SSimdex and Power-Limited Fire Alarm Systems Operating and Installation Instructions

Transcription

1 -_... _-_.._..._ I --. SSimdex and Power-Limited Fire Aarm Systems Operating and Instaation Instructions Q 1996 Simpex Time Recorder Co. FA ( ) A specifications and other information shown were current as of pubication, and are subject to change without notice. Ed396

2 WARRANTY Contact your oca Simpex Time Recorder Co. branch office isted in the Yeow Pages for Warranty Registration & Information.

3 TABLE OF CONTENTS IMPORTANT DEFINITIONS... 2 SYSTEM INTRODUCTION... 3 OPERATING INSTRUCTIONS Introduction... 5 How To Recognize Norma, Troube, and Aarm Indications... 6 How To Operate The Pane During An Aarm Condition... 6 How To Reset The Fire Aarm System Foowing An Aarm Condition... 7 How To Operate The Pane When Water Is Fowing In The Sprinker System... 7 What To Do In Case Of Troube... 8 Aarm Verification Feature... 8 How To Test The System How to Perform the LED Test INSTALLATION INSTRUCTIONS Introduction Toos And Equipment Required Genera Notes Genera Requirements For System Wiring System Wiring Specifications Instaation Checkist Contro Pane Mounting Mounting And Wiring Periphera Devices Buiding Wiring Checkout Procedure Contro Pane Termina Connections Transient Suppressor, Zone Disconnect, or Combination Transient Suppressor/Zone Disconnect Board Termina Connections System Programming System Power-Up BATERY TESTING INFORMATION CAUTION ELECTRICAL HAZARD Disconnect eectrica power when making any interna adjustment6 or repairs. Instaation and servicing shoud be performed by quaified Simpex Representatives. These instructions ony appy to United States instaations.

4 IMPORTANT DEFINITIONS Aarm-Initiating Device: A device which, when actuated, initiates an aarm. Such devices, depending on their type, can be operated manuay or actuated automaticay in response to smoke, fame, heat or water-fow. (Exampes: pu stations, heat detectors, smoke detectors, sprinker fow switches, etc.) Aarm-Notification Appiance: A device that produces an audibe and/or visua aarm signa in response to a fire emergency. (Exampes: horns, bes, chimes, fashing ights, etc.) Annunciator: An eectricay operated visua signaing device having one or more amps or LEDs to dispay the status of the fire aarm system. End-of-Line Device: A device used to terminate a supervised circuit. Initiating-Device Circuit: A circuit to which automatic or manua initiating devices are connected. Loca Energy Master Box: A municipa master box that uses eectrica energy from the protected premises to energize its eectromagnetic tripping mechanism. See definition for shunt master box. Notification-Appiance Circuit: A circuit to which notification appiances are connected. Power-Limited Pane: A fire aarm pane that can be connected to power-imited fire aarm cabe. Shunt Master Box: A municipa master box that uses eectrica energy from the municipa fire aarm system to energize its eectromagnetic tripping mechanism. See definition for oca energy master box. Zone: A designated area of a buiding. Commony, zones within a buiding are annunciated to aid in ocating a fire. 2

5 SYSTEM INTRODUCTION The and are four-zone, eectricay supervised, power-imited fire aarm panes. The connects to a 12OVAC, 60 Hz source. The connects to a 220/24OVAC, 50 Hz source. Each system contains one notification appiance circuit, battery standby power, and battery charger. The systems provide an eary warning evacuation signa for buiding occupants if a fire occurs. The systems consist of: Aarm-initiating devices - Smoke detectors, heat detectors, pu stations, etc. A/arm-notification appiances - Horns, bes, and visua units. A contro pane. Each system may aso contain optiona features. Since the and operate the same except for input power, we wi discuss system operation as it appies to the Aarm-initiating devices are instaed in the buiding and connected to one of four initiating-device circuits on the contro pane. Each initiating-device circuit is given a zone number (1, 2, 3, or 4). Thus, the various areas of the buiding can be designated as zone 1, zone 2, zone 3, or zone 4. The contro pane monitors each zone for troubes and aarms. Aarm-notification appiances are ocated throughout the buiding to provide acceptabe sound eves. These appiances are connected to a notification-appiance circuit on the contro pane. The contro pane activates the notification appiances from a centra ocation. You operate the system using the LED indicators and switches on the contro pane. When an aarm or troube condition exists, the pane LEDs indicate the ocation and type of condition. Red LEDs indicate an aarm condition when on. Amber LEDs indicate a troube condition when on. Switches aow you to interact with the system in various ways (see Operating Instructions on Page 5). A diagram of a typica system is shown in Figure 1. 3

6 P OK, 112W. 5% E SIGNALS h CONNECT TO 120 VAC SOHZ (FUSED SOURCE) PANEL DRAWS 1.2A I 0 JW3 11 GND F3 SIG CKT W 0 I II I I -I Iiii i,- FORM C DRY CONTACTS CONTACTS RATINGS 2AQ 30 VACVOC B 0 JW2 aa IDI BRN ZONE. ALARM. TROUBLE OUT 0 F2 AUX PWR 0.75A F AC INPUT W IMI 0 PWR TBL 0 4 5v SIGNAL x rrouble ANNUN Bz TROUBLE SYSTEM PI TROUBLE TB3 K2 TB5 - K3 0 CITY TBL UJUJ& I I OPTIONAL RIBBON \ CABLE OPTIONAL TRANSIENT SUPPRESSOR, ZONE DISCONNECT, OR TRANSIENT SUPPRESSOR/ZONE DISCONNECT BOARD -w- FIGURE 1

7 OPERATING INSTRUCTIONS INTRODUCTION: The 4001 Fire Aarm System provides audibe and visua indications during aarm conditions. When an aarm condition occurs, the system activates the notification appiances and fashes appropriate aarm LEDs on the contro pane. The system s notification appiances operate unti you acknowedge the a/arm or reset the system. You do two things when you acknowedge an aarm condition: You sience the notification appiances. You change the fashing LEDs on the contro pane to a steady iumination. Note: If the system has been programmed to incude certain options (see Page 6, Note 3), you cannot immediatey sience the notification appiances or reset the system. The system has resound capabiity. If - after an aarm has been acknowedged - another aarm occurs on another zone, the notification appiances wi operate again. The system can aso be set up for aarm verification, which essentiay verifies that a smoke detector is indeed in aarm. (See description of aarm verification on Page 8 for detais). The system constanty checks for eectrica troubes (opens, shorts, grounds, abnorma city connections, power oss, ow battery votage, etc.). If a troube condition occurs, the tone device on the pane sounds and the appropriate troube LEDs iuminate to indicate the type of troube. The system contains the foowing LED indicators (Figure 2) and switches (Figure 3). ALARM - THE RESPECTIVE ZONE ALARM LED IS ON WHEN AN ALARM CONDITION EXISTS IN ANY OF THE ZONES. TROUBLE - THE RESPECTIVE ZONE TROUBLE LED IS ON WHEN AN OPEN EXISTS IN ANY OF THE INITIATING DEVICE CIRCUITS. SIGNAL TROUBLE - ON WHEN SHORT OR OPEN IN A NOTIFICATION-APPLIANCE CIRCUIT OCCURS. ANNUNCIATOR TROUBLE - ON WHEN OPEN IN ANY ANNUNCIATOR LINE OCCURS OR WHEN ANNUNCIATOR LED FAILS. SYSTEM TROUBLE - ON WHEN ANY TROUBLE LED IS ON. IF ON AND OTHER TROUBLE INDICATORS ARE OFF, INDICATES AN OPEN IN CITY CIRCUIT OR A REMOTE ACK SWITCH IN THE ON POSITION. TONE DEVICE - ON FOR ABNORMAL SYSTEM CONDITIONS. / AC PbWER - ON WHEN AC POWER IS ON. / GROUND TROUBLE - ON WHEN ANY CIRCUIT SHORTS TO EARTH. POWER TROUBLE - ON FOR NO OR LOW INPUT VOLTAGE, LOW BATERY VOLTAGE OR WHEN BATERIES ARE DISCONNECTED. System Indicators FIGURE 2 5

8 CITY DISCONNECT - WHEN SET TO THE DOWN POSITION, CITY IS DISCONNECTED FOR TEST PURPOSES OR SYSTEM MAINTENANCE. TROUBLE SILENCE - WHEN SET TO THE DOWN POSITION, TONE DEVICE IS SILENCED DURING TROUBLE CONDITION. AFTER TROUBLE CONDITION CLEARS, TONE DEVICE WILL SOUND UNTIL SWITCH IS SET BACK TO THE UP POSITION. ACKNOWLEDGE (ACK) - WHEN PRESSED, ALARM- NOTIFICATION APPLIANCES ARE SILENCED AND ZONE ALARM INDICATORS CHANGE FROM A FLASHING CONDITION TO A STEADY ILLUMINATION. SYSTEM RESET - WHEN PRESSED, RESETS SYSTEM FOLLOWING AN ALARM CONDITION. System Switches FIGURE 3 HOW TO RECOGNIZE NORMAL, TROUBLE, AND ALARM INDICATIONS: Norma Condition: Q The g:een AC POWER ON indicator is on. A other indicators are off. Troube Condition: 0 Tone device is sounding a steady tone. One or more amber indicators are on. Aarm Condition: The notification appiances throughout the buiding are operating. One or more red ALARM indicators are fashing indicating the zone(s) reporting the aarm. HOW TO OPERATE THE PANEL DURING AN ALARM CONDITION: Important: Consuit oca code authorities for specific actions to be taken during an aarm condition. When appropriate, unock and open the pane door. To sience notification appiances, press the ACK (acknowedge) switch (Fig. 3). Notes: 1. Upon pressing the ACKNOWLEDGE switch, any red indicator that was fashing changes to a steady iumination. 2. if another aarm is reported from another zone, the notification appiances operate again and the red indicator representing the new zone in aarm fashes (unti the new aarm is acknowedged). 3. The foowing options wi affect the acknowedge feature as foows: Coded Input On Zone 1 - notification appiances cannot be sienced when zone 1 is in aarm; however, fashing indicators change to a steady iumination when acknowedged. (Notification appiances sience automaticay upon code competion.) Sience Inhibit - notification appiances cannot be sienced unti the specified time period has eapsed (1 or 3 minutes). WaterfowSprinker - notification appiances cannot be sienced if water is fowing in the sprinker system. 6

9 HOW TO RESET THE FIRE ALARM SYSTEM FOLLOWING AN ALARM CONDITION: When the aarm situation has been ceared, restore or repace a affected aarm-initiating devices (pu stations and detectors), if required, in accordance with the instructions provided with each device. Press the SYSTEM RESET switch (Fig. 3) unti LEDs iuminate. Note: The foowing options wi affect the RESET feature as foows: Sience Inhibit - you cannot RESET the system unti the specified time period has eapsed. WaterfowSprinker - you cannot RESET the system if water is fowing in the sprinker system. HOW TO OPERATE THE PANEL WHEN WATER IS FLOWING IN THE SPRINKLER SYSTEM (OPTIONAL): When water is fowing in the sprinker system, the foowing indications exist: The sprinker ALARM (ZONE 3) red indicator is fashing. The notification appiances are operating. After the fire has been extinguished exist: and the water to the sprinker system has been shut off, the foowing indications The sprinker ALARM (ZONE 3) red indicator is on steady. The tamper switch ALARM (ZONE 4) red indicator is on steady (indicating that the water to the sprinker system has been shut off). The notification appiances are sti operating. 6 The tone device is sounding a sow puse (indicating that the water to the sprinker system has been shut off). If the water to the sprinker system has been shut off, proceed as foows: At the pane, press the ACK switch (Fig. 3) notification appiances are sienced, the sprinker ALARM (ZONE 3) red indicator turns off, the tone device continues to sound a sow puse, and the tamper switch ALARM (ZONE 4) indicator remains on). Note: Tone device cannot be sienced when water to the sprinker system has been shut off. Restore or repace sprinker heads in accordance with the instructions provided with the devices. Restore water to sprinker system in accordance with the instructions provided with the sprinker system (this causes the tamper switch ALARM (ZONE 4) indicator to fash and the tone device to puse rapidy). Press the RESET switch (Fig. 3) unti LEDs iuminate (system returns to its norma condition). Note: Unti the sprinker system is fuy recharged, water-fow may be detected by the pane and the fire aarm system may go into aarm again. Therefore, you may have to repeat this procedure severa times whie recharging the sprinker system.

10 WHAT TO DO IN CASE OF TROUBLE: Notify appropriate personne. (If the system is connected to the city, notify the fire department monitoring faciity.) Unock and open pane door. If tone device is sounding, set TROUBLE SILENCE switch (Fig. 3 on page 6) to its down position. Note: When the troube has ceared, the tone device wi sound again as a reminder to set the TROUBLE SILENCE switch back to its norma position. Corrective Actions Observe TROUBLE indicators and perform the corrective action outined in Tabe 1 (page 9). When the troube cears, set TROUBLE SILENCE switch to its NORMAL (up) position. If troube is on the pane s circuit board, contact your oca Simpex Branch Office (isted in the Yeow Pages). Important: Any attempt to repace any components on the pane s circuit board voids the warranty. CAUTION: 24VDC exists at contro pane circuit board. This votage may cause damage to equipment during fuse repacement, resistance measurements, or wire checks. When performing these activities, ensure that the battery jumper (white wire) is disconnected from the battery and that a AC power is removed from the system s pane and peripheras. When repacement or checks are compete, restore power (AC power first then batteries) and press RESET switch unti the zone LEDs iuminate. Note: When checking a suspected circuit, remove the circuit from the pane terminas and refer to the Buiding Wiring Checkout Procedure on page 20 and the system wiring diagram ( ) provided with the pane. ALARM VERIFICATION FEATURE (OPTIONAL) The 4001 Fire Aarm System can be programmed for aarm verification (see SYSTEM PROGRAMMING, p. 30). Aarm verification works ony with Simpex smoke detectors. This feature requires the verification of any aarm initiated by a smoke detector, but aows contact devices (heat detectors and manua stations) residing in the same zone to initiate aarms upon activation. The feature works as foows: a. If a smoke detector senses an aarm, the 4001 starts a 30-second timer, but otherwise ignores the aarm. b. If, during the 30 seconds, no contact device in any zone (or smoke detector in another zone) activates, the zone enters a 15second reset cyce. c. Foowing the reset cyce, the 4001 enters a 120-second confirmation period. If, during this period, the smoke detector re-aarms (or another smoke detector in the same zone initiates an aarm) the 4001 aarms immediatey. d. If no aarms occur during the 120-second confirmation period, the 4001 automaticay returns to norma operation. Notes: 1. If, at any time during the above time period, a smoke detector in another zone (or contact device in any zone) activates, the 4001 aarms immediatey. 2. If Zone 1 is used with the coded input option, then aarm verification wi not work on Zone If Zones 3 and 4 use the sprinker/waterfow options, then aarm verification wi not work on Zones 3 and 4.

11 TABLE 1 CORRECTIVE ACTIONS SYMPTOM CORRECTIVE ACTION AC POWER ON indicator OFF GROUND TROUBLE and SYSTEM TROUBLE LEDs are on. POWER TROUBLE and SYSTEM TROUBLE LED s are on. SYSTEM TROUBLE (ony) is on. ANNUN TROUBLE and SYSTEM TROUBLE LEDs are on. SIGNAL TROUBLE and SYSTEM TROUBLE LEDs are on. One or more of the ZONE LEDs and SYSTEM TROUBLE LED are on. System continuousy indicates an aarm condition after a SYSTEM RESET and no fire condition exists. System fais to initiate an aarm when an aarm-initiating device is activated. Check system s 120VAC circuit breaker at the buiding s power distribution box. Remove overay (Fig. 4 on page 10) and check fuse Fi (Fig. 4). If F is open, contact Simpex for service. Check input wiring at TB-1 (XMER) & TB-2 (XMER). Individuay remove each externa wire from the contro pane unti the ground faut cears. Locate and repair ground faut. If AC POWER ON LED is off, perform the corrective action specified for this symptom (see above). If AC POWER ON LED is on, check for AC brownout, battery votage and battery connections. Make sure CITY DISC switch is set to the CONNECT position. Check jumper JW configuration (see Figure 21 on page 25). Check city wires (if used) at TB5-1 (CITY +) & TB5-2 (CITY -). This may indicate a tripped city box. A remote ACK switch coud aso be on. Check annunciator LEDs. Repace any bad LEDs. Check annunciator wiring (refer to page 20 and the pubication provided with the annunciator). Remove wires from TB2-5 (SIG + ) & TB2-6 (SIG - ) or, if the suppressor board is used, TB-9 (SIG +) & TB-10 (SIG -) on the suppressor board and connect a OK-ohm resistor across the terminas. If the indicators go out, check circuit wiring. If indicators remain on, see box beow. Remove wires from terminas associated with the zone indicated by the TROUBLE LED and connect a 3.3k-ohm resistor across the terminas (zone wires wi be connected to the suppressor, disconnect or combination board, if used.) Remove the resistors and reconnect the zone wiring after testing. If indicators go out, check circuit wiring. If indicators remain on, see box beow. Check for shorts in the zone circuit(s) associated with iuminated ALARM LED. Check peripheras in the zone circuit(s) (refer to the pubication provided with each device). Pace a soid conductor (short) across the appropriate zone terminas. If the aarm is activated, check the aarm-initiating device (refer to pubication provided with the device). If aarm is not activated, see box beow. If troube condition persists, contact your oca Simpex Time Recorder Co. office isted in the Yeow Pages for service. 9

12 HOW TO TEST THE SYSTEM (REFER TO NFPA 72H) Note: The system shoud be tested periodicay. Check with oca codes. Notify appropriate personne. (If the system is connected to the city, notify the fire department or monitoring faciity.) Unock and open pane door. Unsnap and remove pane overay (Fig. 4). Set DIP switch SW1-1 to the OFF position (Fig. 4) and press the RESET switch (Fig. 4) unti the LEDs iuminate. - SYSTEM TROUBLE LED remains iuminated. CAUTION: If using aarm reay modue, disconnect the modue s AUX- wire at contro pane termina TB2-3. Activate an aarm-initiating device (pu station or smoke detector). Repeat this step unti a aarm-initiating devices have been activated or in accordance with oca codes. - Notification appiances operate with code representing the zone in aarm. (After four seconds, system automaticay resets to aow test of another device.) Note: Auxiiary reays and city connection do not operate during test. Momentariy open, then reconnect any device wiring (initiating devices and notification appiances) to test for proper operation of the supervisory circuitry. Notification appiances operate continuousy for four seconds if system has detected the wiring faut. Note: Do not open wiring on the first notification appiance. Disconnecting the first appiance opens the entire notification circuit and prevents the other appiances from operating..:_ i: When test is compete, set DIP switch SW-1 to the ON position and press the RESET switch unti LEDs iuminate. CAUTION: Reconnect aarm reay modue AUX- wire at contro pane termina TB2-3. Repace pane overay. Press the RESET switch after competing the test. Notify appropriate personne that test is compete. Important: Shoud the pane fai to respond as described during these test procedures, refer to page 8, t What to do in Case of Troube. OFF FUSE F- FIGURE 4 10

13 HOW TO PERFORM THE LED TEST: Press the RESET switch (Fig. 4) unti LEDs iuminate. - The tone device sounds for /2 second. - The SYSTEM TROUBLE LED, SIGNAL TROUBLE LED and the four ZONE ALARM and TROUBLE LEDs iuminate for five seconds. If any of these LEDs do not iuminate, contact your oca Simpex Branch Office (isted in the Yeow Pages). 11

14 INSTALLATION INSTRUCTbNk INTRODUCTION Be sure that you are thoroughy famiiar with this instaation procedure before instaing the system. To hep you with the instaation of this and other Simpex systems, the foowing pubication is avaiabe for genera reference: How to Wire a Buiding for a Fire Aarm System. TOOLS AND EQUIPMENT REQUIRED /4-Inch Fat-tip Screwdriver, 8-Inches ong /8-Inch Fat-tip Screwdriver, 4-Inches ong Vot-ohmmeter Diagona Cutting Piers 0 Wire Strippers End-Of-Line resistors (EOLRs) (suppied by Simpex): five 3.3K, 1 watt resistors; two 1 OK, /2 watt resistors; two 1 K, 1 watt, resistors System Wiring Diagram GENERAL NOTES Notify appropriate personne (buiding occupants, fire department or monitoring faciity, etc.) of the instaation. When running wires to contro pane, identify wires appropriatey: 12OVAC input power, notification (signa) circuit, zone 1, zone 2, etc., and identify a I+ wires and I- wires. The pane s termina boards are abeed with a TB number (TB, TB2, TB3, etc.), and each termina is designated a termina number (1, 2, 3, etc.). Therefore, TB-1 is termina 1 on termina board TB, TB-2 is termina 2 on termina board TBI, etc. Each termina is aso identified with an abbreviation of the circuit wire that is to be connected to it (SIG -, SIG +, ZON -, ZON +, etc.). Use the foowing resistor coor code 5) to identify the end-of-ine resistors (EOLRs) used in the instaation: ORANGE ORANGE RED GOLD BROWN BLACK ORANGE GOLD BROWN BLACK RED GOLD 3,300-OHM (3.3K, 1 WATT) RESISTOR O,OOO-OHM (OK, /z WATf) RESISTOR,OOO-OHM (1 K, 1 WATT) RESISTOR FIGURE 5 12

15 A wiring must be in accordance with oca codes. A wiring shoud be in accordance with Nationa Eectric Code, Artice 760. A neaty wired system wi hep assure an accurate inspection of a connections and simpify troubeshooting. GENERAL REQUIREMENTS FOR SYSTEM WIRING These requirements are intended to aid the instaer in making a safe and troube-free instaation, but they are not intended to circumvent any pertaining and/or required codes, aws, reguations, etc. Note: These wiring specifications are subject to oca authority approva. Genera Wiring Requirements For Fire Aarm Systems 1. A wires are to be copper conductors ony. 2. A wiring, except incoming power and ground connecting wires, must be free from grounds or shorts and have a resistance of one megohm, or higher, to earth. 3. Metaic conduit, metaic raceway, pastic pipe, pastic raceways, or approved power imited fire aarm cabe may be used. If metaic conduit is used, the foowing must be observed: If the continuity of the metaic conduit is not maintained, then a 12AWG (minimum) drain wire must be used between the break of metaic conduit. The drain wire wi be connected to the metaic conduit at both ends. 4. Ony system wiring can be run in the same conduit, pipe raceway, or muticonductor cabes. 5. Where system wires pass through foors or fire-rated was, the instaation sha be made to prevent the spread of fire from foor to foor (i.e. patching of hoes, fire stops, etc.). 6. A system wiring subject to physica damage sha be mechanicay protected based on the environment the cabe is subjected to. 7. Each device - pu station, detector, horn, be, etc. - must have its own encosure such as a back box, outet box, etc. 8. A minimum of 6 inches of free conductor wi be required in each eectrica box to faciitate terminations. A 12-inch service oop of cabe is required for a continuous pus through an eectrica box. 9. Unused openings in eectrica boxes sha be propery banked off with suitabe protection equivaent to the wa thickness of the equipment. A spice boxes sha have a bank cover. 10. A wiring sha be terminated with U.L. isted devices (i.e. wire nuts, pressure connectors, etc.). Wiring terminated with ony eectrica tape is not permitted. A spicing (free ends of conductors) sha be covered with an insuation equivaent to that of the conductors. Genera Wiring Requirements For Fire Aarm Systems Using Pastic Pipe, Pastic Raceway Or Approved, Power Limited Fire Aarm Cabe. 1. In ieu of a metaic raceway and when a system wire run is adjacent and parae to other buiding wire runs, a minimum distance of 6 inches sha be maintained between the different wire runs. 2. In ieu of a metaic raceway and when a system wire run is to cross over other buiding wire runs, the system wire runs sha cross over at a go-degree ange to the other buiding wire runs and have a minimum 6-inch service oop between the different wire runs. 13

16 3. A fire aarm cabes sha be supported within 6 inches of every eectrica box at 4 /2-foot intervas. Aong the wiring path, ony insuated stapes or nyon tie-wraps wi be permitted. Eectrica tape is not an acceptabe means of securing. 4. A fire aarm cabes entering an eectrica box must be provided with a connector that provides strain reief and protection for the cabe. A cabe entering an eectrica box with no mechanica protection is not aowed. 5. A fire aarm cabes sha maintain a minimum distance of 3 feet from every recessed fixture due to excessive heat radiation caused by the fixture, e.g. high-hat fixtures. Cabes sha not be instaed in direct contact with ay-in fixture baasts. 6. Where fire aarm cabes pass through foors or fire-rated was, the cabes sha be mechanicay protected by metaic conduit, metaic raceway, pastic pipe or pastic raceway to a minimum of seven feet. 7. Where fire aarm cabes are exposed to the weather, the cabes sha be shieded or run in metaic raceway with approved weatherproof or rain-tight fittings. SYSTEM WIRING SPECIFICATIONS Incoming Source - Power Wiring Life Safety Branch Circuit, or as required by oca code. Pane draws two amps max. at 12OV, 60Hz via a fused disconnect or circuit breaker. Wiring - Use two 14AWG wires, or 14AWG cabe. Earth Detection Source - Connection sha be made to an approved dedicated earth connection per NEC Artice 250 (NFPA 70). Wiring - Use 14AWG wire. Aarm-Initiating Device Wiring Aarm-initiating devices - Manua pu stations, automatic heat detectors and automatic smoke detectors. Wiring -Four circuits with 2 wires per circuit. Each circuit terminates with a 3.3k-ohm end-of-ine resistor. Use 18AWG to 14AWG wire. Note: If using 4-wire detectors, refer to Step 4 on page 22. The RMT + output used can suppy up to 500MA of fitered, reguated 24VDC. Max. oop ine resistance for each circuit is 50 ohms if two-wire detectors are used. 14

17 Aarm-Notification Appiance Wiring Aarm-notification appiances - Horns, bes and visua units. Wiring - Two-wire circuit terminating with a 1 OK-ohm end-of-ine resistor. Use 18AWG to 14AWG wire. Note: Because the system s tota signa power is 2 amps, the number of notification appiances and the wire ength that can be used in the notification circuit is imited. Refer to Tabe 2 to determine the maximum number of notification appiances and the tota wire ength that can be used in the notification circuit. Line distance was determined based on. A per device and devices spaced at equa distances. (For circuits where a devices are ocated at end of the circuit, contact your oca Simpex Branch Office). Wiring distance is /2 the distance for Stye Z, 4-wire notification appiance circuits. TABLE 2 1 NUMBER MAX. WIRE DISTANCE TO LAST DEVICE IN FEET 1 t NUMBER MAX. WIRE DISTANCE TO LAST DEVICE IN FEET i DEikES 18AWG 16AWG 14AWG DEViES 18AWG 16AWG 14AWG Auxiiary Aarm Reay Contacts (If Used) Devices - Damper and fan contros, smoke door reeases, eevator contro etc. Source - Externa 30VACI30VDC 61..2A, dependent upon devices that are used. Wiring - Two Form C contacts avaiabe which transfer upon automatic aarm. Use 18AWG to 14AWG wire. Troube Reay Contacts (If Used) Devices - Horns, bes, ights, etc. Source - Externa 30VAC30VDC dependent upon devices that are used. Max. oad is 2 amps resistive. Wiring - One Form C contact avaiabe which transfers upon a troube condition. Use 18AWG to 14AWG wire. INSTALLATION CHECKLIST (REFER TO WIRING DIAGRAM ) This section provides a systematic method for instaing the system. Upon competion of a procedura step, pace a checkmark in the appropriate box in the eft coumn. If a probem occurs with the instaation, refer to the appropriate page isted in the right coumn of the checkist beow. The information found on that page wi provide a detaied description of a specific part of the instaation. If your probem is not resoved, ca a oca Simpex Branch Office isted in the Yeow Pages. If you wish, you may go directy to page1 8 and use the detaied instructions to insta the system. 15

18 INSTALLATION CHECKLIST ef Procedure DETAILED INSTRUCTION SEE PAGE(S) c 1. Mount contro pane. If using optiona modues, battery meter modue and/or aarm reay modue, mount them using the instructions suppied with each 18 modue. c 2. If using externa battery cabinet, mount it. 18 c 3. Insta periphera devices and connect end-of-ine resistors across terminas of the ast device in the notification-appiance circuit and initiating-device circuits used. c 4. Check buiding (system) wiring for absence of votage, opens, and shorts Steps 5 through 21 describe the connections to the pane s terminas. c 5. Connect ground wire to green ground screw. C 6. Connect notification-appiance circuit to TB2-5 (SIG +) and TB2-6 (SIG -). (Connect circuit to transient suppressor or combination board if used [see pages 28 and 291.) 21 (Step 1A) 21 c 7. Connect initiating-device circuits to appropriate terminas on TB4 (connect 21 (Step 3) circuits to transient suppressor board, zone disconnect board, or transient suppressor/zone disconnect board if used [see pages 28 and 291). If system contains coded manua stations, connect coded stations to terminas designated for Zone 1 and cut jumper JW2. 0 a. If four-wire detectors are used, connect circuit for detectors to TBZ-3 (AUXt) and TB2-4 (AUX -). Connect TB3-9 (RMT +) to TB2-2 (EXT PWR) and cut 22 (Step 4) jumper JW3. c 9. If using an auxiiary power suppy, connect it to TB2-2 (EXT PWR) and TB (Step 5) (AUX - ). Cut jumper JW3. C 10. If using a water-fow switch, connect as foows: Connect waterfow switch (N/O) 23 (Step 6) to TB4-5 (ZON3 + ) and TB4-6 (ZON3 -). Connect tamper switch (N/C), if used, to TB4-7 (ZON4+) and TB4-8 (ZON4-). (Connect switches to transient suppressor board, zone disconnect board, or transient suppressor/zone disconnect board, if used [see pages 28 and 291.) If using a remote annunciator, connect it to terminas on TB2 and TB3. If 23 (Step 7) supervision of annunciators is desired, and if aarm reay modue is not being used, remove appropriate jumpers JW4, JW5, JW6 and JW7 (refer to Tabe 4), and appropriate resistors R84, R85, R86, and R If using an aarm reay modue, connect it to terminas on TB2 and TB3. If using with an annunciator, DO NOT REMOVE INDICATED ANNUNCIATOR 24 (Step 8) JUMPERS OR RESISTORS. r- c 13. If remote troube devices are used, connect them to the troube reay terminas 24 (Step 9) (TB3). I 16

19 INSTALLATION CHECKLIST (continued) Id Procedure DETAILED INSTRUCTION SEE PAGE(S) I C 14. If remote aarm devices are used, connect them to the auxiiary reay terminas 25 (Step 10) (TB5). I a 15. Configure jumpers on JW in accordance with Figure (Step 11) 1 I If city circuit is used, connect it to TB5-1 (CITY + ) and TB5-2 (CITY - ). 26 (Step 12) 1 I c 17. Connect AC power to transformer eads. DO NOT APPLY POWER. 26 (Step 13) 1 c 18. Connect batteries as indicated. DO NOT CONNECT WHITE BATTERY WRES 26,27 NOW. If used, connect battery meter modue to batteries. I Set DIP switch package SW1 in accordance with Tabe 6. I C 20. Appy system power. 31 and 32 1 I Test the system. 32 (Step 6) 1 I 17

20 INSTALLATION PROCEDURES CONTROL PANEL MOUNTING (Refer to Figure 6) 1. Unock and open pane door. 2. Unsnap and remove pane overay from circuit card. 3. Remove knockout pugs on box assemby for wire entry. 4. At contro pane mounting ocation, position contro pane and secure with fasteners which are capabe of supporting pane with batteries. Hoes are provided at rear of box for securing pane to wa. 5. Enter externa wires into contro pane. For semi-fush mounting, insta trim pane and secure with six screws. 6. If using transient suppressor, zone disconnect, or combination transient suppressor/zone disconnect board, insta board as foows: a. Secure hex spacers to studs on box assemby. b. Aign board with spacers and secure with four screws. c. Connect cabe to board and contro pane as shown (bue edge of cabe shoud ine up with pin 9 on each connector). 7. If using externa battery cabinet, mount it using the instructions provided with the cabinet. The battery cabinet shoud be cose-nipped to the contro pane (maximum two feet apart). 8. If using battery meter modue or aarm reay modue, mount it using the instructions provided with the modue. Make sure the modue is within six inches of the contro pane. 9. PERFORM THIS STEP ONLY IF PANEL USES ALARM VERIFICATION. An aarm verification abe (P/N ) is provided with the contro pane. In the space abeed CIRCUIT (ZONE), indicate the zones for which aarm verification is used. (Refer to Notes 2 and 3 on Page 8.) In the space abeed CONTROL UNIT DELAY - SEC, enter the number If required by oca codes, insta the red pee and stick appique on the contro the instructions provided with the appique. pane door using MOUNTING HOLES - \\I I CIRCUIT CARD Note!: BOX ASSEMBLY DO NOT ENTER WIRES AT BATTERY LOCATION SUPPRESSOR BOARD, OR ZONE DISCONNECT BOARD, OR COMBINATION TRANSIENT SUPPRESSOR/ZONE DISCONNECT BOARD. FIGURE 6 18

21 MOUNTING AND WIRING PERIPHERAL DEVICES (REFER TO WIRING DIAGRAM ) 1. Determine mounting ocations of periphera devices and insta system wires from the mounting ocation of each periphera device to the contro pane via junction boxes (if used): 2. Insta wires for the pane s input power. WARNING: DANGEROUS VOLTAGE (120VAC) MAY EXIST AT POWER INPUT. MAKE SURE PROPER CIRCUIT BREAKER OR FUSED DISCONNECT SWITCH AT BUILDING S POWER DISTRIBUTION IS SET TO THE OFF POSITION. 3. Insta a periphera devices (detectors, horns, pu stations, etc.) and connect them to the appropriate wires. (Refer to the instaation instructions packed with the devices.) Connect a 3.3K-ohm end-of-ine resistor (EOLR) across the terminas of the ast device in each initiating circuit and mark the device accordingy (see Figure 7). Connect a 1 OK EOLR across the terminas of the ast device in each notification appiance circuit and mark the deyj:e accordingy (see Figure 8). INITIATING DEVICE CIRCUIT (ZONE 1, 2,3, OR 4) NOTIFICATION APPLIANCE CIRCUIT FIGURE 7 FIGURE 8 4. If any of the designated zone terminas on the pane do not have initiating devices connected to them, connect a 3.3K EOLR across those terminas (Fig. 9). (If using the transient suppressor, the zone disconnect, or combination board, see page 28.) TB4 WHEN NO WIRES ARE CONNECTED TO ZONE (INTATING) TER- MINALS, CONNECT A 3.3K EOLR ACROSS THOSE TERMINALS. FIGURE 9 19

22 BUILDING WIRING CHECKOUT PROCEDURE (REFER TO WIRING DIAGRAM ) 1. Check notification appiance and initiating device circuits for absence of votage, shorts, or opens as foows: A. At the contro pane, ocate the notification appiance or one of the initiating device circuits. B. Set vot-ohmmeter to 300VAC. C. Pace meter probes so that back probe is on - wire and red probe is on + wire. Vot-ohmmeter shoud read OV (Fig. 10). If you read a votage, check circuit wiring. D. Set vot-ohmmeter to GOVDC and repeat step 1c. E. Set vot-ohmmeter to OHMS X 10 and pace meter probes as described in Step 1 C. If reading indicates no continuity (open circuit, see Fig. 11) or a short circuit (see Fig. 12), ocate and correct open/short in circuit. Note: If reading indicates an open circuit in an initiating circuit, make sure that a smoke detector heads are mounted and seated in their bases. F. Repeat Steps 1 A thru 1 E for a zone circuits. FIGURE 10 WIRES 2. Check system s other externa circuits as foows: A. Locate wires for each of the system s circuits not yet tested. B. Check for votage on circuit as described in Steps 1 B thru 1 D. C. Set vot-ohmmeter to OHMS X 10 and pace meter probes across circuit being tested. Reading shoud indicate an open circuit (Fig. 11). If reading indicates a short circuit (Fig. 12) or something ess than infinity (a), check circuit wiring. Notes: 1. Normay-cosed (N/C) reay circuits (auxiiary reays and troube reay) wi correcty read 0 ohms. 2. City circuit (if used) wi read 15 to 5000 ohms depending on type of city connection. D. Repeat Steps 2A thru 2C for the externa circuits not yet checked. FIGURE 11 FIGURE 12 THIS READING INDICATES AN OPEN CRCUT DING SA RCUIT 20

23 CONTROL PANELTERMINAL CONNECTIONS (REFER TO WIRING DIAGRAM ) Note: The pane must be connected to a separate earth ground per Artice 250 of the Nationa Eectrica Code (NFPA 70). GREEN GROUND SCREW \ 1. COI inect earth ground detection circuit as foows: A. 8. Connect ground wire to green ground screw (Fig. 13) on box assemby. Connect other end of ground wire to an approved earth ground (metak cod water pipe, driven ground rod, etc.). I--- F 2. Connect indicating appiance circuit to TB2-5 (SIG - ) and TB2-6 (SIG -. ) (Fig. 14). Note: If the system contains the transient suppressor board, connect notificar:,i +;n? circuit ;o the sup;3resss; t;;a;i instead of the pane terminas (see Page 28). TO NOTIFICATION APPLIANCE CIRCUIT (IF SUPPRESSOR/ DISCONNECT BD IS NOT USED) TRANSIEi4T SUPPRESSOR BOAR0 FIGURE Connect initiating (zone) circuits to the foowing terminas (refer to Tabe 3 and Fig. 15): TO INITIATING CIRCUITS (IF SUPPRESSOR/DISCONNECT BD IS NOT USED) - - TABLE 3 ZONE TERMINALS 1 TB4-1 (ZON +) & TB4-2 (ZON -) 2 TB4-3 (ZON2 + ) & TB4-4 (ZON2 - ) 3 TB4-5 (ZON3 + ) & TB4-6 (ZON3 - ) 4 TB4-7 (ZON4 + ) & TB4-8 (ZON4 - ) FIGURE? 5 21

24 CONTROL PANEL TERMINAL CONNECTIONS - Continued Notes: 1. If the system contains the transient suppressor board, the zone disconnect board, or the transient suppressor/zone disconnect board, connect initiating device circuits to the suppressor or disconnect board instead of the pane terminas (see Page 28). 2. If any of the designated zone terminas do not have aarm devices connected to them, a 3.3K EOLR must be connected across those terminas (or the appropriate terminas on the suppressor board or zone disconnect board, if used). 3. If the system contains the waterfow/sprinker feature, connect waterfow-initiating devices to terminas designated for zones 3 and 4 (see Page 23). 4. If the system contains coded manua stations, connect stations to zone 1 and cut jumper JW2 (Fig. 15). 4. If the system contains 4-wire detectors, do the foowing: A. Connect a wire between the RMT + termina (TB3-9) and the EXT PWR termina (TB2-2). B. Cut jumper JW3 on the contro pane as shown in Figure 16. C. Connect the wires used to power the detectors as shown in Figure 16. TO 4-WIRE TB3 FIGURE If using a 24VDC auxiiary power suppy, cut jumper JW3 and connect the suppy as shown in Figure 17. USE OF EXTERNAL POWER MAY VOID POWER LISTING ON THAT CIRCUIT. CAUTION: Make-sure that power is not connected to the auxiiary power suppy throughout the instaation. votage (24VDC) may cause damage to the pane during the instaation. Its TO AUXILIARY POWER SUPPLY (IF USED) TB2 FIGURE 17 22

25 6. If waterfow/sprinker switch circuits are used, connect as foows: A. Connect the waterfow switch (normay open) as shown in Figure 18. Make sure 3.3K resistor is connected to circuit as shown in wiring diagram B. Connect the sprinker tamper switch (normay cosed) as shown in Figure 18. Make sure resistors (1 K and 820Q 1 watt) are connected to circuit as shown in wiring diagram Note: If the system contains the transient suppressor, zone disconnect or transient suppressor. zone disconnect board, connect the waterfow, sprinker circuits to the board instead of the pane terminas (see Page 28). TO WATERFLOW SW AND SPRINKLER TAMPER SW (IF SUPPRESSOR/DISCONNECT BD IS NOT USED) FIGURE If using a remote annunciator or remote annunciator with remote troube station and remote acknowedge switch, connect to pane as foows (see Fig. 19, page 24, for reference): Notes: 1. Perform ony Steps 7A through 7C if you are instaing the remote annunciator. 2. Perform Steps 7A through 7E if you are instaing the remote annunciator with troube and acknowedge. A. Connect the annunciator - wires as indicated in Tabe 4. B. If supervision of annunciators is desired, remove the appropriate jumper(s) and resistor(s) indicated in Tabe 4. C. Connect the RMT+ wire to TB3-9 (RMT + ). D. Connect the REM ACK wire to TB2-1 (REM ACK). E. Connect the TBL RMT wire to TB3-8 (TBL RMT). TABLE 4 ZONE -TERMINAL JUMPER REMOVED RESISTOR REMOVED ~ SEE CAUTION BELOW, (SEE CAUTION BELOW) 1 1 TB3-4 (ANN-) JW4 R84 2 (if used) TB3-5 (ANN2-) JW5 R85 3 (if used) TB3-6 (ANN3-) JW6 R (if used) TB3-7 (ANN4-) JW7 R87 CAUTION: If aarm reay modue is used, DO NOT REMOVE JUMPERS OR RESISTORS! 23

26 CONTROL PANEL TERMINAL CONNECTIONS - Continued JW4 JW5 JW6 JW7 FIGURE If aarm reay modue is used, connect it to TB2, TB3, and TB5 on the pane as foows (refer to Figure 19): A. Connect the reay modue s ANN1 wire (TB-1) to TB3-4 (ANNI-). Connect the reay modue s ANN2 wire (TB-2) to TB3-5 (ANN2-). Connect the reay modue s ANN3 wire (TB-3) to TB3-6 (ANN3-). Connect the reay modue s ANN4 wire (TB-4) to (ANN6). B. Connect the reay modue s AUX- wire (TB2-8) to TB2-4 (AUX-). Connect the reay modue s AUX + wire (TB2-7) to TB5-6 (NO of AUX). C. Connect a wire from the pane s RMT + (TB3-9) to TB5-7 (C of AUX). D. Refer to the system wiring diagrams, , for information on connecting externa devices. 9. If remote troube devices are used, connect them to troube reay as foows (Refer to Fig. 20): The troube reay may be used to operate externa circuits. These externa circuits may contain horns, bes, ights or other devices associated with fire aarm systems. Notes: 1. Troube reay wi activate upon a troube condition. 2. Troube reay contacts are Form C dry contacts and are rated 2 amps maximum at 30VAC30VDC (resistive rating). A. Connect positive (DC) or hot (AC) ead of votage source to TB3-2 (the common [C] contact of the troube reay). B. If devices are to be turned on during a troube condition, connect ead from remote devices to TB3-3 (the normay open [N/O] contact of the troube reay), or if devices are to be turned off during a troube condition, connect ead from remote devices to TB3-1 (the normay cosed [N/C] contact of the troube reay. n 24

27 FIGURE If remotey controed devices are used, connect them to auxiiary master aarm reay as foows (refer to Fig 20): The auxiiary reay may be used to operate externa circuits. These externa circuits may contain ights, fan contros, door reeases or other devices associated with fire aarm systems. Notes: 1. Reay wi activate upon aarm. 2. Auxiiary reay contacts are Form C dry contacts and are rated 2 amps maximum at 30VACI30VDC (resistive rating). USE OF EXTERNAL POWER MAY VOID POWER LIMITED LISTING ON THAT CIRCUIT. A. Connect positive (DC) or hot (AC) ead of votage source,,to TB5-7 (the common [C] contact of the AUX 1 reay). B. If d%ices are to be turned on during aarm, connect ead from remote devices to TB5-6 (the normay open [N/O] contact of the AUX 1 reay). If devices are to be turned off during aarm, connect ead from remote devices to TB5-8 (the normay cosed [NC] contact of the AUX 1 reay). - C. Repeat steps 1 thru 3 for the AUX 2 reay (if used).use appropriate terminas TB5-4 (common), TB5-3 may open) and TB5-5 (normay cosed). ( nor- City Connections 11. Configure jumper JW as shown in Figure 21. (If unabe to determine type of monitoring method being connected to the pane, ask the municipa monitoring faciity.) Note: Jumper JW is a header pug with pug-in jumpers. This pug is used to configure the system when the city feature is not used or when using reverse poarity, oca energy master box, or shunt city connections. FOR REVERSE POLARITY FOR SHUNT FOR LOCAL ENERGY FOR NO CITY JW JW CONNECTION JW FIGURE I Ei 00 I : LJ :

28 CONTROL PANEL TERMINAL CONNECTIONS - Continued 12. If using a city circuit (municipa monitoring faciity), connect it as shown in Figure 22, FIGURE 22 WAMWVG: DANGEROUS VOLTAGE (120VAC) MAY EXIST AT POWER INPUT. MAKE SURE PROPER CIRCUIT BREAKER OR DISCONNECT SWITCH AT BUILDING S POWER DISTRIBUTION IS SET TO THE OFF POSITION. AC Power Connection The contro pane must be connected to 120V 60Hz power, and a 120VAC wires must be routed separatey from other wires in the contro pane. (220! 240V 50Hz is used if your system is a ). 13. Connect back power ead (hot) to back ead from transformer input. Connect white power ead (neutra) to white ead from transformer input (Fig. 23). TO 120 VAC FUSED OUTLET \ FIGURE PERFORM THIS STEP ONLY IF USING THE BATTERY METER MODULE. Insta the battery meter modue using the instructions provided with it. Discard the harness shipped with the contro pane and use the harness suppied with the meter modue. Connect the battery meter modue to the batteries as shown in Figure 24A. DO NOT CONNECT BATTERY JUMPER. ON 4001 ccutrol PANEL LEAVE W TE JUMPER DISCONNECTED WHITE NOTE BATTERIES MOUNT IN CONTROL PANEL 00 NOT USE HARNESS SHIPPED WIT BATTERIES FIGURE 24A Note: If using 18AH batteries in an externa cabinet without meter modue, proceed to Step

29 , Connect battery to contro pane as foows: CAUTION: Check a battery connections carefuy for poarity. REVERSED CONNECTIONS MAY DAMAGE EQUIPMENT. A. Connect red wire of battery harness (without connector) to TB-3 (BAT+). Connect back wire (without connector) to TB-4 (BAT - ). See Figure 248. B. Pace two 12-vot batteries in box assemby as shown in Figure 248. C. Connect red wire of battery harness (with connector) to positive (+) termina of one battery. Connect back wire of battery harness (with connector) to negative (-) termina of other battery. See Figure 24B. CAUTION: Do not connect the white jumper wire to battery terminas now. BATTERY POWER MAY CAUSE DAMAGE TO EQUIPMENT DURING INSTALLATION. 16. PERFORM THIS STEP ONLY IF 18AH BATTERIES ARE BEING USED WITHOUT BATTERY METER MODULE IN AN EXTERNAL BATTERY CABINET. A harness is provided that extends from the battery cabinet to the contro pane. Discard the harness suppied with the contro pane and use the harness suppied with the battery cabinet. Connections are described beow. Note that you must run the harness through the knockout in the battery cabinet cosest to the contro pane, and up to the battery termina (TB). CAUTION: Check a battery connections carefuy for poarity. REVERSED CONNECTIONS MAY DAMAGE EQUIPMENT. Connect battery to contro pane as foows: A. Connect red wire of battery harness (without connector) to TB-3 (BAT+). Connect back wire (without connector) to TB-4 (BAT - ). See Figure 24B. B. Pace two 12-vot batteries in box assemby. C. Connect red wire of battery harness (with connector) to positive ( + ) termina of one battery. Connect back wire of battery harness (with connector) to negative (-) termina of other battery. See Figure 248. CAUTION: Do not connect the white jumper wire to battery terminas now. BATTERY POWER MAY CAUSE DAMAGE TO EQUIPMENT DURING INSTALLATION. LEAVE WHITE ) JUMPER DISCONNECTED NOTE: IF BATERIES ARE IN EXTERNAL CABINET, ROUTE HARNESS THROUGH KNOCKOUT CLOSEST TO CONTROL PANEL. FIGURE 24B 27

30 TRANSIENT SUPPRESSOR, ZONE DISCONNECT, OR COMBINATION TRANSIENT SUPPRESSOR/ZONE DISCONNECT BOARD TERMINAL CONNECTIONS (REFER TO WIRING DIAGRAM AND FIGURE 25) Note: Perform Steps 1 through 4 if the system is using the transient suppressor board or combination board. Perform ony Steps 2 through 4 if the system is using the zone disconnect board. 1. Connect notification appiance circuit to the foowing terminas on the transient suppressor board: TB-9 (SIG +) and TB-10 (SIG -). TO INITIATING DEVICE TO NOTIFICATION CIRCUITS (SEE APPLIANCE CIR- CU I (S EE CTED 4 STEPS 3 & 4) I - TO INITIATING DE\ ICE TO NOTIFICATION APPLIANCE CIRCUIT CIRCUITS (SEE TO INITIATING DEVIC CIRCUITS (SEE STEPS 3 TRANSIENT SUPPRESSOR BOARD COMBINATION TRANSIENT SUPPRESSOR/ZONE DISCONNECT BOARD ZONE DISCONNECT BOARD 4 / / IMPORTANT: WHEN NO WIRES ARE CONNECTED TO ZONE (INITIATING) TER- MINALS, CONNECT A 3.3 K EOLR ACROSS THOSE TERMINALS. FIGURE (If not aready done) Route ribbon cabe from connector P on board to connector P on contro pane. Ensure that the side of the cabe marked in dark bue ines up with pin 9 on each P. 3. Connect initiating device circuits to the foowing terminas (refer to Tabe 5): Notes: 1. If any of the designated zone terminas on the suppressor or disconnect board do not have initiating devices connected to them, a 3.3K EOLR must be connected across those terminas. 2. If the system contains the water-fow/sprinker feature, connect water-fow-initiating devices to the suppressor or disconnect board terminas designated for zones 3 and 4 (see Step 4). 28

31 TRANSIENT SUPPRESSOR, ZONE DISCONNECT, OR COMBINATION BOARD TERMINAL CONNECTIONS - Continued TABLE 5 4. Connect waterfow/sprinker circuits (if used) to suppressor, disconnect, or combination board as foows: A. Connect the waterfow switch (normay open) to TB-5 (ZON3 - ) and TB-6 (ZON3 + ). B. Connect the sprinker tamper switch (normay cosed) (if used) to TB-7 (ZON4 - ) and TB-8 29

32 SYSTEM PROGRAMMING Notes: 1. DIP switch package SW1 programs the system for genera aarm operation or for the options isted in Tabe If no options are desired, make sure a DIP switches are set to the ON position. 3. When the system has operating power, you must RESET it when switch positions are changed. 1. Go to the OPTIONS coumn in Tabe 6 and seect one option from each of the tabe s six groups: TEST, CODING, CODED INPUT ON ZONE 1, WATERFLOWSPRINKLER OR SILENCE INHIBIT, ALARM VERIFICATION or SIGNAL CUTOUT (Fig. 26). 2. Set DIP switch package SW1 in accordance with the options seected. ON POSITION / - TEST (Group 1) CODING._ (Group 3) > - CODED INPUT ON ZONE 1... (Group 3) WATERFLOW/SPRINKLER I-- OR SILENCE INHIBT (Group 4) - ALARM VERIFICATION... (Group 5) - SIGNAL CUTOUT (Group 6) FIGURE 26 TABLE 6 GROUP 1 i GROUP3 -j u1 3 Note: For Genera aarm, a switches shoud be ON. GROUP 5 -! t Aarm Verification Not Seected I GROUP 6 Notification Appiance Cutout Not Seected 1 ON Notification Awiance Cutout bianas stop sounding 10 1 ncc Note: Aways RESET the system after programming or reprogramming. 30