Fire Control Panels. Multiple Signal Fiber Optic Modems and Accessories for Panel and Remote Mounting. UL, ULC, CSFM Listed; FM Approved* Features

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1 DS E.. PWE BEY BEFE SE VG DS E.. PWE Fire ontrol Panels,, SFM isted; FM pproved* Features onverts multiple fire alarm communications signals into a single fiber optic link to: Multiplex audio signals (analog and/or digital) digital communications into full-duplex transmission over a single fiber optic cable mprove noise rejection due to the inherent nature of fiber optic communications ommunicate from a Fire larm ontrol Panel to a ransponder, or provide etwork communications Provide etwork communication support for ing, Hub, and Star opologies, and their combinations, by performing the function of a Physical Bridge without slowing data rates aser optical transmitters provide: ncreased transmission distances compared to copper wiring (over 20 miles (32 km) may be possible with low-loss single-mode fiber) Designs are optimized for fiber type; select models for single mode fiber, or models for multi-mode fiber Enhanced nalog udio (E) feature: Provides a decoded analog audio signal at the receiving modem for local use; also provides the original digitally encoded signal for connection to the next modem in the communications link With E, total system distance is essentially unlimited ommunication combinations include: Digital udio iser + nalog udio iser #2 + etwork ommunications Digital udio iser + nalog udio iser #2 + (emote nit nterface) ommunications Both nalog udio isers + etwork ommunications Both nalog udio isers + ommunications r, any of the signals individually; refer to application references on pages 4 and 6 for more details Panel mounted applications: Standard two-slot module for 4100ES and 4100 Fire larm ontrol Panel or 4100ES/4100 MPEX ransponder mounting separate mounting plate is available for 4100/4120 panel mount or utility cabinet mounting ote: Fiber s communicate in pairs; a eft-port only communicates with a ight-port Fiber remote cabinet mounting: vailable in beige or red; includes a eft-port Fiber ; space is provided for a ight-port Fiber (ordered separately) ompatible with Simplex control panel model Series 4100ES, 4100, 4010ES, 4010, 4190 Series ruesite Workstation, compatible equipment, and legacy 4100/4100+/4120 Multiple Signal Fiber ptic s and ccessories for Panel and emote Mounting Primary path, lass B MPEX ransponder (or etwork ode) udio and omm utput udio and omm nput Features (ontinued) Full Duplex/Bi-Directional ommunications over a Single Fiber ptic able Head-End Panel BE Y BEF E SE VG udio and omm utput 4100ES System eference with udio & Data Fiber s udio & omm eturn eturn path for lass X/Style 7 ptional udio Expansion Modules: Provide an interface to 25 VMS and 70.7 VMS audio levels from 4100/4120 fire alarm control panels isted to Standard 864 Description Multiple Signal Fiber ptic s combine multiple system communications signals and converts them to fiber optic communications for transmission via a single, full duplex fiber optic cable connection that simplifies field wiring and increases transmission distances. ommunications can be sent individually or combined. dditional nformation. For additional application information, refer to nstallation nstructions * his product has been approved by the alifornia State Fire Marshal (SFM) pursuant to Section of the alifornia Health and Safety ode. See SFM isting :251 for allowable values and/or conditions concerning material presented in this document. t is subject to re-examination, revision, and possible cancellation. ME (Y) pprovals are not applicable for this product category. dditional listings may be applicable; contact your local Simplex product supplier for the latest status. istings and approvals under Simplex ime ecorder o. are the property of yco Fire Protection Products. S /2012

2 peration Bi-Directional ommunications. Fiber optic communications are accomplished by transmitting and receiving over two different light wavelengths (refer to diagram on page 3). n order to complete a fiber optic link, complementary receive/transmit modem pairs are required. he two required modem versions are identified as eft-port s and ight-port s (refer to list below for model numbers). ne of each is required to complete the fiber optic communications link. ( ight and eft are designated for reference purposes only and do not refer to actual physical locations.) Multiple onnections. Each modem has field wiring connections for the Digital udio iser, nalog udio isers,, and etwork communications (see page 5 for terminal reference information). onfigurations are determined by on-board switch and jumper selections. operation is essentially transparent to the connected equipment. However, Fiber s are entered into the system programmer for current calculations and mounting allocations. Fiber erms Enhanced nalog udio. (For systems only using one nalog udio iser). t the Head-End audio control panel, the iser 1 analog audio signal is digitally encoded and transmitted via fiber optics to the receiving Fiber. t the receiving modem, the digital signal is decoded back to analog for local use, but when selected for Enhanced nalog udio (E), the digitized signal is also available, routed to the D (Digital udio iser) terminals. t can then be wired to the next Fiber in the communications link without requiring additional signal conversion. (ote: he next modem in the link must be in the same cabinet or in a close-nippled cabinet.) With E, iser 1 distances are limited to system distances; without E, iser 1 signals can be passed through a maximum of six (6) Fiber pairs which is also the limit for systems using both nalog udio isers 1 and 2. (D connections for digital audio are not available since those terminals are used for E.) efer to the diagram on page 3 for more detail. Generic. Fiber s in a stand-alone system or in a etwork loop have specific functions and internal settings depending on whether they are (for lass X/Style 7 systems) the first modem (Head-End) or the last modem (ail-end), or a modem between the first and last. For identification, Generic modem will be used for lass B connected modems and for those modems located within a lass X fiber loop and not functioning as the Head-End or ail-end modem. Head-End. For lass X communications, a Head-End modem is the first fiber optic modem in a fiber optic communications loop and is typically connected to the primary side of the communications channel in the head-end cabinet. modem with wired connections to etwork nodes or system transponders between itself and the head-end cabinet, is still considered to be the head-end modem if it is the first fiber optic modem in the communications path. ocal Side. he ocal Side of a wiring link has direct (non-isolated) electrical connection to the head-end cabinet. (terms are continued next page) Product Selection (see page 8 for product dimensions except as noted) Fiber s for nternal Mounting in Fire larm ontrol Panels Model Fiber ype Description pplication Single Mode eft-port Fiber ssembly Multi-Mode For direct mounting onto a 4100ES/4100 expansion bay; Fiber s are required to be ordered in pairs (eft-port Fiber Single Mode ight-port Fiber ssembly s communicate only to ight-port Fiber s) Multi-Mode Single Fiber Mounting Bracket; not required for 4100ES/4100 internal mounting; order Fiber s separately udio Expansion Module ssembly, with mounting bracket udio Expansion Module only, mounts onto bracket of Expansion abinet and elated ssemblies for emote Mounting se for internal mounting in a 4100/4120 Series fire alarm control panel or in a compatible utility cabinet se for internal mounting in a 4100/4120 Series fire alarm control panel; converts two analog audio input channels at 25 VMS or 70.7 VMS to 10 VMS for compatibility with the Fiber udio nput requirements; mounts next to Fiber Model Fiber ype Description pplication Single Mode ed Expansion abinet with abinets mount external to compatible panels where internal Multi-Mode eft-port Fiber mounting space is not available; typical applications are for Single Mode ssembly (see page 7 for 4010ES/4010 Fire larm ontrol Panels or 4100/4120 or Beige product details) 4100ES/4100 cabinets without internal available space Multi-Mode Single Mode ight-port Fiber ssembly; Multi-Mode for Expansion abinet Mounting udio Expansion Module; for Expansion abinet Mounting only Select if required; one maximum peration is same as for udio Expansion Modules above, select as required; two maximum per cabinet; two are required for lass udio iser connections 2 S /2012

3 FE M P DW DS E.. PWE B EY BEFE SE VG DS E Fiber erms (ontinued). etwork nterface ard. emote Side. he remote side of a wiring link refers to wiring that is electrically isolated from the connections to the Head-End cabinet by passing through a Fiber pair.. iser nterface ard, typically located in a MPEX transponder cabinet. ail-end. ail-end modem is the last fiber optic modem in a lass X fiber optic communications loop and is typically connected to the secondary (return) side of the communications channel in the head-end cabinet. modem with wired connections to etwork nodes or system transponders between itself and the return connection, is still considered to be a tail-end modem if it is the last fiber optic modem in the communications path. X-ink onnection. For lass X communications or lass nalog udio isers, these wired connections complete the primary-to-secondary supervision path. t provides a non-isolated electrical connection between the primary and secondary sides of the local-side wiring loop and connects between the Head-End and ail-end modems or udio Expansion Modules. n the event of a wiring fault, the Fiber s separate the x-link connection intiating lass X fiber optic communications. Digital udio and etwork communications do not require x-link connections. ote: X-ink wiring can be run external to the cabinets. (efer to diagram on page 7.) Fiber peration eference 1310 nm 1310 nm ight-port eft-port Fiber optic cable 1550 nm 1550 nm Fiber optic cable Fiber ptic ransmission eference; Full Duplex/Bi-Directional ommunications Enhanced nalog udio (E) eference Diagram ocal circuits Without E link, the decoded iser 1 analog signal must be converted back to digital for transmission to the next Fiber link, limited to six (6) Fiber pairs maximum nput 4100ES MPEX Voice ransponder.. P WE BEY BEFE SE VG Fiber connection to next eft-port Fiber iser 1 nalog udio output, decoded from digital signal for local use D D (D = Digital udio iser connections) Fiber connection from previous eft-port Fiber Digital signals Enhanced nalog udio (E) connection maintains iser 1 digital format; no need to convert back to digital for retransmission to next Fiber 3 S /2012

4 FE P DW M FE M P DW D SE.. PWE BEY BEFE S EVG D S E..PW E D SE.. PWE B E Y BEFE S EVG D S E..PWE FE P DW M pplication eference 1, MPEX ransponders his diagram represents a 4100ES Emergency Voice/larm System with two, 4100ES MPEX ransponders. ommunications between the panel and the ransponders are lass X/Style 7 using a fiber loop. ommunications include emote nit nterface (), nalog udio iser 1 and nalog iser 2. For detailed installation instructions and additional applications information, refer to document ote: ommunications are limited to up to eight (8) modem pairs. ocal circuits 4100ES MPEX Voice ransponder E: rrows indicate primary signal direction; during lass operation signal direction may reverse depending on fault location BEY BEFE SE V G Designation: = eft-port = ight-port lass X/Style 7 eturn Fiber ransponder 2 Full Duplex ommunications over a Single Fiber ptic able ocal circuits 4100ES MPEX Voice ransponder iser 1, iser 2 and nput BEY BEFE SEV G iser 2 nalog udio utput iser 1 nalog udio utput ransponder 1 s other than the Head-End and ail-end are called "Generic" s Full Duplex ommunications over a Single Fiber ptic able iser 2 nalog udio nput ocal circuits iser 1 nalog udio nput X-ink onnections;, iser 1, and iser 2, and isers 1 and 2 nalog udio eturn onnections Designation: = eft-port = ight-port X-ink onnections;, iser 1, and iser 2 Head-End Panel Head-End 4100ES Fire larm ontrol Panel with Voice/larm ommunications ail-end 4 S /2012

5 PE EFE PE P PE D SYSEM S M 12:35:15 am M 29 J 96 FE PY 2 SYSEM SYSEM SGS PWE M M SPEVSY BE SEED M M SPV B M SYSEM K K K K SEE ESE KWEDGE EMEGEY PEG SS M BE D: - SYSEM D FSHG, E. KWEDGE: - PESS "K" ED DE FSHG D. - EPE PE EPS E KWED GED. SEE M SGS: - PESS "M SEE". ESE SYSEM M: - PESS "SYSEM ESE." - PESS "K" SEE E DEVE. udio Expansion Module eference iser 1 and iser 2; 25 VMS or 70.7 VMS from amplifier or 4100 FE M 4100/4120 Fire larm ontrol Panel with Voice/ larm ommunications Fiber connection to next Fiber ote 3 ote 1 ote 1 ote 2 Fiber connection from previous Fiber iser 1 and iser 2; 10 VMS to Fiber ote 2 lass wiring when required B1 erminal Description Pos. abel Function 1 SE 1 + nalog udio iser 1 P; 2 SE 1 25 VMS or 70.7 VMS otes: 1. single udio Expansion Module ( , with bracket) and a single internal mount Fiber ssembly are required for lass B operation. (udio Expansion Modules include harness that connects to the modem assembly.) 2. lass connections require an additional udio Expansion Module ( ) and an additional Fiber ssembly. For this application, X-ink connections (not shown) are made between udio Expansion Modules, not at the Fiber s. 3. When mounted in a 4100/4120 cabinet, Mounting Brackets are required for each Fiber. (udio Expansion Module model includes a mounting bracket that accommodates two modules.) f internal space is not available, use Expansion abinets with options as required. 3 4 SE 1, XK + SE 1, XK 5 SE SE SE 2, XK + SE 2, XK B2 erminal Description nalog udio iser 1 X-ink connections; wiring that connects between head-end and tail-end for lass fiber link systems; connect here instead of at Fiber nalog udio iser 2 P; 25 VMS or 70.7 VMS nalog udio iser 2 X-ink connections; wiring that connects between head-end and tail-end for lass fiber link systems; connect here instead of at Fiber Pos. abel Function 1 SE 1 + nalog udio iser 1 P; 2 SE 1 10 VMS 3 SE 2 + nalog udio iser 2 P; 4 SE 2 10 VMS Fiber erminal Descriptions B2 erminal Description Pos. abel Function 1 V 2 V + 3 EH V 6 V + 7 EH 8 0V S 9 D 10 D + etwork eft-port terminals; input output depending on modem operation Earth (ground) connection 5 VD common ( ) connection etwork ight-port terminals; input output depending on modem operation Earth (ground) connection solated common ( ) 0 V connection Digital udio iser terminals; input output depending on modem operation B1 erminal Description Pos. abel Function 1 24V nput power connections; also available at two separate on-board connectors for Fiber 2 24 use only 3 + emote nit nterface () terminals; input 4 output depending on modem operation 5 6, XK +, XK X-ink connections; wiring that connects between head-end and tail-end for lass X/Style 7 fiber link systems 7 24 dditional 24 VD common and earth 8 EH (ground) connection 9 SE 1 + nalog udio iser 1 input output 10 SE 1 depending on modem operation 11 SE 1, XK + nalog udio iser 1 X-ink connections; wiring that connects between head-end and 12 SE 1, XK tail-end for lass X fiber link systems dditional 24 VD common and earth 14 EH (ground) connection 15 SE 2 + nalog udio iser 2 input output 16 SE 2 depending on modem operation 17 SE 2, XK + nalog udio iser 2 X-ink connections; wiring that connects between head-end and 18 SE 2, XK tail-end for lass X fiber link systems 5 S /2012

6 Fire ontrol Fire ontrol * * S YS EM S M * * 12:02:15pm Mon 8- Mar-99 F E S Y S E M S Y S E M M M S P E V S Y B SE E EP D W E M S P V B E M S Y S E M K K K S E E E S E F E M D S E P W E BEF E SE V G * * SYSEM S M * * 12:02:15pm M on 8- Mar-99 F E S Y S E M S Y S E M M M S P E V S Y B SE E EP D W E M S P V B E M S Y S E M K K K S E E E S E F E M D S E P W E BE F E SEV G pplication eference 2, etwork with Hub ode 4100 Panel etwork Wiring egend: = Fiber connection = Wired connection = ode number n ES Panel 1 ing opology etwork 3 Wired connection Wired connection 8 Hub ode, 4100ES 4010 with Fiber Expansion abinet ruesite Workstation 4 Star opology onnections 7 lass X/Style 7 connection 5 6 ode 4 Fiber s 4120 Panel emote ode ocations o ode 1 ode 4 etwork nterface ard From ode 3 (assume from a etwork eft-port ) For Hub ode connections as shown, the single fiber is for etwork communications; if audio is also required, an additional fiber is needed (see nstallation nstructions for additional information) nternal Wiring egend: = eft-port = ight-port = Fiber connection = Wired connection = eft-port etwork = ight-port etwork nternal wiring pairs shown as one-line for typical reference, etwork wiring follows conventional left-port to right-port connection requirements. o ode 5 o ode 7 From ode 7 o ode 6 E: his arrangement is shown for reference only; alternate interconnections are detailed in nstallation nstructions S /2012

7 X-ink onnection eference Diagram Head-End Panel (or other lass Signal Source) lass or X Primary lass or X Secondary X-link wiring connections Head-End Primary to secondary nonisolated supervision loop break in the lass or X loop will open the X-link connection at the ail-end to operate lass or lass X ail-end otes: 1. X-link connections are only required for lass X and lass nalog udio iser Fiber applications. 2. t is recommended that Head-End and ail-end Fiber s be located in the same cabinet. 3. oop devices with non-isolated supervision (MPEX transponders, etc.) are allowed between s and Head-End Panel and on X-link wiring. 4. X-link wiring can be extended between cabinets if required. ndoor wiring is recommended for system simplicity. Wiring between buildings must be equipped with proper suppression. o next Fiber From previous Fiber lass X/Style 6 or Style 7 fiber and/or wired communications loop emote abinet Mounting eference Box width 14-5/8" (372 mm) (op and side views are shown with door installed) ypical conduit entry area (cut holes as required) Box depth 4-1/4" (108 mm) 11-1/4" (286 mm) 13-1/2" (343 mm) eft-port (standard) Dual udio Expansion Modules (optional) ight-port (optional) Door thickness 5/8" (16 mm) 16" (483 mm) 13-1/4" (337 mm) E: For semi-flush mounting, cabinet must extend 1-1/2" (38 mm) minimum from wall surface 7 S /2012

8 Specifications Fiber Electrical Specifications Voltage urrent, Standby and larm nalog udio iser nput and utput evels 18 to 33 VD, from control panel VD; with nalog hannels enabled VD; without nalog hannels Enabled hree levels: 10 VMS (standard); 1 Vp-p (0.35 VMS); VMS etwork nput Wiring ptimized for 18 WG (0.82 mm 2 ) or 24 WG (0.2 mm 2 ) udio Expansion Module Electrical Specifications urrent udio nput Voltage udio utput Voltage peration eference Fiber ptics Specifications 20 m, Standby and larm 25 VMS or 70.7 VMS 10 VMS Each input is transformer isolated to output mportant nstallation ote: n initial acceptance test of each fiber link shall be performed in accordance with FP 72, the ational Fire larm and Signaling ode ompatible Fiber Fiber onnector llowed Fiber onnections ransmit and eceive Wavelengths Fiber backbone components must meet or exceed standard E/ 568-B (Electronic ndustries lliance/elecommunications ndustry ssociation) for General ote maximum power losses; single-mode fiber is preferred; attenuation should be measured at 1310 nm Single-Mode ominal 9/125 µm Multi-Mode 50/125 µm or 62.5/125 µm graded index ype S Single Mode Fiber Multi-Mode Fiber eft-port s ight-port s ransmission Distances for Single-Mode Fiber (preferred fiber type) ote: hese examples provide a safety margin of 5 db or greater; a 3 db safety margin is generally acceptable ransmission Distances for Multi-Mode Fiber Mounting/Environmental Specifications 4010ES 4100ES/4100 hassis Mounted o limit hree (3) external connections maximum per link (does not include connectors on modems) ransmit = 1310 nm; eceive = 1550 nm ransmit = 1550 nm; eceive = 1310 nm Maximum total attenuation = 15 db Example 1 (low loss fiber): ssume fiber with attenuation of 0.34 db/km; a target distance of 35,000 ft (10.7 km); connector loss totaling 6 db attenuation; calculate the safety margin: (10.7 km) x (0.34 db/km) = 3.68 db fiber loss 15 db db - 6 db = > 5 db safety margin Example 2 (higher loss fiber): ssume fiber with attenuation of 0.6 db/km; a target distance of 25,000 ft (7.7 km); and connector loss totaling 5 db attenuation; calculate the safety margin: (7.7 km) x (0.6 db/km) = 4.62 db fiber loss 15 db db - 5 db = > 5 db safety margin 5000 ft (1.6 km) maximum distance Maximum total attenuation = 6 db 50 µm or 62.5 µm G (graded-index fiber) External abinet nly wo Vertical Block Module; 4 W x 11-5/16 H (102 mm x 287 mm) Mounting Bracket 4 W x 11-9/16 H x hick (102 mm x 294 mm x 1.6 mm) emote abinets: , , , and Dual ransformer udio Expansion ssembly Environmental Specifications Mounting bracket Module size perating emperature ange 32 to 120 F (0 to 49 ) 14-5/8 W x 16 H x 4-1/4 D (372 mm x 483 mm x 108 mm); see page 7 for additional details 4 W x 11-1/2 H x hick (102 mm x 292 mm x 1.6 mm); mounts internal to 4100/4120 control panel 4 W x 3-5/8 H ( 102 mm x 91 mm) perating Humidity ange p to 93% H, 100 F (38 ) Y, SMPEX, and the product names listed in this material are marks and/or registered marks. nauthorized use is strictly prohibited. FP 72 and ational Fire larm ode are registered trademarks of the ational Fire Protection ssociation (FP). yco Fire Protection Products Westminster, M S S / yco Fire Protection Products. ll rights reserved. ll specifications and other information shown were current as of document revision date and are subject to change without notice.