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Specifications FP5 0 12 -0o 1 94-55 Wm lip St R0/( 415 o- SIEMENS 15201 NW Greenbrier Parkway Suite A -4 Beaverton, Oregon 97006 Phone: (503) 207 -1900 Fax: (503) 207 -1901 RECEIVED OCT 08 2012 CITYOFTIGARD BUILDING DIVISION WASHINGTON SQUARE THINGS REMEMBERED Submittal Version Date Siemens Job Number 440P- 119234 Rev 0 10/03/12 Siemens Project Manager Charls Hughes Siemens Project Engineer Mohsin Malik Proprietary document for approval only Table of Contents SI EM ENS BILL OF MATERIAL & COMPONENT SPECIFICATIONS FUNCTIONAL MATRIX BILL OF MATERIALS S EM ENS Washington Square Things Remembered 440P 119234 Fire Alarm System F Qty Mfg Description 1 FP -11 3 Siemens Fire Print Intelligent Detector 2 DB-1 1 3 Siemens Detector Base Standard PROPRIETARY DOCUMENT FOR APPROVAL ONLY 3 10/3/2012 • SIEMENS Data Sheet Fire Safety & Security Products MXL Panel > EXIS I NG Advanced Fire Protection System ARCHITECT AND ENGINEER SPECIFICATIONS • FirePrintTM application- specific detection • Logic controlled output functions • More than 2,000 intelligent input- device capacity • Multiple levels of password protection • Automatic environmental compensation • Dynamic supervision of intelligent devices ti,FMF., for smoke detectors • Multiple command stations • One - person 'walk test' via loop, 'zone' • Security- device monitoring or 'system' • Sprinkler supervision _ • Alarm verification by'device' or'zone' • Detector - sensitivity readout / printout, • Time base controlled output functions per NFPA 72 Chapter 7 • City Tie / Lease Line • Intelligent /analog detection circuits: . Coded outputs — Style 6 (Class A) or Style 4 (Class B) • Conventional initiating circuits: • Supervised serial annunciator — Style D (Class A) or Style B (Class B) driver / input Interface • Notification appliance circuits [NACs]: • 16 - gauge steel enclosure — Style Z (Class A) or Style Y (Class B) • Multi - language display • Degrade -mode operation I • Intelligent interface to building / • Distributed processing process- management systems • 80- character backlit, alphanumeric display • Operates as an interactive peer with • 32- character custom messages I other MXL, MXL -IQs or MXLV systems • Thermal -strip printer in a LifeLINK Network • Supervised remote printer • Pre -alarm operation • Compare system software • NCC graphics • Fully field programmable, via laptop PC • NEC 760 power - limited circuits • Menu - driven operator commands ,,. • ( ®UL 864 9 Edition compliant) • Central & distributed architecture • SinorixTu NFPA Approval (2001) • Up to 800 -event history log with online • UUKL Listed for Smoke Control and offline reports • ®UL 864 9t" Edition Listed,®ULC Listed; • User help screens CSFM, NYC Fire Department and • Holiday schedule City of Chicago Approved System Overview The MXL fire panel is a microprocessor -based The MXL system is approved by CSFM, NYMEA and the City advanced protection system. The use of the MXL of Chicago for use in those specific locales. system's unique multiprocessor 'network' design; as In addition to the standard fire applications, MXL is well as its ability to utilize analog and conventional OUL Listed, under the category 'UUKL for Smoke Control.' detection devices, makes the MXL panel a highly The MXL panel can be used as a listed fireman's smoke - flexible and reliable fire - control system. control station in high -rise office buildings, malls and The MXL panel is ideally suited for commercial, other multi -level or vast structures. The MXL industrial and institutional fire - detection and system also complies with Uniform Building Code notification applications. The MXL system Section 905 requirements for smoke control. complies with the requirements of NFPA Standard The MXL panel is ®UL Listed for releasing SinorixTM 72, and is listed by ®Underwriters Laboratories (UL), Engineered Fire Suppression System. MXL follows the via itsmUL 864 9th Edition. ®Underwriters' releasing requirements specified in the NFPA 2001. Laboratories of Canada (ULC) also lists the MXL panel for fire applications. MXL Panel 5000 SIEMENS Industry, Inc. Building Technologies Division MXL Components The basic MXL control unit consists of the following • [2J two -line, 80- character LCD display sub- assemblies: MMB -3 Main Control Board; MPS -6 / • indicator LEDs MPS -12 Power Supply; MKB -2 Annunciator and • display - control keys Keyboard; MME -3, or MLE -6 Enclosures. Optional • numeric keypad modules— which can be installed with the MXL • all programm function keys • all other keys necessary for operator control System — include: MOM 214 Expansion Card Cage; These keys include but are not limited to: Acknowledge; ALD -2I Analog Loop Driver; CRM -4 Controllable Relay Silence and Reset. Model MKB-2 also includes spaces Module; NIM-1W Network /Foreign Systems Interface for mounting the Model MMM 1 microphone module Module; REP -1 Network Repeater Module; CSM-4 and the Model TMM -1 telephone. Model MKB -2 is Controllable Signal Module; CZM-4 Conventional Zone supplied with two (2) blank plates for use when either Module; PIM -1 Peripheral Interface Driver; CMI -300 the microphone or telephone is omitted. NCC -WAN Modem Interface Module; PSR -1 Remote Power Supply; NET -4 Style 4 Network Interface, and Display / Keyboard (MKB -5) NET -7 Style 7 Network Interface. Additionally, the MXL system includes option modules , MOI -7 System Interface, MOD -16 Output Driven and - -- MID-16 Point Input Module. These option modules can be used to drive graphic annunciators and fireman's smoke control stations, or to monitor foreign systems. MKB-5 The MXL is compatible with a full line of intelligent The MKB -5 display keyboard, which mounts on the inner initiating devices highlighted by the FirePrintTM door of any MXL enclosure, provides: application - specific detectors: Models FP -11 and FPT- • 6-114 VGA backlit, 80- character LCD display 11. The MXL panel is also compatible with FireFinder, • indicator LEDs the NCC series of text and graphic command centers. • 12 programmable function keys • numeric keypad MXL Enhanced Main Board (MMB -3) • user - programmable function keys • all other keys necessary for operator control These keys include but are not limited to: Acknowledge; f • Silence and Reset. Multiple Model MKB -5 modules can be r used; each providing full control of the MXL system. Up to : four (4) Model MKB -5 can operate in a fully supervised mode; each with independent, built -in printer / driver capability. MMB-3 Power Supply (MPS -6) The function control of the MXL is contained on the MMB -3 Main Control Board. Model MMB -3 offers a fast, integral microprocessor and installation conveniences such as diagnostic LEDs and removable terminal blocks for field wiring. Model MMB -3 acts as the central controller for the system, and includes two (2) ALD circuits and two (2) notification appliance circuits. Model MMB -3 mounts in the MXL enclosure back box. Display / Keyboard (MKB -2) MPS-6 Model MPS -6 is a fully supervised power supply that provides the MXL system with primary DC power. Model MPS -6 is rated at 6.5 Amps, and is unfiltered and ■ unregulated. Model MPS -6 supplies power to the MXL Control Unit, and supplies its expansion modules with power required for normal operation. Model MPS -6 incorporates a circuit breaker on the primary input, and MKB-2 includes a built -in AC -line filter for surge and noise The Model MKB -2 display keyboard, which mounts suppression. Model MPS -6 mounts in the MXL enclosure on the inner door of any MXL enclosure, provides: back box. SIEMENS Industry, Inc. Building Technologies Division MXL Components — (continued) Analog Loop Driver (ALD -2I) Power Supply (MPS -12) ••. I - ., • : 1 Se _ ! _ * s 0 OO 1• 7 L I ., - • r NNE ' ~ , • • ALD-2I __- Model ALD -2I is a MXL network - option module that supplies two (2) intelligent analog circuits utilizing Fire Safety "I ", "IL ", and FP series intelligent devices. MPS-12 Model ALD -2I occupies two (2) addresses on the MXL Model MPS -12 is a fully supervised power supply Network and through the use of unique that provides the system with preliminary DC communication - protocol devices connected to the power. Model MPS -12 is rated at 12 Amps, and circuits of Model ALD -2I. The circuits are dynamically is unfiltered and unregulated. Model MPS -12 supervised by the MXL control panel. Up to 60 supplies power to Models PSR -1, MMB -3 and their programmable input and output devices may be expansion modules with power required for connected to each of its two (2) circuits. Each circuit normal operation. Model MPS -12 incorporates may be wired as Class B (Style 4) or Class A (Style 6). a resettable circuit breaker on the primary input, Controllable Signal Module (CSM -4) and includes a built -in AC -line filter for surge and noise suppression. Model MPS -12 mounts in the MXL enclosure back box. a i t t ;., Network Optional Module Card Cage (MOM -4) " • .w - ,. . ;' . . 421t •- .4 M CSM-4 • MOM-4 Model CSM -4 provides two (2) fully supervised, The Model MOM -4 Card Cage provides the MXL programmable notification appliance circuits. main unit or remote units with card slots for Model CSM -4 supplies two (2) Class B (Style Y) option modules. Each Model MOM -4 supplies or Class A (Style Z) -type output circuits for the supervision and control of listed audible or visual connection space for either two (2) full -width notification appliances such as: horns, bells, option modules: (Models ALD -2I, CZM -4, NIM -1 R) strobes, etc. or four (4) half -width option modules: (Models CSM -4, CRM -4, CMI -300, NET -7, REP -1) or a Each circuit can provide up to 1.5 amps (24 VDC) combination of one (1) full and two )2) half -width of current to power notification appliances. Model modules. CSM -4 is also used for Sinorix. Leased line and municipal -tie connections are also possible with Network Optional Module Card Cage (MOM -2) Model CSM -4. Controllable Relay Module (CRM -4) its �iumnn�iw • MOM-2 Model MOM -2 provides the MXL main unit, remote units. Each Model MOM -2 provides space for one (1) full -width module (Models: ALD -2I, .� R ,fir-4 Olt •• • C -4, and NIM -1 R) or two (2) half -width optional modules (Models: CSM -4, CRM -4, CMI- CRM-4 300, NET -7, REP -1). Model CRM -4 is designed to provide auxiliary control of building functions such as: door - holder release, elevator capture, smoke control, lock release, etc. Model CRM -4 provides four (4) fully programmable relays. Each relay contains one (1) set of SPDT contacts rated at 2 amps 30 VDC / 120 VAC resistive. SIEMENS Industry, Inc. Building Technologies Division - MXL Components — (continued) Communication Module (NET -4) Model REP -1 provides the ability to configure the local or global networks of the MXL panel in a 'star' ' or'daisy- chain' configuration. Model REP -1 provides ' two (2) Style 4 or one (1) Style 7 RS -485 network } ' circuits. Through the use of Model REP -1, the MXL's ' a • • - - " local network (MXL -MXLR) can be expanded up to '' - 64 nodes. ".' Remote Power Supply (PSR -1) NET-4 - ! .t • ! . Model NET -4 is a plug -in -type module used to i • - i provide communication between the Fire Safety : AI . MXL panel and various other MXL remote , .. modules. Model NET -4 is designed to plug into -, _ ..— an edge- connector -type slot on the Model PSR -1 -..'. ' Network Supply. Model NET -4 provides NFPA Style 4 -type communication: fully digital; PSR -1 RS -485 operating at 19.2K Baud rate. Model PSR -1 is a microprocessor - controlled remote power supply and battery charger for use with the Style 7 Network Interface Card (NET -7) MXL panel. Model PSR -1 operates in conjunction with . 4_ either a Model MPS -6 or MPS -12, providing 6 or 12 Amps of power for use with various MXL modules. IN • ?;. When used with a Model NET -4 or Model NET -7 plug- a - in communication module, Model PSR -1 becomes ' .• ' • : a part of the MXL panel's internal network. Model • • _ t �%i■. PSR-1 acts as an interface between remote option ' modules and the MXL. NET-7 Peripheral Interface Driver (PIM -1) Model NET -7 is a microprocessor - controlled MXL - _� -. network- interface module that allows the wiring * L _,. i - • - of the MXL RS -485 network in a NFPA Style 7 ' _` 11 • �, .` configuration. Model NET -7 plugs into a half slot • ..11- • of the Models MOM -2/4 card cage at the MXL . command center (MMB -2) and at the Model PSR -1 +. -, -;- L.*. ,, a . I or Model MOM -4 slot at the MXL remote units (MXLR, MXLRV). PIM-1 Model NET -7 provides two (2) independent and Model PIM -1 is a MXL option module that provides fully supervised communication paths, allowing a bidirectional, isolated RS -232 port for connection to system operation through an open and short peripheral devices, such as: printers, CRTs, VDTs, color circuit. Model NET -7 also isolates the power graphics, alphanumeric pagers and remote diagnostics supplies at each remote unit, providing the ability hardware. Model PIM -1 mounts in the MXL enclosure, to localize ground -fault conditions. The and connects to Model MMB -3, providing a screw - communication for Model NET -7 operates at terminal block for connection of RS -232. A number of 19.2K Baud rate and is fully digital. supervised and non - supervised formats are available for Model PIM -1. Network Repeater Module (REP -1) Output / Input Module (MOI -7) i • . ,3.c :' - :a: ` _- _ •a c r , :. , -w • REP -1 M01-7 SIEMENS Industry, Inc. Building Technologies Division - MXL Components — (continued) Model M01 -7 is a MXL RS -485 network module These inputs can be individually set for: Alarm, that provides a fully programmable serial Supervisory, Trouble, Security or Status usage. interface to Model MOD -16 output drivers and Further, the Model MID -16 inputs can also be MID -16 input drivers. When used with Model configured to provide supervision for lamps driven by MOD -16 drivers, Model M01 -7 provides a serial- Model MOD -16 outputs. Screw terminals and annunciator output or relay driver. When used connectors are provided on the Model MID -16 with Model MID -16, Model MOI -7 provides modules for interface to monitored devices. programmable inputs. Each Model MOI -7 can operate up to eight (8) MXL / (V) Standard Size Enclosure (MME -3) Model MOD -16 drivers and eight (8) Model MID - 16 drivers simultaneously. Each Model MOD -16 output and Model MID -16 input is independently programmable, via the MXL custom software. Output Driver (MOD -16) MME -3 —' The Model MME -3 enclosure set consists of a sheet- ! I metal back box and door with key -lock. Model MME -3 can be used for the MXL System, MXLV Voice Command — Console, MXLR Transponder, MXLRV Voice Transponder or Amplifier Equipment (via the Model MSR -1 Rail Kit). To mount MXL I MXLV modules in Model MME -3, the MOD-16 Model MBR -MP removable - module mounting plate is Model MOD -16 is an output- driver module used in required. conjunction with Model M01 -7, as a part of the Using the Model MBR -MP mounting plate — one (1) _ Fire Safety MXL System. Up to eight (8) Model Model MMB, or one (1) Model PSR -1, and up to three (3) MOD -16s can be connected to a Model MOI -7 expansion card cages (Model MOM or Model OMM) can interface module. Each Model MOD -16 provides be mounted in the Model MME -3 enclosure. When used - 16 open - collector, current - sinking outputs, which to mount MXL amplifiers (Model EL -410), the Model are rated at 24 VDC, 50mA. Model MOD -16 MBR -MP module is not required. Instead, up to three (3) outputs are programmable, via the MXL custom Model EL -410 amplifiers may be installed in Model MME - software. 3, via three (3) Model MSR -1 Rail Kits. When amplifiers are mounted in any enclosure, always install Model Programmable Input Driver (MID -16) MDG -1 grills in the door for proper ventilation. Model MME -3 is designed for surface of semi -flush mounting, and includes various knockouts for wire and conduit entry. The door in the Model MME -3 set has two (2) cutouts for clear lenses, blank plates or grills— ! depending on the application — and contains a key -lock. MXL MME -3 and MLE -6 Modules Mounting Plates (MBR -MP) MID-16 Model MID -16 is an input module used in conjunction with Model MOI -7, as a part of the Fire Safety MXL System. Up to eight (8) Model I II MID -16s can be connected to a single Model M01- 7, along with eight (8) Model MOD -16 output - driver modules. Each Model MID -16 provides a MBR -MP non - supervised input, which can monitor The MXL IV Module Mounting Plate (Model MBR -MP) is normally open contact devices. required for use in both Models MME -3 and MLE -6 Each Model MID -16 input can be separately used enclosures in order to mount all MXL and MXLV • as a part of the MXL custom programming logic. equipment. SIEMENS Industry, Inc. Building Technologies Division MXL Components — (continued) Model MBR -MP is not necessary if Models MME -3 Model MBR -3MP allows mounting of an additional three and MLE -6 enclosures are used only for mounting (3) Model MOM or Model OMM module expansion card of amplifiers (Model EL- 410D). cages. Model MBR -MP is a removable MXL /V module Various combinations of hardware can be installed in mounting plate that allows the Model MME -3 or Model MLE -6. If only amplifiers are to be installed in Model MLE -6 enclosure to be shipped to the job Model MLE -6, no Model MBR -MP or Model MBR -3MP site for wiring and conduit installation, while the plates are required. Instead, up to five (5) Model EL- system hardware (electronics) is mounted to the 410D amplifiers can be installed by using five (5) Model studs on Model MBR -MP— pre- wired, MSR -1 rail kits. programmed and tested — prior to delivery and Model MLE -6 can also be used to mount up to three (3) installation at the job site. This process allows for MXL card cages and two (2) amplifiers. This faster, more efficient system start -ups with less configuration would be typical of a remote, voice chance of the sensitive electronics being transponder cabinet. In this configuration, one (1) damaged while field wiring and conduit are Model MBR -MP would be used in the upper half of connected to the system enclosure. Model MLE -6 to mount the MXL modules, while the The Model MBR -MP mounting plate bolts to the lower half would use two (2) Model MSR -1 rail kits to Model MME -3 or Model MLE -6 enclosures for easy mount up to two (2) Model EL -410D amplifiers. installation on the job site. Model MBR -MP also Model MLE -6 is designed for surface or semi -flush has handles to allow easy transport and Mounting, and includes various knockouts for wire and mounting. Model The MBR -MP contains mounting conduit entry. The door supplied with the Model MLE -6 studs for one (1) Model MMB or Model PSR -1; one set has three (3) cutouts for either clear lenses, blank (1) Model PIM -1; one (1) Model TBM -2, and up to plates or grills— depending on the application. The door three (3) Model MOM or Model OMM card cages also contains twp (2) key - locks, which are keyed the or two (2) card cages and one (1) TSP -40 Printer same. (same mounting studs as the Model MBR-2 Various combinations of dead -front mounting enclosures). plates are possible with the Model MLE -6 enclosure. A Model MBR -MP is ordered and shipped separately typical MXLV installation would have one (1) Model from the Models MME -3 and MLE -6 enclosures. MKB -2 at the top, and two (2) Model MHD -3 dead- front MXL I (V) Large Size Enclosure (MLE -6) plates in the middle [for 14 VSM I VLM I VFM modules per plate] and one (1) or two (2) Model MHD -2 lower - dead -front plates. - MLE -6 Optional Card cage Mounting Plate 11111 (MBR -3MP) MLE -6 The Model MLE -6 enclosure set consists of a sheet - metal back box and door with two (2) key - locks. Model MLE -6 can be used for the MXL system, MBR -3MP MXLV Voice Command Console, MXLR Transponder, Model MBR -3MP is an optional MXL I MXLV card MXLRV Voice Transponder or Amplifier Equipment cage mounting plate for use exclusively in the (via the Model MSR -1 Rail Kit.) Model MLE -6 enclosure. When installed in the Model To mount MXLIV modules in Model MLE -6, the MLE -6 back box, Model MBR -3MP adds the option of Model MBR -MP removable module mounting plate mounting up to an additional three (3) Model MOM or is required with the Model MBR -3MP option Model OMM expansion card cages. available for use. Using the Model MBR -MP mounting plate, one (1) Clear Lens (MDL -1) Model MMB or Model PSR -1 and up to three (3) [1= =-] expansion card cages (Model MOM or Model OMM) can be mounted in Model MLE -6. If additional card cages are required, the Model MBR -3MP optional card cage mounting plate can also be installed in • Model MLE - 6, below Model MBR - MP. MDL -1 SIEMENS Industry, Inc. Building Technologies Division MXL Components — (continued) Model MDL -1 is a clear Plexiglas® lens that fits in Middle Dead -Front Plate for Mounting Switch one (1) of the two (2) openings in the Model MME- and LED! Fan - Control Modules (MHD -3) 3 enclosure door, or in one (1) of the three (3) openings in the Model MLE -6 enclosure door. One (1) lens is included in the Model MDL -1 package. Sheet Metal Blank Plate (MDB -1) MHD-3 Model MHD -3 is a hinged sheet -metal panel that attaches to the Model MME -3 or MLE -6 enclosure back box, and fits in either the middle of the upper sections of the Model MME -3 MOB-1 or MLE -6 enclosures. Model MHD -3 has openings for two (2) rows of Model VSM -1 Switch Modules; Model VLM -1 LED Model MDB -1 is a sheet -metal blank plate that fits in Annunciator Modules; Model VFM -1 Fan Control Modules, one (1) of the two (2) openings in the Model MME -3 or Model VSB -1 Blank Plates. enclosure door, or in one (1) of the three (3) openings Model MHD -3 has openings for two (2) rows of Model in the Model MLE -6 enclosure door. One (1) blank VSM -1 Switch Modules; Model VLM -1 LED Annunciator plate is in the Model MDB -1 package. Modules; Model VFM -1 Fan Control Modules, or Model VSB - Upper or Middle Dead -Front Panel (MHD -1) 1 Blank Plates. Each row can mount up to seven (7) modules, totaling 14 modules for each Model MHD -3. Model MHD -3 attaches to the backboxes with screw fasteners, and is hinged for easy access to the rear of the modules inside the enclosure. Middle Dead Front Plate for the Switch /LED! MHD-1 Fan - Control Modules with Printer Cutout (MHD -4) Model MHD -1 is a hinged sheet -metal panel that - attaches to the Model MME -3 or the MLE -6 enclosure back box, and fits in the upper or the middle section of the Model MME -3 back box, or the upper or either of the two (2) middle sections of the Model MLE -6 back box. MHD-4 Model MHD -1 has an opening with a cover plate for Model MHD -4 is a hinged sheet -metal panel that attaches the Model TSP -40 printer (when used), and attaches to the Model MME -3 or the MLE -6 enclosure back box, and to the backboxes with screw fasteners. Once in place, fits in the middle section of both enclosures. Model MHD -1 covers and protects modules and wiring; Model MHD -4 has openings for two (2) rows of Model providing dead -front construction to that area. VSM -1 Switch Modules; Model VLM -1 LED Annunciator Lower Dead -Front Panel (MHD -2) Modules; Model VFM -1 Fan Control Modules, or Model VSB -1 Blank Plates. Each row has space to mount four (4) modules, totaling eight (8) modules for each Model MHD -4. Model MHD -4 also has a cutout to display the Model TSP -40 Internal Thermal Strip Printer. Model MHD -4 mounts to the backboxes with screw fasteners, and is MHD-2 hinged for easy access to the rear of the modules and Model MHD -2 is a hinged sheet -metal panel that inside of the enclosure. When in place, Model MHD -4 attaches to the Model MME -3 or the MLE -6 enclosure covers and protects modules and wiring, providing dead - back box, and fits in the lower section of the Model front construction to that area. MME -3, and on the lower two (2) sections of the Model Rail Kit (MSR -1) MLE -6 back box. Model MHD -2 has no openings and attaches to the backboxes with screw fasteners. Once in place, Model MHD -2 covers and protects modules and wiring;,. providing dead -front construction to that area. MSR-1 SIEMENS Industry, Inc. Building Technologies Division MXL Components — (continued) Model MSR -1 is a System 3TM -type rail kit that fits into Model RCC -1 is a remotely located MXL annunciator display either the Model MME -3 or MLE -6 enclosure back box. module. Model RCC -1 contains an 80- character LCD Model MSR -1, which comes with a U- bracket and display and control keypad (MKB), as well as a PS -5N7 a Z- bracket, allows the following modules —or any network interface. other System 3 -type module —to be mounted in Model RCC -1 modules can be located anywhere that a Model MME -3 or Model MLE -6 enclosure: annunciation or control is required. Model RCC -1 can be • Model EL -410D amplifier programmed for display only, or can provide display and • Model PS -35 power supply system control. Remote printers, VDT, or graphics • Model BC -35 battery charger • Model M01-7 110 interface computers can be located throughout a facility— provided • Model MID -16 input driver Model PIM -1 is added to Model RCC -1. • Model MOD -16 output driver • Model PS -5A power supply ®UL Listed Parallel Printer (PAL -1) • Model SYS3 -MPFO [for mounting the D2300CP fiber -optic interface modules] When used in the Model MME -3 enclosure three (3) Model MSR -1 Rail Kits can be installed to mount up to three (3) rows for up to three (3) EL -410D amplifiers. When used in the Model MLE -6, up to five PAL -1 (5) MSR -1 Rail Kit rows can be installed to allow mounting for up to five (5) EL -410D amplifiers. Model PAL -1 is a ®UL Listed, supervised parallel- system printer for the MXL panel. Model PAL -1 connects When the Model MLE -6 enclosure is used with the to Model MKB -5 to provide the MXL panel with a Model MBR -MP mounting plate for installation of MXL ®UL Listed, supervised parallel- system printer. or MXLV equipment, up to two (2) Model MSR -1 Rail Kit rows can also be installed in Model MLE -6 for B6 Intelligent Control Point (ICP -B6) mounting of either two (2) Model EL -410 amplifiers or some complement of System 3 -type mount modules. MPS -12 transformer I supply, can accept NET -4 or NET- r " �= S 3 3 7 network interfaces, and includes diagnostic LEDs " • 1 • l l and two (2) system relays. Model PSR -1 mounts in the 1 upper section of the MXL enclosure back box. .> , , • Thermal Strip Printer (TSP -40A) - -� ICP - Model ICP -B6 is a field- mounted output module that is t capable of being programmed to either a remote bell or horn — or to a speaker or telephone zone. Model ICP -B6 communicates with the MXL fire panel, via ALD loop. TSP -40A Line - Isolator Module (LIM -1) Model TSP -40A is a thermal strip printer, designed as an event - logging device for the MXL panel, providing a permanent- history report of all system activity. Model 'lo 1.00-1 * TSP -40A mounts in the MXL enclosure, and its printout is visible through a window in the locked -door enclosure. Printouts are automatically spooled on a N ,, take -up reel for easy records storage. Remote Command Console (RCC -1) LIM-1 Model LIM -1 is a short - circuit isolator module for use on the analog loops of the MXL panel. Model LIM -1 is capable of providing Style 4 or Style 6 wiring of the ALD loop. Multiple short- circuit isolators can be used on a single ALD loop to M prevent loss of protection in the event of a short circuit. RCC -1 SIEMENS Industry, Inc. Building Technologies Division MXL Components — (continued) Details for Ordering 5 -Volt Power Supply I Network Interface (PS -5N7) Model Part Number Number Description -• f.V" ! ALD -21 500 - 891618 [2] Two -Loop Analog Driver 4 CRM -4 500-890401 Programmable Relay [94] Modules ;g.a: •• CSM -4 500 - 890402 Notification Appliance Circuits [2] Module ICP -B6 500 - 895303 Intelligent Control Output [36 chip] . r ' ♦ •_ • LIM -1 500 - 892361 Short- circuit Line Isolator (ALD) • MBR -MP 500 - 694210 Module Mounting Plate [MME -3, MLE -6] PS-5N7 MBR -3MP 500 - 694532 Module Mounting Plate [MLE -6 use only] Model PS -5N7 is a 5V power supply and MXL local- MDB -1 500-692070 Blank Metal -Door Inserts network interface module. Model PS -5N7 is an integral MDL -1 500- 692069 Plexiglas® Door Insert part of Model RCC -1. Model PS -5N7 can be used to MHD -1 305 - 092071 Middle ! Dead Front I no openings provide a Style 4 or Style 7 network interface for either MHD -2 305- 092072 Bottom! Dead Front! no openings a remote transponder for the MXLV panel (with either MHD -3 305 - 092073 Middle I Dead Front [wl switch openings] Model TBM -2, ACM -1 and VSM -1 I VLM -1 I VFM -1), or MHD -4 305- 092074 Middle! Dead Front [wl switch, printer openings] to drive Model 0MM -1 and associated MXLV cards. MID -16 500 - 891747 16 -Input Driver Module MKB -2 500- 892077 Hinged Display /Control Keyboard 5 -Volt Power Supply (PS -5A) MKB -5 500- 648727 Multi -Line Display / Control Keyboard Model PS -5A provides 5 Volts for powering Model M01- MLE -6 500- 694530 Large Enclosure 7. Model PS -5A obtains its power from the 24 -Volt [holds up to six (6) Model OMM I MOM modules] MMB -3 500 - 648860 MXL Main Board, Fast Processor power supply in the MXL system. Models M01-7 and MME -3 500- 694209 Medium Enclosure [holds up to 6 oMMs/ Molls] PS -5A both mount on System 3 rails, and can also be MOD -16 500 - 890828 Programmable Output Driver mounted externally to the MXL system. MOI -7 500 - 892800 Network I I 0 Interface [Style 4 or 7] Models M01 -7 and PS -5A typically drive remote- MOM -2 500 - 892766 Expansion Card Cage [2 slots] graphics annunciators or monitor foreign systems and MOM -4 500 - 890269 Expansion Card Cage [4slots] devices. MPS -6 500- 490357 MXL 6 -Amp Power Supply MPS -12 500 - 492209 MXL 12 -Amp Power Supply Network Interface Module (NIM-1W) MSR -1 545- 092415 Single -Row Rail Kit for Model MBR -2 NET -4 500 - 891181 Style 4 Communication Module oy 1 NET -7 500 - 091914 Style 7Communication Module . NIM-1W 500 - 699103 Local and Wide -Area Network Interface Module — - PAL -1 500 - 692407 $UL Listed, Field- Mounted Parallel Printer • • ' PIM -1 500 - 691324 Peripheral Interface Module NIM PS -5N7 500- 892728 Local Network Interface [Style 4 or 7] PSR -1 500 - 891182 Remote Power Supply I Controller Model NIM -1 W allows for the interconnection or RCC -1 500- 692533 Remote Command Display Console networking of up to 63 MXL panels. Model NIM -1 W REP -1 500 - 892954 RS -485 Network Repeater provides a RS -485 communications path in either Style TSP -40A 500- 634933 _ Thermal Strip Printer 4 or Style 7 wiring configurations. Model NIM-1W allows MXL panels to have inter -panel logic, as well as communicate in a peer -to -peer manner. Model Related Documentation NIM-1W can be programmed via CSGM logic as a Product Data Sheet Number foreign system interface to communicate with MXLV 5035 external - building management systems. SIEMENS Industry, Inc. Building Technologies Division ' I • I ' Installation and Operation Manual [IOM] Model Part Number Number Description M -1 315- 090725 Conventional Zone Module ILI -1 / 1E1 f 1A / 1AH 315- 092724 Intelligent Ion Detectors ILP -1 I IPLT -1 315- 092594 Intelligent Photo Detectors ILT -1 315- 093336 Intelligent Heat Detectors ILI -1 B 1 1 BH 315- 093234 Intelligent Ion High Velocity Detectors ILP -2 315- 095028 FirePrintTM Application-Specific Detection MSI -106 1208 315- 093329 Intelligent Manual Station MS -MI 315- 092169 Intelligent Metal Manual Station TRI -B6 I B6D I B6R 315- 093315 Intelligent Monitor Module [single / dual with array] TRI -B6M 315 - 094547 Intelligent Mini - Monitoring Module ICP -B6 315- 092471 Intelligent Control Output [B6 chip] UM -1 315 - 092135 Line - Isolator Module FP -11 315- 095921 Intelligent FirePrintTM Detector TRI -S /D /R 315- 096242 Intelligent Monitor Module Note: For further details, refer to MXL IOM manual: 315 - 092036. 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 2 Kenview Boulevard SIEMENS Industry, Inc. Florham Park, NJ 07932 Brampton, Ontario November 2010 Building Technologies Division Tel: (973) 593 -2600 (51 -PS) L6T 5E4 / Canada Supersedes sheet dated 3/10 FAX: (908) 547 -6877 Printed in C.S.A. Tel: (905) 799 -9937 iRev. 21 URL: www. SBT.Siemens.com/FIS FAX: (905) 799 -9858 SIEMENS Catalog Sheet Fire Safety & Security Products MXL, MXL -IQ and MXLV Panels Intelligent FirePrint Detector Model FP -11 ARCHITECT AND ENGINEER SPECIFICATIONS • Most Sophisticated "Detector Intelligence" available in the Fire / Life Safety market • Multi- criteria fire detection for the price of a photoelectric detector • FirePrintn" technology to distinguish between deceptive phenomena and an actual fire • Easily programmed to match specific hazard profiles from the fire -alarm control panel (FACP) • Pre - Alarm reporting based upon fire profile selected • Remote - sensitivity- measurement capability 0111111111111 • -•. • • System -logic activation based upon any of three (3) inputs from the detector (smoke, heat or neural network) • Field- cleanable chamber with replaceable chamber parts • Compatible with field programmer / tester (Model DPU) • or FPI -32 Upgrade Kit • Supports software- based, automatic environmental compensation (EnviroLINK) • Multi- color, detector - status LED • Backward compatible with older MXL systems • (2) Two wire operation (Rev. 2 and above) • Optional fully programmable relay base, audible base • 0UL and ®ULC Listed; and duct housing FM, CSFM & NYMEA Approved Product Overview The Intelligent Fire Detector (Model FP -11) provides methods and reduces installation and service costs by the most highly evolved detection system — electronically programming and testing the detector including the most sophisticated level of protection; prior to installation. as well as nuisance -alarm immunity — currently available in the Fire 1 Life Safety market. Specifications Model FP -11 utilizes advanced detection Model FP -11 is a plug -in, two -wire, multi- sensor technology that allows the detector to distinguish detector with photoelectric and thermal inputs that is non - threatening deceptive phenomena (i.e. - compatible with the MXL family of FACPs. Each cigarette smoke) from actual fire hazards, while detector consists of a dust - resistant, field - cleanable optimizing detection for the area of its intended photo chamber; a solid- state, non - mechanical thermal zone. Model FP -11 uses state -of- the -art sensor, and microprocessor -based electronics with a microprocessor circuitry with error check, detector low- profile plastic cover and base. self- diagnostics and supervision programs. Model FP -11 utilizes state -of- the -art ASIC and surface - Model FP -11 is compatible with the Siemens mount technology for maximum reliability. Every Industry, Inc. — Fire Safety division's FP1 -32 upgrade Model FP -11 fire detector is shipped with a protective kit or Siemens' field - programmer I tester (Model dust cover. Model FP -11 fire detector utilizes an DPU), which is a compact, portable and menu- infrared light- emitting diode (IRLED), and light sensing driven accessory for efficiently programming and photodiode. Under normal conditions, light transmitted testing detectors electronically. Model DPU or by the LED is directed away from the photodiode and FPI -32 upgrade kit eliminates the need for scattered through the smoke chamber in a controlled cumbersome, unreliable mechanical programming pattern. Intelligent FirePrint Detector 6175 SIEMENS Industry, Inc. Building Technologies Division Specifications — (continued) The smoke chamber is designed to manage light sophisticated mathematical formulas or algorithms — dissipation and extraneous reflections from dust comparing this input to characteristics of both • particles or other non -smoke airborne contaminants threatening fires and deceptive phenomena that would in such a way as to maintain stable, consistent deceive any ordinary detector. This technology was detector operation. When smoke enters the developed over years of research and reviewing the detector chamber, light emitted from the IRLED results of over 20 years of fire -test data in one of the is scattered by the smoke particles, and is received world's most advanced fire research centers. The by the photodiode. results of this research are the mathematical models Model FP -11 also utilizes a modern, accurate and that form the algorithms used in FirePrint. No other fire shock - resistant thermistor to sense temperature detector has this level of intelligence or this amount of changes. The 'on- board' FirePrint technology research and development supporting its design. allows the detector to gather smoke and thermal The software of the microprocessor can identify and data, analyzing this data in the detector's 'neural disregard false input caused by radio frequency (RFI) network.' By comparing data received with the and electromagnetic (EMI) interference, and validates common characteristics of fires, or fire fingerprints, all trouble conditions before annunciating or reporting Model FP -11 can compare these 'fire prints' to to the control panel. The microprocessor for Model FP- those of deceptive phenomena that cause other 11 uses an integral EEPROM to store the detector's detectors to alarm. The advanced FirePrint address and other critical operating parameters, which technology allows the Model FP -11 to accurately include the assigned program values for alarm and determine a true fire hazard from non - threatening, trouble thresholds. deceptive phenomena — without the need to use Communications within the detector; between Model alarm delaying verification and confirmation FP -11 and the FACP; or with the field programmer 1 techniques, which can increase the probability tester (Model DPU), are supervised and safeguarded of losses due to fire. against disruption by reliable, microprocessor -based Model FP -11 provides the highest level of detector error checking routines. Additionally, the intelligence available today with a detector 1 microprocessor supervises all EEPROM memory control -panel link that allows the user to program locations and provides a high degree of EEPROM failure the detector for the specific hazard profile. fault tolerance. • Detectors are optimized by selecting one (1) of In MXL 1 (V) applications, Model FP -11 determines its the following applications: operating status to be in normal, alarm, or trouble • Office 1 Retail mode, depending on the difference between the alarm • • Lobby threshold values stored in the detector's memory and • computer room the detector's latest analog measurement. The detector • Dormitory then communicates changes in its status to the FACP. • Healthcare facility • Parking garage In addition, the MXL I (V) FACP will sample the value of • Utility / transformer room the analog signal for Model FP -11 over a period of time, • Hostile environment in order to determine if those values indicate excessive • Precious storage buildup in the photo chamber. In the event of • Air duct excessive buildup, the MXL 1(V) FACP will accurately • Warehouse I light manufacturing indicate which detector shall require maintenance. Once programmed, the software does the rest — Model FP -11 is listed as a self- testing device. The LED no guessing on detector sensitivities or alarm for Model FP -11 flashes GREEN every four (4) seconds, verification — the FACP programs Model FP -11 for indicating communication with the FACP, and that it the protected area without any confirmation delays. has passed its self -test. Should the detector sense a Once optimized for the hazards in the protected fault or failure within its systems, the LED will flash area, Model FP -11 provides the utmost means in AMBER, and the detector will transmit that data to the detection. Should the operator or installer forget FACP. A quick visual inspection is sufficient to indicate to program the detector, Model FP -11 will revert the condition of the detector at any time. If more to a default setting that, in turn, allows operation detailed information is required, a printed report can be as a standard photoelectric or photothermal provided from the MXL panel, indicating the status and detector. settings assigned to each individual detector. The FP -1 l's FirePrint technology for Model FP -1 1 When Model FP -11 moves to the alarm mode, it will monitors input from the photo chamber and the flash AMBER, and will transmit that data to the FACP. thermal sensor, evaluating this information with When the MXL / (V) confirms the condition of the detector, the FACP will instruct Model FP -1 1 to flash • SIEMENS Industry, Inc. Building Technologies Division • Specifications — (continued) RED — and to continue flashing RED, until the detector locks, as well as an installation tool, preventing system is reset manually at the FACP. At that same unauthorized removal of the detector head. Model time, any user - defined system alarm functions DB -11 has integral, decorative plugs to cover the outer programmed into the system are activated. Each mounting screw holes. Model FP -11 detector can operate one (1) remote Model FP -11 is electrically compatible with existing alarm indicator; one (1) auxiliary relay, or one (1) MXL- detector accessories, including relays, remote audible base. lamps, duct housings and audible bases. With duct Detector sensitivity, calibration and identification housings, a base adapter and new detector housing are dynamically supervised by the FACP. Detector cover are required (order AD -11 UK upgrade kit). To use sensitivity and pre -alarm levels are a function of the existing Model DB -3S base or audible base, Model FP -11 application chosen at the FACP, and are controlled requires a base adapter (Model DB- ADPT). by the panel. If an alternate, non - FirePrint mode is All Model FP -11 detectors are approved for operation selected, then the sensitivity can be changed from within the ®UL - specified temperature range of 32 °F the FACP. (0 °C) to 100 °F (38 °C). The Program l Test unit (Model DPU) or FPI -32 upgrade kit is used to program and verify the Application Data detector's address. The technician selects the Installation of the Model FP -11 series of fire detectors accessory's program mode to enter the desired requires a (2) two -wire circuit of 18 AWG (minimum) address. In turn, Model DPU or FPI -32 automatically thermoplastic fixture wire enclosed in conduit, or 18 sets l verifies the address, and tests the detector. AWG (American Wire Gauge) limited energy, shielded Model DPU also allows the user to change the cable without conduit, if permitted by local codes. Field device ID from that of a Model FP -11 detector to an wiring should conform to local and national electric older detector ID (such as: ILP -1, ILPT -1, ILP -2, ID- codes and the control panel wiring specifications. 60P or ID -60PT) to allow for easy replacement of older detectors without the need of reprogramming "T- tapping' is permitted only for Style 4 (Class B) wiring. the FACP. Model FP -11 fire detectors can be applied within the The FPI -32 upgrade kit operates on AC power or maximum 30 -foot center spacing (900 sq. ft. areas), as rechargeable batteries, providing flexibility and referenced in NFPA 72. This applications guideline is convenience in programming and testing based upon ideal conditions — specifically — smooth equipment from almost any location. When in test ceiling surfaces, minimal air movement, and no physical mode, Model DPU or FPI -32 upgrade kit will perform obstructions between potential fire sources and the a series of diagnostic tests without altering the detector. Do not mount detectors in close proximity to address or other stored data, allowing technicians ventilation or heating and air - conditioning outlets. to determine if the detector is operating properly. Exposed joints or beamed ceilings may also affect safe Model FP -11 may be installed on the same initiating spacing limitations for detectors. Should questions arise circuit with IL or ID series detectors (Photoelectric, regarding detector placement, observe National Fire thermal, or ionization), MSI- series manual stations, Protection Association (NFPA) 72 guidelines. TRI- series interfaces, ICP output control devices, or CZM series of addressable, conventional -zone Dimensions modules. Diameter Base All Model FP -11 detectors can be cleaned in the 6 " field — when required — by simply removing the detector cover and unsnapping the photo chamber. T There is also the option of cleaning the interior of I the detector with a clean, soft cloth or brush, or Height ' 7 replacing the labyrinth and bug screen included in 2.3" the detector maintenance kit, Model DMK -11. Model FP -11 uses the low- profile, surface - mounting VILA f ! base, Model DB -11. This base mounts on a 4 -inch octagon, square, or a single -gang electrical box. The base utilizes screw -clamp contacts for electrical connections and self- wiping contacts for increased reliability. The base can be used with the optional Model LK -11 detector locking kit, which contains 50 • SIEMENS Industry, Inc. Building Technologies Division • Technical Data Details for Ordering Environmental Temperature: 32 °F (0 °C) to 100 °F (38 °C) Model Part Description Humidity: Up to 93% RH, non - condensing Number Number Air Pressure: No effect FP -11 500 - 095112 Addressable FirePrin Detector Alarm Temperature: 135 °F (57 °C) Detector Mounting Base DB-11 500-094151 For Series 11 Intelligent Detectors Electrical DB -11 E 500 - 094151E Detector Base (Small) Voltage: 16 -27 VDC Air -Duct Housing (for use with Models Ripple: 3V peak -to -peak AD2-P 500- 649706 FP -11, HFP -11, HFPO.11 and PE -11 Detectors) Supervisory Current: 1 10NA max Air -Duct Housing (for use with Models Alarm Current: 33 -50 mA AD2 -XHR 500- 649708 FP -11, HFP -11, HFPO -11 Detectors with Relay) ADBX -11 500 - 096181 Audible Base DB-X11RS 500- 096125 Relay Base for Series 11 Intelligent Detectors RLI-1 500-390673 Remote Alarm Indicator: 4" Octagon Box Mount, Red RLI-2 500-390674 Remote Alarm Indicator: Single -Gang Mount, Red DMK 1 1 500-695338 Series 11 Maintenance Kit (replacement labyrinth and bug screen) DB -ADPT 500 - 094187 Base Adapter to Model DB -3S Base LK -11 500 - 695350 Base Locking Kit for Series 11 Detectors In Canada, please order: Model Part Number Number Description 135 °F Fixed Temperature, Plug -In FP-11C 500 -0951 12C Detector Addressable FirePrintrM Detector [ULC Listed] Detector Mounting Base • DB -11 C 500- 095687 For Series 11 Intelligent Detectors [®ULC Listed] AD -11 PC 500 - 095984 Air -Duct Housing [OULC Listed] DB X11 RSC 500-093125C Relay Base for Series 11 Intelligent Detectors [ ®ULC Listed] ADBX 1 1 C 500-096181C Audible Base for Series 11 Intelligent Detectors [EC LC Listed] 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 Si-FS L6T 5E4 / Canada Supersedes August c 20 a0 o6 FAX: (908) 547 -6877 Printed in U.S.A. Tel: (905) 799 -9937 (Rev_1 1 URL: www.SBT.Siemens.com /FIS FAX: (905) 799 -9858 FIRE SYSTEM FUNCTION MATRIX SIEMENS Washington Square Revision: 0 Things Remembered 440P- 119234 SYSTEM RESPONSE Co m a .o 2 c c Co a a.) a a 03 Co c m Co m Y ‘7) - • a € N C € Co N a @ Q u= an O Q a) �• O C N C C LL _� V 7 7 = (0 N 0 Z s V) m 0 N (0 O 7 N O 0 U Q 3 D O O V7 O O y O O N O N O W N a Y. E tU E aa) L To m o n a 2 9 INITIATION DEVICE ACTIVATED Q u) 3 Q 1_ 0 Q I- En Area Smoke /Heat Detector X Air Handler Duct Smoke Detector X Waterflow Switch X Valve Tamper Switch X X Fire System Trouble _ _ X X PROPRIETARY DOCUMENT FOR APPROVAL ONLY 4 10/3/2012 [Page Too Large for OCR Processing] [Page Too Large for OCR Processing] [Page Too Large for OCR Processing]