amplifier I speaker zone for use with Desigo Fire Safety Modular panels. ❑ Selectable audio levels Style Y, Z or "A I B" speaker-zone wiring configurations are supported. • 25VRMS 40 watts Model ZAC-40 is power limited, and can be configured to provide 40 Watts • 70VRMS 40 Watts • 100VRMS 40 Watts of audio at 25VRMS 170VRMS or 100 VRMS. ❑ Local audio input Model ZAC-40 is a plug-in card that mounts in a Model CC-5 or CC-2 card ❑ Speaker lines supervised cage. Model ZAC-40 is capable of amplifying any of the (8) eight digital- when active or inactive audio channels that are transmitted from the Digital Audio Card (Model DAC-NET), via the digital-audio bus Audio Serial Interface (Model ASI). ❑ Style"Y"or"z", Model ZAC-40 amplifier is supervised for functionality. power-limited wiring CI Split-zone(Al B)wiring on Style"Y" Model ZAC-40 can be used as a single, 40-Watt speaker zone for (1) one-to-eight (8) channel applications, or as a bulk , ❑ Plugs into either a Model CC-5 or amplifier for one-or-two-channel applications -feeding high- _ Model CC-2 Card Cage level audio to Models ZIC-4A and ZIC-8B,or for single-channel ❑ Supports and switches up to eight applications — feeding high-level audio to Model HCP. Model 17, (8)digital-audio channels ZAC-40 can also send audio to additional speaker zones, via ._. ❑ Internal amplifier supervision the use of the Model EBA2004-A1 booster amplifier. %; . ❑ Back-up amplification available The speaker lines are supervised for open,short-circuit and ❑ UL864 & CAN / ULC-5576 Listed; ground fault. The speaker lines are also supervised in both the active and inactive states. To provide amplifier backup, additional Model ZAC-40 cards can be used to achieve the desired amplifier backup ratio of 1-to-1 or 1-to-many. !'k Model ZAC-40 takes one (1) sub-module address of Model DAC-NET, and receives control and communication data from Model DAC-NET,via the CAN bus on Model DAC-NET. tJ Model ZAC-40 contains an inherent'Degrade Mode' backup tone (Slow Whoop)that serves as a secondary backup to the primary backup tone or digital message provided by Model Model DAC-NET. ZAC-40 Zone Amplifier Card (2) 1111) Siemens Building Technologies Division Data Sheet 7331 usa.siemens.comldesigo-fire-safety Product Overview- (continued) A local audio input is provided to connect an external audio source. The local audio input is activated via an external contact, and has the lowest priority of all signals. Model ZAC-40 is FM (9015946, *3026902); CSFM (e6812- 0067:237),and FDNY(°6160)Approved. Additionally, the Zone Amplifier Card meets the UL 464 requirement for 520 Hz low-frequency signal tone, as described in the section for Determination of Low Frequency Signal Format in the Standard for Audible Signal Appliances-when used with Models'SEH'and'SEFH'series of Siemens high-fidelity notification appliances. TYPICAL APPLICATIONS Emergency Non-Emergency Product Com atibilities - Fire Evacuation - Convenience Paging 5 F t' MQPEL OR T1 E" ? .. �}AT: SHEET a - Tornado Alert - Background Music HiFi Notification Appliances: - Terror Alert 'SEH'Series' 2589 - Building Emergency HiFi Notification Appliances: 2590 'SEFH'Series' Tem.erature and Humidit Ranee Model ZAC-40 is UL864 9th Edition Listed for indoor Desigo Fire Safety Booster Amplifier 6823 dry locations within a temperature range of 120+1-3°F p (49*/-2°C) to 32+1-3°F (0+/-2°C) and a relative humidity of 93+1-2%at a temperature of 90+1-3°F(32+1-2°C). Electrical Ratin.s Details for Orderin• INPUT POWER MODEL PART NUMBER PRODUCT 24V CURRENT DRAW OmA [Back Plane] @40W 2.3A ZAC-40 500-035400 40-Watt 24V CURRENT @ 2ow 1.2A Zone Amplifier DRAW [Screw Terminal] tOW 0.7A @0w 0.15 6.2V CURRENT DRAW OmA [Back Plane] 24V CURRENT DRAW 150mA [Standby] DRY CONTACT INPUT 24v 110mA,power limited NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets-as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the Des Igo© Fire Safety proper functioning of the equipment,please contact l Siemens Industry, Inc. the Manufacturer. Building Technologies Division 8 Fernwood Road • Florham Park, NJ 07932 Tel:(973) 593-2600 SIEMENSSeptember 2017-New Issue ] (Rev.0) SIEMENS III// �IntyP,rnui fy-for(4 f �v Desigo® Fire Safet � Modular system h 3 RLi� Zone-Indicating Card .-•• • - __ Model ZIC-8B (with Model ZIC-2C mounted) Architect&En•ineer S•ecifications Product Overview O Operates audible or The Zone-Indicating Card (Model ZIC-8B) provides eight (8) fully-supervised, visual notification programmable output circuits for use on each Desigo Fire Safety Modular system appliance circuits(NACs) fire-alarm control panel (FACP). ❑ Three (3) unique signals Model ZIC-8B supplies eight (8) 'Class B'-type (Style Y) output circuits; power from each circuit limited to 2.0 amps maximum per circuit. Each circuit can be independently • Operates 25V or 70VRMS programmed for use with listed audible or visual notification appliances, or listed audio speakers emergency-audio speakers. ❑ One(1)or(2)two- With the use of the Model EBA2004-A1 booster amplifier, channel voice operation Model ZIC-8B can also send audio to additional speaker zones. o Eight(8)'Class B' (Style Y)circuits Model ZIC-8B plugs into one (1) slot in the Model CC-5 or Model CC-2 Card Cage, and has on-board light-emitting diodes (LEDs) ❑ Fully programmable for system status and troubleshooting. Model ZIC-2C mounts ❑ Coded audibles available directly onto Model ZIC-8B, and allows each of the Model ZIC-8B ❑ On-board microprocessor output circuits to be used for(2)two-channel voice applications. El Automatic I manual control Indication of power, communication, internal operation, and ground-fault conditions are provided, as well as indication of circuit ❑ Selectable degrade operation activation or trouble conditions. All system status conditions are ❑ March time I Uniform'Code 3' also reported to the system Operating Interface(OI). ❑ Built-in strobe synchronization Each circuit or output may be time-based, as well as ❑ Built-in, ground-fault controlled automatically with Desigo Modular system logic via detection the programmable custom-configuration tool, ZEUS-D. Manual setting is accomplished from the OI keypad found at ❑ Circuits power limited, the front of the Desigo Fire Safety Modular system. per NEC 760 Silence I non-silence option Automatic control may also be time based. Each circuit or output can be manually 'Armed' Model ZIC-8B ❑ Output power rated 2.0 Amps or 'Disarmed' through the keypad of the OI. Zone Indicating Card @ 24 VDC per circuit ❑ UL 864 9th Edition Listed & ULC Listed When any circuit or output has been 'Disarmed,' ©r the display for the 0I will indicate the affected circuit or output, and the'Partial-System Disable' LED will illuminate, until the circuit or output has been returned to the 'Armed' condition. Model _ ZIC-8B circuits can also be manually energized or Model ZIC-242, (010 ■ de-energized when in the 'Disarmed' state, via use of the OI. Siemens Data Sheet 7343 Building Technologies Division usa.siemens.comldesigo-fire-safety Product Overview—(continued ) Model ZIC-8B contains an on-board microprocessor, which allows notification-circuit outputs to function in a degrade mode—even if the main Desigo Modular processor or the local-network-communication link has failed. In degrade mode, Model ZIC-8B will respond to an 'Alarm' or 'Trouble' command from any intelligent, addressable initiating device or conventional-zone initiating device connected in the same local enclosure. Standard NAC Zone— Each of the eight(8)circuits on ZIC-8B can be configured for use as a standard NAC. The NAC output can be used as a steady, coded, horn I strobe synchronized, horn I strobe synchronized with silence-able horn,strobe synchronized,or unsynchronized strobe output. The available coding includes ANSI Temporal, March Time 120 pulse per minute (PPM), March Time 60 PPM, March Time 30 PPM, Canadian Two-stage 30 PPM, Canadian Two-stage 120 PPM and custom coding. Using the horn I strobe synchronized setting for the outputs allows Siemens horns, strobes and horn I strobes to synchronize all horns in a temporal pattern. The horn I strobe synchronized setting for the outputs also allow all strobes to flash simultaneously. The silenceable setting will allow the operator to silence the horns,while keeping the strobes active. Outputs may be programmed through logic to transmit — up to three (3) different signal types — depending on event priority. For instance, the same circuit can be programmed to transmit the ANSI Temporal pattern for evacuation, March Time 120 PPM for tornado notification,and a custom code for recall. Standard Speaker Zone— Each of the eight (8) circuits on Model ZIC-8B can be configured for use as a standard- speaker circuit in single or dual-channel systems. Dual-channel operation requires the optional Model ZIC-2C module, which is mounted to a connector directly on Model ZIC-8B. No additional mounting space is required for the ZIC-2C. Model ZIC-8B can be used with the Model ZAM-80/180 bulk amplifier or the Model ZAC-40 amplifier card. Model ZIC-8B is limited to 25 Watts max.I zone at 25V(when the zone is active.) At 70V, Model ZIC-8B is limited to 30 Watts max. I zone. Controls and Indicators Electrical Ratin•s (Model ZIC-2C) RESET SWITCH Re-initializes only Model ZIC-8B 17mA,per active output 24V CURRENT DRAW: OmA • POWER LED Indicates power is applied [Back Plane] (ZIC-8B S1 in"BP POWER"position) to the Model ZIC-8B card (ZIC-SB S1 in"EXT POWER"position) CARD-FAIL LED Illuminates when the card 17mA,per active output microprocessor has failed 24V CURRENT DRAW: OmA [Screw Terminal] (ZIC-8B S1 in"EXT POWER'position) Illuminates when the HNET communication HNET-FAIL LED fails,and Model ZIC 86 is in degrade mode. (ZIC-8B Si in"BP POWER"position) 24V CURRENT DRAW: OmA Indicates the detection of a ground-fault [Back Plane] GND-FAULT LED condition(either negative or positive) 24V CURRENT DRAW: on Model ZIC-8B's field wiring. [Standby] OmA Illuminates to indicate that the zone ZONE-ACTIVE LEDs has been activated either automatically or manually. There is one(1)LED for each zone, Indicates the presence of a'Trouble' condition(either an open circuit or a TROUBLE LEDs short circuit)on the zone. There is one(1)LED for each zone. Siemens Building Technologies Division —2— usa.siemens.comldesigo-fire-safety +°1 atin•s(7o e :) R 24V BACK PLANE Products are UL 864 9th Edition Listed for indoor dry OR CURRENT DRAW: (See Note Below) locations within a temperature range of 120 * /-3°F [External Power] (49*1-2°C) to 32*1-3°F (0*l-2°C) and a relative humidity of 93*1-2%at a temperature of 90*1-3°F(32*1-2°C). 24V CURRENT DRAW: Total Device Current [Screw Terminal) 6.2V CURRENT DRAW: 0 [Back Plane] 24V CURRENT DRAW: 105mA [Standby] NOTE: The 24V current is dependent on the usage and wiring type of each ZIC circuit. Listed in the left hand column of the next page are the required current draws for each zone's usage and wiring type: ZIC-8B Current Requirements Per Output Zone Details for Orderin• OUTPUT MODEL OR PART ZONE USAGE CURRENT REQUIREMENT TYPE ,NUMBER PRODUCT NOT USED 0 (8)Eight-Circuit NAC 17mA ZIC-8B 500-648670 Zone Indicating Card STROBE—SYNC. 17mA ZIC-2C 500-648671 (2)Two-Channel Adapter Card STROBE-UNSYNC. 17mA TWO(2)CHANNEL 34mA SPEAKER ZONE ONE(1)CHANNEL 17mA SPEAKER ZONE NAC-CODED 17mA ZIC-BB Standby Current=91mA Siemens Building Technologies Division —3— usa.siemens.comldesigo-fire-safety NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets-as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the Desigo® Fire Safety proper functioning of the equipment,please contact the Manufacturer. Siemens Industry,Inc. Building Technologies Division 8 Fernwood Road • Florham Park, NJ 07932 Tel:(973) 593-2600 SIEMENS October 2017—New Issue (Rev.0) Altronix° Rev.AL602ULADA-12302016 AL602ULADA NAC Power Extender Description • AL602ULADA is an extremely cost effective voltage regulated remote NAC Power Extender. It may be connected to any 24 volt Fire Alarm Control Panel (FACP). Primary applications include Notification Appliance Circuit (NAC) expansion (supports ADA requirements) and providing auxiliary power to support system accessories. ALsa2ULADA Specifications Input Agency Listings Voltage 120VAC, 60Hz,4A. UL UL864(Control Units and Accessories for Two(2)Class A,Style Z or two(2)Class B,Style W,X,Y FACP inputs. Fire Systems). Two(2) NC dry contact trigger inputs. MEA NYC Department of Buildings Approved. FM Factory Mutual Approved. Output CSFM California State Fire Marshal Approved. Voltage 24VDC. Current 6.5A max.total alarm current. Special Features 2.5A max.current per output. - 2-wire horn/strobe Sync mode allows audible notification Two(2)outputs may be paralleled for more power on an appliances(horns)to be silenced while visual notification indicating circuit. appliances(strobes)continue to operate. Auxiliary 1A. - Sync protocols include Potter/Amseco, Faraday,Gentex®, Other Thermal and short circuit protection with System Sensor®, and CooperWheelock®. auto reset. - Temporal Code 3,Steady Mode, Input to Output Follower Mode Filtered and regulated outputs. (maintains synchronization of notification appliances circuit). Programmable Supervised Indicating Circuit Outputs: - Compatible with 12VDC or 24VDC fire panels. Four(4)Class B, Style W,X,Y, or Two(2)Class A,Style Z or - Output loop supervision steered to input 1 or input 2. One(1)Class A, Style Z and Two(2)Class B,Style W,X,Y. - Signal circuit trouble memory (helps identify intermittent loop problems). Back-up Battery (not included) - Common trouble input and output for external trouble signals tie-in, Type Sealed lead acid or gel type. - Ground fault detection. Failover Upon AC loss, instantaneous. Physical and Environmental Supervision Dimensions(H x W x D) AC Failure Form "C"contacts. 15.5"x 12"x 4.5"(393,7mm x 304.8mm x 114.3mm). Battery Form"C"contacts. Enclosure accommodates up to two(2)12VDC/12AH batteries. Product Weight 9.6 lbs. (4.35 kg). Indicators(LED) Shipping Weight 12.3 lbs. (5.58 kg). AC Power(Green) Input voltage is present. Temperature DC Output (Red) Powered. Operating 0°C to 49°C(32°F to 120°F). status. Storage -20°C to 70°C(-4°F to 158°F). Logic Board (Red and Green) Outputg 9 Relative Humidity 85%+/-5%. BTU/Hr. (approx.): 31 BTU/Hr. Altronlx Corporation 1 140 58th St 1 Brooklyn,NY 11220 USA phone:+1 718.567.8181 I fax:+1 718.567.9056 I email:infoaaltronix.com I www.altronix.com Intrusion Alarm Systems I B465 Universal Dual Path Communicator B465 Universal Dual Path Communicator www.boschsecurity.com BOSCH / � Invented for life itP A cGmA �t GAr� tit .mi Rf •• A jr3 ► Compatible with control panels using Contact ID, SIA, Pulse 3/1 or Pulse 4/2 communication formats, BOSCH Modem II, Modem Ile, and Modem I1la2 (auto detecting) ► No control panel reprogramming required to install m„I,m•I i s ► Supports Ethernet directly and optional plug-in ® Q9 •••••• •, cellular communication technologies in single, or multi-path configurations ► Supports four configurable inputs and three configurable outputs ► Approved for Commercial Fire/Burglary applications as sole, primary, or secondary communication path The B465 Conettix Universal Dual Path Communicator System overview converts the Public Switch Telephone Network (PSTN) digital dialer, or dry contact outputs from an intrusion/ The B465 simulates dial tone and line voltages when fire control panel to an IP signal for transmission over the digital dialer has a report to send.The module the Ethernet or cellular network.The B465 Conettix simulates a PSTN connection to the central station. Universal Dual Path Communicator is UL 864 10th The module decodes the control panel's PSTN dialer Edition approved per NFPA 72 version 2013. report and sends the decoded reports by IP The module can use its built-in Ethernet connection, connection using Bosch's Conettix Protocol to the and/or an optional Conettix plug-in cellular module Conettix D6600, D61001Pv6, or D6100i (B440/B441/B442/B443) /B444 to send reports to the Communication Gateway/Receiver(referred to as the central station receiver. receiver). When the receiver acknowledges receipt of Configuration of the automation software for the the message, it sends an acknowledgement report to supported control panel remains unchanged with the the module which in turn sends an acknowledgement installation of the B465 module, simplifying the to the connected control panel.This process maintains installation process.This allows for a smooth true end-to-end security. transition from the PSTN realm into IP. All messages generated internally by the B465 are shown in Contact ID format at the central station. The module can be powered from a 16.5 VAC transformer or 24 VDC power supply. 2 I B465 Universal Dual Path Communicator The module supports Domain Name System (DNS) for CD sC� central station communication. DNS provides ease of O 0 use, eliminating the need to use static IP addresses as O ; m your reporting destination, and accommodates a simple solution for central station disaster recovery. m © © Remote Connect Service Support(North America ■ �� , only) �• Remote Connect Service enables a secure control L_©_J panel connection to Bosch's remote programming software (RPS) using Bosch Cloud services.The service allows a secure TLS connection to a control Callout—Description panel without specific port and router settings and without a static IP or DNS.You can can connect using 1—Intrusion/fire control panel an Ethernet or Cellular connection. 2—Control panel phone line connections Remote Programming Software (RPS) Use this option for remote module configuration when 3--8465 Conettix Universal Dual Path Communicator using Remote Programming Software (RPS). Remote 4—B44x plug-in cellular communicator configuration occurs through USB, Ethernet, or Cellular IP connection. 5—Ethernet connection(LAN/WAN) Direct wire Inputs 6—Internet The B465 provides four on-board inputs. Each input functions independently and does not interfere with 7—Cellularcommunicationtocellularcarrier the operation of the others. The module monitors the 8—Cellularcarriernetwork input loops for normal, shorted,or open conditions between an input terminal and any of the input 9—Conettix receiver/gateway common terminals. Inputs are disabled by default so no EOL resistors are required until activated. 10—Conettix receiver/gateway These four inputs on the B465 connect to dry contact 11—Monitoringcenterautomation outputs on the control panel and generate Contact ID reports instead of using a phone line connection/or in Functions addition to using the control panel phone connection. The available functions are: PSTN inputs(2) • Panel System Trouble When the control panel's PSTN dialer sends a • Panel AC Fail message, the module simulates a PSTN connection to • Panel Battery Trouble the central station.The module connects to the host • Fire Alarm control panel through either one or both of the Phone • Fire Trouble Line inputs. Both Panel Line 1 and Panel Line 2 of the • Burg Alarm module run 28 VDC and support Contact ID (4 and 10 • Burg Trouble digit account codes), Pulse 3/1, Pulse 4/2, and SIA • Fire Supervisory communication formats. The 8465 is setup to auto Each input allows the use of dry contacts or powered detect the communication format which eliminates outputs up to 30 VDC if needed.The inputs use 2.2K programming steps. EOLs to monitor the dry contact outputs when connected to dry contacts. The inputs recognize the IP Communication options following thresholds when using dry contacts: 2.0 to The module uses the on-board Ethernet connector, 3.0 VDC = Normal, 3.7 to 5.0 VDC= Open, 0.0 to 1.3 and/or optional B440 Conettix Plug-in Cellular VDC = Short. Communicator, B441 Conettix Plug-in CDMA Cellular Communicator, B442 Conettix Plug-in GPRS Cellular Outputs Communicator, B443 Conettix Plug-in HSPA+ Cellular Includes three programmable output relays rated at 30 Communicator or B444 Conettix Plug-in 4G VZW LTE VDC, 0.1 A.These outputs can be used to show the Cellular Communicator to communicate with a status of the B465 or they can be connected to the Conettix D6600, Conettix D6100i or a Conettix control panel zone inputs for reporting B465 system D6100lPv6 Communications Receiver/Gateway. Using faults.The three outputs consist of RELAY 1, RELAY 2, Conettix IP communication protocol offers a secure and RELAY 3. path that includes anti-replay/anti-substitution • RELAY 1 is active (energized) once the B465 is features and provides enhanced security with up to running. If the B465 detect a problem or loses power, AES 256-bit encryption. RELAY 1 de-energizes,which can be used to indicate a system trouble on the local control panel's zone 3 I B465 Universal Dual Path Communicator inputs, if required. Depending on the configuration Region Regulatory compliance/quality marks required to create a system trouble on the control panel,the installer needs to use either the NO and USA UL COM or the NC and COM connections. Refer to the UL UL 365 Police Station Connected Bur control panel manual for the required zone glarAlarm Units configuration to obtain the proper input response. • RELAY 2 is a normally open (NO) relay with contacts UL UL 609-Standard for Local Burglar that close when the desired function programmed is Alarm Units and Systems detected. UL UL636-Holdup Alarm Units and Sys- • RELAY 3 is a normally open (NO) relay with contacts terns that close when the desired function programmed is UL UL864-Standard for Control Units and detected. Accessories for Fire Alarm Systems Account Number Substitution UL UL 985-Household Fire WarningSys- The B465 can optionally replace the account number tern Units in all received phone events from either phone line UL UL1023 Household Burglar Alarm Sys with the account number configured in Alternate tern Units Account Number: • Substitute Account Number. Use this option to enable UL UL 1076-Proprietary Burglar Alarm or disable the feature. Units and Systems • Alternate Account Number. Use this option to set up UL UL 1610-Central Station Burglar Alarm an alternate account number. Units Input power supply CSFM 7300-1615:0253 The B465 uses a 16.5 VAC transformer or 24 VDC CSFM California Office of The State Fire Mar- voltage for its primary power source. The approved shall transformers are the D1640 plug-in transformer, D1640-CA plug-in transformer, or D1640-120WI FCC Part lS Class 6 transformer. The B465 can optionally be powered from FDNY- 6214 24 VDC power source applied to the AC terminals. CoA B465 modular connections Canada ULC CAN/ULC S303-Local Burglar Alarm The B465 module has three modular connections. Units and Systems • Cellular plug-in connector. Connects to a cellular ULC CAN/ULC S304-Standard for Signal Re- communication module. ceiving Center and Premise Burglar • Tamper connector. Connects the ICP-EZTS Dual Alarm Tamper Switch for monitoring the enclosure cover. ULC CAN/ULCS545-Residential Fire Warn- • External Annunciator connector. Connects to the ing System Control Units optional B46 module. ULC ULC-ORD C1023-Household Burglar On-board LED Indicators Alarm System Units The B465 has a total of ten on-board LEDs that ULC ULC-ORD C1076 Proprietary Burglar indicate the module's status (SYSTEM TROUBLE, TX, Alarm Units and Systems RX, POWER, BATTERY, HEARTBEAT, Panel Line 1 (ACT),Panel Line 2 ( ACT), 100BASE-T and ETHERNET ULC CANJULCS559 Fire Signal Receiving LINK). Centres and Systems IC ICES-003-Information Technology B46 External Annunciator(Optional) Equipment(ITE) The B46 is an optional module that provides external module LED and sounder status when installed in a supported enclosure. The module has 3 LEDs (System Trouble, Power, and Battery) which illuminate through the B46 LED cover. The LED cover snaps into a knockout in the enclosure door. The B46 is compatible with the B10, B10R, B11, B11R, and D8103 enclosures. Certifications and approvals Region FCC Details USA MIST FIPS 197 AES Certification(IP Communications) 4 B465 Universal Dual Path Communicator Installation/configuration notes Technical specifications Compatibility Properties Compatible PSTN input Modem II Dimensions 4.40 in x 6.90 in x 1.50 in formats Modem Ile (111 mm x 175 mm x 38 mm) Modem Ademco Contact ID(SIA DC-05)+10 Environmental considerations digit account codes Pulse 3/1,3/1 Checksum(2300 Hz Relative humidity 5%to 93%at+32°C(+90°F) ACK Tone) Temperature(operating) 0°C to+49°C(+32°F to+120°F) Pulse 3/1,3/1 Checksum(1400 Hz ACK Tone) Operational use Indoor use only Pulse 4/2(2300 Hz ACK Tone) Pulse 4/2(1400 Hz ACK Tone) Power requirements SIA(SIAS.SIA20)-110 and 300 baud Standby battery current Battery input:8465:Idle 150 mA; Receivers D6600 Alarm 230 mA D6100i D6100lPv6 24 VDC input current 24 VDC input:B465:Idle 120 mA; Alarm 160 mA Cellular B440 Conettix Plug-in Cellular Communicator Wiring B441 Conettix Plug-in CDMA Cellular Communicator Terminal wire size 12 AWG to 22 AWG(2.0 mm to 0.65 B442 Conettix Plug-in GPRS Cellular mm) Communicator B443 Conettix Plug-in HSPA+Cellular Transformer secondary 15 m(50 ft)maximum unshielded wire Communicator wiring length B444 Conettix Plug-in 4G VZW LTE Control panel phone line 100 0 loop resistance,maximum Cellular Communicator wiring unshielded wire Modules B46 External Annunciator Input ioop wiring 100 0 loop resistance,maximum Enclosures B10 Medium Control Panel Enclosure unshielded wire B10R Medium Control Panel Enclosure Ethernet wiring 100 m(328 ft)maximum using Cat 5 (Red) wire or better B11 Small Control Panel Enclosure B11R Small Control Panel Enclosure Ordering information (Red) D8103 Universal Enclosure B465 Universal Dual Path Communicator D8108AAttack Resistant Enclosure Compatible with control panels using a standard Transformers D1640 transformer 120 VAC input. digital dialer format. Provides end-to-end security. 16.5VAC,40 VA output plug-in Allows digital dialer control panels to work over an IP D1640-CA transformer 120 VAC input, network (such as LAN,WAN,or the Internet). 16.5 VAC,40 VA output plug-in Order number 6465 D1640-120WI transformer 120 VAC Accessories input,16.5 VAC,40 VA output wired in B46 External annunciator for B465 Parts included An optional module that uses audio and LEDs to show System Trouble, Power, and Battery status through a Quantity Component knockout on select enclosure doors Order number B46 1 B465 Conettix Universal Dual Path Communicator B10 Steel enclosure,medium,white White, steel enclosure. Accepts an optional lock and 1 Hardware pack tamper switch. Measures 35.6 cm x 31.8 cm x 7.6 cm (14 1 Quick Start Guide(hardcopy) Order x 1 numb be er in x 3 in). ._--- ....... 1 Wiring label(hardcopy) B10R Enclosure,medium, red 1 Literature(mini-CD) Red, steel enclosure.Accepts an optional lock and tamper switch. Order number B10R 5 I B465 Universal Dual Path Communicator B11 Steel enclosure,small,white D1640 Transformer plug-in,16V 40VA White, steel enclosure.Accepts an optional lock and System transformer rated at 16.5 VAC,40 VA. tamper switch. Measures 27.8 cm x 25.9 cm x 8.32 cm Order number 81640 (10.9 in x 10.2 in x 3.3 in). Order number Bii D1640-CA 16VAC 40VA xfmr Canada For use in Canada. System transformer rated at BUR Enclosure,small,red 16.5 VAC,40 VA. Red, steel enclosure. Accepts an optional lock and Order number D1640-CA tamper switch. Order number 611H B440 Plug-in cellular module,VZW 3G,hot The B440 family of communication modules provides D8103 Steel enclosure,large,grey secure two-way IP communication on the Verizon Grey steel enclosure measuring 41 cm x 41 cm x 9 cm Wireless network. (16 in. x 16 in. x 3.5 in.). Order number B440 Order number D8103 B441 Plug-in cellular module,VZW CDMA D8108A Attack resistant enclosure, large,grey The B441 family of communication modules provides Grey steel enclosure measuring 41 cm x 41 cm x 9 cm secure two-way IP communication on the Verizon (16 in. x 16 in. x 3.5 in.). UL Listed. Includes a lock and Wireless network. key set. Order number B441 Order number D8108A B442 Plug-in cellular module,GPRS B12 Mounting plate for D8103 enclosure Multi-function cellular communicator that provides IP Required for mounting select control panels and other communication over a (GPRS) cellular network devices in B8103, D8103, D8108A, D8109, and BATB Order number B442 Battery Box enclosures. Order number B12 B443 Plug-in Cellular,HSPA+(3G+) Multi-function 3G/4G cellular communicator providing D101 Enclosure lock and key set IP communication over a GPRS/EDGE/UMTS/HSPA+ Short-body lock set with one key supplied. Uses the cellular network D102 (*1358) replacement key. Order number B443 Order number 0101 ICP-EZTS TAMPER SWITCH-DUAL Combination tamper switch with a wire loop for additional tamper outputs. Order number ICP-EZTS Represented by: Europe,Middle East,Alden: Germany: North America: Asia.PaciBu Bosch Security Systems B.V. Bosch Sicherhellssysteme Gmbh Bosch Security Systems.Inc. Robert Bosch(SEA)Pte Ltd,Security Systems P.O.Box 80002 Robert-Bosch-Ring 5 130 Perinton Parkway 11 Bishan Street 21 5600 JB Eindhoven.The Netherlands 85630 Grasbrunn Fairport,New York.14450,USA Singapore 573943 Phone:r 31 40 2577 284 Germany Phone:r1 800 289 0096 Phone:*65 6571 2808 emea.seauritysystemsabosch.com www.hoschsecurity.cam Fax:43 585 223 9180 Fax:e6565712699 emea.boschsecurity.com onllnehelp@us.bosch.com apr.securitysystems@hosch.com www.boschsecurity.us www.boschsecurityasia b Bosch Security Systems 2018 I Data subject to change without notice 18116851979 en,V19,07.Feb 2018 FIELD DEVICES SIEMENS Data Sheet Fire Safety& Security Products Specialized Detection Devices 'DB' Series Detector Bases Models DB2-HR, DB-11 and DB-11E ARCHITECT AND ENGINEER SPECIFICATIONS • Each detector base is compatible with Model'H',"11" ;' and"121"series of conventional detectors %` -`` • All bases compatible with the optional Model LK-11 detector-locking kit O '¢ • Each detector base also functions with the addressable - i O all Model'H'series,as well as Models FD0421,FDOT421, Q FDOOT441,FDOOTC441 and FDT421 intelligent devices Model DB2-HR \ w 1 • Model DB2-HR is also compatible with ASAtechnologyi•detectors - � • Model DB2-HR has backwards compatibility with Siemens "°k '" :- Model'H-series intelligent detectors 'u-- ' • Models DB-11 and DB-11E mount on a 4-inch square, Model DB-11 E octagon or single-gang electrical box -"4' ' • Model DR-11 has plugs to cover the outer-mounting screw holes Model DB-11 • Model DB2-HR mounts on a 4"-square,double- • C0UL 268 Listed,EDLILC-S529 Listed; gang electrical box FM,CSFM and NYC Fire Department Approved Product Overview Specifications—(continued) The detector bases are low-profile,surface-mounting bases Moreover,Models DB-11 and DB-11 E mount on a 4"-square, used on various Siemens—Fire Safety conventional and (10.2 cm)octagon or single-gang box. Model DB-11 has addressable detectors. integral,decorative plugs to cover the outer screw holes. Model DB2-HR,which is a redesign of Model DB-HR,is However,Model DB2-HR mounts on a double-gang,4-inch compatible with the standard,addressable type of (10.2 cm.)square electrical box. intelligent detectors,as well as those detection devices Dimensions that operate with ASAtechnologri. Model DB-11 Additionally,Model DB2-HR is backward compatible with r----'`"m..`.-t Dlemeter-- . the Siemens Model'H'-series intelligent detectors and 3r5.= / detector-assigned FACPs. Model DB2-HR can also operate _IF:"Siemens'50-point addressable;252-point 7l2" 02 cm_I • rIE addressable;504-point addressable,and FireFindee XLS - I fire systems. A relay output from the fire detector base for Wm1umJan I e Diameter I I I 2-3T4"p cm_I- I signaling other devices is provided by Model DB2-HR. I----4-1/R'1104 cm 1Dlameter -1 The detector bases use screw-clamp contacts for electrical Note: ModelDB-ilE base detector has a diameter dimension of4-5"(114cmJ. connections and self-wiping contacts for better reliability. Further,the bases can be used with the optional Model LK- Mounting Diagram aox 11 detector locking kit,which contains 50 detector locks Model DB2-HR 3-1/2-INCHES DEEP gCdHNCHES DEEP UARE % and an installation tool,to prevent unauthorized removalQ =r i li _c7'_. of the detector head. ''' b • t• Specifications 0 .� Q U .•_,. :t Models DB-11 and DB-11 E are the standard bases for 0 ; ?o o „se ``csv�, Model'H'-series"11"and Model"121"-series conventional �y 1/ •S •.. '"qO'� detectors,as well as the Model'H'-series addressable - —4; ` detectors. Model DB-11 has a 6-inch(15.2 cm)diameter. ; ° 7 \-i The diameter for Model DB-11 E is 4.5 inches(11.4 cm). SPEAK OFF THIS FREAK OFF THIS Q SECTION WHEN ' SECTION WHEN �@ USINGA4-INCH \USINGADOUELE- SQUARE BOX `GANG BOx Notes:The Module Barrier(shown to the right)must be used when Model DB2-HR relay contacts are connected to non-poweehmited circuits Break apart the barrier to the correct size and shape Detector 61 61 for either the 4 inch square or double-gang box.Install the barrier diagonally into the back box Deor Bases ['DB' Series]to create two(2),separate compartments with the back box,in order to separate the wires. L l SIEMENS Industry, Inc. Building Technologies Division Wiring Diagrams ICE LBW PM WIRMOMIN IV • CIWAlf"K:COYAVINC 'In Gm., e� I 001.*1 Awrn O4aIe IN 4 L a elm levNwh ed.LnreroinlEBmEMN •o••w�.yu..wm././4/ mr mu pale.,AudWrdereereire ��i a,.a. F•dvl / L Mesa mrePeed"road r Nial seeme YeYai a55*erdEOaY1erodriei Weer es.pwd wIdAI�NMYBEY.wkwwYNY14 red. xi. am.. c.+�.5v.�, asp„aw..,pa.� Note: The illustration above is typical wiring for Models DB-11 and DB-11 E(using Models PE-11,PE-11T,DT-11,OP121,OH121,and H1121 detectors). OMIINIEINO RE/MOTE DEVICE) O&11%FS AS IREMOTE RELAY BASE) TO ICXT BE DO NOT 41 DEVICE SOPCLIT ESIENOF 5 to Resler! E21i� RE1Ar S 1e )y sEMENs _ io raa wr �� O w y In ncAtitttcmoot ,E' ii y,.2.40.7.voc 4� p ,�. F .:f DO POT Riht/IU-0 T� _�19E AN LII — / _ _ �*EwoF — NE 'The%lay contact*a shown InNY the l-AlseVSystern Reset modem TONEXI BASE DEVICE contact* Note: The illustration above is typical wiring for Models DB-11 and DB-11 E(using Models FP-11,FPT-11,FS-DP,FS-DPT,and FS-DT detectors). OS-N(NO REMCRE OENC2) 66416 ir+EMOTE RELAY BASE) TO NEXT BASE 00 ICE -1" iiii eSEo OF AN !N • sE TOI Urt OF I e e • O pEVOE ORcortor 5 Ta �MmE 404 o;)y ., 5 1e E •6.1.Ns NOIATR(.INC. B its Ole �B:)e-(w.:: } , a to II . •:11• CONTROL MR COMPPLISSE j O Mw,a Teao- NNW xsrVOC O ��CO MDT IE1NrIRWiC Pea use AN Oar 'The relay polaris ere shorn Inthe NonAIerMSyatem Reset<OldHian. TO"MT WE OEVCE ^HFP.11,HFPT.11R-P0-11/SFP-11(SFPT-115FP0-11 s a polarity lrcenstre detente!.the 1 and Line 2<an be either In.el Breloop. NOTE:SEP-11 Series detectors are approved for use N Canada any. Note: The illustration above is typical wiring for Models DB-11 and DB-11 E(using Models HFP-11 Series and 5FP-11 Series detectors). lTe, h.E r•AIatTKfef .-....._....--... --- LONOT ce,ce 0 1111.0tr,.d. IMsw 'COLTS SCE a S ft_eMIAVOC_ AIM 110. 10NnAlha 01.02.0. d Cr ee.E015 MRIT a , IMILAte MrerAY<GMMB ,LWNnAYM IL . COISCIF ME SMYNMM ' '1I, A.wrL tlTMLYYaYSTEM PIOT COQa)N. 64111111111. TOWN,MA= .L.EI I-0.WMaf Ian.trM was.INrE M' *Pi oa-,.cmo,aaS WTBYINM TON,FA OR 5Y7a£GIRGLL BOA 5I OMgI,E MCC cmWows Cd.,ACCRCIORi:F Tr R USDNICK PiNIER OR NNA]rER INMGAFF4GTON. Note: The illustration above is typical wiring for Model 082-HR for polarity-insensitive detectors). Details for Ordering Model Part Description Model Part Description Number Number Number Number _ AD2-P 50()-649706 Air-Duct Housing _ FP-11 500-095112 FirePrint Intellig,mt Detector AD2-PR 500-649707 Air-Duct Housing with Relay FP-11C 500-095112C FirePrintTM Intelligent Detector I r eta] DB-11 500-094151 Low-Profile Surface-Mount Base FPT-11 500-095918 Thermal Detector DB-11C 500-095687 Low-Profile Surface-Mount Base[Canada] FPT-11C 500-095918C Thermal Detector[Canada] DB-11E 500-094151E Smaller-Diameter Detector Base 1-1FPO-11 500-034800 FS-250 Addressable Detector DB-HR 500-033220 Relay Base for'H'-Series intelligent Detector HFP-11 500-033290 FirePrintTM Detector • DB2-HR i54370-F12-Al Relay base compatible with'S'-Line and'C-line detectors; HFPT-11 500-033380 Thermal Detector backwards compatible with Modell -series detectors H1121 554372-F3-A1 Heat Detector i DT-11 500-095430 135°F(57.2°C}Low-Profile Thermal Detector OH121 554372-F2-Al Multi-Sensor Smoke Detector I DT-11C 500-095983 Low-Profile Thermal Detector[Canada] OP121 554372-Fl-Al Photoelectric Smoke Detector i FD0421 554320-F4-A1 Photoelectric Smoke Detector PE-11 500-094150 Conventional Photoelectric Smoke Detector FDOT421 554320-F6-A1 Addressable Multi-Criteria Fire Detector PE-11T 500-095150 Photoelectric Smoke Detector with 135'F • FDT421 554320-FS-Al Thermal(Heat)Detector (57.2'C}Thermal Sensor FDOOT441 S54320-F7-A1 Multi-Criteria Fire Detector with ASAtechnologyt SFP-11 500-33290C Photo 1 Thermal Detector[Canada] FDOOTC441 554320-F8-Al Multi-Criteria Fire I CO Detector with ASAtechnology'M SFPO-11 500-34800C Photo Detector[Canada]_ LK-11 500-695350 Base Locking Kit for Model'11'-series detectors SFPT-11 500-033380C Detector Package[Canada] • Notice: This marketing data sheet is not intended to be used for system design or installation purposes. For the most up-to-date information,refer to each product's installation instructions. Fire Safety Fire Safely 8 Femwood Road 2 Kenview Boulevard SIEMENS Industry, Inc. Florham Park,NJ 07932 Brampton,Ontario Building Technologies Division Tel:(973)593-2600 Isn.FSI L6T 5E4/Canada September 2012 FAX:(908)547-6877 Printed in U.S.A. Tel:(905)799-9937 Supersedes sheet dated 4r13 (Rev.1)URL:www.usa Siemens.com/Fire FAX:(905)799-9858 SIEMENS Data Sheet Fire Safety Products Specialized Devices Air-Duct Housings —> FDBZ Series Models FDBZ492, FDBZ492-HR, FDBZ492-R and FDBZ492-RP (with FDBZ-WT and FDBZ492-RTL) ARCHITECT AND ENGINFFR SPECIFICATIONS _ • Four(4) models available T "' • Addressable and conventional(with and without relays) .... ( / ,�, , • Compatible with Siemens Fire Safety conventional • and addressable fire-alarm control panels (FACPs) FDBZ-series of air-duct housings • Magnet test feature with the Model OP121 (FDB2492,FDBZ492-HR,FDBZ492-R and FDBZ492-RP) conventional detector Remote a rm • Design for air-velocity range of 100 to 4,000 indicator feet-per-minute (fpm) (Model roa2492-Rrt) • Robust,compatible conventional remote indicator test switch that incorporates tri-color light-emitting diode (LED) • Clear housing cover with smoke test port on cover -• for quick identification of detector type • Removable with four(4)captive-thumb screws(no tools required) Watertight housing • Includes a smoke/aerosol detector test port (Model FDBZ-WT) • Optional NEMA 4X-reinforced, stainless-steel and watertight enclosure available, Model FDBZ-WT • Self-contained model available with 'on-board' power supply for conventional detectors • No tools required for cover removal, • Expanded temperature range sampling and exhaust-tube installations • Relay models available • Trouble-event activation upon front-cover removal • ®UL268A Listed,®ULC-5529 Listed; • Alarm LED visible from front FM (43010), CSFM (43240-0067:0265) Approved Product Overview The Siemens—Fire Safety Model'FDBZ'-series of air- Notes—(cont.'d): With either the Design series or duct-detector housings are designed to be used with FireFinder®XLS series of FACPs.up to 252-addressable the Siemens Model'Fr-series,'FD'-series and the Model detectors with relays per circuit maybe used.The connection OP121 detectors. Designed for installation directly to of an intelligent remote lamp(ILED)and a remote relay is allowed for each detector simultaneously. heating,ventilating and air-conditioning (HVAC)duct systems,the Model'FDBZ'-series complies with National Specifications Fire Protection Association Standard (NFPA)No.'s 72 The Model'FDBZ'-series of air-duct housings are uniquely and 90A,and is Underwriters'Laboratories Listed. designed to use with the photoelectric detector. Sensitivity When equipped,the air-duct detector housing will of Models PE-11,PE-11 C and OP121 detectors can be signal the presence of smoke being carried through the verified for calibration via LED visual status or a Model duct system. Air-duct detectors are not intended to be RSAW-11, Model RSAC-11 or Model FDBZ492-RTL multi- substituted for open-area detection. color remote lamp. A green flash indicates the detector has passed its self test. Amber indicates a Trouble Notes: Most conventional time-control equipment condition,and red indicates an Alarm event. guarantee only one(1)detector per zone when Sensitivity range for Models HFP-11, FP-11,SFP-11,HFPO- the detector's operated relay function is critical. 11,SFPO-11, FDO421, FDOOT441 and FDOOTC441 is The connection of a remote lamp and a remote relay per detector is allowed. verified from the multi-color LED of the respective detector, Refer to the installation manual for the or its sensitivity reading may be printed by command from respective conventional fire system. the corresponding FACP to an optional printer. Model `FDBZ'—Series of Air-Duct Housings and Detectors 61 56 SIEMENSIndustry, Inc. Building Technologies Division Specifications — (continued) Sampling Tube Selection Table The remote alarm indicator(Model FDBZ492-RTL)allows Duct Width Sampling Tube for manual testing via a key-switch for conventional and (Model No.) addressable detectors, as well as the conventional and For duct widths 6"to 1' ST-10 addressable air-duct housing with relay. Model For duct widths 1'to 3' ST-25 FDBZ492-RTL,which mounts remotely from the For duct widths 3'to 5' ST-50 conventional and addressable air-duct housing, allows (requires support) for manual relay-output control. The duct-detector For duct widths 5'to 10' Sr-100 remote indicator key-switch also indicates the current (requires support) state of the detector. Maintenance of the detector is easily accomplished The watertight housing (Model FDBZ-WT), which allows via the removal of the duct-housing sampling the air-duct detector housing to be installed inside the chamber cover. The detector, which plugs into the separate NEMA 4X enclosure, is for installations for housing, is easily removed for cleaning or replacing by either an outdoor area or in environments where a trained technician. excessive moisture is prevalent. All that is necessary for installation of the air-duct Each detector unit employs a cross-sectional sampling detector is the cutting of three (3) small holes for the principle of operation. Inlet sampling tubes are Sampling Tube installation (template included), and available in four(4) lengths(see: Sampling Tube the drilling of two (2) holes for mounting the air-duct Selection Table). Outlet sampling tubes are one(1) housing. The unit is then easily mounted in place, common length and draw. A continuous,cross- and connection made to the existing wires or sectional sample of air moves through the duct. terminals—if optional accessories are utilized. No Stratification or skin affect phenomenon that occurs in mechanical tools are required for removing the cover or the duct can prevent smoke (especially in large ducts) connecting the sampling and exhaust tubes to an air- from reaching a spot-type detector. duct housing. In addition, the unique design of the sampling chamber Models ST-50 and ST-100 require support. However, insures uniform sensitivity in air velocities, ranging Model ST-100 is shipped in two (2) 5-ft. (152 cm.) from a low of 100 fpm to as high as 4,000 fpm. Each pieces with a coupling for field assembly. housing comes with three(3)wiring entry ports: • Two(2)3/4"conduit knockouts Technical Data • One(1)1/2"conduit opening Operating The inlet sampling tube length is determined by the Temperature' +32°F (0°C)to 120°F (49°C) width of the air duct being protected. The inlet tube— Ranges: greater than and nearest to the duct width—should be used (see: Sampling Tube Selection Table). The inlet Sampling Tube Pressure >0.01 inches; tube can then be trimmed at the job site to the exact Range of Differences: < 1.2 inches width of the duct.The outlet sampling tube for all ducts of water column —irrespective of width—has a fixed length of Relative Humidity: 0—95%; non-condensing approximately 5.5 inches (14cm.),and is supplied with the air-duct housing. Air Pressure/ No effect/ Note: When the use of a remote relay is required,order Altitude Range: No limitations Model FDBZ492-R for conventional systems;Model Air-Duct Velocity: 100-4,000 ft.!min FDBZ492-HR for addressable systems.When required,a separate watertight enclosure(Model FDBZ-WT),which (0.51—20m/sec) is designed to contain the air-duct housings is Dimensions: {H-x-W-x-D} available. •Rectangular: 14.38"-x-5"-x-2.5" (For full details,refer to installation instructions for the (37 cm.-x-12.7 cm.-x-6.36 cm.) respective air-duct housing.) •Square: 7.75"-x-9"-x-2.5" Note: When a self-contained duct detector with power supply (19.7 cm.-x-22.9 cm.-x-6.36 cm.) is required,order Model FDBZ492-RP. Detector Weight: 1.8 Lbs.(0.82 Kg.) (For full details,refer to installation instructions part numberA6V10330327.) Notes to Architect: When building codes regulate the location of detectors within ventilating systems,make sure the number and locations of detectors are in accordance with the code regulations. For additional electrical specifications, please see the installation instructions of the corresponding air-duct housing. SIEMENSIndustry, Inc. Building Technologies Division Operation Details for Ordering — (continued) Based on the monitoring results,the LED indicator Part flashes the following colors based on the following Model Number Description Conditions: A two-wire conventional duct detector with Flash relays designed for direct use on HVAC air- Flash duct systems. This detector has a relay Condition Interval FDBZ492- Color base,and when equipped with conventional (in seconds) R S5431 9- air-duct housing,will signal the presence of B24-A1 smoke being carried through the duct Normal supervisory operation. system. Green*: Smoke sensitivity is within 10 F usewith the following Models: rated limits. - oP121 Detector is in Trouble - PE-11 -PE-11C Yellow: condition,and needs either 4 A four-wire conventional duct detector with repair or replacement. relays and a built-in power supply. Housing is designed for direct use to HVAC air-duct Red: Alarm Condition. 1 FDBZ492- systems. It has a relay base with a built-in No Flash: Detector is not powered. —— RP S54319- power source. When equipped withconventional air-duct housing,this duct *LED can be turned OFF. B25-A1 detector will signal the presence of smoke Please follow the corresponding description of the panel used. being carried through the duct system. For use with the following Models: - OP121 - PE-11 -PE-11C Dev a key- Products included with the air-duct housing: swiceiors duc-hrulin Modal elsFng via42- switch for duct-housing Models FDBZ492- - (1)short-return(outlet)tube R,FDBZ492-RP and FDBZ492-HR. Device (1)stopper FDBZ492- mounts remotely from the conventional - 554319- and addressable air-duct housing,allowing - (2)#12+3/4"sheet-metal screws RTL for manual relay-output control. The duct- S27-A1 detector remote key-switch also indicates - (1)mounting template the current state of the detector. Note: Detector and sampling tube to be purchased separately. For use with the following Models: Minimum hardware required is: one(1)air-duct housing - FDBZ492-R assembly;one(1)sampling tube and one(1)detector. - FDB2492-RP -FDBZ492-HR An optional,separate watertight NEMA 4X enclosure(Model FDBZ-WT)that provides added watertight protection for any of the Model FDBZ492-series duct housings.The Details for Ordering duct housing fits into the separate 4X --- enclosure. This part allows the air-duct Part FDBZ Wf S54319- detector housing to be installed in the Model Number Description B26-A1 separate enclosure,and can be used in A two-wire addressable or conventional either an outdoor area or in environments where excessive moisture is prevalent. duct detector(without relays)designed for For use with the followingModels: direct use on heating,ventilating and air- conditioning conditioning(HVAC)air-duct systems. - FDBZ492 - FDBZ492-R When equipped,the air-duct detector - FDBZ492-HR - FDBZ492-RP S54319- housing will signal the presence of smoke ST-10 500-649710 Sampling tube for Ducts 6"tot FDBZ492 B22-A1 being carried through the duct system. ST-25 500-649711 Sampling tube for Ducts over 1'to 3' For usewith the following Models: ST-50 500-649712 Sampling tube for Ducts 3"to 5' - HFP-11 PD0421 - OP1 21 ST-100 500-649713 Sampling tube for Ducts 5'to 10' - SFP-11 - FD00T441 - HFPO-11 - FDOOTC441 - PE 11 - SFPO-11 - FP-11 - PE-11C A two-wire addressable duct detector(with relays)designed for direct use to HVAC air- duct systems and works with the Remote FDBZ492- Test Switch(FDBZ492-RTL), This part has a HR programmable relay base,and when S5431 9- equipped,the addressable air-duct detector B23-Al housing will signal the presence of smoke being carried through the duct system. For use with the following Models: - FD0421 - FP-11 - FDOOT441 - HFP-11 - SFP-11 - FDOOTC441 - 1-1FPO-11 - SFPO.11 SIEMENSIndustry, Inc. Building Technologies Division Notice: This marketing data sheet is not intended to be used for system design or installation purposes. For the most up-to-date information,refer to each product's installation instructions. Fire Safety Fire Safety 8 Fernwood Road 1577 North Service Road SIEMENS Industry, Inc. Florham Park,NJ 07932 East Oakville,Ontario September 2014 Building Technologies Division Tel:(973)593-2600 (sll-Fsl L6H OH6/Canada supersedes sheet dated8n] FAX:(908)547-6877 Printed in U.S.A. Tel:(905)465-8000 (Rev.4) ORL:www.usa.Siemens.com)Fire URL:www.Siemens.CA �?s' y".",0,".44'4` *:s++`, yfn t E iCir�� x kn nosy.A a"4'9" a.5' "7 ,14& i , � r fir' y i`;�" Z�rri i#k.�r x &Px9 .".�' ;t' +t -n ,"�faYAAA:-A '*?sf err ' r. x' 44433;, C �. t�t6 q3 Y ;%s w 3. { shgI 33:3, r°✓ r 1 -3.3 n SIEMENS �* sr ii .raa q G fi3 `� ' ` ,:. s ,,k'�,�,.rt�M�Aw�kx�n�rt 7{il. r ' q 's r.• '; + .. .sc;,�w ,',y'.x�f + �a t Itnq,P.4ntaay fort fe_ Desigo® Fire Safety ' Detectors and Peripherals � �� E� •,n �, x+h ruse k`"�' 1 �*,r1 a tdk p 4+{h E t� '� Multi-Criteria Fire Detector Model FDOT421 Architect& En ineer S•ecifications Product Overview CICompatible with Siemens Model 'H'- The Photoelectric I Thermal (Heat) Detector (Model FDOT421) is an intelligent, series devices on the same loop (with addressable multi-criteria detector that incorporates optical and thermal sensors,and Desigo Fire Safety Modular I FireFinder uses signals in a neural network to create an intelligent multi-criteria detector. The XLSN I FC20-series fire-alarm control (FACPs) encompassing result is a detector that provides enhanced detection to a wide range of ❑ Each detector is self-testing: products of combustion. - complete diagnostics Model FDOT421 utilizes advanced, multi-criteria detection technology. performed every 10 seconds The multi-criteria detector additionallyhas state-of-the-art microprocessor - self-monitored for sensitivity p within UL Listed limits circuitry (with error check), as well as detector self-diagnostics and supervision ❑ Listed,approved as a heat detector: programs that is used on Desigo Fire Safety Modular I FireFinder XLSIV and on - Rate-of-Rise Detection: Model FCIFV20-series Design Fire Safety fire-alarm control panels(FACPs). t5°F Ied: 135in.°F F(57° min.} Additionally, Model FDOT421 is a plug-in and addressable two-wire multi-criteria - Fixed: 135°F(57°C) ❑ Responds to flaming and detector (with both photoelectric and thermal sensors) that is compatible with smoldering fire signatures Siemens intelligent,addressable systems. ❑ Field-selectable application profiles ❑ Superior electromagnetic interference (EMI) and radio-frequency interference 0•eratlon (RFI)immunity Model FDOT421 utilizes an infrared light emitting diode (IRLED), and infrared ❑ Field programmable as rate-of-rise light-sensing photodiode. Under normal conditions, light transmitted bythe LED or fixed temperature, per 'Alarm g g g Source 2'I Standard parameter is directed away from the photodiode and scattered through the smoke chamber ❑ Tri-colordetector-status light-emitting in a controlled pattern. diode LED) ith36o°view The smoke chamber is designed to manage light dissipation and extraneous ❑ Compatible with Model DPU 99 P (device programmer!loop tester) reflections from dust particles or other non-smoke, airborne contaminants in such ❑ Polarity insensitive via a way as to maintain stable, consistent detector operation. When smoke enters SureWire°"technology the detector chamber, light emitted from the IRLED is scattered by the smoke ❑ Functions with Model DB- particles,and is received by the photodiode. 11-series mounting bases ❑ Restriction of Hazardous Substances Model FDOT421 also utilizes a modern,accurate and shock-resistant thermistor to (Rot-IS compliant) sense temperature changes. ❑ Automatic environment compensation ❑ UL Listed I FM,CSFM Approved The signal processing with detection algorithms - UL 268:'Open Area Smoke Detection' allows the detector to first gather smoke and - UL268A(Duct)-'Direct in-Duct use thermal data, and then analyze this information - UL 521:'Open Area Heat Detection' in the detectors 'neural network'By comparing ` ? ULC-S531:'Open Area Smoke Detection' {sr - ULC-5539:'Open Area Heat Detection' data received with the common characteristics - FM 3230:'Open Area Smoke Detection' of fires or fire signatures, Model FDOT421 can - FM 3210:'Open Area Heat Detection' compare these signals to those of deceptive __ -CSFM I File:7272-0067:0258 phenomena that cause other detectors to 'Y trigger a false alarm. Each Model FDOT421 detector provides three Model FDOT421 (3) pre-programmed parameter sets that can be Multi-Criteria Fire Detector selected by the FACP. 0 41)) APPROVED Siemens Data Sheet6150 Smart Infrastructure- Building Products usa.siemens.comlfire 1. Dust cover 1. Labyrinth „-=; +, 2. Multi-criteria detector 2 Optical ,:. 7 • % - Pk7iE: Each deter consists of a transmitter l "t dust isgm phobeledic ' ��'.�' � .[� dtarrder,a solid stare,non- 3. Optical mechanical theme sensor, receiver �) ! +14 and niaoprocessorhased 7 eleow,ins will,a �. 4. Heat sensor -'t fi \I ° /f `-•`,-- Bay Mode) FD0T421 r Yti'' fredeledoris shipped wit a proms dust cover. 2 Model FDOT421 Profile Overview Model FDOT421 provides two (2) different alarm sources that can be selected individually (ON or OFF) by the control panel. Alarm Source 1 (Neural Network)—Combines smoke(heat)with the following field-selectable profiles: • Sensitive • Robust • Standard Sensitive: This parameter set is practically suitable for areas where few misleading sources of false alarm are present, and is appropriate where priority is given to detecting open fires as soon as possible (e.g. —typically a clean application with controlled environmental conditions). Robust: This parameter set offers improved resistance to false alarms in areas where misleading sources,such as cigarette smoke or exhaust fumes, may cause a nuisance alarm. Standard: This parameter set,which is practically ideal for normal office, hotel-lobby-type applications,is the default setting. Alarm Source 2(Thermistor)-Heat only;provides the following: • Static!fixed at 135°F(57°C),default setting • Rate-of-Rise detection at 15°F I min. (8.3°C I min.) If the detector is not programmed, Model FDOT421 will default to a'standard'profile setting,which allows operation for a normal office-type environment. Model FDOT421 contains a tri-color LED indicator, capable of flashing any one (1) of three (3) distinct colors: GREEN I YELLOW I RED. During each flash interval, the microprocessor-based detector monitors the following fire-system conditions: • Smoke in its sensing chamber • Smoke sensitivity is within the range indicated on the nameplate label • Internal sensors and electronics Based on the results of the monitoring,the LED indicator flashes the following: FLASH COLOR ' CONDITION FLASH INTERVAL [in seconds] Normal supervisory operation. GREEN* Smoke sensitivity is within rated limits. 10 YELLOW: Detector is in trouble and needs replacement. 4 'Alarm'condition 1 NO FLASH: Detector is not powered.*denotes LED can be turned OFF Please follow the corresponding description of the panel used. A quick visual inspection is sufficient to indicate the condition of the detector at any time. If more detailed information is required,a printed report can be provided from the respective Desigo Fire Safety Modular I Model FC20-series I FireFinder XLSN FACPs that indicates the status and settings assigned to each detector. Siemens Smart Infrastructure -Building Products —2— usa.siemens.comlfire Installation All Model FDOT421 detectors use a surface-mounting base I Model DB2-HR I DB-11 or Model DB-11 E. Each base mounts onto a 4-inch (10.2 cm.)octagonal,square or single-gang electrical box. The base utilizes screw-clamp contacts for electrical connections and self-wiping contacts for increased reliability. The Model DB-11 detector base can be used with the optional Siemens Model LK-11 detector locking kit, which contains 50 detector locks and an installation tool to prevent unauthorized removal of the detector head. Model DB-11 has aesthetically conducive plugs to cover the outer mounting-screw holes. Model FD0T421 may be installed on the same initiating circuit with the following [when used with Desigo Fire Safety Modular Model FC20- series I FireFinder XLSN FACPs]- Dimensional Data • HFP-11, HFPT-11 —4.13" (10.3 cm.) d • Model'HMS'-series manual stations • Model'XTRI'-series interfaces I • Model'HTRI'-series interfaces y_. p g3„ • Model HCP output-control detection devices [a.4 sm.r! • Model'HZM'-series of addressable,conventional zone � #- 1.46,. modules V}. i ]]J/.• ts_aarrt.p All Model FD0T421 detectors are approved for operation .Itr i MP' within the UL-specified temperature range of 32°F to 100°F ---� (0-38°C). A. .lication Data Installation of Model FD0T421 intelligent, addressable multi-criteria detectors requires a two-wire circuit. In many retrofit cases, existing wiring may be used. 'T-tapping' is permitted only for Style 4 (Class B) wiring. Model FD0T421 is polarity insensitive,which can greatly reduce installation and debugging times. Model FD0T421 can be applied within the maximum 50-feet (15.24 m.) center spacing (2,500 sq. ft. [762 sq. m.]) per Underwriters'Laboratories. This application guide is based on ideal conditions, specifically, smooth- ceiling surfaces, minimal air movement, and no physical obstructions between potential fire sources and the actual detector. Do not mount detectors near to heating I ventilation I air-conditioning (HVAC) outlets. Exposed joists or beamed ceilings may also affect safe spacing limitations for detectors. Should questions arise regarding detector placement, observe NFPA 72 guidelines. Good fire-protection system engineering and common sense dictate how and when fire detectors are installed and used. Contact your local Siemens - Fire Safety distributor or sales office whenever you need assistance applying Model FDOT421 in unusual applications. Be sure to follow NFPA guidelines and UL Listed / ULC Listed installation instructions- included with every Siemens - Fire Safety detector-and local codes for all fire-protection equipment. S•ecifications Model FDOT421 is a plug-in, (2) two-wire Photoelectric I Thermal (heat) detector, compatible with Model FC20-series Desigo Fire Safety Modular Model FC20-series I FireFinder XLS/V FACPs. Each Model FDOT421 detector has microcomputer-chip technology and highly stable, solid-state electronic circuitry. Model FD0T421 detectors utilize a modern, accurate and shock-resistant thermistor to sense temperature changes. This electronic-sensing method virtually eliminates thermal lag associated with mechanical temperature-sensing devices, and provides almost instantaneous temperature status to the FACP. Model FD0T421 provides seven (7)field-selectable,pre-programmed temperature settings: • Fixed 135°F(57°C) • Rate-of-Rise: 15°F I min.(8.3°C) This feature is compatible with Model FC20-series Desigo Fire Safety Modular Model FC20-series] FireFinder XLSN systems,as well as with FC IFV2025 or FC IFV2050 FACPs. Siemens Smart Infrastructure-Building Products -3- usa.siemens.comlfire Field-Device Pro.rammer/Test Unit Model FDOT421 is compatible with the Siemens field-device programmer I test unit (Model DPU), which is a compact, portable and menu-driven accessory for electronically programming and testing these addressable detectors promptly and reliably. For instance,the field technician selects the accessory's program mode,and enters the desired address. Model DPU eliminates the need for cumbersome, unreliable mechanical programming methods (e.g. — dials and rotary switches), and reduces installation and service costs by electronically programming and testing the detector prior to installation. When set in 'test' mode, Model DPU will perform a series of diagnostic tests without altering the address or other stored data,allowing technicians to determine if the detector is operating properly. Each field-device programmer I test unit operates on AC power or rechargeable batteries, providing flexibility and convenience in the programming I testing of fire-safety equipment from practically any location. Additionally,with the use of a Model DPU unit, there is no longer a cause for concern with any vibration, corrosion and other deteriorating conditions that can accompany the vitality of a mechanical-addressing mechanism. The encompassing result is an intelligent detector that provides enhanced detection capability to a wide range of products of combustion —while offering unsurpassed rejection to nuisance-alarm sources, including: dust I steam I aerosols and other deceptive phenomena that could cause false alarms. ff Technical ` .I.- r.0,4: , OPERATING 32 --10C=F MODEL DATA MODEL PART PANEL PRODUCT TEMPERATURE: (0'-+38•C) OR TYPE SHEET 1 ' OR TYPE NUMBER RELATIVE 0-95% XLS 6300 FireFinder (fire-only overview) Addressable HUMIDITY: (non-condensing) FDOT421 S54320-F6-A1 Multi-Criteria XLSV 6340 FireFinder(fire wl voice) Fire Detector AIR PRESSURE: No effect DESIGO 7300 Desigo Modular Compatible.Devices: ® MODULAR (system overview) INPUT VOLTAGE 16VDC-30VDC MODEL PART PRODUCT RANGE: FC901 6813 Desigo Fire Safety OR TYPE NUMBER 50-point addressable 'ALARM' 410 A ABHW-4B 854320-F13-Al Sounder base with CURRENT,MAX.: p FC2025 Desigo Fire Safety Loop-PowerOption 252-pt.addressable(lire) Sounder base for 'STANDBY' 250 A 6815 ABHW-4S 854320-F14-Al Sleeping Areas p Desigo Fire Safety 504-pt. p 9 CURRENT,MAX.: FC2050 addressable(fire) Surface Mount Adapter MAXIMUM 30-ft.(9.144 m.)centers Desigo Fire Safety ADB-BOX 500-698360 Box for Audible Base SPACING: (900 sq.ft.1762 sq.m.), 252-point addressable Relay base compatible per NFPA72 and ULC-S524 FV2025 (fire w/Intelligent Voice DB2-HR S54370-F12-Al with Siemens standard •Fixed 135°F(57°C) Communication[IVC]) and advanced detectors 6821 THERMAL •Rateof-Rise: 504-pt.addressable DB-11 500-094151 Detector Mounting Base RATING: 15°F/min.(8.3°C) FV2050 (fire w/Intelligent Voice (for Series 11) at fixed 135°F(57°C) Communication[IVC]) DB-11 E 500-094151 E Detector Base(small) DETECTOR 0.317 Lbs.(0.144 kg.) Remote Alarm Indicator: WEIGHT: RL-HW 500-033310 Single-gang-box MECHANICAL mount,red_ PROTECTION UL Listed/ULCListed Remote Alarm Indicator: with STI Guard Model STI-9604 GUARD: RL-HC 500-033230 4"(10,2 cm.)octagon- box mount,red SENSITIVITY 1.22-2.74%/ft obs. ------- - -- — RANGE: (Nominal 2.0%/ft.obs.) LK-11 500-695350 B(foer Series 11)ng 1 See: www.STI-USA.com for further details on ordering Model STI-9604 In Canada order: MODEL PART PRODUCT OR TYPE NUMBER _ Detector DB-11 C 500-095687 Mounting Base, ULC Listed Siemens Smart Infrastructure-Building Products -4- usa.siemens.comffire NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here has/have a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type,instruction sheets—as well as the General Product Warning and Limitations document,which also contains important data, are provided with the product,and are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the Deslgo® Fire Safety proper functioning of the equipment,please contact the Manufacturer. Siemens Industry, Inc. Smart Infrastructure-Building Products 8 Fernwood Road • Florham Park, NJ 07932 SIEMENS t Tel:(973) 593-2600 April 2019 (Rev.1U) SIEMENS biet,e4i -for-Ufa Intelligent Initiating Devices HMS-Series Models HMS-D I HMS-S I HMS-DZ I HMS-SZ Architect&En r meet S r ecifications Product Overview ❑ Durable metal design The Siemens intelligent manual fire-alarm boxes (Models HMS-S I HMS-SZ and HMS-D I HMS-DZ) provide the most advanced method of address programming and ❑ Shock and vibration resistant supervision. ❑ Single-action(Model HMS-5 I-5Z)and Each Model HMS-series manual box achieves the state of an 'intelligent-initiating double-action (Model HMS-D I -DZ) device'by incorporating custom microcomputer-chip technology with sophisticated, stations bi-directional communication capabilities with the panel, which include Siemens ❑ Pull-down lever is down, until Modular,as well as Siemens 50-point,252-point and 504-point addressable FACPs. manually reset The Model HMS-series manual fire-alarm boxes are also included in US Coast Guard • Reset with Allen Key (USCG) approval for use in marine and other harsh environments, when used with • No break rods necessary the Siemens 252-point and 504-point USCG approved addressable system. 0 Custom microcomputer-chip S•ecifications technology s:rair _ Models HMS-S I HMS-SZ and HMS-D I HMS-DZ are ❑ Polarity insensitive via SurewireTM '` constructed of durable, molded polycarbonate FIRE technology material that is matte finished in red with raised ❑ Dynamic supervision to the fire- white lettering. The housing accommodates a 'pull- alarm control panel(FACP) down' lever, which — when operated — locks into position; indicating the fire-alarm box has been PUSH HERE • Device Programmer Unit THEN (Model DPU) programs and activated. verifies address and tests The pull-down lever remains down I in the 'locked' functionality of each device position, until the fire-alarm box is manually reset. PULl00WN ❑ Electronic-address programming The manual fire alarm box can only be reset by (EEPROM)is easier,as well as more opening the hinged housing cover with an Allen key; efficient,dependable followed by closing and locking the cover. Models Model HMS-D I-DZ ❑ Surface or semi-flush installation HMS-S i -SZ and HMS-D I -DZ operate with Siemens— Dual-Action Station Fire Safety FACP5. The microcomputer chip to the ❑ Two-wire manual fire-alarm box has the capacity of storing — • Americans with Disabilities Act(ADA) in memory—identification and important operating- Compliant status data. FIRE ❑ ULListed; Models HMS-S I -SZ and HMS-D I -DZ are fitted with uscG(76toozi600), screw terminals for connection to an addressable circuit, and can be either surface or semi-flush FM(#3015946&3052621), mounted. CSFM(#7150-0067:0036)and The Model HMS-series manual fire-alarm boxes NYC Fire Dept.(#202-12E,Vol.1) derive their power, communicate information and PULL Approved receive commands over a single pair of wires. Each DOhN box is compatible on the same circuit with all Model SIEMENS IN,: ; ; H'-series detectors, interfaces or addressable, — • conventional zone modules. Model HMS-S I-SZ Single-Action Station s �.; APPROVED Siemens Data Sheet 6306 Smart Infrastructure- Building Products usa.siemens.comlfire Mounting Diagram HOUSING • r- 4 in HINGED TONAMEPLATE BACKPLATE —t SB-SR 1.\ 1-1/2in. 01. HOUSING� • +� LOCKING 0 3 in- SCREW BACKPLAT O (USER sUPPUED) Device/Pro.rammer Tester— Model DPU Innovative technology from Siemens—Fire Safety also allows all Model HMS-series intelligent manual fire-alarm boxes to be programmed via the Device Programmer I Test Unit(Model DPU). The programmer I tester is a compact, portable and menu- driven accessory that makes programming and testing of a manual fire-alarm box device faster, easier and more dependable than previous methods. Model DPU eliminates the need for mechanical-addressing mechanisms of a device because Model DPU electronically sets the address of the manual fire-alarm box into its microcomputer chip, non-volatile memory. Therefore, vibration, corrosion and other conditions—which can compromise the functionality of mechanical-addressing mechanisms—are no longer an issue. Technical Data Details for Orderin• MODEL PART SHIPPING ELECTRICAL OR NUMBER PRODUCT WEIGHT TYPE Current Draw 0.9mA Addressable Manual Fire (Active or Standby) HMS-D 500-033400 Alarm Box,Dual Action Addressable Manual Fire 2.5 Lbs.I1.13 Oz. INDOOR/DRY CONDITIONS HMS-DZ S54321-F5-A1 Alarm Box,Dual Action j [C.0.0.*—USA] Operating 32°—100°F Addressable Manual Fire Temperature Range (0°—38°C) HMS-S 500-033200 Alarm Box,Single Action Operating 0—93%, Addressable Manual Fire 2.0 Lbs. 0.9 Oz. Humidity Range non-condensing HMS-SZ S54321-F6-A1 Alarm Box,Single Action [C.0.0.*—USA] Reset Tool Package I LTP 500-620490 0.5 Lb. 0.23 Oz. [contains two(2)tools] SB-5R 310-019860 Surface-Mounting Box 1.5 Lbs. 0.7 Oz. +denotes(C)ountry(0)f(0)ngin NOTICE- The information contained in this data-sheet document is intended only as a summary,and is subject to change without notice. The product(s)described here hasthave a specific instruction sheet(s) that cover various technical,limitation and liability information. Copies of install-type, instruction sheets—as well as the General Product Warning and Limitations document, which also contains important data, are provided with the product. All are available from the Manufacturer. Data contained in the aforesaid type of documentation should be consulted with a fire-safety professional before specifying or using the product. Any further questions or assistance concerning particular problems that might arise,relative to the proper functioning of the equipment,please contact Siemens Industry,Inc. the Manufactures Smart Infrastructure -Building Products 8 Fernwood Road • Florham Park, NJ 07932 SIEMENS Tel: (973) 593-2600 July-2019 (Rev.10) OSID Smoke Detector Product Guide osI-10 OSI-45 OSI-90 OSE-SP OSE-SPW OSE-SP-01 OSE-HP-01 OSE-HPW November2014 DocumentNo.: 15204 Revision:B Build:1 Part No.LF42339 OSID by• xtralis OSID by Xtralis OSID Product Guide Intellectual Property and Copyright This document includes registered and unregistered trademarks.All trademarks displayed are the trademarks of their respective owners.Your use of this document does not constitute or create a license or any other right to use the name and/or trademark and/or label. This document is subject to copyright owned by Xtralis AG("Xtralis").You agree not to copy,communicate to the public,adapt,distribute,transfer,sell,modify or publish any contents of this document without the express prior written consent of Xtralis. Disclaimer The contents of this document is provided on an"as is"basis.No representation or warranty(either express or implied)is made as to the completeness,accuracy or reliability of the contents of this document.The manufacturer reserves the right to change designs or specifications without obligation and without further notice.Except as otherwise provided,all warranties,express or implied,including without limitation any implied warranties of merchantability and fitness for a particular purpose are expressly excluded. General Warning This product must only be installed,configured and used strictly in accordance with the General Terms and Conditions,User Manual and product documents available from Xtralis.All proper health and safety precautions must be taken during the installation,commissioning and maintenance of the product.The system should not be connected to a power source until all the components have been installed.Proper safety precautions must be taken during tests and maintenance of the products when these are still connected to the power source.Failure to do so or tampering with the electronics inside the products can result in an electric shock causing injury or death and may cause equipment damage.Xtralis is not responsible and cannot be held accountable for any liability that may arise due to improper use of the equipment and/or failure to take proper precautions.Only persons trained through an Xtralis accredited training course can install,test and maintain the system. Liability You agree to install,configure and use the products strictly in accordance with the User Manual and product documents available from Xtralis. Xtralis is not liable to you or any other person for incidental,indirect,or consequential loss,expense or damages of any kind including without limitation,loss of business,loss of profits or loss of data arising out of your use of the products.Without limiting this general disclaimer the following specific warnings and disclaimers also apply: Fitness for Purpose You agree that you have been provided with a reasonable opportunity to appraise the products and have made your own independent assessment of the fitness or suitability of the products for your purpose.You acknowledge that you have not relied on any oral or written information,representation or advice given by or on behalf of Xtralis or its representatives. Total Liability To the fullest extent permitted by law that any limitation or exclusion cannot apply,the total liability of Xtralis in relation to the products is limited to: i. in the case of services,the cost of having the services supplied again;or ii. in the case of goods,the lowest cost of replacing the goods,acquiring equivalent goods or having the goods repaired. Indemnification You agree to fully indemnify and hold Xtralis harmless for any claim,cost,demand or damage(including legal costs on a full indemnity basis)incurred or which maybe incurred arising from your use of the products. Miscellaneous If any provision outlined above is found to be invalid or unenforceable by a court of law,such invalidity or unenforceability will not affect the remainder which will continue in full force and effect.All rights not expressly granted are reserved. www.xtralis.com OSID Product Guide OSID by Xtralis Document Conventions The following typographic conventions are used in this document: Convention Description Italics Used to denote:references to other parts of this document or other documents. Contact Us UK and Europe +44 1442 242 330 D-A-CH +49 431 23284 1 The Americas +1 781 740 2223 Middle East +962 6 588 5622 Asia +86 21 5240 0077 Australia and New Zealand +61 3 9936 7000 www.xtralis.com ii www.xtralis.com OSID by Xtralis OSID Product Guide Codes and Standards Information for Smoke Detection It is strongly recommended that this document is read in conjunction with the appropriate local codes and standards for smoke detection and electrical connections.This document contains generic product information and some sections may not comply with all local codes and standards. In these cases,the local codes and standards must take precedence.The information below was correct at time of printing but may now be out of date.Check with your local codes,standards and listings for the current restrictions. AFNOR Marking C E 0333 Xtralis Pty Ltd. 4 North Drive,Virg.Park 236-262 East Boundary Road Australia 3165 Bentleigh East Victoria 11 DoP 25993 EN 54-12:2012 Line Detector using an Optical Beam Fire Safety Product Listings • UL . ULC • CSFM . CFE . ActivFire • CE • VdS . NF . BOSEC Regional approvals listings and regulatory compliance vary between OSID product models. Refer to www.xtralis.com for the latest product approvals matrix. www.xtralis.com i i i OSID Product Guide OSID by Xtralis This page is intentionally left blank. iv www.xtralis.com OSID by Xtralis OSID Product Guide Table of Contents 1 Introduction 3 1.1 Scope 3 1.2 Product Introduction 3 2 Detector Operation 5 2.1 Basic Principle of Operation 5 2.2 Status Annunciation 5 2.3 Detector Composition 9 3 Product Information 11 3.1 Dimensions 12 3.2 Product Specifications 13 4 Installing the Detector 15 4.1 Positioning the Detector Components 15 4.2 Installation Instructions 16 5 Commissioning and Maintenance 31 5.1 Starting Up 31 5.2 Acceptance Testing 31 5.3 Maintenance 32 5.4 Troubleshooting 32 6 Emitter Replacement and Addition 33 7 Installation Kit 35 7.1 Use of Commissioning Reflector 35 7.2 Changing Laser Alignment Tool Batteries 36 7.3 Removing OSID Emitter Battery 36 7.4 Use of Commissioning Test Filter 37 7.5 Maintenance Cleaning 37 7.6 Using OSID USB FTDI Cable and OSID Diagnostic Tool Software 38 A Drilling Dimensions 39 A.1 Imager Mounting Bracket Drilling Dimensions 39 A.2 Imager Rear Assembly Drilling Dimensions 40 B Geometric Calculations 41 B.1 10°Imager 41 B.2 45°Imager.38°FOV 42 B.3 90°Imager.80°FOV 43 www.xtralis.com 1 OSID Product Guide OSID by Xtralis This page is intentionally left blank. 2 www.xtralis.com OSID byXtralis OSID Product Guide 1 Introduction 1 .1 Scope Welcome to the OSID Smoke Detector Product Guide.This document will provide you with general product information and detailed instructions on how to install,operate and maintain the OSID detector. It is recommended that this product guide is read prior to installation and it is assumed that anyone using this guide has an appropriate level of knowledge regarding fire detection systems. 1.2 Product Introduction The OSID smoke detector provides early warning of fire by measuring the amount of smoke entering invisible beams of light projected over a protected area. New smoke detection technologies provide superior resistance to false alarms caused by dust and solid objects that may interfere with the beams. Innovations in optical imaging and signal processing enable the Imager unit to locate the Emitter unit(s)without the need for precise alignment,and compensate for natural building shifts. Features of the OSI D system include: ▪ Product range to support a variety of ranges and fields of view . Superior rejection of dust and intruding solid objects • Simple mounting and installation . Dual wavelength smoke detection . Tolerance of coarse alignment . Large adjustment and wide viewing angles . Four-wire detector interfaces . On-board event log for fault and alarm diagnostics ▪ Simple user display for alarm,fault and power status annunciation • Configurable alarm thresholds • Optional IP 66 rated environmental housings for harsh environments . Optional wire guard to protect from vandalism and accidental damage . Optional sun shield for imagers. www.xtralis.com 3 OSID Product Guide OSID by Xtralis This page is intentionally left blank. 4 www.xtralis.com OSID by Xtralis OSID Product Guide 2 Detector Operation This section provides general information on the operation of the detector,status annunciation,and the basic composition of the system. 2.1 Basic Principle of Operation The OSID system detects smoke by measuring the attenuation of two wavelengths of light projected from one or more locations within an area of protection. Each OSID system consists of one Imager and up to seven Emitters within the protected area.The Emitters are placed in the field of view of the Imager. Each Emitter projects a wide-angled beam containing a sequence of ultraviolet(UV)and infrared(IR)light pulses toward the Imager.The sequence of pulses is unique for each Emitter,which prevents mutual interference and enables the Imager to reject any other unwanted light sources. The colinear UV and IR wavelengths interact differently with small and large particles.The shorter UV wavelength interacts strongly with both small and large particles,while the longer IR wavelength is predominantly affected by larger particles. Smoke particles entering a beam path will interact strongly with the shorter wavelength and cause a loss mainly in the UV signal.The relative path loss measurement between the UV and IR signal is used to determine if there is smoke and produce an attenuation value. If the level of attenuation caused by smoke is higher than the preset threshold in the detector, a Fire Alarm will be reported. In contrast,dust particles and solid intruding objects that enter the beam path cause an equal signal loss in both wavelengths and enable the detector to identify these events as non-smoke events. If the blockage becomes excessive,a Trouble/Fault, and not a false alarm,is reported. An optical imaging array in the Imager provides the detector with a wide viewing angle and the ability to locate the Emitter(s)without the need for precise alignment.This ability,combined with the wide-angled beam projected by the Emitter,provides greater ease in installation and enables the system to compensate for the drift caused by natural shifts in the building structure. The system can be configured to suit a range of detection spaces by selecting the type of Imager and number of Emitter unit(s)used in the system design. Imagers differ by the type of lens that is fitted during manufacture. Each Imager lens has different focal characteristics that determine the operating range and the field of view of the system-an Imager that has a longer operating range will have a narrower field of view and vice versa.The size and geometry of the protected space will determine the Imager type,and number of Emitters that are required for the system. 2.2 Status Annunciation The current status of the detector is annunciated from the Imager unit through the following methods: • Detector Status LEDs ▪ Initiating Device Circuit(IDC)interface . Remote Indicator interface www.xtralis.com 5 OSID Product Guide OSID by Xtralis 2.2.1 Status LEDs / Legend OTh t Fire Alarm LED(Red) • Trouble(Yellow) . Normal(Green) • 1 2 Figure 2-1: Status LEDs located on Imager Normal Operation and Power Status The bi-color LED on the Imager will flash green once every 10 seconds when the system is working normally and is free from Troubles or Alarms. If the bi-color LED is continuously off,the system is not properly powered and a Trouble(Fault)will be signaled to the fire panel via the IDC interface. Fire Alarm The red LED on the Imager unit indicates an Alarm.The Emitter(s)from which the Alarm originates,can be determined by the sequence of pulses as described in these steps: 1. The red LED pulses a number of times according to the Emitter number from which the Alarm originates: a. 'n'pulses identifies Emitter Beam'n'as having a Fire Alarm. b. a double pulse identifies all Emitter Beams in Alarm. 2. If more Alarms are present:5 seconds OFF. If no other alarms are present in the system: 10 seconds OFF. 3. Restart from Step 1. Emitter beams are numbered sequentially from the left-to-right(from the point of view of the Imager),with'1' as the left most Emitter beam. Fault!Trouble Identification The yellow color of the bi-color LED indicates if the unit is in Training Mode or if there are Trouble conditions. The identification of the Trouble(Fault)condition and its source(Emitter/Imager)can be determined by the sequence of pulses of the yellow LED.The identification sequence is described as follows: 1. Source identification:Yellow LED pulses according to whether the Trouble originates from the Emitter or system: a. 'n'pulses identifies Emitter Beam'n'as having a Trouble(Fault)condition. b. a double pulse identifies the system as having a Trouble condition. 2. 2 seconds OFF. 3. Trouble(Fault)Code:Yellow LED signals the fault type according to the pulsing sequences identified in Table 2-1. 4. If more Faults are present:5 seconds OFF. If no other Faults are present in the system: 10 seconds OFF. 5. Restart from Step 1. 6 www.xtralis.com OSID by Xtralis OSID Product Guide Example: Detector Fault(Too many Emitters have been detected) Figure 2-2 is a representation of a system fault triggered when too many Emitters have been detected(two pulses)and there is no other fault in the system. ON 20ms 20ms 50ms 50ms OFF 75ms 2si f 500ms 500ms 1Os t t I A I- B - C _ D Legend A Detector ID=double pulse C System fault=two pulses B Two seconds OFF D Ten seconds OFF=no other faults Figure 2-2: Detector Fault Example: Emitter#2 Fault(Emitter location needs to be changed) Figure 2-3 is a representation of Emitter#2 fault which is triggered when Emitter#2 is either too close or too far away from the Imager(three pulses)and there are other faults to follow. ON 50ms 50ms 50ms 50ms 50ms n OFF 500ms 500ms 2st~ 500ms 500ms 500ms 5st n A I n 1 B C - D—► Legend A Emitter#2 ID=two pulses(n) C Emitter fault=three pulses B Two seconds OFF D Five seconds OFF=other faults to follow Figure 2-3: Emitter Fault www.xtra l is.c om 7 OSID Product Guide OSID by Xtralis Table 2-1: Trouble LED (Yellow)Trouble Conditions Emitter(System Fault Activation Sequence Status Double Pulse every one Training Mode. second Emitter One Pulse Emitter failed,obscured or misaligned. (One or more slow Two Pulses Contamination fault.Emitter and Imager require cleaning. pulses) Three Pulses Emitter range fault.Emitter is either too close or too far away. Four Pulses Emitter type mismatch.Emitter type is not recognised by the receiver. Five Pulses Emitter battery approaching end of life and needs to be replaced at the next scheduled maintenance visit. Note:Smoke detection continues to function while there is sufficient residual battery power.A Trouble is signaled to the fire panel once the battery life is exceeded. Six Pulses Imager cannot discern the signal from the Emitter beam due to an oversaturation of light.Please check for reflections onto the Imager,or bright light sources adjacent to the Emitter when viewed from the Imager. System One pulse Incorrect DIP switch configuration.Refer to section 4.2.6 for (Double pulse) further details. Note: For units with firmware revisions 1 to 4,unused DIP switches must be set to'0'. Two pulses Too many Emitters have been detected.Check the DIP switch settings,and ensure that Emitters belonging to a different system are not interfering with the Imager. Three pulses Too few Emitters have been detected.Check the DIP switch settings and ensure that all Emitters are contained in the field of view of the Imager.Minimise bright light sources adjacent to the Emitter when viewed from the Imager. Four pulses Imager out of alignment.Check that the field of view of the Imager is correctly aligned to all Emitters in the system. Five pulses Internal fault in the Imager.Imager requires replacement. Note: Unless otherwise noted,a Trouble is signaled to the fire panel for all System or Emitter Faults. 2.2.2 Initiating Device Circuit Interface (IDC) An interface for connection to an IDC is provided for reporting the following conditions: ▪ Fire Alarm . Trouble(Fault) Dedicated FAULT(Trouble)and FIRE(Alarm)relay interfaces are provided on the Termination Card for connecting to the IDC. Separate terminals provide connections for supplying power to the detector. 2.2.3 Remote Indicator The Termination Card provides a connection for a remote indicator that is activated when a Fire Alarm is initiated and pulses in the same way as the Imager fire LED to signal the source of the fire. 8 www.xtralis.com OSID by Xtralis OSID Product Guide 2.3 Detector Composition The OSID system consists of an Imager and up to seven Emitters. Although both components have the same mechanical housing, Imagers are distinguished by the presence of the two status LEDs on the underside of the device. -' Legend • •• 1 Mounting Bracket • 1 2 Termination Card ® 3 Rear Case 4 Optical Surface 2 5 Status LEDs(Imager only) 6 Front Cover . 0 Ir I O` J ' 3 • 6 Figure 2-4: Exploded view of an Imager or Emitter www.xtralis.com 9 OSID Product Guide OSID by Xtralis This page is intentionally left blank. 10 www.xtralis.com OSID by Xtralis OSID Product Guide 3 Product Information This chapter provides a summary of general,electrical and mechanical detector specifications.These specifications apply to all currently available system configurations.The system configurations are characterized by field of view and detection range. Note: Refer to your local codes and standards for compliant alarm threshold selection of various detection ranges. Table 3-1: Available Fields of View and Detection Ranges Imager Usable Field of View Detection Range Max. Lens Horizontal Vertical Standard Power High Power Number Type of Min Max Min Max Emitters 10° 7° 4° 30 m(98 ft) 150 m(492 ft) -- -- 1 45° 38° 19° 15 m(49 ft) 60 m(197 ft) 30 m(98 ft) 120 m(393 ft)1 7 100 m(328 ft)5 90° 80° 48° 6 m(20 ft) 34 m(111 ft) 12 m(39 ft) 68 m(223 ft)I 7 (see note 4) 50 m(164 ft)5 (see note 4) Notes: 1. The maximum range of the Imagers are measured for the center of the Imager's Field of View(FOV). 2. The OSID laser alignment tool assists in locating the FOV for an Imager.The alignment tools can be ordered from Xtralis. Refer to Chapter4 for part numbers. 3. Basic calculations for FOV measurements can be found in Appendix B. 4. Angular offset from Center Field of View for Imagers.For the High Powered Emitter,the ranges are double the values in Table 3-2. 5. Range for OSE-H P-01. Table 3-2: Angular offset from Center Field of View Imager Maximum Angular Offset from Maximum Range center Field of View 90° 5° 34 m(111 ft.) 10° 33 m(108 ft.) 20° 32 m(105 ft.) 30° 30 m(98 ft.) 40° 27 m(89 ft.) www.xtralis.com 11 OSID Product Guide OSID by Xtralis 3.1 Dimensions 20mm 0.8" 90mm 3.5" 0 20 mm 0.91" 0 4mm 0.16" NMI E II 0 208 mm 8.2" O i Figure 3-1: Dimensions of the Imager and Emitter 12 www.xtralis.com OSID by Xtralis OSID Product Guide 3.2 Product Specifications Table 3-3: Product Specifications General Alarm Thresholds(Configurable) • Level 1 -20%(0.97 dB Highest Sensitivity) • Level 2-35%(1.87 dB) . Level 3-50%(3.01 dB Lowest Sensitivity) Alarm Latching(Configurable) Latching/Non-latching configured via DIP switch. Detection Range Refer to Table 3-1 and Table 3-2 for further information. Status LEDs(Imager) Red:Fire Alarm;Bi-color Yellow/Green:Trouble or Normal.Refer to Section 2.2.1 for further information. IP Rating IP 44 for Electronics;IP 66 for Optics Enclosure DIP Switch Configuration Configuration for alarm thresholds,number of Emitters and alarm (Termination Card) latching/non-latching.Refer to Section 4.2.6 for further information. Electrical Imager Supply Voltage 20-30 VDC(24 VDC nominal) Imager Current Consumption Typical at 24 VDC:8mA(one Emitter),10mA(seven Emitters) Peak at 24V during Training Mode:31 mA Emitter Current Consumption Externally-powered Emitter(at 24 VDC): • Standard Power:350pA • High Power:800pA Battery-powered Emitter(3 VDC)1,2: . Built-in 5 Year Replaceable Alkaline Battery(3 Year for OSE-HP-01) Cable Gauge 0.2-4mm'(26-12 AWG) Trouble!Fault Relay 2 A @ 30 VDC,NO-C-NC Dry Relay contacts. Fire Alarm Relay 2 A @ 30 VDC,NO-C-NC Dry Relay contacts. Heater Input Power 24 VDC,16 mA(400 mW) Event log 10000 events(Imager firmware V4.0 or greater required) Environmental Operating Temperature -10°C to 55°C(14°F to 131 °F)3 Humidity 10 to 95%RH Non-condensing. Notes: ▪ Optional internal heating is provided to prevent mild condensation on Imager units(front surface).Emitters have acrylic windows and are as such less susceptible to condensation. • If extreme condensation is expected,use the OSE-ACF or heated OSID-EH environmental housings for both the Imager and Emitter units. Mechanical Dimensions(WHO) 208mm x 136mm x 96mm(8.2in.x 5.4in.x 3.8in.) Weight Imager:610g;Emitter(battery powered):1.2kg, Emitter(wired):535g, Adjustment Angle Horizontal:±60°;Vertical:±15° Maximum Misalignment Angle ±2° Notes: 1. Battery-powered Emitter is activated automatically when the alignment mechanism is in the locked position. 2. Trouble LED indicates that the planned battery end of life is approaching and a Trouble(Fault)is signaled to the IDC when the battery has been operating for 5 years.The Trouble LED is activated when the battery is 13 www.xtralis.com 13 OSID Product Guide OSID by Xtralis months from the expected end of life but no Trouble(Fault)is signaled to the IDC.Smoke detection continues to function while there is sufficient residual battery power.A failed battery cannot cause a false alarm. 3. Product UL listed for use from 0°C to 39°C(32°Fto 103°F). 3.2.1 Ordering Information Table 34: Ordering Information Part Number Description OSI-10 Imager-7°coverage OSI-45 Imager-38°coverage OSI-90 Imager-80°coverage OSE-SP Emitter-Standard Power OSE-SP-01 Emitter-Alkaline Battery OSE-SPW Emitter-Standard Power,Wired OSE-HPW Emitter-High Power,Wired OSID-INST OSID Installation Kit OSP-001 FTDI Cable 1.5m OSP-002 Laser Alignment tool OSE-RBA Spare alkaline battery pack for Emitter units OSID-WG Wire Guard OSID-EHI Imager environmental housing IP66 OSID-EHE Emitter environmental housing IP66 OSE-ACF Anti-condensation film for Emitters OSEH-ACF Anti-condensation film for OSID-EHE and OSID-EHI. OSI-LS Imager Light Shield OSP-003 Acrylic test filter-10 pack OSP-003-200 Acrylic test filter-200 pack 14 www.xtralis.com OSID by Xtralis OSID Product Guide 4 Installing the Detector The procedures in this chapter describe how to install the OSID detector. Note: Additional information is available in the installation sheet(document number 15222). The design of the fire protection system needs to be considered prior to installing the detector and should satisfy chosen protection goals while complying with local codes and standards. The key considerations in planning and implementing a successful installation include: • Selecting appropriate locations for mounting the detector components • Mounting and aligning the detector components . Wiring the detection system . Configuring the Imager components The OSID Alignment Tool, used for both the Emitter and Imager units, is required.This tool is sold separately, and is included in the Installation Kit.Please contact your local Xtralis supplier for ordering information. . OSID-INST:OSID Installation Kit After installation,the system should be powered up to initiate system Training Mode. Refer to Section 5.1 for further information. 4.1 Positioning the Detector Components When deciding on the placement of the detector components,select positions that: • Provide a stable and secure surface for mounting the Emitter and Imager • Include no obstructions between the Emitter and Imager . Ensure the system is mounted well above the head height of a person . Avoid direct sunlight into the Imager and Emitter components . Ensure Emitters for the same Imager are not placed within one meter of each other or lighting • Consider effects like stratification and other parameters that may affect the performance of the detector (e.g.room geometry,ceiling height,ceiling shape,fuel sources and location) . Comply with spacing and location requirements for applicable codes and standards The detector is able to work undera wide range of room lighting conditions,including complete darkness to bright sunlight,and can allow for shifts in the building structure. 4.1.1 Spacing Requirements The location and spacing of components of the detector system should comply with national and regional installation codes,such as NFPA72,AS1670.1, BS5839.1,GB50166, NFS 61.970 and R7. In any OSID system,the line of protection between the Imager and an Emitter is recognized by many standards to be equivalent to a traditional beam detector. Please refer to your local codes and standards for the specific spacing regulations for your region. For territories that have no local codes,refer to the manufacturers'guidelines for positioning and installation. Xtralis'guidelines for positioning and spacing are provided in the document"Application Note-Positioning guidelines forterritories without National or Regional installation codes for beam detectors". 4.1.2 Spatial separation between Emitters To allow the Imagers to commission multiple Emitters as separate sources,a spatial separation between Emitters of 3 degrees for the OSI-45,and 5 degrees for the OSI-90,is required. A single Emitter system should have no othersystem's Emitters placed closer than±2.5°of the paired Emitter for the Imager to commission only the centremost Emitter. If Emitters are placed closer than±2.5°,the Imager will commission all Emitters and a Fault will be raised. www.xtralis.com 15 OSID Product Guide OSID by Xtralis 4.2 Installation Instructions The Emitter and Imager components of the detector can be secured to a stable surface either directly or with the supplied mounting brackets.When mounting the Emitter and Imager units, please follow these steps: 1. Prepare the units for mounting. Refer to Section 4.2.1 for further information. 2. Secure the units to the mounting surface either directly,or with mounting brackets. Always install the Imager first,and locate the Emitters within the Imager field of view. a. If installing the unit via mounting brackets,follow these steps(see Section 4.2.2): i. Install the mounting bracket and appropriate fasteners. ii. Attach the rear assembly of the unit onto the mounting brackets. b. If installing the unit directly onto the mounting surface,follow these steps(see Section 4.2.3): i. Remove the Front Cover to access the mounting holes on the rear assembly. ii. Secure the rear assembly of the unit onto the mounting surface using the mounting holes as a template and the appropriate fasteners. 3. If required,wire the Termination Card(required for the Imager and externally powered Emitter). • Refer to Section 4.2.5-Imager Wiling Connections. • Refer to Section 4.2.9-Emitter Wiring Connections. 4. If required,re-attach the Front Cover after the rear assembly has been secured. 5. Manually align the Emitter to the Imager and vice versa.Refer to Section 4.2.11 -Coarse Alignment. 4.2.1 Unit Preparation Detach the Front Cover by using a flat-blade screwdriver to gently lever the front cover away from the main assembly. ) \ „or ‘ , Figure 4-1: Remove front cover with a flat blade screwdriver Determine the cable entry points to the termination card and remove the cut-outs(if required)by using a sharp blade to cut around the circular discs.Take care not to damage the termination card or optical components. Cable glands can be fitted to enable cable entry through the top of the unit. 16 www.xtralis.com OSID by Xtralis OSID Product Guide t Legend 1 Cable cut-outs 2 Mounting bracket / v1 2 rf(110 I Figure 4-2: Cable glands and cut-outs on the back and top of the Imager main assembly. Note: Please take appropriate precautions when working at unsafe heights.The use of elevating platforms rather than ladders is highly recommended, particularly as both hands are required to be used during the installation. 4.2.2 Securing via Mounting Brackets (preferred method) Note: This section only applies for components secured via mounting brackets. Ensure that the Imager is mounted first,and Emitters are within the field of view of the Imager. Fixing the Mounting Brackets Secure the mounting bracket to the mounting surface, using the screw holes as a template and appropriate fasteners for the surface type.When screwing in the mounting plate, it is recommended that star washers are used to prevent the mounting brackets slipping. • Figure 4-3: Securing the mounting brackets with screws and star washers The brackets are provided with one vertical and one horizontal slot to facilitate mounting if the drilled holes are difficult to position accurately, such as on a rough brick surface. For US territories only,the mounting brackets are also provided with slots for use with junction boxes. Ensure that the mounting bracket is straight and sits flush on the surface. If considered necessary by the installer, extra screws can be fitted through the round holes provided in the mounting plate,to ensure that the plate cannot slip on the mounting surface. www.xtralis.com 17 OSID Product Guide OSID by Xtralis Securing to the Mounting Brackets -'1 Legend / ry -- C A A Mounting Bracket Locking ��� ,,- 1 0 Mechanism bo i t phi ) Figure 4-4: Mounting the rear assembly of the unit to the Mounting Bracket Notes: • When mounting the Imager units onto the brackets,ensure that the ribbon cable at the back of the front ball does not get caught between the unit and the bracket,as movement of the front ball may pull the ribbon cable out of the connectors. . To remove the unit from the Mounting Bracket, open the front cover and with a screwdriver push the lip shown in Figure 4-4 backwards to then slide the unit up to detach from the Mounting Bracket. 18 www.xtralis.com OSID by Xtralis OSID Product Guide 4.2.3 Securing Directly to the Mounting Surface Note: This section applies to units fixed directly to the mounting surface. Ensure that the Imager is mounted first,and Emitters are within the field of view of the Imager. To affix the unit directly to the mounting surface,secure the rear assembly of the unit to the mounting surface using the pre-drilled mounting holes indicated below in Figure 4-5 and the appropriate fasteners. Please ensure that the units sit level on the mounting surface. f /1 ' ) 1 * )C ' S(',) ?ii :,..--1411;511% .411114.-04400. ii,_, ,i,._, ___ o ,. ,., _ , cr,„..-- , 1 --,e 411 ii,:.,\\ Figure 4-5: Direct mounting for the rear assembly of the unit 4.2.4 Mounting OSID vertically There is no physical restriction for mounting emitters and/or imagers in a non-horizontal position.When doing so verify that there are no local code or other restrictions regarding the visibility of the fault and alarm LEDs. If the units are mounted using the backplate,verify that they are tightly locked. Please be aware that when mounting Imagers vertically,the rectangular field of view as defined in Appendix B changes accordingly. This affects particularly 45°and 90°Imagers. www.xtralis.com 19 OSID Product Guide OSID by Xtralis 4.2.5 Imager Wiring Connections This section describes the wiring and DIP Switch configuration for the Termination Card in the Imager. Caution: Ensure that all wiring is in compliance with all applicable local codes and standards. The Termination Card provides the following connections: • Fire Alarm and Fault(Trouble)relay terminals . External Reset input/Industrial Mode input . Detector power supply . Remote Indicator output • Internal Heater power supply A representation of the Termination Card for the Imager is shown in the following diagram. e () Legend a 0 w.� t Fault(Trouble)relay outputs 0 R. 2 Fire(Alarm)relay outputs 0 Nc a, 0 ""LL 3 External Reset input/Industrial O „, Mode input a0 FESET 0 4 Power supply input _ 0 - O PO ER 5 Fire LED(Remote Indicator) a 0 0 output 4 0 POKER 0 6 Internal Heater power supply o input �O aim a O 7 Configuration DIP Switch 0 © Figure 4-6: Termination Card for the Imager 20 www.xtralis.com