EST2 Installation Sheets. P/N Rev NOV00

Transcription

1 EST Installation Sheets P/N Rev.0 0NOV00

2 DEVELOPED BY COPYRIGHT NOTICE CREDITS Edwards Systems Technology 6 Parkland Drive Sarasota, FL (9) Copyright 000 Edwards Systems Technology, Inc. This manual is copyrighted by Edwards Systems Technology, Inc. (EST). You may not reproduce, translate, transcribe, or transmit any part of this manual without express, written permission from EST. This manual was designed and written by the EST Technical Services - Documentation Department, Sarasota. DOCUMENT HISTORY Date Revision Reason for change 0NOV00.0 Initial release

3 Content Installation sheet title P/N -ANN/D and -6ANN/D Remote Annunciator Cabinet Doors AAC Audio Control Module 875 -CMDN/SMDN(-C) Remote Alphanumeric Display Annunciator CPU Central Processor Unit DFK(R) Semi-flush Trim Kit DLM Data Line Monitor 877 -ISO Isolator Module LCD Liquid Crystal Display 70 -LCX Expander Loop Module 70 -LFK Semi-flush Trim Kit LSRA(-C) Life Safety Remote Annunciator 87 -MCM Main Controller Module 700 -MCMN Network Main Controller Module 877 -MIC Microphone Module PPS(-0) Primary Power Supply 70 -PPS/6A(-0) Primary Power Supply 87 -SANCOM Remote Network Control Module SMK Smoke Power Converter Module TEL Firefighter Telephone Module 87 -WB(R) Semi-flush Mount Wallbox WB(R) Long Wallbox WBD(R) Outer Door and Inner Door, -WBDF Dead Front Door 879 -WB7(R) Double-wide Wallbox WB7D(R) Outer Door and Inner Door, -WB7DF Dead Front Door 870 -WBD(R) Outer Door and Inner Door WBDS(R) Outer Door and Inner Door 878 -WBS(R) Surface Mount Wallbox ANN/B(-S) and 0ANN/B(-S) Remote Annunciator Cabinet Wallboxes CDR- Bell Coder 000 CMDN, SMDN, -CMDN(-C), -SMDN(-C) Enclosure Installation EST Component Installation Sheets i

4 Contents Installation sheet title P/N DL Dialer 87 Front Panel LED/Switch Modules 70 IOPA Isolator card ISP-96-/ISP-96- Annunciator/Switch Panel 0009 LSRA- Printer/Programming Port LSRA-PROG Programming Port 876 RACCDR Remote Equipment Cabinet Door 87 RACCR Remote Equipment Cabinet RSAN-PRT Strip Printer SAN Series Remote Annunciator Enclosures 0006 SAN-CPU Annunciator Controller 8700 SAN-MICII Microphone 0008 SDR- Remote Annunciator Display Module 8708 SHO- Remote Annunciator Lamp and Switch Module 8705 SIGA-AA0/SIGA-AA50 Audio Amplifiers 87 SIGA-APS(-0) Auxiliary Power Supply 87 SIN-6 Remote Annunciator Input Receiver Module 8706 SLU-6R/Y Remote Annunciator Lamp Module 870 SRU-8 Remote Annunciator Relay Module 8707 SWU-8(/) Remote Annunciator Lamp and Switch Module 870 ii EST Component Installation Sheets

5 Contents Introduction About this manual This manual contains copies of the EST installation sheets. The sheets are arranged in alphabetical order by title. The part number listed in Content is the installation sheet part number. The EST library A library of related documents supports the EST product line. Here is a complete list of the EST library: EST Installation and Service Manual (P/N 7086) EST Network Site Manual (P/N 70895) EST Network Supplement Manual (P/N 7089) EST System Operations Manual (P/N 7088) EST System Programming Manual (P/N 7087) EST Installation Sheets (P/N 00056) -SDU Help (P/N8090) Our technical writers constantly update the information in this manual. Your comments during our training classes, technical support phone calls, and field trips improve this document. Related documents The Signature Series Intelligent Smoke and Heat Detectors Applications Bulletin (P/N 705) provides instructions and illustrations for various arrays of smoke and heat detectors. The Signature Series Component Installation Manual (P/N 7097) supports the installation of the Signature Series detectors and modules. The Serial Number Log Book (P/N 7067) provides a convenient means for recording the serial number of each Signature device installed in the fire alarm system. The SAN Annunciator Installation Guide (P/N 5008) supports the SAN annunciators mentioned in this manual. The EST Speaker Application Guide (P/N ) provides information about the placement and layout of speakers for fire alarm signaling and emergency voice communications. The EST Strobe Applications Guide (P/N ) provides information for the placement and layout of strobes for fire alarm signaling. The Microline 8 Turbo Printer Handbook, by Okidata provides all the necessary information for the maintenance and configuration of the PT-S Form Printer. The Okidata handbook comes with the Form Printer. EST Component Installation Sheets iii

6 Contents iv EST Component Installation Sheets

7 PRODUCT DESCRIPTION -ANN/D The -ANN/D is a set consisting of an outer door and an inner door. The outer door and the inner door mount on the remote annunciator wallbox. The outer door has a TM Lexan viewing window. The inner door provides mounting space for a liquid crystal display and three LED/switch modules. -6ANN/D The -6ANN/D is a set consisting of an outer door and an inner door. The outer door and the inner door mount on the remote annunciator wallbox. The outer door has a TM Lexan viewing window. The inner door provides mounting space for a liquid crystal display and six LED/switch modules. -ANN/D PRODUCT DIAGRAM Outer Door INSTALLATION Inner Door A Install the outer door. Align the outer door mounting holes with the four wallbox mounting studs. Mount the outer door with the washers and nuts provided. -6ANN/D Outer Door See Detail A. Inner Door Detail A Wallbox mounting stud Outer door mounting hole Washer Nut INSTALLATION SHEET: -ANN/D and -6ANN/D Remote Annunciator Cabinet Doors INSTALLATION SHEET P/N: 8778 REVISION LEVEL:.0 DATE: 0MAR00 EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 8778.CDR APPROVED BY: K. Patterson CREATED BY: B. Graham

8 INSTALLATION B Install the inner door. On the semi-flush mount wallbox Align the inner door mounting holes with the three inner door mounting studs on the wallbox. Secure the inner door to the wallbox with the washers and nuts provided. On the surface mount wallbox Align the inner door mounting holes with the three inner door mounting holes in the wallbox. Secure the inner door to the wallbox with the screws provided. Detail B Semi-flush mount Wallbox mounting stud See Detail B. Surface mount Inner door mounting hole Washer Nut Wallbox mounting hole Inner door mounting hole Screw C Connect the ground strap. Secure the ground strap to the outer door ground lug with the nut and washer provided. Run a wire connected to earth ground through a knockout in the wallbox. Secure the ground strap and the earth ground wire to the wallbox with the nut and washer provided. Ground strap See Detail C. Ground lug Outer door Wallbox Ground lug Typical knockout Earth ground wire Detail C Ground strap Ground lug Outer door Backbox Ground lug Typical knockout Earth ground wire 8778.CDR REV.0 Page of

9 PRODUCT DESCRIPTION The Audio Control Module is a dual channel electronics package, which interfaces with the paging microphone operator interface (-MIC) and the firefighter telephone (-TEL). Two integral tone generators provide alert and evacuation signaling. Two auxiliary pre-amp level ( V) inputs handle pre-recorded messages or other external sources. Each of the two audio output channels has a Class B or Class A, pre-amp level ( V) output, to feed the audio amplifiers. The Audio Control Module mounts on the rear of the enclosure and provides terminals for the external audio inputs, two audio risers, and RS-85 data. INSTALLATION Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. Primary Power Supply Main Controller Module Expander Loop Module Audio Control Module Power requirements Power Standby with -MIC Standby with -TEL Active with -MIC Active with -TEL SPECIFICATIONS Frequency response 00 Hz to khz Output Level.0 Vrms Distortion < % Wiring configuration channels, Class B (Style Y) or Class A ( Style Z) Maximum load 5 SIGA-AAxx amplifiers Maximum resistance 00 Maximum capacitance 0. F Maximum wire size AWG (.5 mm ) Auxiliary inputs Configuration Input impedance Input level Supervision Audio output (dc) 7K EOL Audio output (ac) Audio pulse Internal khz ac audio pulse Communication Internally through RS-85 data Maximum wire size AWG (.5 mm ) Internal Generator tones Slow whoop Fast whoop khz steady khz march time khz Morse U Hi-Lo Chime Horn Low tone Hi-Lo horn Fast Hi-Lo horn Temporal (--) - code khz@0bpm 0 bpm Environmental conditions Temperature Humidity Vdc 75 ma 75 ma 0 ma 0 ma electrically isolated channels (selected via programming) 0 K 0.5 to.75 Vrms to 0 F (0-9 C) 0 to 9%, non-condensing PRODUCT DIAGRAM Audio Control Module Note: See the installation sheets of the following wallboxes for other locations to mount the Audio Amplifier: WB(R) WB7(R) RACCR Jumper Settings Leave JP installed in the absence of a -TEL Firefighter Telephone. The removal of JP enables supervision for the -TEL option board. INSTALLATION SHEET: -AAC Audio Control Module INSTALLATION SHEET P/N: 875 REVISION LEVEL:.0 FILE NAME: 875.CDR APPROVED BY: J. Massing DATE: 0MAR00 CREATED BY: B. Graham Related documentation: Installation and Service Manual EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

10 J ON S S J S S JP See the -TEL installation sheet See the -MIC installation sheet DS Mode 0 Channel : Evac signals Function S- S- S- S- Slow whoop off off off off Fast Whoop ON off off off khz steady off ON off off khz march time ON ON off off khz Morse U off off ON off Hi-Lo off off ON off Chime off ON ON off Horn ON ON ON off Low tone off off off ON Hi-Lo Horn ON off off ON Fast Hi-Lo Horn off ON off ON Temporal ON ON off ON - code off off ON ON 0 bpm ON off ON ON 0 bpm off ON ON ON Channel : Evac operating modes Function S- S- S- S- Zone and enable ON X X X Mode 0 X X off off Mode X off ON off Mode X off off ON Mode X off ON ON Mode X ON off off An X indicates that the switch does not apply to the mode. DIP SWITCH SETTINGS Description Tones selected by S and S are available at TB and TB upon activation of the Audio Control Module. Boston code sequence (Evac channel only). The signals connected to the auxiliary input terminals (TB) are available at the output terminals (TB and TB) upon activation of the Audio Control Module. Silence for five minutes on fire. The pre-announce tone disables the microphone and sounds the horn tone for five seconds upon the activation of the push-to-talk (PTT) switch. 5 Supervisory tone on TB and TB when the Audio Control Module is inactive. 6 Disables the generation of trouble conditions for applications without a microphone. Zone Generated upon the activation of the Audio Control Module and the Evac circuit (Ch, TB) whenever an operator pushes the Phone to Evac or Page to Evac switch at the -MIC. Zone Generated upon the activation of the Audio Control Module and the Alert circuit (Ch, TB) whenever an operator pushes the Phone to Alert or Page to Alert switch at the -MIC. Channel : Alert signals Function S- S- S- S- Slow whoop off off off off Fast Whoop ON off off off khz steady off ON off off khz march time ON ON off off khz Morse U off off ON off Hi-Lo off off ON off Chime off ON ON off Horn ON ON ON off Low tone off off off ON Hi-Lo Horn ON off off ON Fast Hi-Lo Horn off ON off ON Temporal ON ON off ON - code off off ON ON 0 bpm ON off ON ON 0 bpm off ON ON ON Channel : Alert operating modes Function S- S- S- S- Mode 0 X X off off Mode X off off ON Mode X off ON ON Mode X ON off off Channel and modes Mode 5 ON X X X Mode 6 (Ch only) X off ON off WIRING Ribbon cable to Main Controller Module or Expander Loop Module J -AAC Data in Data out TB TB Channel audio output (7 k resistor required for Class B wiring) Channel audio return (Class A only) Notes All wiring is supervised and power-limited. Shields shall be continuous and isolated from ground, except at the orignating panel. TB Channel audio output (7 k resistor required for Class B wiring) J TB Channel audio return (Class A only) Ribbon cable to additional modules AUX. input AUX. input P/N: 875 REV:.0 Page of

11 PRODUCT DESCRIPTION The Remote Alphanumeric Display Annunciators are modules that consist of indicators and controls for monitoring the system away from the control panel. The -C models include switches that provide limited operator functions over the system. Custom messages and front panel switch functions are uniquely programmable. Note: See the related documentation listed in the title block for mounting instructions. DIP SWITCH SETTINGS Switch Function Position S- Auto acknowledge option On S- Stealth buzzer option On S- Not used Off S- Not used Off Power Host quantity and addressing Printer port format Printer baud rate Annunciators per circuit Message capacity Maximum wire length -CMDN SPECIFICATIONS Nominal 80mA Up to network addresses per annunciator RS- 00, 800, messages per panel address 5 maximum per annunciator 50 ft (5 m) PRODUCT DIAGRAM -CMDN-C JUMPER SETTINGS JP and JP are RS-85 terminating jumpers and should be installed only at the last annunciator connection. Function JP JP Class A Channel 0 Channel Class B Channel 0 N/A LEDs LED Indication DS - DS See the System Operations Manual. DS5 Data transmitting on Channel 0 DS6 Data transmitting on Channel Circuit board assemblies Notes 5 Remove the LED/Switch assembly to access to JP and JP. These control switches are included on -C models only. The circuit board mounts behind the faceplate of the module. The -CMDN(-C) also includes a backbox assembly. See the related documentation listed in the title block for operator instructions on S S8. DS(top) - DS (bottom) DS6 DS5 -SMDN -SMDN-C Note: The remote alphanumeric display annunciators will only work with the EST fire alarm system. INSTALLATION SHEET: S Rear view TB S6 S S S JP S7 L P LED/switch assembly Main board assembly S8 Front view JP S5 -CMDN(-C), -SMDN(-C) Remote Alphanumeric Display Annunciators INSTALLATION SHEET P/N: 7069 REVISION LEVEL:.0 DATE: 0MAR00 Related documentation: System Operations Manual EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 7069.CDR APPROVED BY: J. Massing CREATED BY: B. Graham

12 FIELD WIRING RS-85 Ch 0 Ch TB6 Main Controller Module Remote Alphanumeric Remote Alphanumeric Display Annunciator Display Annunciator (rear view) (rear view) Vdc Vdc in in TB TB Class B Class A () (-) () (-) To next device To next device Note Vdc supply must have dedicated riser from auxiliary Vdc source. Power-limited if the source is power-limited. If the source is nonpower-limited, maintain a space of / inch (6. mm) from power-limited wiring or use FPL, FPLP, FPLR, or equivalent in accordance with the National Electric Code. Provide physical separation between two wire bundles to ensure network survivability. See the TB connection table below. Supervised and power-limited To Form printer 7 5 DB5 male (rear view) Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. TB connection table Terminal Function Connection TB- TB- TB- TB- TB-5 TB-6 TB-7 TB-8 TB-9 TB-0 Vdc Vdc common Earth ground RS- RX in RS- TX out RS- common RS-85 Ch 0 () RS-85 Ch 0 (-) RS-85 Ch () RS-85 Ch (-) Vdc power supply Vdc common Local earth ground RS-: To TX out on printer to Data TX on PC serial port (downloading) RS-: To RX in on printer to Data RX on PC serial port (downloading) RS- Common on printer to common on PC serial port (downloading) To/from TB-7 of additional -CMDN(-C)s/-SMDN(-C)s To/from TB-8 of additional -CMDN(-C)s/-SMDN(-C)s To/from TB-9 of additional -CMDN(-C)s/-SMDN(-C)s To/from TB-0 of additional -CMDN(-C)s/-SMDN(-C)s P/N: 7069 REV:.0 Page of

13 PRODUCT DESCRIPTION The Central Processor Unit (CPU) consists of the microprocessor and the circuits, which act as the primary interface between the network and the remote annunciators. Two RS-85 communication ports provide network and annunciator loop connections. An RS- port provides a connection for the printer or the download cable to the fire alarm control panel. Relay contacts provide supervision for alarms, supervisory conditions, and trouble conditions. The CPU functions as a node on a Class A (Style 6) or Class B (Style ) network. It also functions as a controller by sending and receiving tokens (in peer-topeer fashion) to other network controllers. The CPU receives its power from a listed Primary or Auxiliary Power Supply. The CPU also provides its own protection from transient spikes, which may arise from any source, including the power supply. LEDs LED Indication Color DS: Internal communications Green DS: CH TXD Green DS: CH TXD Green SPECIFICATIONS Input power 8 to 6. Vdc, 9 ma - Standby 0 ma - Active RS-85 NET Maximum device capacity 0 nodes Maximum line impedance 0. f/00 Maximum wire size AWG (.5 mm ) RS-85 ANN Maximum device capacity 0 addresses Maximum line impedance 0. f/00 Maximum wire size AWG (.5 mm ) RS- Non-isolated, 50 ft. (5. m) max. Must be located in the same room. Relay contacts Alarm and Trouble Form C, rated at Vdc A Supervisory Form A, rated at Vdc A Temperature range to 00 F (0 to 8 C) Humidity range 0 to 9% RH Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life. Caution! Observe static-sensitive material handling practices. Wire Stripping Guide J J5 JE DS DS DS J Strip /" from the ends of ALL wires that connect to the terminal blocks of the module. CAUTION: /" (6. mm) Exposing more than /" of wire may cause a ground fault. Exposing less than /" of wire may result in a faulty connection. CPU -ISO PRODUCT DIAGRAM J J8 J7 J Note: J7 and J8 of the -ISO plug into J7 and J8 of the CPU. Jack J J J J J5 J6 J7 J8 JACKS Function Vdc in (not used) Data cable to the -LCD (front panel display module) Vdc out (not used) RJ-5 (download) Not used Not used -ISO -ISO INSTALLATION SHEET: INSTALLATION SHEET P/N: 8769 REVISION LEVEL:.0 DATE: AUG00 -CPU Central Processor Unit EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 8769.CDR APPROVED BY: B. Wanek CREATED BY: B. Graham

14 MOUNTING INSTRUCTIONS Stud [] Backbox [] [] [] [] [] [] [] stud [] footprint Mounting hole *Wallbox 6/ x /8 pan head screw CPU Standoff #6 interlocking washer *Mount the -CPU in a 6ANN/B(-S) or 0ANN/B(-S) wallbox. See the 6ANN/B(-S)/0ANN/B(-S) installation sheet for details about the placement of power-limited wiring. Inner door (rear view) CPU J J Front panel display module. Screw the standoffs onto the designated backbox studs [].. Align the CPU mounting holes with the standoffs in the designated footprint [].. Secure the CPU to the standoffs with the screws and washers provided.. Make the appropriate connections to TB through TB5. (See Internal wiring and Network wiring, on the following pages, for more detail.) 5. Attach the ribbon cable from the CPU (J) to the front panel display module (J). INTERNAL WIRING Download Wiring TB Note: Disconnect the printer while downloading data. TB J CPU TB TXD RXD RS- RTS COM RXD TXD COM Pin Function 5 To Pin 9 DB9 Female (Front View) J CPU TB TXD RS- RXD RTS COM RXD TXD COM Pin Function To Pin 7 5 DB5 Female (Front View) IBM Compatible Computer IBM Compatible Computer 8769.CDR Rev.0 Page of

15 INTERNAL WIRING TB Printer Wiring RS-85 Port Wiring Caution: Any wiring that exits one building and enters another requires a Ditek surge protector module. See the Network Supplement Manual. J CPU TB TXD RXD RS- RTS COM RXD TXD COM Pin Function Non-supervised and power-limited 7 To Pin J NET RS-85 ANN CPU TB TB To RS-85 port of Network Node To RS-85 port of Remote Annunciator Supervised and power-limited Form printer DB5 Male (Front View) 5 RS- Port Wiring with IOPA Isolator Module TB Vdc 5 Listed primary or auxiliary power supply 6 JB SW J TB CPU TB TXD RXD RS- RTS COM IOPA JB JB JB IN IN TB TB OR OR IBM Compatible Computer DB9 Female DB5 Male (Front View) (Front View) 5 9 Pin Function COM RXD TXD Form Printer To Peripheral Device To Peripheral Device 7 To Pin 5 Pin Function COM RXD TXD OUT SUPV COM IN RXD OUT TXD Detail A TB VDC RS-- IN 5 6 Detail B TB TB RS-- OUT RS-- OUT SUPV SUPV COM COM TXD TXD RXD RXD 8769.CDR Rev.0 Page of

16 INTERNAL WIRING RPM wiring Notes RPM Jumper Settings Power-limited if the source is power-limited. If the source is nonpower-limited, maintain a space of / inch (6. mm) from power-limited wiring. Otherwise, use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code. Circuits* Separate Circuits* JP In Alarm Supervisory Trouble TB-,: Reverse Polarity TB-7,8: Reverse Polarity TB-5,6: Reverse Polarity UL/ULC Listed.9 k EOL resistor (P/N 6000) required. Circuit not used. Vdc Listed Primary or Auxiliary power supply TB NC COM NO NO TB5 COM NO COM NC ALARM SUPERVISORY TROUBLE CPU Single Circuit* Out TB-,: Reverse Polarity TB-,: 0.0 Vdc** *Alarm, Supervisory, and Trouble ** Alarm overrides supervisory and trouble. TB-,: 0.0 Vdc** No Connection SUPV TRBL ALRM TRBL IN RPM JP CITY BOX REVERSE POLARITY TRANSMITTERS ALARM TROUBLE SUPV COM TB NETWORK WIRING Fire alarm control panel Vdc Listed primary or auxiliary power supply Notes Power may be daisy-chained to the next device. 7 TB 5 CPU RS-85 RS- -ANN/B(-S) or -6ANN/B(-S) NET ANN TXD RXD RTS COM TB TB 6 6 Cabinets and components do not appear in proportion to their actual dimensions. The RS-85 signal may be multi-dropped to the next controller on the network. This RS-85 line is multi-dropped from a previous controller on the network. 5 The network can support up to ten controllers (i.e., five Network Main Controller Modules and five -CPU-CCs). 7 RS- signal to peripheral devices: printers and download cables. Power-limited if the source is power-limited. If the source is nonpower-limited, maintain a space of / inch (6. mm) from power-limited wiring. Otherwise, use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code CDR Rev.0 Page of

17 PRODUCT INFORMATION The -DFK(R) is a trim kit that prepares double-wide wall boxes for semi-flush mounting. The trim kit is available in two colors: grey or red(r). INSTALLATION Secure the wallbox to the frame. INSTALLATION Install the trim kit with the nuts provided. DIMENSIONS Top view Trim kit Side view Prepare the nail knockouts. 9.9 in (75.9 cm) Note: The trim kit is / inch wide (.9 cm). Front view Nail knockouts Trim kit 7. in (68.9 cm) Bottom view Nail knockouts INSTALLATION SHEET: INSTALLATION SHEET P/N: REVISION LEVEL:.0 DATE: /9/98 -DFK(R) Semi-Flush Trim Kit FILE NAME: CDR APPROVED BY: B. Shivers CREATED BY: B. Graham A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA 65 6th Street East Owen Sound, Ontario Canada NK 5P8

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19 PRODUCT DESCRIPTION The -DLM Data Line Monitor is designed to create a Class A (Style 6) RS-85 line when used with Network Main Controller Modules and -CPU(s). The -DLM also creates a Class A (Style 6) Annunciator RS-85 when used with a Network Main Controller Module or -CPU and local annunciation devices. The purpose of the -DLM is to detect and repair opens on the RS-85 lines. The -DLM consists of a microprocessor and the necessary support circuitry to communicate with the two ends of the RS-85 lines over two separate channels. If communication stops on either of the two channels, indicating a line break, the -DLM will connect the channels and repair the broken communication lines. The -DLM receives Vdc from a -PPS/XX(-0) or a SIGA-APS. In addition, the -DLM is transient protected on all terminal connections. The -DLM side mounts to a WB series cabinet or back mounts to a network annunciator cabinet. Input Power Network Data Lines (Both) Class (Style) Maximum Line Impedance Maximum Wire Size Temperature Range Humidity Range Switch SW- SW- SW- SW- SPECIFICATIONS 8-6.Vdc, 8mA Class A (Style 6) 0. F/00 AWG (.5 mm ) to 00 F (0 to 8 C) 0 to 9% RH Function On for operating on the annunciator loops Future Use On for testing the -DLM Future Use Dip Switch Functions INSTALLATION: REMOTE ANNUNCIATOR CABINET! Caution! Observe static-sensitive material handling practices. Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life. Remote annunciator wallbox installation To back mount the Data Line Monitor in a remote annunciator wallbox: Screw standoffs onto the appropriate backbox studs. Align the -DLM mounting holes with the appropriate studs and standoffs in the backbox. Mount the -DLM with the 6/ x /8 pan head screws and #6 interlocking washers provided. Make the appropriate connections to TB through TB. (See the following pages for more detail.) Standard wallbox installation To side mount the Data Line Monitor in a standard wallbox: Align the -DLM mounting holes with the appropriate standoffs on either side of the backbox. Snap the -DLM onto the standoffs. Make the appropriate connections to TB through TB. (See the following pages for more detail.) TOP Data Line Monitor Primary Power Supply Battery Network Main Controller Module Expander Loop Module Battery Snap-top Standoff Data Line Monitor Snap-on Circuit Board Support (PST-6-0) Wallbox interior surface INSTALLATION SHEET: INSTALLATION SHEET P/N: 877 REVISION LEVEL:.0 DATE: 0MAR00 -DLM Data Line Monitor EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 877.CDR APPROVED BY: P. Decker CREATED BY: B. Graham

20 FIELD WIRING -DLM back mounted in a network annunciator cabinet Vdc Vdc - Remote Battery Cabinet 5 TB TB NET RS-85 ANN -CPU TB V V TB -DLM Network Annunciator Cabinet 8 7 TB CH RS-85 CH TB 5 6 Listed primary power supply Vdc Vdc Network Main Controller Module J J TB6 NET RS-85 ANN Caution! Any wiring that exits one building and enters another requires a Ditek surge protector module. See the appropriate panel installation manual for wiring -DLM side mounted in a WB series cabinet WB series cabinet 5 Vdc Vdc - TB TB NET RS-85 ANN 8 6 Listed primary power supply Vdc Vdc J 8 V TB V TB Remote Battery Cabinet Network Annunciator Cabinet Notes -CPU Power may be daisy-chained to the next device. The network annunciator cabinet draws power from a listed primary or auxiliary power supply. RS-85 signal may be multi-dropped to the next device. The network can support up to ten controllers (i.e., five Network Main Controller Modules and five -CPUs). Cabinets and components do not appear in proportion to their actual dimensions. To SAN annunciators, -LSRAs, and -SMDNs. The wiring and functions of the -DLM for the RS-85 ANN lines are identical to the RS-85 NET lines. Make sure SW- is on. Class A (Style 6) All wiring is supervised and power-limited. 5 7 Wire Stripping Guide Strip /" from the ends of ALL wires that connect to the terminal blocks of the module. /" (6. mm) CAUTION: Exposing more than /" of wire may cause a ground fault. Exposing less than /" of wire may result in a faulty connection. 877.CDR REV.0 Page of 5 J NET RS-85 ANN Network Main Controller Module TB6 WB Series cabinet 6 7 -DLM RS-85 TB TB CH CH

21 PRODUCT INFORMATION Description The -ISO Isolator Module is an option card that mounts directly to either a Main Controller Module or a -CPU. Its purpose is to provide electrical isolation between RS-85 devices and the control panel's primary power supply. The -ISO also isolates the primary power supply from other system power supplies and electrical interference events. SPECIFICATIONS Voltage 5 Vdc, nominal Current 5mA Maximum line parameters 0. F/00 Isolation 500 Vac MOUNTING INSTRUCTIONS Snapping support posts to the -ISO Support Posts (P/N 65) -ISO Support Posts Mounting the -ISO on a Main Controller Module Shorting Plugs Main Controller Module -CPU Component side toward Main Controller Module Main Controller Module Main Controller Module Shorting Plugs J8 J8 J8 Mounting the -ISO on a -CPU J8 J7 J7 J7 J7 -ISO -ISO The -ISO is an integral sub-assembly of the Main Controller Module and the -CPU. If the need arises to replace the -ISO, follow the steps below to install the replacement module. Snap the support posts to the holes located opposite J7 and J8 in the component side of the isolator module. Remove the shorting plugs from J7 and J8 of the control module.* Align J7, J8, and the support posts of the Isolator Module with J7, J8, and the appropriate holes on the control module (component side of the Isolator Module facing the controller module). Mate the isolator module's jacks with the control module's jacks and snap the support posts into the control module's mounting holes. *Note: Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life. Observe static-sensitive material handling practices. The control module, in these mounting instructions is either a Main Controller Module or a -CPU. Step applies to both modules. Steps through will differ slightly for the Main Controller Module and the -CPU. -ISO Component side toward -CPU -ISO -CPU J8 J7 -ISO -CPU J8 J7 J8 J7 -ISO Main Controller Module -CPU -ISO J8 J7 INSTALLATION SHEET: INSTALLATION SHEET P/N: 7098 REVISION LEVEL:. DATE: 07/0/98 A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION -ISO Isolator Module FILE NAME: 7098.CDR APPROVED BY: JM CREATED BY: B. GRAHAM GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA 65 6th Street East Owen Sound, Ontario Canada NK 5P8

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23 DESCRIPTION The Liquid Crystal Display Module (LCD) is the primary operator interface with the system. The liquid crystal display features a back-lit screen, with -lines (0 alphanumeric characters each). LEDs provide status information. Front panel switches and a numeric keypad provide access to system operation and maintenance functions. INSTALLATION Mount the LCD a. Push a grommet through the mounting holes of the LCD and the inner door. b. Insert a plunger into the grommet. c. Repeat steps and until you have installed all six sets of grommets and plungers. Note: Do not try to insert the plunger and grommet into the mounting holes at the same time. Insert the grommet first and then the plunger to avoid damaging them. Plunger Grommet LCD Input Power Voltage Standby current Alarm current Display Environmental Conditions Temperature Range Humidity Indicators LEDs SPECIFICATIONS Vdc 0 ma 0 ma line, 0 character, back-lit, alphanumeric, super-twist, liquid crystal to 0 F (0 to 9 C) 0 to 9%, Non-condensing AC Power, Alarm, Supervisory, Trouble, Monitor, Disable, Ground Fault, CPU Fail, Test, Reset, Trouble Silence, Alarm Silence, Drill, and User Option Controls Numeric keypad 0-9, Enter, and Delete Message review switches Alarm, Supervisory, Trouble, and Monitor Function switches Status, Program, Enable, Disable, Activate, Restore, Reports, and Test User option switch The programmer determines the function of this switch. Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life. Inner door Connect the ribbon cables a. Connect the ribbon cable from J on the LCD to J on the Main Controller Module. b. Connect the ribbon cable from J of the LCD to J on the first LED/switch module (address 0). Note: See the LED/Switch module installation sheet for ribbon cable connections between modules and dip switch settings.! Caution! Observe static-sensitive material handling practices. PRODUCT DIAGRAM Typical inner door (rear view) Main Controller Module J J LCD INSTALLATION SHEET: -LCD Liquid Crystal Display INSTALLATION SHEET P/N: 70 REVISION LEVEL:.0 FILE NAME: 70.CDR APPROVED BY: J. Massing DATE: 9MAR00 CREATED BY: B. Graham Related documentation: Installation and Service Manual EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

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25 PRODUCT DESCRIPTION The Expander Loop Module (LCX) provides the standalone system an additional multiplexed Signature Data Circuit (SDC) and two Notification Appliance Circuits (NACs). The SDC and the NACs can operate on Class A or Class B wiring. The SDC can support 96 Signature Series detectors and 9 Signature Series modules. The NACs have separate input terminals, which are rated at A or 00 5 Vrms or 70 Vrms audio. The NAC terminals may share power or receive it from a listed fire alarm power supply. Wire Stripping Guide Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. / inch (6. mm) Caution: Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty Mount the Expander Loop Module with the screws and washers provided. INSTALLATION Primary Power Supply Main Controller Module Expander Loop Module SPECIFICATIONS Input Power 0 ma, standby;0 ma active NACs Quantity/Style Two Class A (Style Z) or Class B (Style Y) Voltage Vdc, Nominal NAC Current Rating.5 A or 00 5/70 Vrms per circuit Line Resistance 50 max. EOL Resistor 5 k, ½ W Maximum Wire Size AWG (.5 mm ) SDC Class (Style) Class A (Style 7) or Class B (Style ) Detector Capacity 96 Signature Series detectors Module Capacity 9 Signature Series modules Line Resistance 65 max. full load (50 ma) Line Capacitance 0. f, max. Maximum Wire Size AWG (.5 mm ) Environmental Conditions Temperature Range Humidity to 0 F (0 to 9 C) 0-9%, Non-condensing Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. WIRE ROUTING The routing of power-limited and nonpower-limited wiring differs with each cabinet. For more information on the routing of power-limited and nonpowerlimited wiring, see the cabinet s installation sheet. Expander Loop Module PRODUCT DIAGRAM #6 interlocking washers 6/ x /8 pan head screws Connect the ribbon cables to the Expander Loop Module. Ribbon Cable (P/N 50) Ribbon Cable (P/N 50) Ribbon Cable (P/N 50) Primary Power Supply J Main J J5 Controller Module J J J Expander Loop Module INSTALLATION SHEET: INSTALLATION SHEET P/N: 70 REVISION LEVEL:.0 DATE: MAR00 -LCX Expander Loop Module Related documentation: Installation and Service Manual FILE NAME: 70.CDR APPROVED BY: J. Massing CREATED BY: B. Graham EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

26 FIELD WIRING Notification Appliance Circuits (NACs) / Signature Data Circuit SDC Wiring Notes Legend Supervised. Power-limited when connected to a power-limited source. If the source is nonpower-limited, maintain a space of / inch (6. mm) from power-limited wiring or use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code. 5 k resistor Required for Class B (Style Y) wiring only. Supervised and power-limited. Signature Series module/pull station Signature Series smoke detector Notification appliance No T-taps when wired as a Class A (Style 7) circuit. For maximum wire resistance, see the Installation and Service Manual. Contacts shown with system power applied. S D C Expander Loop Module TB TB NAC/B NAC/A SOURCE NAC/B NAC/A SOURCE SIGA/B SIGA/A TB 5 Class A (Style 7) configuration only NAC Source: listed fire alarm power supply or amplifier N A C s NAC NAC Source: listed fire alarm power supply or amplifier UL/ULC Listed 5 k EOL NAC UL/ULC Listed 5 k EOL Class A (Style Z) configuration only. 70.CDR REV.0 Page of

27 PRODUCT INFORMATION The -LFK(R) is a trim kit that prepares the WB series wall box for semi-flush mounting. The trim kit is available in two colors: grey or red(r). INSTALLATION Secure the wallbox to the frame. INSTALLATION Install the trim kit with the nuts provided. DIMENSIONS Side view Top view Trim kit Prepare the nail knockouts. 9.9 in (75.9 cm) Front view Nail knockouts Nail knockouts Note: The trim kit is / inch wide (.9 cm). INSTALLATION SHEET: INSTALLATION SHEET P/N: REVISION LEVEL:.0 DATE: 0/6/99 Trim kit -LFK(R) Semi-Flush Trim Kit 6 in (0.6 cm) Bottom view FILE NAME: CDR APPROVED BY: K. Patterson CREATED BY: B. Graham A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA 65 6th Street East Owen Sound, Ontario Canada NK 5P8

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29 PRODUCT DESCRIPTION The -LSRA(-C) features a -line, 0-character back-lit alphanumeric liquid crystal display for use with the fire alarm panel. An optional RS- printer/download port is available for a local printer connection, depending on annunciator configuration. The printer provides a hard copy of the information on the annunciator display. The annunciators require Vdc for operation. All annunciator front panels include Normal, Alarm, Supervisory, and Trouble LEDs. The -LSRA is a reduced complement annunciator, which provides only the Next/Acknowledge and Back switches. The -LSRA-C is a full complement annunciator, which provides password protected Reset, Alarm Silence, Trouble Silence, Drill/All Call, Next/Acknowledge, and Back switches. The password protect Enable/Disable switch is located on the rear of the unit. INSTALLATION INSTRUCTIONS A B C Mounting ring RS-85 wiring -LSRA(-C) SPECIFICATIONS Power ma RS-85 communications Class B (Style ) or Class A (Style 7) Baud rate 9600 Quantity/addressing Up to network addresses per annunciator (0 addresses max.) Maximum wire length RS- 50 ft (5 m) RS-85 7,700 ft (,8 m), 8 AWG (0.75 sq mm) Twisted Pair Maximum wire size One AWG (.5 sq mm) or two 8 AWG ( or 0.75 sq mm) Optional printer port format RS- Message capacity 88 messages per panel address 5 max. per annunciator Mounting North American -gang or -inch square electrical box Dimensions (HWD) U.S. 5-5/8 in x 8-/8 in x -5/6 in Metric.9 cm x.7 cm x. cm LSRA-RK Remote Key Switch -5 ma power-limited, non-supervised Operating temperature range - 0 F (0-9 C) Operating humidity range 0-9% RH, non-condensing PRODUCT DIAGRAM RS-85 wiring Electrical box Screw. Secure the mounting ring (P/N P-0996-) to the electrical box, as shown in panel A.. Install the LSRA- Printer/Programming Port in the annunciator.. Set the DIP switches according to Table.. Connect the RS-85 wires to the appropriate -LSRA(-C) terminals. Note: See Table and the wiring diagrams on this installation sheet. Leave enough wire to permit the lowering of the -LSRA(-C) for programming. 5. Download annunciator data from the Systems Definition Utility. See the SDU online help and the LSRA-/-LSRA-PROG installation sheet for downloading instructions. 6. Slide the top of the annunciator onto the top flange of the mounting ring. 7. Push the bottom of the annunciator over the stud-nut, as shown in panel B. 8. Secure the bottom of the annunciator to the adapter ring using the screw provided, as shown in panel C. 9. Cover the screw hold with the label provided. Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. -LSRA -LSRA-C INSTALLATION SHEET: -LSRA(-C) Life Safety Remote Annunciator INSTALLATION SHEET P/N: 87 REVISION LEVEL:.0 DATE: MAY00 Related documentation: Installation and Service Manual; System Operations Manual; SDU online help; LSRA-/LSRA-PROG installation sheet EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 87.CDR APPROVED BY: K. Johnson CREATED BY: B. Graham

30 INSTALLATION Removable access door Remove for LSRA- Configuration dip switch Mounting slot Connection Terminals Rx LED Tx LED J Life Safety Remote Annunciator (rear view) TB ON S Table : DIP switch settings Description Switch positions S- S- S- S- Annunciator programming mode OFF OFF OFF ON* Password programming mode OFF OFF ON* OFF Buzzer enabled and auto acknowledge disabled OFF OFF OFF OFF Buzzer disabled and auto acknowledge disabled OFF ON OFF OFF Buzzer enabled and auto acknowledge enabled ON OFF OFF OFF Buzzer disabled and auto acknowledge enabled ON ON OFF OFF * = Toggle ON and OFF Wire Stripping Guide Caution: Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty connection. Table : Connection terminals Terminal Connection TB- () External key switch TB- (-) External key switch TB- RS-85, CH0 () TB- TB-5 TB-6 TB-7 RS-85, CH0 (-) RS-85, CH () RS-85, CH (-) () VDC TB-8 VDC Common TB-9 Earth Ground / inch (6. mm) Setting annunciator passwords The steps below apply only to the -LSRA-C.. Remove the access door on rear of annunciator.. Set DIP switch S- to the ON position.. At the control keys, enter a five (5) digit password.. Enter the same five digit password again. 5. Return DIP switch S- to the OFF position. 6. Install the access door on the rear of the annunciator. 7. If the keyswitch is not used, connect a jumper wire from TB- to TB-. Note: See Preventing unauthorized use of LSRA control switches in the SDU online help for more instructions about LSRA passwords. More details about the -LSRA(-C) may be found with the keyword LSRA in the online search utility. P/N: 87 REV:.0 Page of

31 WIRING Wiring the -LSRA(-C) to a Main Controller Module TB6 Ch 0 RS-85 Ch Vdc Main Controller Module TB LSRA(-C) rear view Provide physical separation between two wire bundles to ensure network survivability Vdc Wiring required for Class A circuits only TB LSRA(-C) rear view Vdc TB LSRA(-C) rear view Notes All wiring supervised and power-limited. Power-limited when connected to a power-limited source. Remove power-limited mark if nonpower-limited. 00 EOL resistor (P/N EOL-00) required on last device To balance of RS-85 components 5 All wiring 8 AWG, twisted-pair. 6 Route power-limited wiring separate and away from nonpower-limited wiring. P/N: 87 REV:.0 Page of

32 Wiring the -LSRA(-C) to a Network Main Controller Module WIRING NET RS-85 ANN TB6 Vdc Network Main Controller Module TB LSRA(-C) rear view Vdc TB LSRA(-C) rear view Vdc TB LSRA(-C) rear view Notes All wiring supervised and power-limited. Power-limited when connected to a power-limited source. Remove power-limited mark if nonpower-limited. 00 EOL resistor (P/N EOL-00) required on last device All wiring 8 AWG, twisted-pair. 5 Route power-limited wiring separate and away from nonpower-limited wiring. P/N: 87 REV:.0 Page of

33 PRODUCT DESCRIPTION The Main Controller Module (MCM) is the foundation of the system and contains the principal microprocessor and controls for the fire alarm system. The MCM has two dual purpose RS-85 ports. The RS-85 port provides Class A (Style 6) or Class B (Style ) communications for the system. Each RS-85 terminal also provides communications for -LSRAs, -SMDNs, and SAN Annunciators. The MCM also has an RS- port to provide communications for printers. A modular jack provides a means for downloading programmed data from an IBM compatible computer to the MCM. All external connections are transient-protected. The MCM provides one multiplexed Signature Data Circuit (SDC) and two Notification Appliance Circuits (NACs). The SDC and the NACs can both operate on Class A or Class B wiring. The SDC can support 96 Signature Series detectors and 9 Signature Series modules. The NACs have separate input terminals, which are rated at A or 00 W@5Vrmsor70Vrms audio. The NAC terminals may share power or receive it from an external source. During alarm, supervisory, and trouble conditions the MCM relay contacts close to report the off-normal conditions. There are two Form C relays and a Form A relay. The Form C relays handle alarm and trouble conditions and operate on Vdc, A. The Form A relay handles supervisory conditions and operates on Vdc, A. WIRE ROUTING The routing of power-limited and nonpower-limited wiring differs with each cabinet. For more information on the routing of power-limited and nonpower-limited wiring, see the cabinet s installation sheet. SPECIFICATIONS Input Power 50 ma, standby; 75 ma active RS-85 Terminals Max. Line Capacity 0 addresses* Max. line parameters 0. f/00 Max. Wire Size AWG (.5 mm ) *Note: SAN annunciators, -LSRAs, -SMDNs, or -AACs. RS- Terminal Non-isolated, 50 ft. (5. m) max. Must be located in the same room. NACs Quantity/Style Two Class A (Style Z) or Class B (Style Y) Voltage Vdc, Nominal Available NAC Current.5 A for all NACs NAC Current Rating.5 A or 00 5/70 Vrms per circuit EOL Resistor 5 k, ½ W Maximum Wire Size AWG (.5 mm ) SDC Class (Style) Class A (Style 6) or Class B (Style ) Detector Capacity 96 Signature Series detectors Module Capacity 9 Signature Series modules Line Resistance 65 max. full load Line Capacitance 0. f, max. Maximum Wire Size AWG (.5 mm ) Relay Contacts Alarm and Trouble Supervisory Environmental Conditions Temperature Range Humidity Form C, rated at Vdc A Form A, rated at Vdc A to 0 F (0 to 9 C) 0 to 9%, Non-condensing PRODUCT DIAGRAM Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. Wire Stripping Guide Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. / inch (6. mm) Caution: Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty connection. INSTALLATION SHEET: -MCM Main Controller Module INSTALLATION SHEET P/N: 700 REVISION LEVEL:.0 DATE: APR00 FILE NAME: 700.CDR APPROVED BY: B. Wanek CREATED BY: B. Graham Related documentation: Installation and Service Manual EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

34 INSTALLATION Mount the Main Controller Module with the screws and washers provided. Primary Power Supply Main Controller Module Connect the ribbon cables to the Main Controller Module. Ribbon Cable (P/N 50) Ribbon Cable (P/N 50) Primary Power Supply J5 Main Controller Module J J J J J Expander Loop Module Mount the DL here. Main Controller Module Note: If you install a DL, mount it before you mount the Main Controller Module. See the DL installation sheet. Ribbon Cable (P/N 50) 6/ x /8 Pan Head Screws #6 Interlocking Washers INTERNAL WIRING Download Wiring Printer Wiring TB6 Note: Disconnect the printer while downloading. TB6 Pin Function Pin Function RS- Main Controller Module TXD RXD RTS COM J TB6 RXD TXD COM To Pin 7 5 DB5 Female (Front View) Pin Function IBM Compatible Computer Form printer RS- Main Controller Module TXD RXD RTS COM RXD TXD COM RS-85 Port Wiring Non-supervised and power-limited 7 To Pin 5 DB5 Male (Front View) Caution: Any wiring that exits one building and enters another requires a Ditek surge protector module. See the Installation and Service Manual. RS- TXD RXD RTS COM RXD TXD COM 5 To Pin TB6 Ch 0 RS-85 Ch To primary port of RS-85 remote annunciator or -AAC To secondary port of RS-85 remote annunciator Main Controller Module J 9 DB9 Female (Front View) IBM Compatible Computer Main Controller Module Supervised and power-limited See the Installation and Service Manual for detailed RS-85 wiring information. 700.CDR REV.0 Page of

35 INTERNAL WIRING RPM Wiring Notes RPM Jumper Settings Power-limited if the source is power-limited. If the source is nonpower-limited, maintain a space of / inch (6. mm) from power-limited wiring. Otherwise, use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code. Circuits* Separate Circuits* JP In Alarm Supervisory Trouble TB-,: Reverse Polarity TB-7,8: Reverse Polarity TB-5,6: Reverse Polarity UL/ULC Listed.9 k EOL resistor (P/N 6000) required. Circuit not used. Single Circuit* Out TB-,: Reverse Polarity TB-,: 0.0 Vdc** TB-,: 0.0 Vdc** *Alarm, Supervisory, and Trouble ** Alarm overrides supervisory and trouble. Vdc Listed Primary or Auxiliary power supply TB NC COM ALARM NO NO SUPERVISORY TB5 COM NC COM TROUBLE NO Main Controller Module SUPV TRBL ALRM TRBL IN COM RPM JP REVERSE POLARITY TRANSMITTERS CITY BOX ALARM TROUBLE SUPV TB No Connection MTM Wiring Vdc Vdc Listed Primary or Auxiliary power supply TB V COM K COM K NC C NO Detail A Morse U: K and K jumpered to COM March Time: K jumpered to COM Temporal: No jumpers Contact Ratings: A (0.5 pf) pilot duty TB MTM NAC/B NAC/A SOURCE NAC/B NAC/A SOURCE TB TB TB NC COM ALARM NO NO TB5 COM NC COM NO SUPERVISORY TROUBLE Main Controller Module 700.CDR REV.0 Page of

36 FIELD WIRING Notification Appliance Circuits (NACs) / Signature Data Circuit SDC Wiring Supervised Notes Power-limited if the source is power-limited. If the source is nonpowerlimited, maintain a space of / inch (6. mm) from power-limited wiring. Otherwise, use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code. 5 k EOL required for Class B (Style Y) wiring only. Supervised and power-limited No T-taps when wired as a Class A (Style 6) circuit. For maximum wire resistance, see the Installation and Service Manual. Contacts shown with system power applied. Legend Signature Series module/pull station Signature Series smoke detector Notification appliance NAC UL/ULC Listed 5 k EOL Class A (Style Z) configuration only N A C s NAC Source: listed fire alarm power supply or amplifier NAC UL/ULC Listed 5 k EOL NAC Source: listed fire alarm power supply or amplifier TB6 NAC/B NAC/A SOURCE NAC/B NAC/A SOURCE TB TB Main Controller Module SIGA/B SIGA/A 5 Class A (Style 6) configuration only S D C 700.CDR REV.0 Page of

37 PRODUCT DESCRIPTION The Network Main Controller Module (MCMN) is the foundation of the network and contains the principal microprocessor and controls for the fire alarm system. The MCMN has a dual-purpose RS-85 port. The network terminals (NET) provide Class A (Style 6) or Class B (Style ) communications for the network. The annunciator terminals (ANN) provide communications with -LSRAs, -SMDNs, and SAN Annunciators. The MCMN also has an RS- port to provide communications for printers. An RJ- jack provides a means for downloading programmed data from an IBM compatible computer to the MCMN. All external connections are transient-protected. The MCMN provides one multiplexed Signature Data Circuit (SDC) and two Notification Appliance Circuits (NACs). The SDC and the NACs can both operate on Class A or Class B wiring. The SDC can support 96 Signature Series detectors and 9 Signature Series modules. The NACs have separate input terminals, which are rated at A or 00 5 Vrms or 70 Vrms audio. The NAC terminals may share power or receive it from an external source. During alarm, supervisory, and trouble conditions the MCMN relay contacts close to report the off-normal conditions. There are two Form C relays and a Form A relay. The Form C relays handle alarm and trouble conditions and operate on Vdc, A. The Form A relay handles supervisory conditions and operates on Vdc, A. WIRE ROUTING The routing of power-limited and nonpower-limited wiring differs with each cabinet. For more information on the routing of power-limited and nonpower-limited wiring, see the cabinet s installation sheet. Warning! SPECIFICATIONS Input Power 7 ma, standby; 6 ma active Ground Fault Detection 0 k to earth, all field wiring except common relay contacts RS-85 NET Terminal Max. Line Capacity 0 nodes* Max. Line Impedance 0. f/00 Max. Wire Size AWG (.5 mm ) *Note: five -MCMNsand five -CPUs RS-85 ANN Terminal Max. Line Capacity 0 addresses* Max. Line Impedance 0. f/00 Max. Wire Size AWG (.5 mm ) *Note: SAN annunciators, -LSRAs, and -SMDNs. RS- Terminal Non-isolated, 50 ft. (5. m) max. Must be located in the same room. NACs Quantity/Style Two Class A (Style 6) or Class B (Style ) Voltage Vdc, Nominal Available NAC Current.5 A for all NACs NAC Current Rating.5 A or 00 5/70 Vrms per circuit EOL Resistor 5 K, ½ W Maximum Wire Size AWG (.5 mm ) SDC Class (Style) Class A (Style 7) or Class B (Style ) Detector Capacity 96 Signature Series detectors Module Capacity 9 Signature Series modules Line Resistance 65 max. full load Line Capacitance 0. f, max. Maximum Wire Size AWG (.5 mm ) Relay Contacts Alarm and Trouble Supervisory Environmental Conditions Temperature Range Humidity Form C, rated at Vdc A Form A, rated at Vdc A to 00 F (0 to 8 C) 9%, Non-condensing Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life. PRODUCT DIAGRAM! Caution! Observe static-sensitive material handling practices. Wire Stripping Guide Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. / inch (6. mm) Caution: Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty connection. INSTALLATION SHEET: -MCMN Network Main Controller Module INSTALLATION SHEET P/N: 877 REVISION LEVEL:.0 DATE: AUG00 FILE NAME: 877.cdr APPROVED BY: K. Johnson CREATED BY: B. Graham Related documentation: Network Supplement Manual EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

38 INSTALLATION Mount the Network Main Controller Module with the screws and washers provided. Primary Power Supply Network Main Controller Module Connect the ribbon cables to the Network Main Controller Module. Ribbon Cable (P/N 50) Ribbon Cable (P/N 50) Primary Power Supply J5 J Network J Main Controller Module J J J Expander Loop Module Mount the DL here. Network Main Controller Module Note: If you install a DL, mount it before you mount the Network Main Controller Module. See the DL installation sheet. Ribbon Cable (P/N 50) 6/ x /8 Pan Head Screws #6 Interlocking Washers INTERNAL WIRING Download Wiring Printer Wiring TB6 Note: Disconnect the printer while downloading. TB6 Pin Function Pin Function RS- Network Main Controller Module TXD RXD RTS COM J TB6 RXD TXD COM To Pin 7 5 DB5 Female (Front View) Pin Function IBM Compatible Computer Form printer RS- Network Main Controller Module TXD RXD RTS COM RXD TXD COM RS-85 Port Wiring Non-supervised and power-limited 7 To Pin 5 DB5 Male (Front View) Caution: Any wiring that exits one building and enters another requires a Ditek surge protector module. See the Network Supplement Manual. RS- TXD RXD RTS COM RXD TXD COM 5 To Pin NET RS-85 ANN TB6 To RS-85 port of Network Node To RS-85 port of Remote Annunciator Network Main Controller Module J 9 DB9 Female (Front View) IBM Compatible Computer Network Main Controller Module Supervised and power-limited See the Network Supplement Manual for detailed RS-85 wiring information. 877.CDR REV.0 Page of

39 INTERNAL WIRING RPM Wiring Notes RPM Jumper Settings Power-limited if the source is power-limited. If the source is nonpower-limited, maintain a space of / inch (6. mm) from power-limited wiring. Otherwise, use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code. Circuits* Separate Circuits* JP In Alarm Supervisory Trouble TB-,: Reverse Polarity TB-7,8: Reverse Polarity TB-5,6: Reverse Polarity UL/ULC Listed.9 k EOL resistor (P/N 6000) required. Circuit not used. Single Circuit* Out TB-,: Reverse Polarity TB-,: 0.0 Vdc** TB-,: 0.0 Vdc** *Alarm, Supervisory, and Trouble ** Alarm overrides supervisory and trouble. Vdc Listed Primary or Auxiliary power supply TB NC COM ALARM NO NO SUPERVISORY TB5 COM NC Network COM TROUBLE Main NO Controller Module SUPV TRBL ALRM TRBL IN COM RPM JP REVERSE POLARITY TRANSMITTERS CITY BOX ALARM TROUBLE SUPV TB No Connection MTM Wiring Vdc Vdc Listed Primary or Auxiliary power supply TB V COM K COM K NC C NO Detail A Morse U: K and K jumpered to COM March Time: K jumpered to COM Temporal: No jumpers Contact Ratings: A (0.5 pf) pilot duty TB MTM NAC/B NAC/A SOURCE NAC/B NAC/A SOURCE TB NC COM NO NO TB5 COM NC COM NO TB ALARM SUPERVISORY TROUBLE Network Main Controller Module TB 877.CDR REV.0 Page of

40 FIELD WIRING Notification Appliance Circuits (NACs) / Signature Data Circuit SDC Wiring Notes Legend Supervised Power-limited if the source is power-limited. If the source is nonpowerlimited, maintain a space of / inch (6. mm) from power-limited wiring. Otherwise, use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code. M Signature Series module/pull station Signature Series smoke detector 5 k EOL required for Class B (Style Y) wiring only. Notification appliance Supervised and power-limited 5 No T-taps when wired as a Class A (Style 7) circuit. 6 For maximum wire resistance, see the Installation and Service Manual. 7 Contacts shown with system power applied. NAC UL/ULC Listed 5 k EOL Class A (Style Z) configuration only N A C s NAC Source: listed fire alarm power supply or amplifier NAC UL/ULC Listed 5 k EOL NAC Source: listed fire alarm power supply or amplifier TB6 NAC/B NAC/A SOURCE NAC/B NAC/A SOURCE TB TB Network Main Controller Module SIGA/B SIGA/A 5 Class A (Style 7) configuration only S D C 877.CDR REV.0 Page of

41 PRODUCT DESCRIPTION The -MIC is a microphone module that issues pages over the emergency communication system. The microphone module consists of a dynamic push-to-talk (PTT) microphone and the following page controls: Phone to Evac Phone to Alert Page to Evac Page to Alert Evac Alert INSTALLATION Mounting the Microphone Module WB7D(R) lower inner door (rear view) SPECIFICATIONS Environmental conditions Temperature -0 F (0-9 C) Humidity 0-9%, Non-condensing Note: See the -AAC installation sheet for standby and alarm currents. Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. Mounting space Microphone mounting space PRODUCT DIAGRAM Door hinge INSTALLATION SHEET: -MIC Microphone Module WBD(R) inner door (rear view) INSTALLATION SHEET P/N: 8756 REVISION LEVEL:.0 DATE: 0MAR00 EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 8756.CDR APPROVED BY: J. Massing CREATED BY: B. Graham

42 WIRING -AAC -MIC (rear view) J J Note See the -AAC installation sheet for more information about the audio controller module. P/N: 8756 REV:.0 Page of

43 PRODUCT DESCRIPTION The -PPS(-0) Primary Power Supply is a switch-mode power source, which energizes system modules, monitors the AC line, and performs ground fault testing. In the event of a brownout or AC power failure, the primary power supply provides battery charging and automatic transfer to backup power. The power supply is designed to prevent total battery discharge, and automatically disables the battery charger during an alarm. MOVs and a common mode choke protect the AC input voltage from transient spikes. The output also provides power for Notification Appliance Circuits (NACs) and four-wire smoke detectors. INSTALLATION Mount the Primary Power Supply with the screws and washers provided. SPECIFICATIONS Input voltage -PPS 0 00 W maximum, 50/60 -PPS W maximum, 50/60 Hz Output voltage Vdc, 5.0 A Battery charging Ah, maximum Smoke detector power 500 ma maximum, reset programmable Device capacitance 000 F, maximum NAC power Voltage Vdc, Nominal Available NAC Current.5 A total for all NACs Device capacitance 5000 F, maximum Maximum wire size AWG (.5 mm ) Environmental Conditions Temperature range to 0 F (0 to 9 C) Humidity 0 to 9%, Non-condensing Primary Power Supply Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. WIRE ROUTING 6/ x /8 pan head screws #6 interlocking washers Connect the ribbon cables to the Primary Power Supply. The routing of power-limited and nonpower-limited wiring differs with each cabinet. For more information on the routing of power-limited and nonpowerlimited wiring, see the cabinet s installation sheet. PRODUCT DIAGRAM Ribbon Cable (P/N 50) Ribbon Cable (P/N 50) Primary Power Supply J5 Main Controller Module J J J J J Expander Loop Module Ribbon Cable (P/N 50) INSTALLATION SHEET: INSTALLATION SHEET P/N: 70 REVISION LEVEL:.0 DATE: 9MAR00 -PPS(-0) Primary Power Supply Module EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 70.CDR APPROVED BY: J. Massing CREATED BY: B. Graham

44 INSTALLATION Install the jumper for auxiliary power or -wire smoke Set the Smoke/Aux power select jumper. detectors on Signature UM modules with -SMKs. Settings Remove the jumper for -wire smoke detectors. In: Maintain continuous smoke/aux. power. Out: Interrupt smoke/aux. power upon reset. WIRING Vdc Aux output to Vdc terminals of -wire smoke detectors. Maximum current: 500 ma when the SMK/AUX select jumper is removed A when the SMK/AUX select jumper is installed Nonsupervised To dedicated 0 Vac, 7.5 Amp, 50/60 Hz supervised branch circuit Line Line Ground To dedicated 0 Vac, 5 Amp, 50/60 Hz supervised branch circuit TB L L G Primary Power Supply (0 Vac) Wire Stripping Guide Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. / inch (6. mm) Caution: Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty connection. TB Hot Neutral Ground TB H N BATTERY G TB Primary Power Supply (0 Vac) J SMK/AUX PWR NAC PWR Vdc Smoke Power Vdc NAC power See the details below for the battery terminal wiring. See the ribbon cable connections in step. TB Primary Power Supply Main Controller Module Expander Loop Module Route the battery wiring harness (P/N 508) through the plastic channel under the Main Controller Module and the Expander Loop Module to the battery terminals. Plastic channel Battery TB Notes Power-limited Nonpower-limited Supervised Nonsupervised red wire Battery Battery Top view black wire 70.CDR REV.0 Page of

45 PRODUCT DESCRIPTION The -PPS/6A(-0) Primary Power Supply is a switch-mode power source, which energizes system modules, monitors the AC line, and performs ground fault testing. In the event of a brownout or AC power failure, the primary power supply provides battery charging and automatic transfer to backup power. The power supply is designed to prevent total battery discharge, and automatically disables the battery charger during an alarm. MOVs and a common mode choke protect the AC input voltage from transient spikes. The output also provides power for Notification Appliance Circuits (NACs). INSTALLATION Mount the Primary Power Supply with the screws and washers provided. Primary Power Supply SPECIFICATIONS Input voltage -PPS/6A 0 00 W maximum, 50/60 Hz -PPS/6A W maximum, 50/60 Hz Output voltage Battery charging Device capacitance Vdc, 6. A total Ah, maximum 000 F, maximum NAC output Voltage Vdc, Nominal Available current. A maximum Device capacitance 5000 F, maximum NAC output Voltage Vdc, Nominal Available current. A maximum Device capacitance 5000 F, maximum Maximum wire size AWG (.5 mm ) Environmental Conditions Temperature range to 0 F (0 to 9 C) Humidity 0 to 9%, Non-condensing Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. WIRE ROUTING 6/ x /8 pan head screws #6 interlocking washers The routing of power-limited and nonpower-limited wiring differs with each cabinet. For more information on the routing of power-limited and nonpowerlimited wiring, see the cabinet s installation sheet. Connect the ribbon cables to the Primary Power Supply. PRODUCT DIAGRAM Primary Power Supply Ribbon Cable (P/N 50) Ribbon Cable (P/N 50) J5 Main Controller Module J J Expander Loop Module Ribbon Cable (P/N 50) J J J INSTALLATION SHEET: INSTALLATION SHEET P/N: 87 REVISION LEVEL:.0 DATE: 0MAR00 -PPS/6A(-0) Primary Power Supply Module EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 87.CDR APPROVED BY: J. Massing CREATED BY: B. Graham

46 WIRING Wire Stripping Guide Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. / inch (6. mm) Caution: Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty connection. To dedicated 0 Vac, 7.5 Amp, 50/60 Hz supervised branch circuit Line Line Ground TB L L G 0 Vac Primary Power Supply To dedicated 0 Vac, 5 Amp, 50/60 Hz supervised branch circuit Hot Neutral Ground TB 0 Vac Primary Power Supply BATTERY TB J TB Vdc NAC power Vdc NAC power See the details below for the battery terminal wiring. See the ribbon cable connections in step. Primary Power Supply Route the battery wiring harness (P/N 508) through the plastic channel under the Main Controller Module and the Expander Loop Module to the battery terminals. Power-limited Notes TB Main Controller Module Expander Loop Module Plastic channel Battery TB Nonpower-limited Supervised Nonsupervised red wire Battery Battery Top view black wire 87.CDR REV.0 Page of

47 PRODUCT DESCRIPTION The -SANCOM is an operator interface, which provides indicators and controls in a SAN series package for use anywhere on the network. The -SANCOM requires a SAN-CPU, which is connected to it on a ribbon cable chain along with other SAN series modules. See the drawings on the reverse side of this installation sheet. Indicators LED Power Alarm Supervisory Trouble Security Alarm Silence Trouble Silence Drill/All Call Sounder Buzzer Resound Trouble feature: Description A green LED that functions according to position of JP. A red LED that flashes to indicate system alarm conditions. A yellow LED that flashes to indicate supervisory conditions. A yellow LED that flashes to indicate system trouble conditions. A yellow LED that flashes to indicate security conditions. A yellow LED that indicates the silencing of audible devices. A yellow LED that indicates the silencing of the system-wide trouble buzzer(s). A yellow LED that indicates the activation of the drill/all call function. Description Operates in conjunction with the sounder on the control panel. Activation of local silence in either location will silence the buzzer until a new condition is sensed on the system. Power Current Stanby Alarm Trouble Address requirements Inputs Outputs Weight Mounting SPECIFICATIONS From SAN-CPU ma 7 ma 5 ma Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! ( group of eight) ( group of eight). oz (9.5 g) See the related documentation listed in the title block for the approved enclosures. Observe static-sensitive material handling practices. PRODUCT DIAGRAM Controls Switch Reset Alarm Silence Local Silence Drill/All Call Lamp Test Enable/Disable Description A momentary toggle switch that resets the system. A momentary toggle switch that silences audible circuits. A momentary toggle switch that silences the system-wide trouble buzzer. A momentary toggle switch that activates all audible/visual circuits. A maintained toggle switch that tests all indicators on SAN option modules. A key switch that disables the -SANCOM controls. Jumper JP Zone Report Jumper In the Enable position: In the Disable position: JP Continuity Jumper JP Region Jumper In the USA position: JP In the Europe position: Disable Enable JUMPER SETUP Function Activation of the enable/ disable keyswitch will generate a zone (xx05) Activation of the enable/ disable keyswitch will not generate a zone. JP designates the -SANCOM as the last module installed in the SAN/RSAN series modules. The -SANCOM will light the programdriven Power LED. The Power LED will operate in conjunction with Vdc power. JP Europe USA INSTALLATION SHEET: INSTALLATION SHEET P/N: 8786 REVISION LEVEL:.0 DATE: 0MAR00 Front view Rear view -SANCOM Remote Network Control Module FILE NAME: 8786.CDR APPROVED BY: J. Massing CREATED BY: B. Graham Related documentation: SAN-CPU installation sheet, SAN Series Annunciator Enclosures installation sheet EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

48 INSTALLATION Mount the -SANCOM. Note: See the related documentation listed in the title block for more information about specific mounting units. On a 6-unit, 9-inch rack mount In a -unit or 8-unit enclosure -SANCOM JP SAN series module JP SAN series module JP P P Side view -SANCOM Rear view Side view Front view Make the ribbon cable connections. A. Plug the ribbon cable assembly (P/N 50080) from P of the SAN-CPU into P of the -SANCOM. B. Plug the ribbon cable from P of the -SANCOM to P of the next SAN series module. C. Plug the ribbon cable from P of each SAN module to P of the next SAN module until you reach the last one. D. Install the continuity jumper on the last SAN module. Note: If the -SANCOM is the last module, install the continuity jumper on JP. SWU-8(/) SLU-6 SHO- -SANCOM JP P P P P P P P P JP From P on the SAN-CPU Addresses - 0 Addresses 7 - Addresses 09-6 Addresses 0-08 For programming purposes, remember that: The first input address group and the first output address group belong to the -SANCOM regardless of its physical location. Each address group consists of eight addresses. All other SAN modules must start at must start at address 09 for input and output groups. You must install J if the -SANCOM is the last module on the ribbon cable chain. Group Number Addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SLU-6 5- off off on off SLU on off on off SWU-8(/) 6-8 off on on off SWU-8(/) on on on off off off off on on off off on off on off on 8-88 on on off on off off on on P/N: 8786 REV:.0 Page of

49 PRODUCT INFORMATION SPECIFICATIONS The -SMK Smoke Power Module is a backup power source for -wire smoke circuits connected to a Signature Data Circuit. The Smoke Power Module monitors the operating power from the power supply. When power begins to degrade, the -SMK provides the necessary operating voltage to the -wire smoke detection circuits. Input power Output power Wire size Environmental Conditions Temperature Range Humidity Vdc, nominal per UL.0 to 6. 5 ma, maximum AWG (.5 mm ) to 8 AWG (0.75 mm ) to 0 F (0 to 9 C) 0 to 9%, Non-condensing INSTALLATION Warning! Note: Do not disassemble the -SMK. It is shipped from the factory as an assembled unit and contains no user-serviceable parts. To mount the -SMK Verify that all field wiring is free of opens, shorts, and ground faults. Make all wiring connections as shown in the wiring diagrams on the reverse side of this sheet. Using the four 6- x /8 inch machine screws provided, mount the module to the electrical box. Using the four - x 5/6 inch self-tapping screws provided, mount the wall plate to the module. Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. Wire Stripping Guide Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. / inch (6. mm) Caution: Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty connection. PRODUCT DIAGRAM White -gang wall plate Compatible electric boxes North American -/ inch (6 mm) deep -gang box Standard : Square -/ inch (8 mm) deep box European 00 mm square box INSTALLATION SHEET: INSTALLATION SHEET P/N: 8799 REVISION LEVEL:.0 DATE: 7APR00 -SMK Smoke Power Converter Module EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 8799.CDR APPROVED BY: J. Massing CREATED BY: B. Graham Related documentation: Signature Series Component Installation Manual

50 FIELD WIRING -PPS TB SMOKE/AUX Select jumper must be installed -PPS/6A TB SMOKE/AUX POWER NAC POWER Maximum of volt drop Power in 8 -SMK Power out Maximum of volt drop Power in 8 -SMK Power out To compatible -wire smoke detectors To compatible -wire smoke detectors JP Signature Series Universal Module JP Signature Series Universal Module Data in () (-) 5 Data in () (-) To compatible -wire smoke detectors To next Universal Module To compatible -wire smoke detectors To next Universal Module JP Signature Series Universal Module JP Signature Series Universal Module To next Signature device Data out (-) () To next Signature device Data out (-) () Notes All wiring is supervised and power-limited. Signature-UMs set to personality code,, 0, or See the Signature Series Component Installation Manual for more Jump pins and on JP. information about the Universal Module and its configuration. 5 From the Signature loop controller at the fire alarm control panel or the previous Signature device 8799.CDR REV.0 Page of

51 PRODUCT DESCRIPTION SPECIFICATIONS The -TEL is the operator interface for the firefighter telephone system. The module houses the master telephone handset, the silence call-in switch, and the phone call-in silenced LED. The -AAC Audio Control Module with a -TEL option board provides the electrical terminations for the module. The module communicates with up to five handsets simultaneously. LED Annunciator/switch modules provide selection of the telephone circuits. Riser wiring configuration Output voltage EOL resistor Maximum remote phones on line Environmental conditions Temperature Humidity Two Class B (Style Y) risers 8 Vdc 0 k Five (total) on both risers -0 F (0-9 C) 0-9%, Non-condensing Mounting the -TEL WB7D(R) lower inner door (rear view) -TEL mounting space INSTALLATION -MIC mounting space Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. Mounting the -TEL option board. Snap the plastic standoffs into the appropriate holes on the -AAC. Plastic standoff -AAC. Align J of the -TEL option board with J of the -AAC. J -TEL option board J. Snap the -TEL option board to the plastic standoffs on the -ACC. WBD(R) inner door (rear view) PRODUCT DIAGRAM INSTALLATION SHEET: -TEL Firefighter Telephone Module INSTALLATION SHEET P/N: 87 REVISION LEVEL:.0 FILE NAME: 87.CDR APPROVED BY: J. Massing DATE: 0MAR00 CREATED BY: B. Graham Related documentation: -AAC installation sheet; Signature Series Component Installation Manual EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

52 INSTALLATION -AAC without -TEL option board -AAC with -TEL option board JP J Note: Remove JP, on the -AAC to enable supervision for the -TEL option board. J WIRING -AAC Typical telephone circuit Style Y (Class B) J - TB -TEL option board terminals 5 TB UL/ULC Listed 0 K EOL on unused riser TB CC TB Terminal TB- TB- TB- TB- TB-5 Function Phone () Phone (-) Shield Phone () Phone (-) Data out (-) Data out () To next device -TEL Data in (-) Data in () From Signature loop controller or previous device RJ5 CHANNEL CHANNEL TROUBLE TROUBLE URSM 5 6 TB Primary or Auxiliary Power Supply Red Black TELEPHONE TELEPHONE CHANNEL CHANNEL TB functions for the URSM Twisted-shield wire Notes Shields shall be continuous and isolated from ground except at the originating panel. See the -AAC installation sheet (P/N 875). UL/ULC listed 7 K EOL Signature Series dual input module (personality code ) All wiring is supervised and power-limited. Set CCs to personality code CT 5 Terminal,, Terminal, 5, 6 Channel functions Trouble contacts 70 Vrms audio riser input 5 Vrms audio riser input Firefighter telephone riser input Common Channel functions Trouble contacts 70 Vrms audio riser input 5 Vrms audio riser input Firefighter telephone riser input Common From Signature loop controller or previous device Data in () Data in (-) Data out () Data out (-) To next Signature device P/N: 87 REV:.0 Page of

53 PRODUCT DESCRIPTION The -WB(R) is a semi-flush mount wallbox, which is available in two colors: grey or red (R). Mount the wallbox. INSTALLATION WIRE ROUTING Primary Power Supply Nail knockouts Main Controller Module Expander Loop Module Battery space Connect the cabinet to earth ground. Ground lug To the outer door Wallbox Grounding strap (P/N 60077) Permissible nonpower-limited wiring areas To the inner door Earth ground cable Lock washer #8- nut Notes Run the AC power only through the top left knockout or top center knockout. If a nonpower-limited source feeds the relay contacts, the wiring must remain within this area. Route wiring to the power supply through a protective channel when using a remote battery enclosure. Nonpower-limited wiring must stay in the shaded area, and must remain ¼ inch (6. mm) from power-limited wiring. 5 6 The snap-top standoffs, located on both sides of the wallbox, can support any module that requires a one-half footprint mounting space. The battery space supports up to two Vdc, 7 Ah batteries. Do not install conduit in this area. See the Installation and Service Manual for the mounting of modules in this equipment enclosure. INSTALLATION SHEET: INSTALLATION SHEET P/N:87565 REVISION LEVEL:.0 DATE: 0/0/99 A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION -WB(R) Semi-flush Mount Wallbox GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA FILE NAME: CDR APPROVED BY: K. Patterson CREATED BY: B. Graham 65 6th Street East Owen Sound, Ontario Canada NK 5P8

54 DIMENSIONS Typical conduit knockout Finished wall Top view Side view Wall frame in (7.9 cm) in (. cm) in (5. cm).5 in (57. cm) Front view Typical conduit knockout 6 in (0.6 cm).5 in (. cm) Bottom view All conduit knockouts support / inch (.9 cm) conduit..5 in (5.9 cm) CDR REV.0 Page of

55 PRODUCT DESCRIPTION The -WB(R) is a surface mounted wallbox, which is available in grey or red (R). The following subassemblies may be ordered to modify the wallbox. -LFK(R) trim kit for semi-flush mounting -WBD/DF dead front door for the (red only) The dead front door does not include an inner door. Mount the wallbox. INSTALLATION WIRE ROUTING Note: See the trim kit installation sheet for semi-flush mounting instructions on this wallbox (P/N 87570). Primary Power Supply Main Controller Module Expander Loop Module Audio Control Module Audio Amplifier Connect the cabinet to earth ground. Ground lug To the outer door To the inner door Earth ground cable Lock washer #8- nut Wallbox Grounding strap (P/N 60077) Battery space Permissible nonpower-limited wiring areas 5 Notes Run the AC power only through the top left knockout or top center knockout. If a nonpower-limited source feeds the relay contacts, the wiring must remain within this area. Route wiring to the power supply through a protective channel when using a remote battery enclosure. Nonpowerlimited wiring must stay in the shaded area, and must remain / inch (6. mm) from power-limited wiring. The snap-top standoffs, located on both sides of the wallbox, can support any module that requires a one-half footprint mounting space. The battery space supports up to two Vdc, 7 Ah batteries. Do not install conduit in this area. INSTALLATION SHEET: INSTALLATION SHEET P/N:87567 REVISION LEVEL:.0 DATE: 0/0/99 -WB(R) Wallbox FILE NAME: CDR APPROVED BY: K. Patterson CREATED BY: B. Graham 6 See the Installation and Service Manual for the mounting of modules in this equipment enclosure. A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA 65 6th Street East Owen Sound, Ontario Canada NK 5P8

56 DIMENSIONS Top view Side view in (7.9 cm) Front view.875 in (58. cm) 9.9 in (75.9 cm) 6 in (0.6 cm) 5. in (.95 cm) Bottom view All conduit knockouts support / inch (.9 cm) conduit CDR REV.0 Page of

57 PRODUCT INFORMATION INSTALLATION The -WBD(R) is a set consisting of an outer door and two inner doors. The doors mount on a -WB(R) wallbox. The outer door is available in two colors: grey or red (R), TM and has one Lexan viewing window. The inner doors are available only in grey and provide mounting space for operator interface modules and emergency communications equipment. The -WBD/DF is a dead front outer door, which does not include an inner door. The dead front door is available only in red. Mount the operator instructions. Inner door (rear view) Operator instructions (P/N 60) INSTALLATION Mount the inner door. Outer door ground strap Inner door ground strap Wallbox Plunger Grommet Grommet Plunger Ground lug Inner door Inner hinge pin Operator instructions Related Documentation Inner door See the following installation sheets for the mounting of inner door components: Liquid Crystal Display (P/N 70) LED/Switch modules (P/N 70) Firefighter Telephone (P/N 87) Microphone (P/N 8756) Mount the outer door. Outer door or dead front door Ground lug Wallbox Outer Door Inner Door Outer door hinge Nut Interlocking washer Ground strap INSTALLATION SHEET: -WBD(R) Outer Door and Inner Door -WBD/DF Dead Front Door INSTALLATION SHEET P/N: 879 REVISION LEVEL:.0 DATE: 0/0/99 A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA FILE NAME: 879.CDR APPROVED BY: K. Patterson CREATED BY: B. Graham 65 6th Street East Owen Sound, Ontario Canada NK 5P8

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59 PRODUCT DESCRIPTION INSTALLATION The -WB7(R) is a surface mounted wallbox, which is available in grey or red (R). The following subassemblies may be ordered to modify the wallbox. Mount the wallbox. Detail Wallbox mounting hole -DFK(R) trim kit for semi-flush mounting -WB7D/DF dead front door for the (red only) The dead front door does not include an inner door. WIRE ROUTING Detail Detail Grommet for power lines Nonpower-limited area Primary Auxiiary Power Power 5 Supply Supply 5 Main Controller Module Expander Loop Module Audio Control Module Audio Amplifier Battery space A A B A B Expander Loop Module Audio Amplifier Audio Amplifier A A B Battery space Note: See the trim kit installation sheet for semi-flush mounting instructions on this wallbox (P/N 87569). Connect the cabinet to earth ground. Ground lug To the outer door To the inner door Earth ground cable Lock washer #8- nut Wallbox Grounding strap (P/N 60077) Permissible nonpower-limited wiring areas Notes Run the AC power only through the top left knockout or top center knockout. If a nonpower-limited source feeds the relay contacts, the wiring must remain within this area. Install spacers on stud A to mount an Audio Amplifier Module. Install spacers on stud B to mount a Main Controller Module. Route wiring to the power supply through a protective channel when using a remote battery enclosure. Nonpowerlimited wiring must stay in the shaded area, and must remain / inch (6. mm) from power-limited wiring. The snap-top standoffs, located on both sides of the wallbox, can support any module that requires a one-half footprint mounting space. The battery space supports up to two Vdc, 7 Ah batteries. Do not install conduit in this area. See the Installation and Service Manual for the mounting of modules in this equipment enclosure. INSTALLATION SHEET: INSTALLATION SHEET P/N:87568 REVISION LEVEL:.0 DATE: /9/98 A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION -WB7(R) Double-wide Wallbox GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA FILE NAME: CDR APPROVED BY: B. Shivers CREATED BY: B. Graham 65 6th Street East Owen Sound, Ontario Canada NK 5P8

60 DIMENSIONS Typical conduit knockout Top view. in (6. cm) Side view Front view 0.5 in (5.7 cm) 9.9 in (75.9 cm) Typical conduit knockout 5. in (7.9 cm) 7. in (68.9 cm) Bottom view All conduit knockouts support / inch (.9 cm) conduit CDR REV.0 Page of

61 PRODUCT DESCRIPTION INSTALLATION The -WB7D(R) is a set consisting of an outer door and two inner doors. The doors mount on a -WB7(R) wallbox. The outer door is available in two colors: grey or red (R), TM and has one Lexan viewing window. The inner doors are available only in grey and provide mounting space for operator interface modules and emergency communications equipment. The -WB7D/DF is a dead front outer door, which does not come with an inner door. The dead front door is available only in red. Mount the outer door. Mounting stud Outer door or dead front door (rear view) Wallbox Mount the inner doors. Wallbox (rear view) Wallbox stud Inner door hinge Upper inner door Washer Nut INSTALLATION Secure the outer door with ten #8/ nuts and lock washers, as shown in Detail B. Nut Washer Nut Detail B Outer door (rear view) Wallbox hinge Washer Wallbox hinge Upper Inner Door Lower inner door Washer Nut Secure the inner doors with five #8/ nuts and lock washers each, as shown in Detail A. Inner door hinge Detail A Wallbox stud Outer Door INSTALLATION SHEET: Lower Inner Door -WB7D(R) Outer Door and Inner Doors -WB7D/DF Dead Front Door Nut INSTALLATION SHEET P/N: 870 REVISION LEVEL:.0 DATE: 0/0/99 FILE NAME: 870.CDR APPROVED BY: K. Patterson CREATED BY: B. Graham Washer A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA 65 6th Street East Owen Sound, Ontario Canada NK 5P8

62 INSTALLATION Mount the operator instructions Upper inner door (front view) Operator instructions (P/N 60) Grommet Plunger Plunger Grommet Operator instructions (P/N 60) Upper inner door Related Documentation See the following installation sheets for the mounting of inner door components: Liquid Crystal Display (P/N 70) LED/Switch modules (P/N 70) Firefighter Telephone (P/N 87) Microphone (P/N 8756) 870.CDR REV.0 Page of

63 PRODUCT INFORMATION INSTALLATION The -WBD(R) is a set consisting of an outer door and an inner door. Both doors mount on a -WB(R) wallbox. The outer door is available in two colors: grey or red (R), and TM has one Lexan viewing window. The inner door is available only in grey and provides mounting space for operator interface modules. Mount the operator instructions. Inner door (rear view) Operator instructions (P/N 60) INSTALLATION Mount the inner door. Grommet Outer door ground strap Inner door ground strap Wallbox Plunger Grommet Plunger Ground lug Inner door Inner hinge pin Operator instructions Related Documentation Inner door See the following installation sheets for the mounting of inner door components: Liquid Crystal Display (P/N 70) LED/Switch modules (P/N 70) Mount the outer door. Outer Door Ground lug Wallbox Window Outer Door Inner Door Outer door hinge Nut Interlocking washer Ground strap INSTALLATION SHEET: INSTALLATION SHEET P/N:7009 REVISION LEVEL:.0 DATE: 0/0/99 A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION -WBD(R) Outer Door and Inner Door GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA FILE NAME: 7009.CDR APPROVED BY: K. Patterson CREATED BY: B. Graham 65 6th Street East Owen Sound, Ontario Canada NK 5P8

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65 PRODUCT INFORMATION INSTALLATION The -WBDS(R) is a set consisting of an outer door and an inner door. Both doors mount on a -WBS(R) wallbox. The outer door is available in two colors: grey or red (R), TM and has one Lexan viewing window. The inner door is available only in grey and provides mounting space for operator interface modules. Mount the operator instructions. Inner door (rear view) Operator instructions (P/N 60) INSTALLATION Mount the inner door. Outer door ground strap Inner door ground strap Grommet Plunger Wallbox Plunger Grommet Ground lug Operator instructions Inner door Inner door Inner hinge pin Related Documentation See the following installation sheets for the mounting of inner door components: Liquid Crystal Display (P/N 70) LED/Switch modules (P/N 70) Mount the outer door. Outer Door Ground lug Wallbox Window Outer Door Inner Door Outer door hinge Nut Interlocking washer Ground strap INSTALLATION SHEET: INSTALLATION SHEET P/N: 878 REVISION LEVEL:.0 DATE: 0/0/99 A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION -WBDS(R) Outer Door and Inner Door GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA FILE NAME: 878.CDR APPROVED BY: K. Patterson CREATED BY: B. Graham 65 6th Street East Owen Sound, Ontario Canada NK 5P8

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67 PRODUCT DESCRIPTION The -WBS(R) is a surface mount wallbox, which is available in two colors: grey or red (R). Mount the wallbox. INSTALLATION WIRE ROUTING Primary Power Supply Main Controller Module Expander Loop Module Connect the cabinet to earth ground. Ground lug Wallbox Battery space Permissible nonpower-limited wiring areas To the outer door To the inner door Earth ground cable Lock washer #8- nut Grounding strap (P/N 60077) Notes 5 6 Run the AC power only through the top left knockouts. If a nonpower-limited source feeds the relay contacts, the wiring must remain within this area. Route wiring to the power supply through a protective channel when using a remote battery enclosure. Nonpower-limited wiring must stay in the shaded area, and must remain ¼ inch (6. mm) from power-limited wiring. The snap-top standoffs, located on both sides of the wallbox, can support any module that requires a one-half footprint mounting space. The battery space supports up to two Vdc, 7 Ah batteries. Do not install conduit in this area. See the Installation and Service Manual for the mounting of modules in this equipment enclosure. INSTALLATION SHEET: INSTALLATION SHEET P/N:87566 REVISION LEVEL:.0 DATE: 0/0/99 A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION -WBS(R) Surface Mount Wallbox GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA FILE NAME: CDR APPROVED BY: K. Patterson CREATED BY: B. Graham 65 6th Street East Owen Sound, Ontario Canada NK 5P8

68 DIMENSIONS Typical conduit knockout Top view Side view in (7.9 cm) Front view. in (. cm).5 in (57. cm) Typical conduit knockout 6 in (0.6 cm) 5. in (.95 cm) Bottom view All conduit knockouts support / inch (.9 cm) conduit CDR REV.0 Page of

69 PRODUCT DESCRIPTION WIRE ROUTING The 6ANN/B(-S) and the 0ANN/B(-S) are wallboxes constructed of 6 guage steel with a textured, gray enamel finish. The wallboxes house remote annunciator CPUs and optional modules that interface with other network components. 6ANN/B(-S) The following models identify the same wallbox: Model 6ANN/B 6ANN/B-S 0ANN/B(-S) Mounting Surface Semi-flush The following models identify the same wallbox: Model 0ANN/B 0ANN/B-S Mounting Surface Semi-flush If a nonpower-limited source feeds the -CPU relay contacts, the wiring must remain within this area. All other wiring shall be powerlimited. -CPU -CPU Optional module Typical knockout Optional module Typical knockout 6ANN/B(-S) DIMENSIONS Earth ground connection See Detail. Semi-flush.8 in (6.78 cm) 6.75 in (6.99 cm) 6. in (0.9 cm) 5.9 in (.5 cm). in (0.7 cm) Detail Surface mount 6. in (0.9 cm) Ground Strap Wallbox Ground Lug Typical Knockout 5 Earth Ground Wire 6 Outer Door in (7.0 cm) INSTALLATION SHEET: 6ANN/B(-S) and 0ANN/B(-S) Remote Annunciator Cabinet Wallboxes.9 in (.5 cm) INSTALLATION SHEET P/N: REVISION LEVEL:.0 DATE: 07DEC99 FILE NAME: CDR APPROVED BY: K. Patterson CREATED BY: B. Graham EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

70 DIMENSIONS 0ANN/B(-S) Semi-flush.86 in (60.60 cm).75 in (6.99 cm) 5.7 in (6.7 cm).9 in (.5 cm). in (0.7 cm) Surface mount.75 in (7.0 cm) 5.7 in (6.7 cm).9 in (.5 cm) All conduit knockouts support / inch (.9 cm) conduit. P/N REV.0 Page of

71 PRODUCT DESCRIPTION The CDR- Coder is a microcomputer-based module that provides coded outputs in response to alarm conditions. The CDR- is used with systems that require either march time, temporal, or unique coded outputs for separate zones. The CDR- decodes alarm codes embedded in printer messages that it receives through its RS- input. WARNINGS This module will NOT operate without electrical power. As fires frequently cause power interruption, we suggest you discuss further safeguards with your local fire protection specialist. Disconnect power before installing or removing the module. Dangerous voltages may be present at terminals even when power is disconnected.! Caution! Observe static-sensitive material handling practices. INSTALLATION INSTRUCTIONS Note: Mount the CDR- so that its terminal blocks do not face the corner of the enclosure. Terminal blocks must face out for wiring to be installed and removed easily. Enclosure Enclosure CDR- Terminal blocks Wiring is difficult to install and remove. Snap-top standoff CDR- Terminal blocks Wiring is easy to install and remove. To mount the CDR-:. Secure the plastic spacers to back of the main board with the screws and washers provided.. Snap the main board onto the snap-top standoffs of any half footprint in the enclosure. Input voltage Standby current Alarm current Supervised tone outputs (isolated) Output impedance Output voltage EOL Tone outputs Temporal Coded SPECIFICATIONS Vdc 60 ma 00 ma. k.5 Vrms 0 k March time (60 or 90 khz, 0 Vrms 0 Vrms Dry contact (coded output) Output rating 0 A max (Pf.5), 5 00 W max, W max March-time 60 or 90 bpm Normal coding range rounds, - digits, 0-9 each Extended digit range rounds, - digits, digit 0-5, digits 0-9 each PSNI Queue 50 most recent alarms RS- Input baud rates 600, 00, 00, 800 Installation Maximum wire size / footprint mounting studs AWG (.5 mm ) NOTES Printer connections If a printer and a CDR- are connected to the system: Program both devices as enabled. Connect both devices in parallel or to separate ports (if available). Program the same baud rate for both devices when they share the same port. Wire stripping Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. / inch (6. mm) Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty connection. Plastic spacer Main board Screw Washer INSTALLATION SHEET CDR- Bell Coder INSTALLATION SHEET P/N: 000 FILE NAME: 000.CDR REVISION LEVEL:.0 APPROVED BY: R. Wolf DATE: 7APR00 CREATED BY: B. Graham Enclosure EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

72 DIP SWITCH SETUP Function Temporal Tone On On On [] March Tones Fast (90 beats per minute) Off [] Slow (60 beats per minute) On [] Code Operations DIP Switch Position [] [] [] [] [] [] [] [] [] [] [] [] [] [] [] [] Normal -digit code [] [] [] Off Off [] [] [] Extended first digit (adds digits and ) [] [] [] On Off [] [] [] Extended second digit (adds digits and ) [] [] [] Off On [] [] [] Extended third digit (adds digits and ) [] [] [] On On [] [] [] Baud Rates [] 600 [] [] [] [] [] [] Off Off 00 [] [] [] [] [] [] On Off 00 (default) [] [] [] [] [] [] Off On 800 [] [] [] [] [] [] On On Systems CCS- [] [] [] [] [] On [] [] All other systems [] [] [] [] [] Off [] [] [] indicates that the DIP switch does not apply to the function. [] The On position configures the CDR- to generate march tones upon the receipt of an alarm signal. The Off position configures the CDR- to generate march tones upon power-up. [] Program the CDR- and the RS- to the same baud rate. Mode of Operation Input Output Code Normal operation Digit, Digit, Digit, Digit Extended first digit 0 0, (Digit Digit ), Digit, Digit Extended second digit 05 0, Digit, (Digit Digit ), Digit Extended third digit 07 0, Digit, Digit, (Digit Digit ) Code Format For unique alarm codes, each digit can be any value between 0 and 9. For extended digits, the two added digits may be any values that, when added, equal the desired value. If the sum of two digits is greater than 5, use a value of 5. For a zero, insert a pause in the tone sequence. INTERNAL WIRING JUMPER SETUP Connector Name* Function TB connectors: main board (Figure ) - DURATION Duration relay contacts, 5 TEMPORAL March time code output contacts 6, 7 BELL CODE Coded output contacts TB connectors: daughter board (Figure ), TEMPORL TONE March time or temporal tone output signal (0 k EOL required) EARTH GRND Earth ground V Vdc power input 5, 6 COMMON DC Common 7 RS INPUT RS- input 8 PRINT SUPV Printer supervision 9, 0 TRBL OUT Module trouble relay (contacts close on trouble), CODED TONE Coded tone output (0 k EOL required) *Names are listed here exactly as they appear on the board. Terminal wiring types: main board Wiring types TB connectors Power-limited* -7 Terminal wiring types: daughter board Wiring types TB connectors Earth ground Power-limited*, 5, 6, 9, 0 Supervised, power-limited,, 7, 8,, *Use power-limited wiring if the source is power-limited. If the source is nonpower-limited, maintain a space of / inch from power-limited wiring. Otherwise, use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code. The CDR- provides two relay jumpers: JP and JP. JP sets Bell Code relay contacts to either normally open (NO) or normally closed (NC). JP sets the Temporal relay contacts to either NO or NC. See Figure for the locations of JP and JP. D5 Daughter board D TB- through TB- JP Main board DIP switch JP Figure : CDR- terminals, LEDs, and dip switches NC COM NO To TB-, TB-5 main board LEDs JP JP D D D TB- through TB LED Color Status D Red Bell code relay active D Red Temporal relay active D Red Duration relay active D Yellow Module trouble D5 Green Power on NC COM NO To TB-6, TB-7 main board P/N: 000 REV:.0 Page of

73 DIMENSIONS Surface mount backbox Knockout for 0.75 in (.9 cm) conduit (both sides).75 in (9.5 cm) 7.0 in (7.8 cm) Annunciator faceplate Knockout for 0.75 in (.9 cm) conduit (both sides) 7.5 in (8. cm) 8 in (0. cm) 6. in (5.5 cm) Four module enclosure.75 in (9.5 cm).5 in (8.6 cm) Knockout for 0.75 in (.9 cm) conduit (both sides) Top view.5 in (6. cm). in (.6 cm) Cover 6.5 in (. cm) Front view Side view.5 in (9. cm) 9.5 in (. cm) 6.0 in (0.6 cm).5 in (6. cm) RELATED PARTS Designator Description Surface Mount Backbox CMDN housing SAN- Four module enclosure SAN-8 Eight module enclosure RSAN-6 Six module mounting frame BP-A SAN blank panel INSTALLATION SHEET: INSTALLATION SHEET P/N: REVISION LEVEL:.0 DATE: 0MAR00 CMDN, SMDN -CMDN(-C), -SMDN(-C) Enclosure Installation FILE NAME: CDR APPROVED BY: K. Patterson CREATED BY: B. Graham EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

74 DIMENSIONS Six module mounting frame Front view 0.5 in (6.7 cm) 9 in (8. cm) Eight module enclosure.7 in (56.8 cm) Top view Knockout for 0.75 in (.9 cm) conduit (both sides) Cover. in (.6 cm) 7. in (69.6 cm) Front view.5 in (9. cm) Side view 9.5 in (. cm) 7. in (68.9 cm).5 in (6. cm) P/N: REV:.0 Page of

75 PRODUCT DESCRIPTION The DL is a dialer module, which contains a Digital Alarm Communicator Transmitter (DACT). The dialer sends alarm, supervisory, and trouble information to a compatible Digital Alarm Communicator Receiver (DACR) through one or two dial-up telephone lines (two per NFPA 7). The dialer supports 0 PPS / format and Dual Tone Multi-Frequency (DTMF) or Pulse mode dialing. Every hours, the dialer performs an automatic test call to verify communications between the fire alarm panel and the Central Monitoring Station (CMS). INSTALLATION Disconnect external ac power and battery power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Carefully match mounting holes up with spacers to ensure proper connector mating. Mounting the DL Install three metal spacers (P/N 69) with the screws provided in the three locations indicated below. Mount the DL on the three metal spacers. Mate connector P on the DL with connector JE on the Main Controller Module. Secure the DL to the spacers with the screws provided. JE Warning! Caution! Observe static-sensitive material handling practices. Install metal spacers here. Input power Supervisory Active Mounting Phone line Wall connector Line supervision Communications protocol CMS telephone numbers FCC registration number Dialing retries Clock accuracy Compliance Programming phone Environmental conditions Temperature range Humidity range SPECIFICATIONS 0 ma 0 ma Mounts on the Main Controller Module One/two loop start lines on public switched telephone network, pulse or DTMF dialing. Party, ground start, and PBX start lines are not acceptable. NFPA 7 requires two phone lines. Standard RJX or RJ8X phone jack Trouble when line voltage less than 0 V and line current less than 5 ma. SIA pulse format 0 PPS / double round, 00 Hz handshake, 900 Hz carrier Two -digit numbers ZUSA-59-AL-E five to ten Within one hour/year Communications Canada, CS-0; FCC/CFR 7 parts 5 and 68; NFPA 7; UL 86; ULC S57-M87 Any tone dial phone with an RJ plug to 0 F (0 to 9 C) 0 to 9%, non-condensing Dialer codes Event Code Fire alarm report codes 0- Fire alarm restore codes -7 Normal hr check-in 90 Abnormal hr check-in 9 Supervisory alarm 9 Trouble 9 Trouble / supervisory restore 9 AC power fail 96 Battery trouble 97 Telephone line trouble 98 Dialer disabled 99 PRODUCT DIAGRAM Main Controller Module P Dialer DL -0X Metal spacer P JE -0X 5/6 panhead screw INSTALLATION SHEET: DL Dialer Module Digital Alarm Communicator Transmitter INSTALLATION SHEET P/N: 87 REVISION LEVEL:.0 DATE: AUG00 FILE NAME: 87.CDR APPROVED BY: M. Slack CREATED BY: B. Graham Main Controller Module EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

76 WIRING Notes Connect J and J to RJX or RJ8X telephone jacks installed by an authorized telephone company representative (CAA or CA8A in Canada). Install the RJX (RJ8X) jacks within 5 ft (.5 m) of the control panel and allow two extra feet of cable for a total of 7 ft (. m). The dialer installation kit includes a protective bushing (P/N 66) for enclosure knockouts. Before programming can proceed, the dialer will notify the central monitoring station (CMS) for any previously entered numbers. Ring (red) RJX 8 pin modular connector for phone line Tip (green) Black Surge protector Yellow To phone line wired same as phone line Premises phones Surge protector Ring (red) 5 RJX 6 8 pin modular connector for phone line No T-taps! 7 ft (. m) Use J when using only one phone circuit Tip (green) J J J 7 * # Programming phone The phone key pad is only for module programming. Rotary dial phones will not work. See dialer programming, on the following pages, for more information. Enable/disable switch Dialer Status LED FCC information IMPORTANT INFORMATION The dialer complies with Part 68 of the FCC rules. The Dialer's FCC registration number and Ringer Equivalence Number (REN) are on the back of the dialer. This information must be provided to the telephone company if requested. An FCC compliant telephone cord and modular plug cord is supplied with the dialer. The dialer is designed to be connected to the telephone network using the supplied cord and an RJX or RJ8X jack, which must also comply with FCC Part 68 rules. The REN is used to determine the quantity of devices which may be connected to the telephone line. Excessive RENs on the telephone line may result in the devices not ringing in response to an incoming call. In most, but not all areas, the sum of RENs should not exceed five (5). To be certain of the number of devices that may be connected to a line as determined by the total RENs, contact the local telephone company. If the dialer causes harm to the telephone network, the telephone company will notify you an advance that temporary discontinuance of service may be required. If advance notice is not practical, the telephone company will notify you as soon as possible. You will also be advised of your right to file a complaint with the FCC, if you believe it is necessary. 5 The telephone company may make changes in it's facilities, equipment, operations, or procedures that could affect the operation of the dialer. If this happens, the telephone company will provide advance notice in order for you to make necessary modifications to maintain uninterrupted service. 6 If trouble is experienced with the dialer, for repair or warranty information, contact GS Building Systems Corp. 6 Parkland Drive, Sarasota, Florida USA. If the dialer is causing harm to the telephone network, the telephone company may request you disconnect the dialer until the problem is resolved. 7 No repairs may be performed on the dialer by the user. 8 The dialer can not be used on public coin phones or party line service provided by the telephone company. Canada DOC information Notice: The Industry Canada label identifies certified equipment. This certification means that the equipment meets certain telecommunications network protective, operational, and safety requirements. The Department does not guarantee the equipment will operate to the user's satisfaction. Before installing this equipment, users should ensure that it is permissible to be connected to the facilities of the local telecommunications company. The equipment must also be installed using an acceptable method of connection. The customer should be aware that compliance with the above conditions may not prevent degradation of service in some situations. Repairs to certified equipment should be made by an authorized Canadian maintenance facility designated by the supplier. Any repairs or alterations made by the user to this equipment, or equipment malfunctions, may give the telecommunications company cause to request the user to disconnect the equipment. Users should ensure for their own protection that the electrical ground connections of the power utility, telephone lines, and internal metallic water pipe system, if present, are connected together. This precaution may be particularly important in rural areas. Caution: Users should not attempt to make connections themselves, but should contact the appropriate electric inspection authority, or electrician, as appropriate. Notice: The Load Number (LN) assigned to each terminal device denotes the percentage of the total load to be connected to a telephone loop which is used by the device to prevent overloading. The temination on a loop may consist of any combination of devices subject only to the requirements that the sum of the Load Numbers of all devices does not exceed 00. P/N: 87 REV:.0 Page of

77 DIALER PROGRAMMING Notes A confirmation tone indicates the correct entry of a program item. Phone lines must be loop start on a public-switched network. PBX, party lines, and ground start lines are not acceptable. The dialer does not place calls, monitor the panel, or monitor the phone lines during the programming process. After initial programming, the dialer notifies the central monitoring station that it is disabled before programming can proceed. 5 Two phone lines are required to comply with NFPA 7. 6 The dialer will automatically switch to pulse dialing after three consecutive failures using tone mode. It will switch back to tone dialing after failing to connect using pulse mode, upon re-programming, or upon enabling disconnect switch. Entering the programming mode Connect the phone to J. Take the handset off the hook. J The status LED will display two rapid green flashes, and then turn solid green. J J Entering the password When the Status LED turns solid green, press 77 (GSBS) on the telephone keypad. Entering the dialer data Listen for the confirmation tone to verify that the dialer has accepted the password. Note: Enter the required information for all 8 programming items in sequence. Before programming can proceed, the dialer will notify the CMS for any previously entered numbers. The status LED will display a slow green flash during the dialing process. The status LED will display a steady green LED to indicate that the dialer is ready for programming. Programming the primary site ID number (item 0) Press the following telephone keys: Listen for the confirmation Make sure that the status LED tone to verify that you displays a steady green pattern * 0 entered 0. interrupted by amber flashes. Enter the -digit ID number on the telephone keypad. Use leading zeroes as required. Programming the primary CMS number (item 0) Press the following telephone keys: Listen for the confirmation Make sure that the status LED tone to verify that you displays a steady red pattern * 0 entered 0. interrupted by amber flashes. Enter a 7 to -digit number on the telephone keypad to specify the primary CMS number. Programming the secondary site ID number (item 0) Press the following telephone keys: Listen for the confirmation Make sure that the status LED tone to verify that you displays a steady green pattern * 0 entered 0. interrupted by double amber flashes. Enter the -digit ID number on the telephone keypad. Use leading zeroes as required. Programming the secondary CMS number (item 0) Press the following telephone keys: Listen for the confirmation Make sure that the status LED tone to verify that you displays a steady red pattern * 0 entered 0. interrupted by double amber flashes. - Continued - P/N: 87 REV:.0 Page of Enter a 7 to -digit number on the telephone keypad to specify the secondary CMS number.

78 Programming or line operation (item 05) Press the following telephone keys: Listen for the confirmation Make sure that the status LED tone to verify that you displays a steady green pattern * 0 entered 05. interrupted by rapid amber 5 flashes. Enter 0 or 0 on the telephone keypad. The default setting is. Programming the number of CMS retry calls (item 06) Press the following telephone keys: Listen for the confirmation Make sure that the status LED tone to verify that you displays rapid green flashes. * 0 entered Enter 05, 06, 07, 08, 09, or 00 on the telephone keypad. The default is 00 (0). Programming the retry interval (item 07) Press the following telephone keys: Listen for the confirmation Make sure that the status LED tone to verify that you displays double green flashes. * 0 entered Enter 0, 0, or 60 on the telephone keypad to specify the number of seconds. The default is 0. Programming the daily supervision delay (item 08) Press the following telephone keys: Listen for the confirmation Make sure that the status LED tone to verify that you displays a slow amber flash. * 0 entered Enter a -digit number on the telephone keypad to specify the delay period (in hours). The default is. Exiting the programming mode Disconnect the phone from J. J J J Put the handset on the hook. Status LED indications during dialer operations Color Green Green Amber Pattern Rapid flash Single flashes Single flashes Description Waiting for password entry Call to CMS in progress Dialer in trouble Amber Double flashes Dialer disabled Restoring default values Enter the password Press the following telephone keys: according to the * preceding 0 instructions on this 0 installation sheet. Verifying programmed entries Enter the password according to the preceding instructions on this installation sheet. Press the following telephone keys: * 0 Programming item number # Make sure that the status LED displays a steady green pattern. Listen for the confirmation tone to verify that it sounds the contents of the selected item through the handset. The dialer resets to its default values and returns it to item 0 of the programming mode. Testing the dialer Activate and open an SDC and an NAC to verify that the CMS receives the proper signal. Verify that failure of the primary signal path results in the transmission of a * trouble signal through the secondary signal path within minutes. Verify that failure of the secondary signal path results in the transmission of a trouble signal through the primary signal path within minutes. Notes The primary signal path is along the phone line connected to J. The secondary signal path is along the phone line connected to J. P/N: 87 REV:.0 Page of

79 INSTALLATION Mount the LED/switch modules. Inner door (side view) Inner door (rear view) Plunger Grommet Note: Do not try to insert the plunger and grommet into the mounting holes at the same time. Insert the grommet first and then the plunger to avoid damaging them. LED/switch module (side view) LED/switch module (rear view) Dip switch 5 J J J J J J J J J J 0 J J J J -LCD To Main Controller Module Connect the LED/Switch Module ribbon cables Connect the ribbon cable from J on the -LCD to J on the first module. Connect the ribbon cable from J on the first module to the J on the second module. Repeat step until you reach the last module. Note: White indicates the correct dipswitch position. 5 Set the dip switches on the LED/switch modules. Dip switch setting LED addresses Switch addresses ON ON ON ON ON ON PRODUCT DESCRIPTION The front panel LED/switch modules consist of 6 individual LEDs for point annunciation. The LED/switch modules provide eight groups of two LEDs combined with a switch. See the specifications for available LED color options. The protected slip-in label next to each LED/switch identifies its function. Communication with the Main Controller Module requires no point to point wiring, because it is multiplexed using plug-in ribbon cables. Any combination of three annunciator and switch modules may be mounted on the panel's inner door. Blank Plates (model -FBP) fill unused inner door spaces. Models -RY -6G -6R -6Y -8RY -FBP Models -6G8S -6R8S -6Y8S -8GYS -8RYS SPECIFICATIONS LED/switch options Model Description -RY red LEDs over yellow LEDs -6G 6 green LEDs -6G8S 6 green LEDs and 8 switches -6R 6 red LEDs -6R8S 6 red LEDs and 8 switches -6Y 6 yellow LEDs -6Y8S 6 yellow LEDs and 8 switches -8RY 8 red LEDs over 8 yellow LEDs -8RYS 8 red / 8 yellow alternating LED/switch pairs -8GYS 8 green / 8 yellow alternating LED/switch pairs Blank plate option Switches Temperature range Humidity range -FBP Momentary push button to 0 F (0 to 9 C) 0 to 9%, non-condensing INSTALLATION SHEET: Front Panel LED(/Switch) Modules INSTALLATION SHEET P/N: 70 REVISION LEVEL:.0 DATE: JUN00 Related documentation: -LCD installation sheet EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 70.CDR APPROVED BY: J. Massing CREATED BY: B. Graham

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81 PRODUCT INFORMATION The IOPA isolator card is designed to electrically isolate a fire alarm control panel's RS- ports from peripheral devices. The IOPA provides two isolated RS connections, as well as a DB9 and RJ connector for downloading. A select mode allows both a printer and modem to be connected when used on EST systems. The IOPA should be used in ALL applications which require the connection of external devices (CCA, CGP, VDU, and external modems) to properly isolate the fire alarm control panel from earth ground connections. FIELD WIRING: To Control Module: TB- TB- TB- TB- TB-5 TB-6 To Peripheral Device: TB/- TB/- TB/- TB/- INSTALLATION The IOPA module requires / standard module footprint. () VDC (-) VDC Port Selection/Supervision Common RXD IN TXD OUT Supervision / () VDC Common TXD OUT RXD IN Notes:. When in RDU mode, TB must be used for the modem and TB must be used for a printer.. All RS- connections should be within the same room or within 50 feet of the fire panel they are connected to. SWITCH SETUP SW UP Outputs and enabled. RJ and DB9 connectors disabled. DOWN Download setting. RJ and DB9 connectors enabled. Outputs and disabled. Note diagram below for UP and DOWN switch positions. Current Requirement INSTALLATION SHEET: INSTALLATION SHEET P/N: REVISION LEVEL:.0 DATE: 0/0/99 SPECIFICATIONS JUMPER SETUP JB - Select Mode - Supervision Mode JB IN Output # supervision disable / () VDC on TB- OUT Output # supervision enable (TB) JB IN Output # supervision disable / () VDC on TB- OUT Output # supervision enable (TB) JB IN Supervision Mode OUT Select Mode NOTE: JB and JB settings must agree. IRC- Printer Mode: JB - IN JB IN JB IN JB IN RDU Mode: JB - IN JB OUT JB OUT JB OUT P on -MCM IN TB JB 5 6 UP SW - VDC SUPV RXD TXD OUT IN OUT RS IN COM A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION PROGRAM IOPA JB IOPA Isolator RS- Card FILE NAME: CDR APPROVED BY: D.P. CREATED BY: DRM GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive Sarasota, FL USA 60mA FireWorks Mode: JB - IN JB IN JB IN JB IN P on -MCM OUT RS # OUT SUPVCOMTXD RXD JB JB TB TB SUPVCOMTXD RXD RS # OUT 65 6th Street East Owen Sound, Ontario Canada NK 5P8

82 APPLICATION DRAWINGS IOPA to CM motherboard wiring IOPA to -CPU wiring RS IN - VDC SUPV OUT COM RXD TXD IN OUT PROGRAM TB UP SW 5 6 IOPA JB JB VDC COMMON Switch shown in UP position. TB P J P P J P7 CM Motherboard TB -CPU Panel controller R X T X R T S C M X X S O R T R T C O M Vdc Switch shown in UP position. IOPA - VDC SUPV OUT COM RXD IN TXD OUT PROGRAM TB UP SW 5 6 JB JB INSTALLED (PROVIDES V TO POWER MODEM) SUPV COM TXD RXD RS # OUT JB JB TB TB RS # OUT SUPV COM TXD RXD NOTE: The IOPA must be configured in supervision mode. JUMPER 7-8 JUMPER,,6 PIN GREEN WHITE RED BLACK DOWNLOAD CONFIGURATION DB-9 FEMALE RED WHITE PIN GREEN BLACK JUMPER -5 JUMPER 6, 8, 0 DOWNLOAD CONFIGURATION DB-5 FEMALE GREEN BLACK RED WHITE 0 7 PIN PRINTER CONFIGURATION DB-5 MALE IOPA to -MCM(N) wirng Power Limited Not supervised TB NAC POWER NAC POWER TB -PPS/6A SMOKE/AUX POWER NAC POWER TB -PPS - VDC SUPV OUT COM RXD TXD IN OUT PROGRAM UP SW 5 6 JB JB on - Switch shown in UP position. JB NOTE: The RTS line is connected only when the IOPA is used in Select Mode. RS- TXD RXD RTS COM -MCM(N) SUPV COM TXD RXD RS # OUT IOPA JB JB TB TB RS # OUT SUPV COM TXD RXD Note: When in RDU mode, TB on the IOPA must be used for the modem and TB must be used for a printer. P/N: REV:.0 Page of

83 PRODUCT DESCRIPTION The ISP96 series multiplexed annunciator/switch panels consist of 8 LED/switch groups and a metal face plate that mounts to a 9-inch rack. Each LED/switch group contains one switch and two LEDs. All LEDs and switches are independently programmed and controlled. The ISP96- LED/switch groups provide a two-position toggle switch for every two LEDs. The up position generates an active (off-normal) condition. The down position is the normal state. Each LED requires one output address. Each switch requires one input address. The ISP96- LED/switch groups provide a three-position toggle switch for every two LEDs. The up and down positions will generate one of two active (off-normal) conditions. The center position is the normal state. Each ISP96 series panel interfaces with the rest of the system through a dedicated SAN-CPU. It may use RS- 85, 0 ma, or Fiber optic communication formats. The ISP96 panels are also fully compatible with regenerative networks that use RS-85 lines. APPLICATIONS ISP96 series panels provide a generic LED/switch matrix for operator interface with the system. The panels may be used for life safety functions, which require control and annunciation. Such functions include, but are not limited to: HVAC control Firefighter telephone circuits Audio evacuation and paging systems In HVAC applications, the switches function as HOA (hand-off automatic) controls that override automatic control of the system. HVAC controls include fans and dampers. The LEDs indicate the status of the fans and dampers, which use monitored limit switches and run/stop contacts. In firefighter telephone applications, the switches select incoming calls. One LED will light to indicate that a circuit is calling in. The other LED will light to indicate the circuit has been connected to the master handset. In audio evacuation and paging systems, the switches allow the operator to control paging and silencing circuits. The LEDs indicate the silenced or active status of the speaker circuit. Voltage Standby current Current per active LED Fully loaded current Temperature range Humidity Dimensions Height Width Depth Front view Rear view INSTALLATION SHEET SPECIFICATIONS Vdc 60 ma 6 ma, 68 ma total draw 680 ma to 0 F (0 to 9 C) 85 % non-condensing 5.5 in (. cm) 9 in (8. cm) in (5 cm) Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. PRODUCT DIAGRAM ISP96-/ISP96- Annunciator/Switch Panel INSTALLATION SHEET P/N: 0009 REVISION LEVEL:.0 DATE: AUG00 FILE NAME: 0009.CDR APPROVED BY: K. Johnson CREATED BY: B. Graham Related documentation: SAN-CPU installation sheet EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

84 INSTALLATION INSTRUCTIONS Note: ISP96 series panels require 5.5 inches of vertical height and inches of rear clearance in the enclosure. ISP96 series panel 9-inch rack Screw FIELD WIRING ISP-96 (rear view) Metal faceplate SAN-CPU terminals (See Table and Detail A.) See Table and Detail B. LED/switch board LED/switch board I/O Select JP5 is located on the inside of this board, facing the metal faceplate. Install the jumper. JP5 is located on the inside of this board, facing the metal faceplate. Remove the jumper. P/N: 0009 REV:.0 Page of

85 FIELD WIRING Table : ISP-96 data line wiring (SAN-CPU terminals) TB- TB- Vdc Vdc common Format Class B (Style ) Class A (Style 7) Notes RS-85 TB- TB- - RS-85 RS-85 TB- TB- TB-5 TB RS-85 RS-85 RS-85 RS-85 Install JP/JP if the SAN-CPU is the last device on the RS-85 data line. 0 ma loop Replace U with the header/ribbon cable from the SO-0D, P. Replace U with the header/ribbon cable from the SO-0D, P. Replace U with the header/ribbon cable from SO-0D, P. Two SO-0s many be used instead of an SO-0D. Fiber optic Replace U with the header/ribbon cable from the SO-FIB, P. Replace U and U with the header/ribbon cable from the SO-FIB's, P. Detail A Detail B From power supply RS-85 from previous panel RS-85 to next panel JP U 5 6 Vdc Ch Ch TB SAN-CPU TB SAN-CPU JP U Note: All wiring is power-limited. SAN-CPU JP JP JUMPER SETUP Install JP when the communications format is Class B (Style ) or Class A (Style 7) RS-85 and the ISP-96 is the last device on the data line. Install JP when the communications format is Class A (Style 7) RS-85 and the ISP-96 is the last device on the data line. LED/switch boards JP5 Note: Each of the two LED/switch boards includes a continuity jumper, labeled JP5. Locate each jumper on the side of the board that faces the rear side of the metal faceplate. Install the jumper on JP5 of the right LED/switch board (rear view). Remove the jumper from JP5 of the left LED/switch board (rear view). If the jumpers are not properly installed, an xx99 open will appear at the fire alarm control panel. See the illustration of the ISP-96 (rear view) on this installation sheet. P/N: 0009 REV:.0 Page of

86 ? ISP96 ADDRESSING Notes Matrix A Matrix B Matrix C All switches and LEDs are independently programmed and controlled. Therefore, the addresses for the upper switch positions and the lower LEDs are different even though they appear to be the same. Matrix A Switches LEDs Switches LEDs Switches LEDs Switches LEDs XX0 XX0 XX0 XX09 XX8 XX7 XX6 XX5 XX0* XX0 XX09* XX0 XX7* XX8 XX5* XX6 XX0 XX0 XX XX XX0 XX9 XX8 XX7 XX0* XX0 XX* XX XX9* XX0 XX7* XX8 XX06 XX05 XX XX XX XX XX0 XX9 XX05* XX06 XX* XX XX* XX XX9* XX0 XX08 XX07 XX6 XX5 XX XX XX XX XX07* XX08 XX5* XX6 XX* XX XX* XX *ISP96- only Matrix B Switches LEDs Switches LEDs Switches LEDs Switches LEDs XX XX XX XX XX50 XX9 XX58 XX57 XX* XX XX* XX XX9* XX50 XX57* XX58 XX6 XX5 XX XX XX5 XX5 XX60 XX59 XX5* XX6 XX* XX XX5* XX5 XX59* XX60 XX8 XX7 XX6 XX5 XX5 XX5 XX6 XX6 XX7* XX8 XX5* XX6 XX5* XX5 XX6* XX6 XX0 XX9 XX8 XX7 XX56 XX55 XX6 XX6 XX9* XX0 XX7* XX8 XX55* XX56 XX6* XX6 *ISP96- only ISP96- switch position addresses Matrix C No address Down Switches LEDs Switches LEDs Switches LEDs Switches LEDs XX0 Up XX66 XX65* XX65 XX66 XX7 XX7* XX7 XX7 XX8 XX8* XX8 XX8 XX90 XX89* XX89 XX90 XX68 XX67 XX76 XX75 XX8 XX8 XX9 XX9 ISP96- switch position addresses XX67* XX68 XX75* XX76 XX8* XX8 XX9* XX9 XX70 XX69 XX78 XX77 XX86 XX85 XX9 XX9 XX0 Down XX69* XX70 XX77* XX78 XX85* XX86 XX9* XX9 No address Center XX7 XX7* XX7 XX7 XX80 XX79* XX79 XX80 XX88 XX87* XX87 XX88 XX96 XX95* XX95 XX96 XX0 Up *ISP96- only P/N: 0009 REV:.0 Page of

87 INSTALLATION LSRA-PROG Programing Port. Remove the access door on the rear of the annunciator.. Firmly mate the LSRA-PROG's connector with the connector on the annunciator circuit board.. Connect modular cable from RJ jack on the LSRA-PROG to the PC adapter.. Connect the adapter to the PC setting the number dip switch to ON and then back to OFF. Download information using the data entry program. 5. Remove the LSRA-PROG from the annunciator and re-install the access door. LSRA- Printer/Programming Port. Remove the access door on the rear of the annunciator. Insert two nylon spacers in the holes in the annunciator circuit board located above and to the left of the DIP switch.. Firmly mate the LSRA- board connector with the connector on the annunciator circuit board, and secure the option board to the two nylon standoffs.. Remove the knockout on the access door, then re-install the door on the annunciator so the RJ jack is visible through the knockout. 5. Connect the modular cable from the RJ jack to the printer or download adapter. RS- RJ Jack LSRA-PROG Programming Port Annunciator Access Door LSRA- Programming/Printer Port Stand-Off Annunciator Mounting Slot LSRA- Programming/Printer Port RS- RJ Jack Configuration Dip Switch Connnecton Terminals Rx LED Tx LED PRODUCT INFORMATION The LSRA- is an optional printer/programming port board for LSRA annunciators, providing a connection to the host system or a local printer, and for down loading data into the annunciator. The LSRA-PROG Programming Port is a tool used for downloading data from a PC, and is removed once the annunciator is configured. WIRING Download & Local Printer RJ on LSRA- Option Board for printer & download RJ on LSRA-PROG Programming Port for download only PROGRAMING & INSTALLATION NOTE. PC Connection to the LSRA- or LSRA-PROG Port requires Modular Cable P/N 606 and Adaptor P/N 0506 or P/N 0507.( Each ordered separately.). When installing annunciator, leave enough wire to permit lowering the annunciator to facilitate programming. SPECIFICATIONS Port Format RS- Baud Rate 00, 800, 9600 Maximum Wire Length 50 ft (5 M) Connector RJ P/N 606 OR RJ to DB9 P/N 0507 RJ to DB5 P/N 0506 TO PC OR PRINTER SERIAL PORT TO PC OR PRINTER SERIAL PORT INSTALLATION SHEET: INSTALLATION SHEET P/N: 876 REVISION LEVEL:. DATE: 0//98 A UNIT OF GENERAL SIGNAL GS BUILDING SYSTEMS CORPORATION LSRA- Printer/Programming Port LSRA-PROG Programming Port FILE NAME: 876.CDR APPROVED BY: RW. CREATED BY: GJC GS BUILDING SYSTEMS CORPORATION 6 Parkland Drive 65 6th Street East Sarasota, FL Owen Sound, ON, Canada

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89 INSTALLATION Mount the dead front door Wallbox Dead front door PRODUCT DIAGRAM INSTALLATION SHEET: RACCDR Remote Audio Closet Cabinet Door (Red) PRODUCT DESCRIPTION The RACCDR is a red, dead front outer door that mounts on the RACCR wallbox. The RACCDR does not include an inner door. INSTALLATION SHEET P/N: 87 REVISION LEVEL:.0 DATE: 0MAR00 EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 87.CDR APPROVED BY: J. Massing CREATED BY: B. Graham

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91 PRODUCT DESCRIPTION The RACCR is a red, surface mount wallbox that houses an auxiliary power supply, up to two audio amplifiers, and up to two 0 Ah batteries. WIRE ROUTING Side View DIMENSIONS Top View Auxiliary Power Supply Audio Amplifier.0 in (5. cm) Front View Audio Amplifier Battery space 6. in (.5 cm) Shading represents areas that permit nonpower-limited wiring. Notes Run the AC power only through the top left knockouts. Route battery wiring to the power supply through a protective channel. Wiring must stay within this area, and must remain / inch (6. mm) from power-limited wiring. See the appropriate module installation sheets for detailed mounting and wiring instructions..5 in (8.76cm) Bottom View PRODUCT DIAGRAM All conduit knockouts support / or / inch (. or.9 cm) conduit. Mount the wallbox INSTALLATION INSTALLATION SHEET: RACCR Remote Audio Closet Cabinet (Red) INSTALLATION SHEET P/N: REVISION LEVEL:.0 DATE: 0MAR00 EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: CDR APPROVED BY: J. Massing CREATED BY: B. Graham

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93 PRODUCT DESCRIPTION The Rack Mounted Strip Printer is a supervised, two-color, 0-column impact printer that mounts to the RSAN-6 mounting rack. Note: The Rack Mounted Strip Printer is referred to as the Printer from here forward. APPLICATIONS The Printer is designed for applications which require a hard copy of activity from a compact printer. Printer communication circuit distance and wiring are subject to the limitations of the port connection on the fire alarm control panel. Note: See the Application Flowchart to determine FCOM card placement and jumper settings for the printer. INSTALLATION INSTRUCTIONS SPECIFICATIONS Voltage Vdc Current Standby A Printing.5 A Baud rate Print speed Print colors Print format Message buffer 00, 00, 800, 9600 lines per second Red (alarm) and black 0 column Kbytes (00 messages) Dimensions Height 0.75 in (6. cm) Width 8.5 in (. cm) Depth 5.5 in (. cm) Communications format Card RS- FCOM-, -CPU, MCM(N) series RS-85 FCOM-85 Fiber optic FCOM-FIB 0 ma Loop FCOM-0 PRODUCT DIAGRAM Mounting the printer To mount the printer:. Align the mounting holes of the printer to the pem studs on the rear side of the mounting rack (Figure ).. Thread and tighten the locknuts provided with the printer to the pem studs on the mounting rack. Message printed here PAPER TAKE UP TROUBLE PAPER OUT Figure : Mounting the printer Mounting rack Pem stud PAPER ADVANCE Printer INSTALLATION SHEET Nut RSAN-PRT Rack Mounted Strip Printer Locking pin INSTALLATION SHEET P/N: REVISION LEVEL:.0 DATE: AUG00 FILE NAME: CDR APPROVED BY: K. Johnson CREATED BY: B. Graham EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

94 INSTALLATION INSTRUCTIONS Figure : Paper replacement Paper roll Spindle Printer cradle Paper take-up reel Printer mechanism Face plate Paper slot Paper Paper slot Figure : Printing mechanism/manual paper feed Replacing paper Note: Do not remove power from the printer to replace paper. To replace the paper:. Remove the printed paper from the take-up reel (Figure ).. Remove the empty paper roll and spindle from the printer cradle.. Install the spindle in the new paper roll.. Pull out enough paper to avoid activating the Paper Out sensor until the paper is in the print head. 5. Cut or fold the end of the paper into a clean edge. 6. Set the paper roll and spindle in the printer cradle with the paper feeding from the lower front edge of the roll. 7. Insert the end of the paper into the print head (Figure ). 8. Turn the manual paper feed to advance the paper through the print head and out the lower paper slot. 9. Press the paper advance switch to route the paper from the lower slot to the upper paper slot. 0. Insert the end of the paper into the edge of the take-up reel.. Press the paper take-up switch to remove any slack in the paper. Figure : Pivoting the printer cradle Paper Print head Manual paper feed Ribbon cartridge Paper Turn the manual paper feed counter-clockwise to advance the paper through the print head. Printing mechanism Printer cradle Retaining clip Locking pin Replacing ribbon cartridges Warning: Remove power from the printer before replacing the ribbon cartridge. Failure to do so may result in serious injury or loss of life. To replace the ribbon cartridge:. Remove the paper from the take-up reel.. Remove the ribbon cable from the retaining clip on the back of the printer cradle (Figure ).. Pivot the printer cradle around the two silver locking pins so that the ribbon cartridge is up.. Lift the right edge of the ribbon cartridge to remove it from the printer mechanism (Figure 5). 5. Place the left edge of the new ribbon cartridge over the ribbon advance spindle. 6. Make sure the new ribbon enters the slot directly in front of the paper. 7. Press the right side of the ribbon cartridge down until it locks. 8. Turn the ribbon advance knob on the left side of the ribbon cartridge until the ribbon moves freely in the printer mechanism. 9. Pivot the printer mechanism around the two silver locking pins back into its normal position. 0. Insert the ribbon cable under the retaining clip on the back of the printer mechanism.. Re-install the paper take-up reel. Figure 5: Printing mechanism With printer cartridge installed Ribbon advance knob With printer cartridge removed Advance spindle Ribbon cartridge Lift here to remove the ribbon cartridge. The ribbon should be directly in front of the paper. Manual paper feed P/N: REV:.0 Page of 6

95 JUMPER SETTINGS Table : FCOM card requirements and jumper settings Outgoing format RS- RS-85 0 ma loop Fiber optic Incoming format RS- P: FCOM- P: FCOM- P: FCOM- P: FCOM- P: None P: FCOM-85 P: FCOM-0 P: FCOM-FIB Code: Code: 00 Code: 000 Code: 000 RS-85 P: FCOM-85 P: FCOM-85 P: FCOM-85 P: FCOM-85 P: FCOM- P: FCOM-85 P: FCOM-0 P: FCOM-FIB Code: 00 Code: Code: 0 Code: 0 0 ma loop P: FCOM-0 P: FCOM-0 P: FCOM-0 P: FCOM-0 P: FCOM- P: FCOM-85 P: None P: FCOM-FIB Code: 000 Code: 0 Code: 0000 Code: 00 Fiber optic P: FCOM-FIB P: FCOM-FIB P: FCOM-FIB P: FCOM-FIB P: FCOM- P: FCOM-85 P: FCOM-0 P: None Code: 000 Code: 0 Code: 00 Code: Install JP and JP on FCOM-85 cards.. Install JP and JP on FCOM-FIB cards in position /. J6 J5 0 J Notes J 0 J J 0 (Off) (On) The example above shows the configuration of a printer that receives an RS- format signal and retransmits an RS-85 formatted signal (address 00). For more information on choosing FCOM card placement and jumper settings, see the Application Flowchart. SWITCH SETUP Table : Printer function selection switches Switch Position Function U0- Off*. mm character height On. mm character height U0- Off* Handstand characters On Normal character print U0- U0- U0-5 See Table. See Table. Off* Normal On Pulse width adjust on (factory use) U0-6 Off* Even parity (future use) On Odd parity (future use) U0-7 Off* stop bits (future use) On stop bits (future use) *Factory default Table : Baud rate selection switches Switch U0- Off Off* On On U0- Off On* Off On *Factory default INTERNAL WIRING Paper Take Up switch RESET U0 Black wire P5 S0 LD LD Red wire To paper take up reel FCOM JUMPERS P FCOM card (incoming communications) Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! P FCOM card (outgoing communications) Observe static-sensitive material handling practices. Paper Advance switch COM V P P Black stripe Ribbon cable to printer mechanism Red stripe Ribbon cable to printer cradle! Notes See Jumper settings in Table. See Switch setup in Tables and. From a dedicated power supply output P/N: REV:.0 Page of 6

96 APPLICATION FLOWCHART Start Use this flowchart to determine the FCOM card placement and the jumper settings on the printer. See the Jumper Settings in Table. Is the signal sent to another printer? Yes Set jumpers at Is incoming signal format RS-? No Yes Install FCOM- in P. No Is outgoing signal format RS-? Yes Set jumpers at Is incoming signal format RS-85? No Yes Install FCOM-85 in P. No Is outgoing signal format RS-85? Yes Install FCOM-85 in P. Set jumpers at 00. No Is incoming signal format fiber optic? No Yes Install FCOM-FIB in P. Install FCOM-0 in P. Set jumpers at 000. No Is outgoing signal format fiber optic? Yes Install FCOM-FIB in P. Set jumpers at 000. Install FCOM-0 in P. Is the signal sent to another printer? Yes Set jumpers at Is the signal sent to another printer? Yes Set jumpers at Is the signal sent to another printer? Yes Set jumpers at. No No No Is outgoing signal format RS-? Yes Install FCOM- in P. Set jumpers at 000. Is outgoing signal format RS-? Yes Install FCOM- in P. Set jumpers at 000. Is outgoing signal format RS-? Yes Install FCOM- in P. Set jumpers at 00. No No No Is outgoing signal format RS-85? Yes Install FCOM-85 in P. Set jumpers at 0. Is outgoing signal format RS-85? Yes Install FCOM-85 in P. Set jumpers at 0. Is outgoing signal format RS-85? Yes Install FCOM-85 in P. Set jumpers at. No No No Is outgoing signal format fiber optic? Yes Install FCOM-FIB in P. Set jumpers at 00. Is outgoing signal format fiber optic? Yes Set jumpers at Is outgoing signal format fiber optic? Yes Install FCOM-FIB in P. Set jumpers at 0. No No No Set jumpers at 0000 Install FCOM-0 in P. Set jumpers at 00. Install FCOM-0 in P. Set jumpers at 0. P/N: REV:.0 Page of 6

97 FIELD WIRING Printer-to-printer connection Printer Printer Printer Printer Control module* *Control modules include network controllers (CM[N]/CM[N][D]), -CPU modules, and main controller modules (MCM[N] series). Control modules provide only RS- format. The first printer connected to a control module must have an FCOM card installed in connector P. DCPU to printer DCPU FCOM- CH A CH B T R T/R C T R T/R C Printer connector P FCOM- CH A CH B T R T/R C T R T/R C Network controller connection Printer connector P CH B CH A FCOM- C T/R R T C T/R R T TB (Supv) (C) (R) (T) Network controller DCPU FCOM-FIB CH A CH B T R T R 0 db max. loss 50 ft max. # AWG Printer connector P FCOM-FIB CH A CH B T R T R 6.5/5 Fiber optic cable -CPU connection DCPU Printer connector P Printer connector C P T/R CH B R T C T/R CH A R FCOM- T TXD RXD RS- RTS -CPU COM TB DCPU FCOM-85 FCOM-0 FCOM-85 CH A CH B CH A CH B ,500 ft max. #8 AWG twisted pair Printer connector P FCOM-0 CH A CH B CH A CH B In Out In Out In Out In Out Main Controller Module connection Printer connector C P T/R CH B R T C T/R CH A R FCOM- T TXD RXD RS- RTS COM TB6 Main Controller Module 5 9,600 ft max. # AWG twisted pair DCPU to printer notes Channel A or B may be used for DCPU connections. Install JP and JP in position / on both cards. Install JP and JP on both cards. Wiring is supervised and power-limited. The wiring diagrams do not reflect the physical placement of the FCOM cards. See Internal Wiring for the physical placement of the cards. P/N: REV:.0 Page 5 of 6

98 FIELD WIRING Printer to printer (no format change) Printer to printer (format change) Printer connector P Printer connector P Printer connector P Printer connector P T FCOM- CH A CH B R T/R C T R T/R C T FCOM- CH A CH B R T/R C T R T/R C T FCOM- CH A CH B R T/R C T R T/R C T FCOM- CH A CH B R T/R C T R T/R C 5 Printer connector P 50 ft max. # AWG Printer connector P Printer connector P 50 ft max. # AWG Printer connector P FCOM-FIB CH A CH B T R T R FCOM-FIB CH A CH B T R T R FCOM-FIB CH A CH B T R T R FCOM-FIB CH A CH B T R T R 6.5/5 Fiber optic cable Printer connector P Printer connector P FCOM-0 FCOM-0 CH A CH B CH A CH B In Out In Out In Out In Out db max. loss 6.5/5 Fiber optic cable Printer connector P Printer connector P FCOM-85 FCOM-85 CH A CH B CH A CH B ,600 ft max. # AWG twisted pair Printer connector P 7,500 ft max. #8 AWG twisted pair Printer connector P Printer to printer (no format change) notes FCOM-0 FCOM-0 CH A CH B CH A CH B In Out In Out In Out In Out Control module only. Control modules include network controllers, -CPUs, and main controller modules. Control module or FCOM- FCOM-FIB FCOM-0 9,600 ft max. # AWG twisted pair Printer to printer (format change) notes Use only Channel A for printer-to-printer connections. 5 For supervision of IRC- devices only Install JP and JP in position / on both cards. 6 7 Wiring is supervised and power-limited. The wiring diagrams do not reflect the physical placement of the FCOM cards. See Internal Wiring for the physical placement of the cards. 5 Install JP and JP on both cards. Wiring is supervised and power-limited. The wiring diagrams do not reflect the physical placement of the FCOM cards. See Internal Wiring for the physical placement of the cards. P/N: REV:.0 Page 6 of 6

99 PRODUCT DESCRIPTION The semi-flush enclosures are assemblies that consist of a wallbox and a front door. The module enclosure supports four SAN series modules and a SAN-CPU. The 8 module enclosure supports eight SAN series modules and a SAN-CPU. Both wallboxes are constructed of 6 gauge TM steel and feature doors with key locks and Lexan viewing windows. The 6 module mounting frame mounts to a 9-inch rack and is constructed of 0.5 inch aluminum. The mounting frame supports six SAN series modules and a SAN-CPU. A special L-bracket is mounts the SAN-CPU to the 6 module mounting frame. See the SAN-CPU(F) installation sheet for more information. Note: All wiring shall be power-limited. 6 module mounting frame 9-inch rack INSTALLATION To mount the 6 module mounting frame:. Align the mounting frame to the mounting holes on the 9-inch rack.. Secure the frame to the 9-inch rack with the hardware provided. Semi-flush enclosures To mount a semi-flush enclosure: INSTALLATION. Drive nails or screws through the designated mounts to secure the wallbox to the wall.. Secure the door to the wallbox with the hardware provided. Note: See the reverse side of this installation sheet for the location of the wallbox mounts. 6 module mounting frame Wallbox mounts Key hole mount Washer Screw Nail knockout Nail or screw Wallbox Wall Approximate location of key hole mount RSAN-6 6 module mounting frame Side view Nail or screw Approximate location of nail knockout SAN- module enclosure Semi-flush enclosures or 8 module enclosure SAN-8 8 module enclosure Wallbox INSTALLATION SHEET Door SAN Series Remote Annunciator Enclosures Lock nut Pem stud INSTALLATION SHEET P/N: 0006 REVISION LEVEL:.0 DATE: 0MAR00 EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 0006.CDR APPROVED BY: K. Patterson CREATED BY: B. Graham

100 DIMENSIONS Six module mounting frame 0.5 in (6.7 cm) Front view 9 in (8. cm) Four module enclosure Knockout for 0.75 in (.9 cm) conduit (both sides).5 in(8.6 cm) Top view.5 in (6. cm). in (.6 cm) 6.5 in (. cm) Front door Side view Key hole mounts Front view SAN-CPU goes here. Nail knockouts.5 in (9. cm) 9.5 in (. cm) Eight module enclosure 6.0 in (0.6 cm).5 in (6. cm).7 in (56.8 cm) Top view Knockout for 0.75 in (.9 cm) conduit (both sides) Front door 7. in (69.6 cm). in (.6 cm) SAN-CPU goes here. Key hole mounts Front view.5 in (9. cm) Side view 9.5 in (. cm) Nail knockouts 7. in (68.9 cm).5 (6. cm) P/N: 0006 REV:.0 Page of

101 PRODUCT DESCRIPTION The SAN-CPU(F) is an Annunciator Controller. All SAN series annunciator modules require the SAN-CPU to provide an interface to the network data lines. The SAN-CPU features Class A (Style 7) and Class B (Style ) communication circuits. Communications formats for RS-85, fiber optic, and 0 ma Loop are also available with the SAN-CPU. The SAN-CPUF comes with a blank face plate and a blank filler plate for jobs with limited mounting depth. Mounting the SAN-CPU INSTALLATION 6-unit, 9-inch rack mount (rear view) Note: See the related documentation listed in the title block for more information about specific mounting units. Power requirements Communications formats Data line wiring Network capacity Network requirement Mounting SPECIFICATIONS Vdc@5mA RS-85, Fiber optics, 0 ma current loop Class A (Style 7) or Class B (Style ) 96 inputs or outputs panel address See the related documentation listed in the title block for the approved enclosures. INSTALLATION Mounting the SAN-CPUF and blank plate Side view SAN-CPUF Filler plate Rear view Mounting bracket -SANCOM SAN-CPU 6-unit, 9-inch rack mount Top view SAN-CPUF Filler plate PRODUCT DIAGRAM -unit enclosure Note: The SAN-CPU footprint in the 8-unit enclosure is identical to the -unit enclosure. INSTALLATION SHEET: INSTALLATION SHEET P/N: 8700 REVISION LEVEL:.0 DATE:0MAR00 SAN-CPU(F) Annunciator Contoller FILE NAME: 8700.CDR APPROVED BY: J. Massing CREATED BY: B. Graham SAN Series Annunciator Enclosures installation sheet EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

102 WIRING PWR Vdc from the primary power supply or power riser Ch Ch 5 6 RS-85 data line from the previous panel RS-85 data line from the previous panel Required for Class B (Style ) and Class A (Style 7) TB Vdc to the next SAN annunciator or auxiliary module power JP JP RS-85 data line to the next panel U U RS-85 data line to the next panel Required only for Class A (Style 7) LD LD 0 ma current loop Replace U with the header/ribbon cable from the SO-0 (P) for Class B (Style ) communications. Replace U and U with the header/ribbon cables from the SO-0 (P) for Class A (Style 7) communications. Fiber Optic Replace U with the header/ribbon cable from the SO-FIB (P) for Class B (Style ) communications. Replace U and U with the header/ribbon cables from two SO-FIBs (P) for Class A (Style 7) communications. The dip switch appears upside down in this view of the SAN-CPU. SAN-CPU Addressing Switch Address weight SW 0 SW 0 SW 0 SW 08 SW5 6 SW6 Baud rate selection SW7 SW8 Baud rate Off Off 9600 On Off 800 Off On 00 On ON 900 Lamp test Use twisted pair wires. P ON To SAN Annunciator Modules 0 ma current loop and fiber optics do not require TB- through TB-6. Supervised and power-limited Notes Power-limited if the source is power-limited. If the source is nonpower-limited, maintain a space of / inch from power-limited wiring or use FPL, FPLP, FPLR, or equivalent in accordance with the National Electric Code. Jumper JP JP Jumper Settings Use For Class B (Style ) when the SAN-CPU is the last device on the data line. For Class A (Style 7) when the SAN-CPU is the last device on the data line. LEDs LED Color Indication LD Red On indicates activity on Channel. Off indicates activity on Channel. LD Red On indicates that the SAN-CPU is transmitting data on either channel or channel. Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices CDR REV.0 Page of

103 PRODUCT DESCRIPTION The SAN-MICII module is a supervised microphone and tone generator capable of operating remotely from the audio power amplifier. The SAN-MIC II provides a pre-amp level signal, which may be transmitted over,000 feet of shielded cable. In addition, the SAN-MICII provides a PTT (Push-to-talk) dynamic microphone, three tone generators, an auxiliary audio input, a solid state VU meter, and a supervisory pulse generator. INSTALLATION Note: See the related documentation listed in the title block for more information about specific mounting units. Installation in a -unit or 8-unit enclosure Side view Front view Washer Screw JUMPER SETTINGS Switch activation Supervisory tone Slow whoop Steady khz Alarm/Activate J5 out J5 in J5 out switch tone J6 out J6 out J6 in Emergency tone J7 out J7 in J7 out J8 out J8 out J8 in Emergency tone J out J in J out J out J out J in Switch activation 90 bpm for khz 0 bpm for khz march time march time Alarm/Activate J5 in J5 in switch tone J6 in J6 in Emergency tone J7 in J7 in J8 in J8 in Emergency tone J in J in J in J in J9 out J9 in J9 SAN-MICII Enclosure Installation in a 6-unit, 9-inch rack mount Side view Pemstud Front view Locknut SAN-MICII J: Install for 0.5 Vrms level pre-amp audio output on TB- and TB-5. Remove.0 Vrms output level. J: Install for 0.5 Vrms level pre-amp audio output on TB-6 and TB-7. Remove.0 Vrms intput level. J9 is located on the small, forward PC board assembly. Remove power from the microphone and use a pair of needle nose pliers to remove or replace the jumper. Observe static-sensitive material handling practices. J J J9 J J5 J J J6 J8 TB PRODUCT DIAGRAM Front view Rear view J9 Rack mount Locknut SAN-MICII Rack mount Voltage Current Standby Active Audio input Audio output EOL resistors Wiring Relay contacts Dimensions Height Width Depth SPECIFICATIONS Vdc 0.0 ma 90 ma 0.5 Vrms or.0 Vrms into Vrms or.0 Vrms into k, / W 000 ft of 8 AWG twisted pair, shielded max. 0 A, resistive in (.5 cm).75 in (7.0 cm).75 in (7.0 cm) INSTALLATION SHEET INSTALLATION SHEET P/N: 0008 REVISION LEVEL:.0 DATE: 0MAR00 SAN-MICII Remote Microphone Related documentation: SAN-CPU installation sheet EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 0008.CDR APPROVED BY: K. Johnson CREATED BY: B. Graham

104 INTERNAL WIRING All circuits are supervised and power-limited unless otherwise noted..8 k EOL P/N 600 Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. Notes Tone select must be connected to dc common during external alarm activation ACTIVATE ALARM SILENCE STEADY WHOOP SELECT AUX INPUT SELECT STEADY TONE SELECT TROUBLE SPEAKER ACTIVATE AUDIO OUTPUT AUX AUDIO INPUT khz Vdc 9-0 TB N.O. local alarm contact N.O. local silence switch TS (-) N.O. local auxiliary input active switch TS (-) To supervisory zone (Non-supervised) Closes on SAN-MIC II activity (Non-supervised) To audio power amplifier input From external audio source To Vdc Jump TB-5 and TB-8 for March Time. FIELD WIRING TB TB -AAC Aux. input TB UL/ULC listed 7 k EOL TB Note: The CC must be in the same enclosure or within feet of the SAN-MICII and its wiring must be in conduit. SAN-MICII Trouble Audio output UL/ULC listed 7 k EOL TB TB CC CT 7 8 From previous Signature device To next Signature device P/N: 0008 REV:.0 Page of

105 PRODUCT DESCRIPTION The SDR- is a remote annunciator lamp driver module, which comes in four models and consists of open collector driver circuits. The SDR-, the SDR-K, the SDR-C, and the SDR-KC are designed for remote annunciator applications with the SAN-CPU or RSA-CPU. All SDR- models provide lamp drivers for LED or incandescent lamp annunciators. The high circuit density makes the SDR- modules ideal for driving graphic annunciators. The SDR- features current-limited outputs with LEDs. The SDR-K provides no current limiting for use as an external relay driver. The SDR-C and the SDR-KC consist of the circuit card only with the option of mounting in graphic annunciators. Mount the SDR-(K). INSTALLATION Note: See the related documentation listed in the title block for more information about specific mounting units. On a 6-unit, 9-inch rack mount SDR-(K) SAN-CPU (mounted on L bracket) Power Standby current Current sink SDR- SDR-K Lamp supply Address requirements Inputs Outputs Weight Mounting SPECIFICATIONS From SAN-CPU ma 6 ma maximum 00 ma maximum Vdc, maximum None ( groups of eight). oz (9.5 g) See Related documentation. Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life. PRODUCT DIAGRAM SDR- and SDR-K SDR-C and SDR-KC SDR-(K) SDR-(K) Side view In a -unit or 8-unit enclosure SDR-(K) Rear view SDR-(K) SDR-(K) Front view Rear view INSTALLATION SHEET: SDR- Remote Annunciator Relay Module INSTALLATION SHEET P/N: 8708 REVISION LEVEL:.0 DATE: MAR00 FILE NAME: 8708.CDR APPROVED BY: J. Massing CREATED BY: B. Graham Related documentation: SAN Series Remote Annunciator Enclosures installation sheet Side view Front view EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

106 INSTALLATION Make the ribbon cable connections. A. Plug the ribbon cable assembly (P/N 50080) from P of the SAN-CPU into P of the -SANCOM. B. Plug the ribbon cable from P of the -SANCOM to P of the next SAN series module. C. Plug the ribbon cable from P of each SAN module to P of the next SAN module until you reach the last one. D. Install the continuity jumper on the last SAN module. SDR-(K) SIN-6 SHO- -SANCOM Note: If the SDR-(K) is the last module, install the continuity jumper on JP. P P P P P P P P From P on the SAN-CPU JP Set the SDR-(K) dip switches. Remember that the SDR-(K): Cannot occupy the -SANCOM addresses (0 through 09). Requires four output address groups, which consist of eight addresses each. To set the dip switches: A. Configure the SAN-CPU in the system programming utility. B. Note the start output address of the SDR-(K) in the programming utility (09 to 65). C. Set the dip switches on S to the group number of the SDR-(K) s start output address. S SDR-(K) ON S In this example, the SIN-6 does not require any output addresses. The SDR-(K) start address is 7 and the dip switches are set to a binary. Group number Output addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SDR-(K) 5- off off on off SDR-(K) 5-0 on off on off SDR-(K) 6-8 off on on off SDR-(K) on on on off off off off on on off off on off on off on 8-88 on on off on off off on on FIELD WIRING SDR-(K) P0 8 P0 9 6 P0 7 P0 5 SDR- LED connections SDR-K LED connections External device power supply Resistor value to be sized for 00 ma maximum current per output SDRK Auxiliary relay connection SDR-K EXR relay connection External device power supply To SAN-CPU Vdc power in (-) terminal! Cautions Observe static-sensitive material handling practices. Use some current limiting for the incandescent lamps. Momentary current surges can exceed the 00 ma rating on the switching transistor and cause permanent damage. Notes All wiring is power-limited. Nonsupervised connection Connect the (-) terminal of the external device power supply to the SAN-CPU (-) power input terminal. P/N: 8708 REV:.0 Page of

107 PRODUCT DESCRIPTION The SHO- is a remote annunciator LED/Switch module, which consists of four rotary switches and twelve LEDs. The SHO- is designed for remote switching and annunciator applications with the SAN-CPU or RSA-CPU. Each rotary switch has three positions and sits next to three LEDs to form a functional group. The center LED is green; the upper and lower LEDs are yellow. The front panel protects a slip-in legend sheet, which identifies individual switch and LED functions. The SHO- provides point status indication and switching functions at a location remote from the main control panel. Typical applications include "hands-off-automatic" control/override of automatic systems. INSTALLATION Power Standby current Active LED current Per LED Full load Address requirements Inputs Outputs Weight Mounting SPECIFICATIONS From SAN-CPU 5 ma 6 ma 96 ma 8 ( group of eight) 8 ( group of eight). oz (9.5 g) See Related documentation. Mount the SHO- Note: See the related documentation listed in the title block for more information about specific mounting units. On a 6-unit, 9-inch rack mount SHO- SAN-CPU (mounted on L bracket) LEDs The LEDs indicate programmed points and functions. Operation of the switches is independent of the LEDs, both being under control of the system program. PRODUCT DIAGRAM SHO- SHO- Side view In a -unit or 8-unit enclosure SHO- Rear view SHO- SHO- Front view Rear view INSTALLATION SHEET: SHO- Remote Annunciator LED/Switch Module INSTALLATION SHEET P/N: 8705 REVISION LEVEL:.0 DATE: MAR00 FILE NAME: 8705.CDR APPROVED BY: J. Massing CREATED BY: B. Graham Related documentation: SAN Series Remote Annunciator Enclosures installation sheet Side view Front view EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

108 INSTALLATION Make the ribbon cable connections. A. Plug the ribbon cable assembly (P/N 50080) from P of the SAN-CPU into P of the -SANCOM. B. Plug the ribbon cable from P of the -SANCOM to P of the next SAN series module. C. Plug the ribbon cable from P of each SAN module to P of the next SAN module until you reach the last one. D. Install the continuity jumper on the last SAN module. Note: If the SHO- is the last module, install the continuity jumper on JB. SWU-8(/) JP SLU-6 SHO- -SANCOM P P P P P P P P JB From P on the SAN-CPU Set the SHO- dip switches Remember that the SHO-: Cannot occupy addresses 0 through 09 because they belong to the -SANCOM. Requires one input address group and one output address group, which consist of eight addresses each. To set the dip switches: A. Configure the SAN-CPU in the system programming utility. B. Note the start input and output addresses of the SHO- in the programming utility (09 to 8). C. Set the dip switches on S5 and S6 to match the group numbers of the SHO- s start input and start output addresses. S5 SHO- S6 ON S5 In this example, the start address is 09 for inputs and outputs, so both dip switches are set to a binary. Group number Input addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SLU-6 5- off off on off SLU on off on off SWU-8/ 6-8 off on on off SWU-8/ on on on off off off off on on off off on off on off on 8-88 on on off on off off on on ON S6 Label the SHO- switches and LEDs To label the SHO-: A. Identify each LED/switch group on the SHO- according to its programmed function. B. Write the functions on the slip-in legend sheet next to the appropriate LED/switch group. C. Insert the label under the SHO- face plate. Group number Output addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SWU-8/ 5- off off on off SWU-8/ 5-0 on off on off 6-8 off on on off on on on off off off off on on off off on off on off on 8-88 on on off on off off on on Slip-in label P/N: 8705 REV:.0 Page of

109 PRODUCT DESCRIPTION The SIGA-AAXX is a high-efficiency, dual-input, switch-mode audio amplifier. The amplifier comes in two versions: 0 watt (SIGA-AA0) and 50 watt (SIGA-AA50), and has both V and 5 V input levels. The output is supervised, power-limited, and user-selectable for 5 Vrms or 70 Vrms output voltage. An integral Signature module under software control selects the amplifier input channel. The amplifier reports its status to the Main Controller Module to reduce the need for additional field wiring. The amplifier also features a backup amplifier connection, which supports one-to-one or banked backup amplifiers. INSTALLATION Mount the amplifier with the screws and washers provided. Primary Power Supply Power requirements Standby Active SIGA-AA0 Active SIGA-AA50 Frequency response Harmonic distortion Input Channel dual input Channel dual input SPECIFICATIONS Output SIGA-AA0 0 5 Vrms or 70 Vrms SIGA-AA Vrms or 70 Vrms Configuration Class B (Style Y) or Class A (Style Z) EOL resistor 7 k Signature Data Circuit Addresses Emulation Maximum wire size Backup tone Operating temperature Humidity Vdc.7 Vdc. Vdc 00 Hz to khz at - db (ULC) 800 Hz to.8 khz (ULI) <5% Vrms or 5 Vrms maximum Vrms or 5 Vrms maximum module addresses Signature series CC module AWG (.5 mm ) khz to 0 F (0 to 9 C) 0 to 9%, noncondensing Warning! Main Controller Module Expander Loop Module Audio Control Module Audio Amplifier Audio Amplifier Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. LED indicators LED Color Pattern Description DS Green Steady Power amp disabled DS Yellow Steady Backup mode DS Green Steady Amplifier active DS Green Flashing Normal communications (daughterboard) DS5 Red Flashing Active condition (daughterboard) Interlocking washer Screw Note: See the installation sheets listed in the title box for other places to mount the Audio Amplifier. Configure the amplifier a. Set JP (output voltage) to 5 Vrms or 70 Vrms as required. b. Set JP on the back of the daughter board for the backup mode. JP JP Jumper Settings Pins and : 70 Vrms Pins and : 5 Vrms In: TB5 signal before khz backup tone Out: khz backup tone before TB5 signal INSTALLATION SHEET: SIGA-AA0/SIGA-AA50 Audio Amplifiers INSTALLATION SHEET P/N: 87 FILE NAME: 87.CDR REVISION LEVEL:.0 APPROVED BY: J. Massing DATE: 0MAR00 CREATED BY: B. Graham Related documentation: WB(R) Wallbox installation sheet, WB7(R) Wallbox installation sheet, RACCR Remote Audio Closet Cabinet installation sheet EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

110 TB -AAC TB TB From the SDC To next device if required TB TB TB 5 TB SIGA In Out WIRING Wire the amplifier 5 Vrms input wiring a. Connect the power, the Signature Data Circuit (SDC), the input risers, and the backup risers as required. b. Test the circuit before you connect the amplifier to the output wiring. c. Connect the circuits that check out good to the appropriate amplifier terminals. Note: The terminal blocks indicate the polarity for normal monitoring of the circuit s electrical integrity. Vrms input wiring Data in CH AUDIO OUT CH AUDIO OUT Data out To the Ch input of the next amplifier From the Ch output of the source amplifier To the Ch input of the next amplifier From the Ch output of the source amplifier Notes TB JP TB5 70 V TB6 TB 5 V COM 5 V COM 5 V COM 5 V COM Signature series module: CC, CC, or UM UL/ULC Listed 7 k EOL The actual placement of the TB and TB output terminals is almost directly behind the input terminals. Note also that the output terminals are taller than the input terminals. See the detail for volt connections. All wiring is supervised and power-limited. Audio Amplifier 5 V Audio Amplifier Vdc from a listed fire alarm power supply Typical audio riser out In In TB Out TB Out DS Audio riser out Class B only Audio riser return Class A only JP on reverse side DS5 COM V COM V DS Daughterboard Audio Amplifier Detail volt connections In Out TB TB SIGA In Out JP 70 V TB6 TB5 Typical audio riser return (Class A only) To the rest of the Signature devices TB TB TB SIGA In Out 5 V Audio Amplifier JP 70 V TB6 5 V TB TB5 Vdc from a listed fire alarm power supply Vdc from a listed fire alarm power supply DS TB/TB5 wiring NAC Audio Amplifier Backup DS B A In Out TB TB5 SH P/N: 87 REV:.0 Page of

111 PRODUCT DESCRIPTION The SIGA-APS is a switch-mode auxiliary power supply designed to provide additional power for audio components and external Notification Appliance Circuits (NACs). The power supply monitors the AC line, performs ground fault testing, and charges batteries (up to 0 Ah). The SIGA-APS also provides a smooth and uninterrupted transition to batteries in the event of an AC power loss. All trouble conditions detected by the SIGA-APS are transmitted to the fire alarm control panel through its connection to the Signature Data Circuit (SDC), eliminating the need for additional devices. All connections intended to leave the cabinet are fully protected against direct and induced transient voltage conditions. INSTALLATION Mount the SIGA-APS with the screws and washers provided. SPECIFICATIONS AC Input voltage SIGA-APS 0 00 W maximum, 50/60 Hz SIGA-APS W maximum, 50/60 Hz Maximum wire size AWG (.5 mm ) Output voltage Nominal rating 6.75 A total Output circuits Two power-limited circuits rated at A each Maximum wire size AWG (.5 mm ) Battery charging Charge current Charge capacity Signature Addressing Two module addresses Personality Code 0 (Emulates SIGA-CT) Maximum wire size AWG (.5 mm ) Environmental Conditions Temperature range Humidity.0 A 0 Ah to 0 F (0 to 9 C) 9%, Non-condensing Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life. Auxiliary Power Supply! Caution! Observe static-sensitive material handling practices. WIRE ROUTING The routing of power-limited and nonpower-limited wiring differs with each cabinet. For more information on the routing of power-limited and nonpowerlimited wiring, see the cabinet s installation sheet. PRODUCT DIAGRAM 6/ x /8 pan head screws #6 interlocking washers INSTALLATION SHEET: INSTALLATION SHEET P/N: 87 REVISION LEVEL:.0 DATE: 0MAR00 SIGA-APS (-0) Auxiliary Power Supply Module EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX FILE NAME: 87.CDR APPROVED BY: J. Massing CREATED BY: B. Graham

112 WIRING Wire Stripping Guide Strip / inch from the ends of ALL wires that connect to the terminal blocks of the module. / inch (6. mm) Caution: Exposing more than / inch of wire may cause a ground fault. Exposing less than / inch of wire may result in a faulty connection. To dedicated 0 Vac, 7.5 Amp, 50/60 Hz supervised branch circuit TB Line Line Ground L L G 0 Vac Auxiliary Power Supply To dedicated 0 Vac, 5 Amp, 50/60 Hz supervised branch circuit Hot Neutral Ground TB BATTERY 0 Vac Auxiliary Power Supply TB See the details below for the battery terminal wiring. TB TB Vdc NAC power Vdc NAC power Data out Signature Data Circuit Data in Auxiliary Power Supply Route the battery wiring harness (P/N 508) through the plastic channel under the SIGA-AAXX amplifiers to the battery terminals. Power-limited Notes TB SIGA-AAXX Plastic channel Battery TB Nonpower-limited Supervised Nonsupervised SIGA-AAXX red wire Battery Battery Top view black wire 87.CDR REV.0 Page of

113 PRODUCT DESCRIPTION The SIN-6 is a remote annunciator input receiver module, which consists of sixteen optically isolated, unsupervised input circuits. The SIN-6 is designed for remote annunciator applications with the SAN-CPU or RSA-CPU. The SIN-6 provides input circuits for normally-open dry relay contacts or open collector transistor inputs. The high circuit density makes the SIN-6 module ideal for connecting multiple switching functions from graphic annunciators or interfacing to outside systems. Note: Active SIN-6 inputs generate a supervisory open condition. Mount the SIN-6. INSTALLATION Note: See the related documentation listed in the title block for more information about specific mounting units. On a 6-unit, 9-inch rack mount Power Standby current Input current Input voltage Address requirements Inputs Outputs Weight Mounting SPECIFICATIONS From SAN-CPU ma 7 ma per circuit Vdc, maximum 6 ( groups of eight) None. oz (9.5 g) See Related documentation. Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life. SIN-6 SAN-CPU (mounted on L bracket)! Caution! Observe static-sensitive material handling practices. PRODUCT DIAGRAM SIN-6 SIN-6 Side view In a -unit or 8-unit enclosure SIN-6 Rear view SIN-6 SIN-6 Front view Rear view INSTALLATION SHEET: SIN-6 Remote Annunciator Input Receiver Module INSTALLATION SHEET P/N: 8706 REVISION LEVEL:.0 DATE: MAR00 FILE NAME: 8706.CDR APPROVED BY: J. Massing CREATED BY: B. Graham Related documentation: SAN Series Remote Annunciator Enclosures installation sheet Side view Front view EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

114 Make the ribbon cable connections. INSTALLATION A. Plug the ribbon cable assembly (P/N 50080) from P of the SAN-CPU into P of the -SANCOM. B. Plug the ribbon cable from P of the -SANCOM to P of the next SAN series module. C. Plug the ribbon cable from P of each SAN module to P of the next SAN module until you reach the last one. D. Install the continuity jumper on the last SAN module. Note: If the SIN-6 is the last module, install the continuity jumper on JP. SWU-8(/) SIN-6 SHO- -SANCOM JP JP P P P P P P P P From P on the SAN-CPU Set the SIN-6 dip switches. Remember that the SIN-6: Cannot occupy the -SANCOM addresses (0 through 09). Requires two input address groups, which consist of eight addresses each. SIN-6 S ON S In this example, the start address is 7 and the dip switches are set to a binary. To set the dip switches: A. Configure the SAN-CPU in the system programming utility. B. Note the start input address of the SIN-6 in the programming utility (09 through 8). C. Set the dip switches on S to the group number of the SIN-6 s start input address. Group number Input addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SIN-6 5- off off on off SIN on off on off SWU-8(/) 6-8 off on on off SWU-8/ on on on off off off off on on off off on off on off on 8-88 on on off on off off on on FIELD WIRING Nonsupervised inputs. Notes TB System power supply Vdc output TB provides common for the inputs in the following groups: Inputs - (TB- to TB-) Inputs 5-8 (TB-5 to TB-8) Inputs 9- (TB-9 to TB-) Inputs -6 (TB- to TB-6) COM Each group of four inputs must share the same power supply positive and negative. All connections are power-limited. System power supply Vdc output External inputs Dry contacts Dry contacts Open collector transistor SIN-6 -IN TB TB COM P/N: 8706 REV:.0 Page of

115 PRODUCT DESCRIPTION The SLU-6 is a remote annunciator, which provides individual point status indications. The front panel consists of 6 LEDs and a slip-in legend sheet to identify LED functions. The SLU-6 comes in three models: Model Description SLU-6R 6 red LEDs SLU-6Y 6 yellow LEDs SLU-6R/Y 8 red LEDs/8 yellow LEDs Mount the SLU-6. INSTALLATION Note: See the related documentation listed in the title block for more information about specific mounting units. Power Standby current Active LED current Per LED Full load Address requirements Inputs Outputs Weight Mounting SPECIFICATIONS From SAN-CPU ma 6 ma 96 ma None 6 ( groups of eight). oz (9.5 g) See Related documentation. LEDs On a 6-unit, 9-inch rack mount SLU-6 SAN-CPU (mounted on L bracket) The LEDs indicate programmed points and functions. Operation of the switches is independent of the LEDs, both being under control of the system program. PRODUCT DIAGRAM SLU-6 SLU-6 Side view Rear view In a -unit or 8-unit enclosure SLU-6 SLU-6 SLU-6 Front view Rear view INSTALLATION SHEET: SLU-6R/Y Remote Annunciator INSTALLATION SHEET P/N: 870 REVISION LEVEL:.0 DATE: MAR00 FILE NAME: 870.CDR APPROVED BY: J. Massing CREATED BY: B. Graham Related documentation: SAN Series Remote Annunciator Enclosures installation sheet Side view Front view EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

116 INSTALLATION Make the ribbon cable connections. A. Plug the ribbon cable assembly (P/N 50080) from P of the SAN-CPU into P of the -SANCOM. B. Plug the ribbon cable from P of the -SANCOM to P of the next SAN series module. C. Plug the ribbon cable from P of each SAN module to P of the next SAN module until you reach the last one. D. Install the continuity jumper on the last SAN module. Note: If the SLU-6 is the last module, install the continuity jumper on JB. JP JB P P P P P P P P From P on the SAN-CPU SWU-8(/) SLU-6 SHO- -SANCOM Set the SLU-6 dip switches. Remember that the SLU-6: Cannot occupy addresses 0 through 09 because they belong to the -SANCOM. Requires two address groups, which consist of eight points each. To set the dip switches: A. Configure the SAN-CPU in the system programming utility. B. Note the start output address of the SLU-6 in the programming utility (09 to 8). C. Set the dip switches on S to match the group number of the SLU-6 s output start address. S SLU-6 ON S In this example, the start address is 7 and the dip switch is set to a binary. Group Number Output addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SLU-6 5- off off on off SLU on off on off SWU-8(/) 6-8 off on on off SWU-8(/) on on on off off off off on on off off on off on off on 8-88 on on off on off off on on Label the SLU-6. To label the SLU-6: A. Identify each LED on the SLU-6 according to its programmed function. B. Write the functions on the slip-in legend sheet next to the appropriate LEDs. C. Insert the label under the SLU-6 face plate. Slip-in legend sheet FLRSMK FLRSMK FLRSMK FLRSMK FLRSMK FLRSMK FLRSMK FLRSMK P/N: 870 REV:.0 Page of

117 PRODUCT DESCRIPTION The SRU-8 is a remote annunciator relay module, which consists of eight single pole double throw (SPDT) relays. These dry contact relays are normally open/normally closed. See the reverse side of this installation sheet for more detail. The SRU-8 is designed for applications with the SAN-CPU or RSA-CPU. Mount the SRU-8. INSTALLATION Note: See the related documentation listed in the title block for more information about specific mounting units. On a 6-unit, 9-inch rack mount SRU-8 SAN-CPU (mounted on L bracket) Power Standby current Input current Input voltage Address requirements Inputs Outputs Weight Mounting SPECIFICATIONS From SAN-CPU ma 0 ma per circuit Vdc, maximum None 8 ( group of eight). oz (9.5 g) See Related documentation. Warning! Disconnect power to cabinets before installing or removing components. Failure to do so may result in serious injury or loss of life.! Caution! Observe static-sensitive material handling practices. PRODUCT DIAGRAM SRU-8 SRU-8 Side view Rear view In a -unit or 8-unit enclosure SRU-8 SRU-8 SRU-8 Front view Rear view INSTALLATION SHEET: SRU-8 Remote Annunciator Relay Module INSTALLATION SHEET P/N: 8707 REVISION LEVEL:.0 DATE: MAR00 FILE NAME: 8707.CDR APPROVED BY: J. Massing CREATED BY: B. Graham Related documentation: SAN Series Remote Annunciator Enclosures installation sheet Side view Front view EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

118 Make the ribbon cable connections. INSTALLATION A. Plug the ribbon cable assembly (P/N 50080) from P of the SAN-CPU into P of the -SANCOM. B. Plug the ribbon cable from P of the -SANCOM to P of the next SAN series module. C. Plug the ribbon cable from P of each SAN module to P of the next SAN module until you reach the last one. D. Install the continuity jumper on the last SAN module. Note: If the SIN-6 is the last module, install the continuity jumper on JP. SWU-8(/) SRU-8 SHO- -SANCOM JP P P P P JP P P P P From P on the SAN-CPU Set the SRU-8 dip switches. Remember that the SRU-8: Cannot occupy the -SANCOM addresses (0 through 09). Requires one output address group, which consists of eight addresses. To set the dip switches: A. Configure the SAN-CPU in the system programming utility. B. Note the start output address of the SRU-8 in the programming utility (09 to 89). C. Set the dip switches on S to the group number of the SRU-8 s start output address. S SRU-8 ON S In this example, the start address is 7 and the dip switches are set to a binary. Group number Output addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SRU-8 5- off off on off SWU-8(/) 5-0 on off on off SWU-(8/) 6-8 off on on off on on on off off off off on on off off on off on off on 8-88 on on off on off off on on FIELD WIRING Note: Power-limited if the source is power-limited. If the source is nonpower-limited, maintain a space of / inch from power-limited wiring. Otherwise, use FPL, FPLP, FPLR, or an equivalent in accordance with the National Electric Code. K K K K TB TB K5 K6 K7 K8 To the control circuit Vdc, A max. rated for pilot duty SRU-8 Relay Table Terminal Relay Description TB- K NC TB- K COM TB- K NO TB- K NC TB-5 K COM TB-6 K NO TB-7 K NC TB-8 K COM TB-9 K NO TB-0 K NC TB- K COM TB- K NO Typical layout for a single pole double throw (SPDT) relay terminal Terminal Relay Description TB- K5 NC TB- K5 COM TB- K5 NO TB- K6 NC TB-5 K6 COM TB-6 K6 NO TB-7 K7 NC TB-8 K7 COM TB-9 K7 NO TB-0 K8 NC TB- K8 COM TB- K8 NO Detail NC COM NO P/N: 8707 REV:.0 Page of

119 PRODUCT DESCRIPTION The SWU-8 and the SWU8/ are remote annunciator LED/Switch modules, which consist of eight switches and sixteen yellow LEDs. Both models are designed for remote switching and annunciator applications with the SAN-CPU or RSA-CPU. The SWU-8 provides two-position toggle switches; the SWU-8/ provides three-position toggle switches. Two LEDs sit next to each switch to form a functional group. The front panel protects a slip-in legend sheet, which identifies individual switch and LED functions. The SWU-8 provides point status indication and switching functions at a location remote from the main control panel. Typical applications include audio or fire fighter telephone zone select, audio zone silence, and manual control/override of automatic systems. Mount the SWU-8(/). INSTALLATION Note: See the related documentation listed in the title block for more information about specific mounting units. On a 6-unit, 9-inch rack mount SWU-8(/) SAN-CPU (mounted on L bracket) Power Standby current Active LED current Per LED Full load Address requirements SWU-8 inputs SWU-8 outputs SWU-8/ inputs SWU-8/ outputs Weight Mounting SPECIFICATIONS From SAN-CPU ma 6 ma 96 ma 8 ( group of eight) 6 ( groups of eight) 6 ( groups of eight) 6 ( groups of eight). oz (9.5 g) See Related documentation. LEDs The LEDs indicate programmed points and functions. Operation of the switches is independent of the LEDs, both being under control of the system program. PRODUCT DIAGRAM SWU-(8/) SWU-(8/) Side view In a -unit or 8-unit enclosure SWU-8(/) Rear view SWU-(8/) SWU-(8/) Front view Rear view INSTALLATION SHEET: SWU-8 / SWU-8/ Remote Annunciator LED/Switch Module INSTALLATION SHEET P/N: 870 REVISION LEVEL:.0 DATE: MAR00 FILE NAME: 870.CDR APPROVED BY: J. Massing CREATED BY: B. Graham Related documentation: SAN Series Remote Annunciator Enclosures installation sheet Side view Front view EDWARDS SYSTEMS TECHNOLOGY, INC. SARASOTA, FL: FAX CHESHIRE, CT: FAX OWEN SOUND, CANADA: FAX INTERNATIONAL, CANADA: FAX

120 Make the ribbon cable connections. INSTALLATION A. Plug the ribbon cable assembly (P/N 50080) from P of the SAN-CPU into P of the -SANCOM. B. Plug the ribbon cable from P of the -SANCOM to P of the next SAN series module. C. Plug the ribbon cable from P of each SAN module to P of the next SAN module until you reach the last one. D. Install the continuity jumper on the last SAN module. Note: If the SWU-8(/) is the last module, install the continuity jumper on JP. SWU-8(/) JP SLU-6 SHO- -SANCOM JB P P P P P P P P From P on the SAN-CPU Set the dip switches. Remember that the SWU-8: Cannot occupy the -SANCOM addresses (0 through 09). Requires one input address group and two output address groups, which consist of eight addresses each. Remember that the SWU-8/: Cannot occupy the -SANCOM addresses (0 through 09). Requires two input address groups and two output address groups, which consist of eight addresses each. To set the dip switches: A. Configure the SAN-CPU in the system programming utility. B. Note the start input and output addresses of the SWU-8(/) in the programming utility (09 to 8). C. Set the dip switches on S9 and S0 to match the group numbers of the SWU-8 s start input and start output addresses. S9 SWU-8(/) S0 ON ON S9 S0 In this example, the start address is and the dip switch is set to a binary 5. In this example, the start address is 7 and the dip switch is set to a binary. Note: The SWU-8 only requires addresses 7 to. Group number Output addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SLU-6 5- off off on off SLU on off on off SWU-8(/) 6-8 off on on off SWU-8(/) on on on off off off off on on off off on off on off on 8-88 on on off on off off on on Group number Input addresses S dip switch settings Module 0-08 on off off off -SANCOM 09-6 off on off off SHO- 7- on on off off SWU-8(/) 5- off off on off SWU-8/ 5-0 on off on off 6-8 off on on off on on on off off off off on on off off on off on off on 8-88 on on off on off off on on Label the SWU-8(/). To label the SWU-8(/): A. Identify each LED/switch group on the SWU-8(/) according to its programmed function. B. Write the functions on the slip-in legend sheet next to the appropriate LED/switch group. C. Insert the label under the SWU-8(/) face plate. Slip-in label P/N: 870 REV:.0 Page of