PC1500 - Manual Instalare.pdf

8/16/2019 PC1500 - Manual Instalare.pdf

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TABLE OF CONTENTS

FEATURES 2

K eypad Program m able .....................................................................2EEPR O M M em ory ..............................................................................2Static/Lightning Protection ................................................................2Supervision ........................................................................................2O peration ...........................................................................................2

SPECIFICATIONS 2

PC 1550 C ontrol Panel.......................................................................2PC 1500R K K eypad ............................................................................2

INSTALLATION 3

M ounting the Panel............................................................................3M ounting the K eypad ........................................................................3A uxiliary Pow er C onnection ...............................................................3PG M Term inal C onnections............................................................... 3B ell/Siren C onnection ........................................................................3K eypad W iring ................................................................................... 3Fire Zone W iring ................................................................................3B urglary Z one W iring .........................................................................3A C Pow er W iring ................................................................................3B attery C onnection ............................................................................3Telephone Line W iring .......................................................................3

GUIDELINES FOR LOCATING SMOKE DETECTORS 4

KEYPAD FUNCTIONS 5

Introduction ........................................................................................5M aster C ode ...................................................................................... 52nd M aster C ode ...............................................................................5

Installer’s Program m ing C ode ...........................................................5A rm ing ................................................................................................5A uto-Bypass/H om e-Aw ay A rm ing ..................................................... 5A rm ing W ithout Entry D elay ..............................................................5D isarm ing ...........................................................................................5Zone B ypassing .................................................................................5Trouble C onditions ............................................................................5A larm M em ory....................................................................................6D ow nloading C allup C om m and ........................................................ 6U ser Program m ing C om m ands .........................................................6EEPR O M R eset..................................................................................6U ser Function C om m ands .................................................................6U tility O utput C om m and ....................................................................7Installer’s Program m ing C om m and ................................................... 7A rm ing w ithout Entry D elay ............................................................... 7A rm ing For The N ight........................................................................7Q uick-Exit C om m and .........................................................................7Q uick-A rm C om m and ........................................................................7

K eypad Zones ...................................................................................7PROGRAMMING GUIDE 8

Introduction ........................................................................................8Program m ing .....................................................................................8Program D ata R eview ........................................................................8B inary D ata D isplay ...........................................................................8H EX D ata Program m ing ....................................................................8

PROGRAMMING SECTIONS 8

[00] Binary Program m ing ..................................................................[01] 1st Phone N um ber .....................................................................[02] 1st A ccount C ode ......................................................................[03] 2nd Phone N um ber....................................................................[04] 2nd A ccount C ode .....................................................................[05] to [10] R eporting C odes ............................................................[05] Zone A larm R eporting C odes ....................................................[06] Zone R estoral R eporting C odes ................................................[07] C losing (Arm ing) R eporting C odes ...........................................Partial C losing R eporting C ode .........................................................

[08] O pening (D isarm ing) R eporting ................................................C odes A fter A larm R eporting C ode ..................................................[09] P riority A larm s and R estorals ....................................................[10] M aintenance A larm s and R estorals.........................................1[11] Zone D efinitions .......................................................................1[12] 1st System O ption C ode ..........................................................1[13] 2nd System O ption C ode ........................................................1[14] 3rd System O ption C ode .........................................................1[15] C om m unication Variables ........................................................1[16] Zone B ypass M ask ..................................................................1[17] System Tim es ...........................................................................1[18] A uxiliary D elay Loop ................................................................1Entry/Exit Tim es ...............................................................................1[19] System C lock Tim es .................................................................1[20] N ew Installer’s C ode ................................................................1[21] N ew M aster C ode ....................................................................1[22] 2nd M aster C ode .....................................................................1[23] C om m unication Form ats ..........................................................1

[24] Program m able O utput O ptions ................................................1PG M Term inal..................................................................................1[25] C om m unicator C all D irections .................................................1[26] D ow nloading Telephone N um ber............................................1[27] D ow nloading A ccess C ode .....................................................1[28] Panel Identification C ode .........................................................1[29] Num ber of Rings B efore A nsw ering ........................................1[30] R eset to Factory D efault ..........................................................1[31] 4th System O ption C ode ..........................................................1[32] 5th System O ption C ode ..........................................................1[33] Answ ering M achine D ouble C all Tim er ...................................1[34] 6th System O ption C ode ..........................................................1[35] LIN K S1000 Test Reporting C ode ............................................1[36] K eypad Lockout C ontrol..........................................................1[90] Installer’s Lockout Enable ........................................................1[91] Installer’s Lockout D isable .......................................................1

FOR THE RECORD 15

PROGRAMMING WORK SHEETS 16

NOTES FOR UL INSTALLATIONSThis equipm ent is U L listed in accordance w ith standard U L1023(H ousehold B urglar - A larm System U nits), standard U L985(H ou seh old Fire W arning U nits) and U L1635 (D igital A larmC om m unicator System U nits).

This eq uipm ent has the capab ility of being prog ram m ed foroperational features that are not allow ed for U L recognizedinstallations. To stay w ithin the standard for household applications,the installer should use the follow ing guidelines w hen configuringthe system .1. A LL com ponents of the system should be U L listed for the

inten d ed ap p lica tion . N ote elsew he re in this m an ua l,recom m endations for sm oke detectors and battery to b e usedw ith this eq uipm ent.

2. If this system is configured for “Fire”, the installer should refer toN FP A Standards #74 for details on locating sm oke detectors.W hen the "Fire" feature is enabled , there m ust be at least one U Lrecog nized ind oor Fire A larm W arning Signaling A ppliance.

3. M axim um allow ed entry tim e = 45 second sM axim um allow ed exit tim e = 60 second sM inim um allow ed bell cutoff tim e = 4 m inutes

4. U ser bypass m ust be enabled so that a user code is req uired

bypass zones.5. The installer should caution the user to N O T give systinform ation to casual users. Eg. C od es, bypass m ethods, etcbabysitters or hom e service people. O nly the “O ne-Tim e”ucode should be g iven to the casual user.

6. The installer should ad vise the user and note in the user m anu• Service organization nam e and telep hone num ber• The p rogram m ed exit tim e• The program m ed entry tim e

7. R em ote program m ing m ust be disabled.8. The M aster C od e should be changed from the factory defa

setting and the new M aster C ode recorded in the U ser M anu9. To achieve 24 hour battery stand -by, the com bined A U X a

A larm Load shall not exceed 90m A and 600m A respectively12V 7.0A h sealed lead-acid b attery shall be em ployed.


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2

Features

Keypad ProgrammableThe PC 1550 is com plete w ith a default prog ram so that it isop erational w ith a m inim um of prog ram m ing . The control panel iscom pletely prog ram m ab le from the keyp ad.

EEPROM MemoryThe panel uses EE PR O M m em ory w hich w ill retain all prog raminform ation even if A C and battery pow er are rem oved from thepanel. The EE PR O M m em ory can be reprogram m ed thousands oftim es.

Static/Lightning ProtectionThe P C 1550 has been carefully designed and tested to p rovidereliable p rotection against static and lightning induced transients.O ur special “Zap -Trac”circuit board design catches high voltag etransients right at the w iring term inals, and transient protectiondevices are p laced in all critical areas to further reduce d am agingvoltages.

Supervision•Low or disconnected battery

•Loss of A C pow er

•Fuse open

•Loss of tim e on system clock

•M icroprocessor “W atchdog”circuitOperation•Dow nload / U pload capab ility

•Program m able auto dow nload ing

•60 sec b ypass of zones on p ow er up

•Sw ing er shutdow n

•Transm ission delay

•Six access codes

•“M aster key”code

•Any one of the six zones m ay be program m ed as a fire zone

•Tem poral Fire Pattern

•Prog ram m ab le test transm ission

•Zone b ypass from the keyp ad•Six zones

•Bell / Siren zone

•Program m able output

•Three dedicated keys (Fire/A uxiliary/Panic)

•Backlit, aesthetically pleasing keyp ad

Specifications

PC1550 Control Panel•Six fully prog ram m ab le zones- EO L resistor supervised op tion- any one of the six zones m ay b e p rog ram m ed as a fire zone- m axim um zone loop resistance: 100 ohm s

•Bell / Siren outputs: 1 am p- steady for burglary- pulsed for fire

•Program m able output: 300 m A12 program m ab le options

•Auxiliary p ow er output: 475 m A

•PC 1500RK keypad , 3 m axim um

•Sealed B attery 11 V D C , 4 A h m inim um•Transform er: 16 V A C , 40 VA

•Panel dim ensions:- 10" high x 8" w ide x 3" deep (254 x 208 x 76 m m )- Surface m ount

•Panel colour: light beige

PC1500RK Keypad•Three keyp ad activated zones:Fire, A uxiliary, Panic

•Backlit keys•5 system lights:

R eady , A rm ed , M em ory, Bypass, Trouble

•6 zone lights

•Keypad dim ensions:- 4.5" H × 4.5" W × 0.93" D (114 × 114 × 23.6 m m )- Surface m ount

•Keyp ad colour: m ist


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should be w ired in series w ith the alarm initiating end-of-lresistor so that should pow er to the detector(s) fail, a fire lotrouble w ill be initiated.

Burglary Zone WiringB urglary zone definition, (eg. D elay, Instant, 24 H r. etc.)program m ed via the keypad. See the Program m ing G uide, sect[11].

Installation

Mounting the PanelSelect a d ry location close to an unsw itched A C source and closeto the telep hone line connection. R em ove the printed circuit board,the m ounting hardw are and the keyp ad from the cardboard retainerinside the cabinet. B efore attaching the cabinet to the w all, pressthe four w hite nylon printed circuit board m ounting studs into thecabinet from the back. O nce the cabinet is m ounted to the w all, pullall the cab les into the cab inet and prep are them for connection.U se a m eter to test the w iring for opens, shorts and ground s. Press

the circuit board onto the w hite nylon m ounting studs. C om plete allw iring to the control panel before ap plying A C pow er or connectingthe b attery.

NOTE: See the Control Panel Wiring Diagram on the insideback cover for more information.

Mounting the KeypadK eypad s should be located close to the designated “Entry-Exit”door(s) and m ounted at a height convenient for all users.

NOTE: C om plete all w iring to the control panel before applying A Cpow er or connecting the battery.

Auxiliary Power ConnectionThe auxiliary pow er sup ply can b e used topow er keyp ad s, m otion d etectors and

other devices that req uire 11 VD C . See theFire Z one W iring section for the connectionof 4-w ire sm oke detectors. The total loadfor the auxiliary pow er output m ust becalculated for all devices connectedacross the A U X + /- term inals and fordevices connected betw een the A U X +and PG M term inals. The output currentcannot exceed 475 m A . A llow 35 m A foreach PC 1500R K keypad connected tothe panel.

PGM Terminal ConnectionsThe P G M term inal is a sw itched negative output w hich can b econtrolled by various prog ram m ing op tions (See Prog ram m ing

G uide section [24]). D evices controlled by the PG M output m ust beconnected betw een the PG M term inal, w hich is (-) and the A ux. (+ )term inal.

Bell/Siren ConnectionO bserve polarity w hen connecting siren d rivers, sirens and polarizedbells.

Keypad WiringU p to three keyp ad s m ay b e connected in p arallel. D o not connectm ultiple keypad s on the sam e keypad w ire run. For StandbyLoading purposes, use a current draw of 35 m A per keypad. Thisrep resents the panel in the disarm ed state w ith tw o zones op en.

Fire Zone WiringA ny one of the 6 zones m ay be p rogram m ed as a Fire Loop. See

Prog ram m ing G uide section [11].Sm oke detectors should be the latching type and have N .O . alarminitiating contacts. Pow er w iring from the A U X + / PG M term inalsshould be supervised using an R M -1 relay after the last sm okedetector. The R M -1 N .O . contacts (closed w ith p ow er ap plied )

AC Power WiringC om plete all w iring to the control panel before connecting Apow er or the battery. D o not plug the transform er into an outlet this controlled by a sw itch.

Battery ConnectionIf the battery is reverse connected, the 5 A fuse w ill blow . Tbattery charging voltag e is factory set and norm ally need s adjustm ent. If the b attery charging voltage is out of adjustm econtact your service representative.

NOTE: The b attery charging voltag e m ust not be adjusted on Ulisted system s.

If A C pow er is O FF and the battery voltag e is approxim ately 9.5

or low er, the battery w ill be disconnected and the panel w ill powdow n. To pow er up ag ain, the A C w ill have to b e re-estab lishe

Telephone Line WiringNOTE: Ensure that plug s and jacks m eet the dim ension, toleran

and m etallic plating req uirem ents of 47 C .F.R . Part Subpart F.

WARNINGFC C restricts using this equipm ent on certain types of telepholines. R ead FC C C om pliance Statem ent at the end of this m anuA lso, do not use this eq uipm ent on a telep hone line eq uipped wa “call holding”feature, as the tone generated m ay interfere wthe com m unicator operations.

Do not connect the alarm panel communicator to telepho

lines intended for use with facsimile (FAX) machines. Thelines may incorporate a voice filter which disconnects the liif other than FAX signals are detected, resulting in incompletransmissions.

AUX

11VDC

FUSE

1 A

LOAD

LOAD

Z1 COM Z2

NC

NO NC

NC

END OF LINERESISTOR1kΩ 0.5W

END OF LINERESISTOR1kΩ 0.5W

EOL RESISTORLOOPS USING

NO & NCDEVICES

EOL RESISTORLOOPS USING

NC DEVICESONLY

NOTE: For U L installations, zone inputs m ust be term inated wnorm ally closed initiating devices or end of line resist

(1K ohm ).


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4

Guidelines for Locating Smoke Detectors

Exp erience has show n that all hostile fires in fam ily living unitsgenerate sm oke to a greater or lesser extent. Experim ents usingtyp ical fires in fam ily living units indicate that detectable quantitiesof sm oke preced e d etectab le levels of heat in m ost cases. Forthese reasons, N FP A standard 72 req uires sm oke detectors to b einstalled outside of each sleeping area and on each ad ditionalstory of the fam ily unit.

The follow ing inform ation is for general guidance only and it isrecom m end ed that N FPA stand ard 72 be consulted and that the

sm oke detector m anufacturer's literature be used for detailedinstallation instructions.

It is recom m ended that ad ditional sm oke detectors beyond thosereq uired be installed for increased protection. The ad ded areasinclud e: basem ent, bedroom s, dining room s, furnace room , utilityroom and hallw ays not protected by the req uired detectors.

Bedroom Bedroom

Basement

LivingRoom

DiningRoom

Bedroom Bedroom

Bedroom

Living RoomKitchen

FIG . 1: A sm oke detector should be located betw een the FIG . 1: A sm oke detector should be located betw een the FIG . 1: A sm oke detector should be located betw een the FIG . 1: A sm oke detector should be located betw een the FIG . 1: A sm oke detector should be located betw een the

sleeping area and the rest of the fam ily unit.sleeping area and the rest of the fam ily unit.sleeping area and the rest of the fam ily unit.sleeping area and the rest of the fam ily unit.sleeping area and the rest of the fam ily unit.

FIG . 3: A sm oke detector sho uld be loc ated on ea ch story of the FIG . 3: A sm oke detector sho uld be loc ated on ea ch story of the FIG . 3: A sm oke detector sho uld be loc ated on ea ch story of the FIG . 3: A sm oke detector sho uld be located on ea ch story of the FIG . 3: A sm oke detector sho uld be loc ated on ea ch story of the

living unit.living unit.living unit.living unit.living unit.

NEVERHERE

Acceptablehere

Top of detectoracceptable here

12"(0.3m)Max.

4"(0.1m)Max.

4"(0.1m)

Ceiling

Wall

NOTE: Measurements shown are tothe closest edge of the detector.

FIG . 4: Sm oke D etec tor m ou nting - “D ead”A ir Spac e. Th eFIG . 4: Sm oke D etec tor m ou nting - “D ead”A ir Spac e. Th e FIG . 4: Sm oke D etec tor m ou nting - “D ead”A ir Spac e. Th eFIG . 4: Sm oke D etec tor m ou nting - “D ead”A ir Spac e. Th e FIG . 4: Sm oke D etec tor m ou nting - “D ead”A ir Spac e. Th e

sm oke from a fire g enerally rises to the c eiling, sp reads outsm oke from a fire g enerally rises to the c eiling, sp reads outsm oke from a fire g enerally rises to the c eiling, sp reads outsm oke from a fire g enerally rises to the c eiling, sp reads outsm oke from a fire g enerally rises to the c eiling, sp reads outacross the ceiling surfac e and beg ins to b an k dow n from the across the ceiling surfac e and beg ins to b an k dow n from the across the ceiling surfac e and beg ins to b an k dow n from the across the ceiling surfac e and beg ins to b an k dow n from the across the ceiling surfac e and beg ins to b an k dow n from the

ce iling. Th e co rne r w he re the ce iling an d w all m eet is an airce iling. Th e co rne r w he re the ce iling an d w all m eet is an airce iling. Th e co rne r w he re the ce iling an d w all m eet is an airce iling. Th e co rne r w he re the ce iling an d w all m eet is an airce iling. Th e co rne r w he re the ce iling an d w all m eet is an air

sp ac e into w hich the sm oke m ay ha ve difficu lty p ene trating . In sp ac e into w hich the sm oke m ay ha ve difficu lty p ene trating . In sp ac e into w hich the sm oke m ay ha ve difficu lty p ene trating . In sp ac e into w hich the sm oke m ay ha ve difficu lty p ene trating . In sp ac e into w hich the sm oke m ay ha ve difficu lty p ene trating . In m ost fires, this “dead”air sp ace m easures about 4 in. (0.1m )m ost fires, this “dead”air sp ace m easures about 4 in. (0.1m )m ost fires, this “dead”air sp ace m easures about 4 in. (0.1m )m ost fires, this “dead”air sp ace m easures about 4 in. (0.1m )m ost fires, this “dead”air sp ace m easures about 4 in. (0.1m )

along the ceiling from the co rne r and ab out 4 in. (0.1m ) dow nalong the ceiling from the co rne r and ab out 4 in. (0.1m ) dow n along the ceiling from the co rne r and ab out 4 in. (0.1m ) dow nalong the ceiling from the co rne r and ab out 4 in. (0.1m ) dow n along the ceiling from the co rne r and ab out 4 in. (0.1m ) dow n the w all as sho w n in Figure 4 . D etec tors shou ld no t be p lac ed the w all as sho w n in Figure 4 . D etec tors shou ld no t be p lac ed the w all as sho w n in Figure 4 . D etec tors shou ld no t be p lac ed the w all as sho w n in Figure 4 . D etec tors shou ld no t be p laced the w all as sho w n in Figure 4 . D etec tors shou ld no t be p lac ed

in the dea d”air sp ac e.in the dea d”air sp ac e.in the dea d”air sp ac e.in the dea d”air sp ac e.in the dea d”air sp ac e.

Family Room

Bedroom

LivingRoom

DiningRoom

KitchenBedroom

Bedroom

FIG . 2: In the fam ily living units w ith m ore than one sleeping FIG . 2: In the fam ily living units w ith m ore than one sleeping FIG . 2: In the fam ily living units w ith m ore than one sleeping FIG . 2: In the fam ily living units w ith m ore than one sleeping FIG . 2: In the fam ily living units w ith m ore than one sleeping area , a sm oke detector sho uld be located to p rotect ea ch area , a sm oke detector sho uld be located to p rotect ea ch area , a sm oke detector sho uld be located to p rotect ea ch area , a sm oke detec tor sho uld be located to p rotect ea ch area , a sm oke detector sho uld be located to p rotect ea ch

sleep ing area .sleep ing area .sleep ing area .sleep ing area .sleep ing area .


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Keypad Functions

IntroductionThe PC 1500R K rem ote keypad provides com plete inform ation andcontrol of the PC 1550 control panel. The p anel can b e fullyprog ram m ed from the keypad . The 6 zone lights provide alarm andstatus indication for the alarm circuits. Each zone can beprog ram m ed to b e a burglary zone or a fire zone.

Master CodeThis code is used to arm and disarm the panel, to reset the bellsafter an alarm , prog ram up to 5 ad ditional codes using [

∗][5], and

to enter other user functions using [∗][6]. The p anel defaultprogram allow s the user to change the M aster C ode. The panel canbe p rog ram m ed , by the installer, so the user cannot change theM aster C od e. The d efault M aster C od e is “1234”. See [13] 2ndSystem O ption C ode.

2nd Master CodeA second M aster C ode can be p rogram m ed. This code can b echanged by the installer only, and is useful w here there are m ultiplepanels in a com plex. The 2nd M aster C ode m ay be used as a“M aster Key”. The default 2nd M aster C ode is blank.

Installer’s Programming CodeThe default Installer’s P rogram m ing C ode is “1500”. U sing thiscode and [∗][8], the installer can gain access to the system to

enter panel prog ram inform ation. This code can be chang ed by theinstaller.

ArmingB efore arm ing the panel, close all protected doors and w ind ow s andstop m ovem ent in areas covered by m otion detectors. If the “Trouble”light is on, check for the typ e of trouble ([∗][2]) and correct the faultcondition. If the “Byp ass”light is on, insure that the zones bypassedare byp assed intentionally, ([∗][1]). If the “R eady”light is not on, oneor m ore zones are op en. The system can only be arm ed w hen the“Ready”light is O N . To arm , enter a 4 digit access cod e. A s eachdigit is entered, the keypad sounder will beep. W hen the correctaccess code has been entered the “Arm ed”light w ill com e O N andthe keyp ad w ill beep 6 tim es. If the access code has b een enteredincorrectly, the keypad w ill sound one long tone. Press the [#] key

and enter the access code ag ain.O nce the panel has been arm ed , exit through the designated entry/exit door before the exit delay tim e exp ires. A t the end of theallow ed exit tim e, all lights on the keyp ad w ill go out except the“A rm ed”light. The “B yp ass”light w ill be O N if a zone is byp assedand if Show B ypassed S tatus W hile A rm ed is program m ed insection [31], zone light 4 O N .

See [17] System Tim es for instructions on changing the Exit D elaytim e.

Auto-Bypass/Home-Away ArmingInterior zones can b e p rog ram m ed as H om e-A w ay zones (section[11]). This m eans that w hen a correct access cod e is entered , andyou do not exit the prem ises, the system w ill, at the end of the exitdelay tim e, arm w ith interior zones autom atically b ypassed if thoseinterior zones have b een p rogram m ed as “H om e-A w ay”zones. The“Bypass”light w ill com e O N . This is a convenience feature for theuser w ho w ishes to rem ain at hom e w ith the system arm ed .

To reactivate the interior zones that have been autom atically b ypassed,press [∗][1]. The “Bypass”light w ill go out. If the bypassed zonesw ere p rog ram m ed as H om e-A w ay w ith delay, the “Bypass”light w illgo out after the delay. This com m and is a q uick m ethod of fully arm ingthe system before g oing to b ed and is useful for the user w ho has akeypad outside areas protected by interior zones.

Arming Without Entry DelayTo elim inate the Entry D elay, arm the system using [∗][9] [ accesscode]. A n exit m ay be m ad e as in norm al arm ing . The system w illarm as described above in A uto-B ypass / H om e-A w ay arm ing

w hether an exit is m ade or not. The “A rm ed”light w ill flash indicate that the system is arm ed w ithout the entry d elay.

DisarmingEnter the p rem ises through the designated entry-exit door. Tkeyp ad sound er w ill be on as a rem ind er to d isarm the system .to the keypad and enter a valid access cod e. If an error is m aentering the code, press [#] and enter the correct cod e. T“A rm ed”light w ill go out and the sounder w ill stop. The correaccess code m ust be entered before the entry tim e expires or panel w ill go into alarm . To chang e the entry tim e see section [System Tim es.

If an alarm occurred w hile the panel w as arm ed , up on disarm ing t“M em ory”light and the zone light(s) of the zone(s) that caused alarm w ill flash for tw o m inutes. Pressing [#] w ill stop the flashinextinguish the zone light(s) and return the panel to the read y m odThe “M em ory”light w ill stay on steady to indicate that an alarm doccur during the last arm ed period . To view the zone(s) thcaused the alarm , see A larm M em ory D isplay [∗][3].

Zone Bypassing[∗∗∗∗∗]+[1]A bypassed zone w ill not be arm ed and w ill not sound an alarU se zone b ypassing w hen access is need ed to p art of a p rotect

area or if dam ag e to contacts or w iring cannot be rep airim m ediately. The panel can be arm ed w ith one or m ore zonbypassed even if the zone(s) are open. The “R ead y”light w ill be Oand the “Byp ass”light w ill be O N if a zone is byp assed. A fire zocannot be b ypassed.

Zone bypasses are autom atically cancelled w hen the paneldisarm ed.

NOTE: A ny zone d efined as 24 H our B ell, 24 H our B ell/B uzzer24 H our B uzzer can not be b ypassed w hile that zone is violated .bypass a 24 H our zone, the zone m ust be p hysically restored

To Bypass Zones:

Enter [∗][1] - the “B ypass”light w ill start flashing.Enter [zone num ber to be bypassed]; the zone light w ill com e Oto ind icate that the zone is bypassed . To rem ove a bypass, en

the zone num ber and the zone light w ill go O FF. C ontinue enterthe zone num bers for the zones you w ant bypassed. Press [#]return to R eady.

To Recall Bypassed Zones:

Enter [∗][1][9]This com m and w ill recall the last zone or group of zones that w ebypassed. This feature is useful if the sam e group of zonesbypassed reg ularly.

Bypass Disable:

The installer can p rog ram the panel to p revent the user from beab le to b ypass certain zones. Lights for these zones w ill not comO N in response to the bypass com m and. See Z one B ypass M a(section [16]).

Trouble Conditions[∗∗∗∗∗]+[2]The PC 1550 continuously m onitors a num ber of trouble conditionIf one of these conditions occurs, the keyp ad “Trouble”light wcom e O N and the b uzzer w ill sound tw o short beep s every second s. To silence the buzzer, press [#]. The b uzzer w ill stop bthe “Trouble”light w ill rem ain O N until the trouble conditioncleared . See section [10] M aintenance A larm s and R estorals folist of codes that can be transm itted to the m onitoring station.

To view the trouble cond ition, press [∗][2].1. Low Battery. If the battery voltage is low , the battery

disconnected or the b attery fuse is blow n, a trouble w ill displayed and can be rep orted .


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6

choose not to allow the user to program (section [13] option [2]).The 6th cod e m ay b e changed from a regular cod e into a “one-tim e”use or “M aid’s C ode”. See section [13] op tion [5].

NOTE: The O ne-tim e U se cod e is only cleared w hen it is used toarm . If the Q uick-A rm com m and [∗][0] is used to arm , the “one-tim e”code w illnot be erased.

Programming Access Codes:

Enter [∗][5][M aster C od e] to enter the access code p rog ram m ingm ode. The “M em ory”, “Byp ass”and “Trouble”lights w ill begin toflash. The zone lights are used to ind icate the program status of the6 access codes.

Zone Light Access Code Status

O FF C ode not program m ed

steady C ode program m ed

Flashing C o d e being p rog ram m ed

U pon entering this prog ram m ing m od e, the 1st zone light w ill beO N to ind icate that the M aster C od e is prog ram m ed w ith theFactory D efault C od e (“1234”). The M aster Cod e m ay be changedhere if the user has been enabled to chang e the m aster code, orin section [21] by the installer.

Changing or Adding a Code

To change access codes 1 to 6, press the corresponding key (1 to 6).

The corresponding zone light w ill begin to flash. Enter the new fourdigit num ber. D o not use the [∗] key or [#] key w hen entering the fourdigit num ber. After the four digits are entered, the keypad w ill beep 3tim es and the zone light w ill com e on steady. If you are chang ing anexisting code, the new code w ill replace the old one. If you w ish toprogram another code, press the num ber key for the code to b eprog ram m ed and enter the new 4-digit code. Press [#] to exit.

Erasing a Code

To erase a cod e, enter [∗][5][M aster C ode]. Press the key of thecode you w ish to erase. The zone light for that code num ber willflash. Enter [∗∗∗∗].NOTE: The M aster C od e cannot be erased. If the M aster C od e isforgotten and the panel is left disarm ed , prog ram a new M asterC ode using the [∗][8][Installer’s C ode][21] com m and or use the2nd M aster C ode to reprogram the M aster C ode.

EEPROM ResetIf the M aster C od e is forgotten and the panel is arm ed , seeProg ram m ing Section [30] for the hardw are m ethod of resetting thepanel to the factory default condition. A softw are reset to factorydefaults cannot be perform ed if the panel is arm ed . R eset is notnecessary if the 2nd M aster C ode is prog ram m ed .

User Function Commands[∗∗∗∗∗]+[6]+[Master Code]This function is used to set the System C lock tim e and to set theA uto-A rm tim e as w ell as tog gle a num ber of system functions. A ssoon as the com m and is entered , the “M em ory, “Bypass”and“Trouble ”lights b egin to flash.

Enter [∗][6][M aster C od e][N um ber from list below ].Item s [4], [5], [6] and [0] turn O N and O FF various features. W henthe item key is p ressed and the feature is being turned O N , thekeyp ad sound er w ill beep 3 tim es. If the feature is b eing turned O FFthe sounder w ill give one long beep. Pressing item [8] gives a 2-second B ell / Siren and K eyp ad Light and B uzzer test.

[1] Setting the Clock

The S ystem C lock is a 24 H r. clock and tim es m ust be entered as2-digit num bers.

e.g. H H - 01, 02, .... 10, 11, .... 23, 24M M - 01, 02, .... 35, 36, .... 58, 59

8:05 A M w ould b e entered as 08051:30 P M w ould b e entered as 1330

2. AC Failure. O n loss of A C pow er, the “Trouble”light w ill com eO N im m ed iately, but the keypad buzzer w ill not sound . Thekeyp ad buzzer w ill sound if A C pow er rem ains off and thebattery reaches a low voltag e. The delay before transm itting A CFail can be p rogram m ed from 1 to 255 m inutes. See P rogram m ingSection [17].

3. Fuse Failure - Bell / Siren or AUX Output. A trouble is d isplayedif the B ell / Siren fuse is open. If the A U X output fuse fails, it w illnot be displayed but w ill be transm itted if prog ram m ed to do so.

4. Unsuccessful Communication Attempt If the d ig italcom m unicator is unsuccessful at com m unicating w ith them onitoring station after 8 attem pts at each phone num ber thatis tried, a trouble is g enerated. See section [15], C om m unicationVariables. If a later attem pt at com m unication is successful, thetrouble is cleared. The trouble can also be cleared by pressing[#] to exit from the troub le view m od e.

5. Fire Alarm Circuit Trouble A n op en circuit on the zoneprog ram m ed as a fire loop w ill initiate a trouble. See ZoneD efinitions section [11].

6. Loss of Time on System Clock W hen the PC 1550 is pow eredup or reset, the internal tim e of day clock needs to be reset to thecorrect tim e. The trouble w ill be cleared after entering thetrouble view m ode and pressing [#] to exit. The trouble w ill also

be cleared on any attem pt to set the tim e of day. See [∗][6] U serFunction C om m and for setting the clock. Press [#] to return toR ead y.NOTE: A trouble w ill not be generated if both the testtransm ission and A uto-A rm tim es are not prog ram m ed w ith validtim es.

NOTE: If [9] is p ressed w hile in the troub le display m od e, the m ostrecent trouble w ill be disp layed on the zone lights. This troublem em ory is m ost useful as a diagnostic tool w hen installing andservicing the PC 1550. Press [#] to return to “R eady”.

Alarm Memory[∗∗∗∗∗]+[3]A larm s caused d uring the previous arm ed period are stored inm em ory. To view these alarm s, press [∗] [3]. The “M em ory”lightw ill flash and the alarm (s) w ill be disp layed on the flashing zonelights.

In addition to the last alarm m em ory, there are tw o history levels.A fter entering the m em ory m od e, pressing any key [0] to [9] w illdisp lay the tw o other levels of alarm history. Each tim e a key ispressed, the keypad w ill beep 1, 2 or 3 tim es to ind icate w hich levelof history is being view ed.

W hen the panel is arm ed , and if there is an alarm in the 1st level,the 1st level is cleared and the contents m oved to the 2nd level. The2nd level contents are m oved to the 3rd level and the 3rd levelcontents are discarded. The “M em ory”light w ill be O N only if therew as an alarm during the previous arm ed period . Press [#] to returnto R ead y.

Downloading Callup Command

[∗∗∗∗∗]+[4]This com m and is used to initiate a call to the dow nloading com puterso that the p anel can be accessed by the com puter. This com m andm ust be enabled in section [14], option [ 2]. Sections [26], [27] and[28] m ust be prog ram m ed w ith the dow nloading com puter’stelep hone num ber, the d ow nload ing access cod e and the p anelidentification code.NOTE: [∗][4] com m and can be p rogram m edto require an access code (e.g. [∗][4][access code]) in section[14], option [4].

User Programming Commands[∗∗∗∗∗]+[5]Pressing [∗][5] allow s the user to p rog ram access codes 2 through6. The 1st access code is the M aster C od e, w hich the installer m ay


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Setting the system 24 H r. clock tells the system the tim e of day. Ifthe system is w ithout pow er, (A C and battery), it cannot continueto keep tim e. W hen the panel is pow ered up, the system clock m ustbe reset. If the tim e needs to be reset, then a trouble #6 w ill beind icated on the keypad . (See [∗][2] System Trouble D isplay).Trouble #6 w ill not be g enerated if the Test Transm ission and A uto-A rm tim es are not prog ram m ed w ith valid tim es. (9999 in thesepositions d isables these features - see Section [19]).

[2] Set Auto-Arm Time

The PC 1550 can b e program m ed to arm at the sam e tim e each d ay.A t the selected A uto-Arm tim e, the bell w ill sound one short burstevery 10 second s for a one m inute p eriod if section [32] option [2]is off. The keypad w ill also sound for one m inute. If any key ispressed during the 1 m inute w arning period , A uto-A rm ing w ill beab orted . A uto-A rm ing w ill be attem pted at the sam e tim e the nextday. To set the A uto-A rm tim e, enter [∗][6][M aster C ode][2] thenenter the hours and m inutes as described at the beg inning of thissection. This feature m ust also be enabled (see item [5] below ).

[3] Reserved for future use

[4] Quick-ArmPressing [4] w hile in the U ser Function C om m and m ode w ill Enable (3beeps) or Disable (one long beep) the Q uick-Arm feature. W ith thisfeature enabled , the panel can be arm ed by sim ply entering [∗][0].

[5] Auto-ArmW ith this feature enabled, the panel w ill autom atically arm at thesam e tim e each day. The tim e is set in section [19] or [∗][6][M asterC od e][2].

[6] Door Chime

W ith this feature enabled , the keypad w ill beep 5 tim es w hen anyzone defined as d elay, instant or auxiliary delay op ens or closes.The D oor C him e feature d oes not op erate on other zone d efinitions.Zone B ypass m ay be used to elim inate beep ing on zones w here itis not w anted. The D oor C him e feature functions only w hile thepanel is in the D isarm ed m ode.

[8] Bell TestPressing [8] w hile in the U ser Function C om m and m od e w ill soundthe bell/siren, the keypad sounder and turn on all the keypad lights

for 2 second s.

[9] Reserved for future use

[0] Installer’s Test

This feature facilitates final testing of the system and w hen enabled,the bell/siren w ill operate for 2 seconds each tim e a zone is put intoalarm . Each zone should be tripped ind ividually to avoid confusionabout w hich zone originates the alarm . To exit the Installer’s Testm ode, arm then disarm the panel.

NOTE: The com m unicator w ill transm it all alarm s and restorals.D isable the com m unicator if this is not desired (section [12], option[1]).

Utility Output Command[∗∗∗∗∗]+[7] or [∗∗∗∗∗]+[7]+[Access Code]The P rogram m able O utput (PG M term inal) can b e program m ed foractivation b y a keypad com m and. This output can be used toop erate other devices such as door op eners, special lighting , doorstrikes or to reset sm oke detectors. (Section [24], item 2, 3 or 4.)D ep ending on the op tion chosen, the [∗][7] com m and m ay or m aynot req uire a subsequent access code.

W hen the correct com m and is entered, the keyp ad sounder andthe PG M output w ill op erate for 5 second s.

Installer’s Programming Command[∗∗∗∗∗]+[8]+[Installer’s Code]The P C 1550 is com pletely prog ram m ed from the keyp ad by usingcom m ands in the [∗][8] section. See the Prog ram m ing Section ofthis m anual. The default Installer’s C ode is [1500].

Arming without Entry Delay[∗∗∗∗∗]+[9]+[Access Code]Entering [∗][9] before the arm ing code w ill arm the panel w ithothe entry delay on d elay zones. A lso “H om e-A w ay”zones aautom atically byp assed. W hen arm ed using the [∗][9] com m anthe “A rm ed”light w ill flash to rem ind the user that the system arm ed w ithout entry d elay. This com m and allow s the user to remat hom e and have an instant alarm on the entry doors.

Arming For The Night[∗∗∗∗∗]+[1]To reactivate “H om e-A w ay”zones that have been bypassed arm ing w ith the [∗][9] com m and, enter [∗][1]. W hen this com m ais entered, the “A rm ed”light w ill continue to flash to rem ind the uthat the Entry D elay is not ap plied to the D elay Z ones. A lso, “B ypass”light w ill be shut O FF to indicate that the H om e-A wzones are no longer bypassed. N ote that the [∗][1] com m and wnot rem ove b ypasses from zones that have been m anuabypassed.

Quick-Exit Command[∗∗∗∗∗]+[0] when ArmedEntering [∗][0] w hen the system is arm ed w ill allow the user to ethe prem ises through any delay zone w ithout altering the status

the system if the Q uick-Exit feature is enabled (section [32], opt[4]). For 2 m inutes after [∗][0] is entered into an arm ed system , oand only one delay loop m ay be tripped . A ny ad ditional activity any other active loop w ill cause that loop to begin its alasequence.

Quick-Arm Command[∗∗∗∗∗]+[0]Entering [∗][0] is accep ted as a valid arm ing code if the Q uick-Afeature is enab led . This com m and is often used w hen ind ividuare req uired to arm the system but not disarm the system . Tcould be used w ith hom e visitors in the case of a residential alasystem or for junior em ployees and m aintenance staff in the caof com m ercial system s. See [∗][6] U ser Functions C om m asection, for enabling and disabling the Q uick-A rm feature.

Keypad Zones[F] - [A] - [P]

There are three zones w hich can b e activated w ith sing le kentries on the keypad . For the [F], [A ] and [P] keys to be functionfor transm ission, they m ust be enabled by the installer in A larm aR estoral C odes, section [09].

[F]ire Key Pressing the [F] key and holding it for 1 second winitiate a local alarm w hich w ill sound using the Tem poral FPattern or w ill pulse the bell. A lso if program m ed, it w ill transm it talarm to the m onitoring station. The keypad w ill sound a seriesshort beeps once the p anel has accep ted the alarm .

[A]uxiliary Key Pressing the [A] key and holding it for 1 secow ill, if program m ed, transm it an A uxiliary alarm to the m onitorstation. There is no local alarm and no keypad lights w ill com e O

w hen this key function is activated . The keypad w ill sound a serof short beeps upon successful com pletion of the transm issionthe m onitoring station.

[P]anic Key Pressing the [P] key and holding it for 1 second wif program m ed, send a transm ission to the m onitoring station. Talarm signal can be program m ed to b e audible or silent. SProg ram m ing Section [12], op tion [6]. If prog ram m ed as aud ibthe local bell / siren w ill sound steadily.

K eyp ad audible annunciation for the [P] key is prog ram m abSection [14], option[5], for feedback (3 b eeps) or silent (no b uzzfeedback). If prog ram m ed for audible,the buzzer w ill sound onthe key inp ut is accep ted .


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W here a zero is req uired in the account code, enter H EX ‘A’(∗, 1,∗) to transm it 10 pulses w hich w ill be interpreted as a zero by them onitoring station receiver.

If a 3-digit code is required, as in 3/1 form ats, enter [0] as the LA STdigit. The [0] represents a null digit w here no pulses are transm itted.

[03] 2nd Phone Number This is the second telep hone num ber to w hich the com m unicatorw ill dial. See [01] for program m ing instructions.

[04] 2nd Account CodeThe second account code is alw ays transm itted to the 2nd telep honenum ber. See [02] for prog ram m ing instructions.

[05] to [10] Reporting CodesThese sections are used to prog ram the com m unicator rep ortingcodes. A rep orting code is transm itted along w ith the account codew ith each transm ission. If the rep orting codes are not prog ram m ed ,no transm ission w ill be sent w hen an event takes place (i.e. alarm ,restoral, opening / closing, trouble, etc.). To prevent a transm issionfrom being sent for any event in the follow ing sections, leave itunprog ram m ed or enter [00] as the rep orting code.

Section [05] and [06] each have 6 rep orting codes. Sections [07],[08] and [10] each have 7 rep orting codes, w hile section [09] has8 rep orting codes. O nce a section is entered , the system exp ects

a series of 2-digit num bers to b e entered . The keypad beeps tw iceand the “A rm ed”light flashes after each 2-digit entry. A fter the last2-digit num ber is entered, prog ram m ing of the current section iscom plete. The keypad gives a series of beeps, the “R eady”lightgoes O FF and the “Arm ed”light com es O N . The keypad is thenready to accep t the next 2-digit section num ber for prog ram m ing .

W hen changing rep orting codes in a section, you can scroll to thecode you w ish to chang e b y pressing the [F] key. O nly codesactually chang ed w ill be altered in the EEPR O M . Press [#] to exitfrom the p rogram m ing sequence.

[05] Zone Alarm Reporting CodesO nce S ection [05] is entered , the panel exp ects 6 2-digit num bersfor the A larm R ep orting C od es for zones 1 to 6. These codes areused by the com m unicator w hen there has been an alarm on zones

1 to 6.

Listed below are several prog ram m ing exam ples and the resultingtransm ission using different form ats for the reporting cod es.O btaining different form ats requires entering data in the A ccountC ode S ection [02] or [04], the R eporting C od e S ections [05] to [10],and the C om m unicator Form at Section [23].

3/1 FORMAT - Non-extended reporting requires:

•3-digit account code in sections [02] or [04].i.e. Enter 1230 for account code 123

•Form at C ode [0], [1], [2], [3], [4] depending onreceiver typ e in section [23].

•Sing le line digit A larm R eporting C ode S ection [05]i.e. Enter [30] for single digit code 3 (0 = no p ulses)

TRANSMISSION SENT: 123 34/2 FORMAT - Non-extended reporting requires:

•4-digit account code in sections [02] or [04].i.e. Enter 1234 for account code 1234

•Form at C ode [0], [1], [2], [3], [4] depending onreceiver typ e in section [23].

•2-digit A larm R ep orting C od e in section [05]i.e. Enter [31] for 2-digit code 31

TRANSMISSION SENT: 1234 31

3/1 FORMAT - Extended reporting requires:•3-digit A ccount C od e in section [02] or [04]i.e. Enter 1230 for cod e 123

•Form at C ode [8], [9], [A ], [B ], [C ] depending onreceiver typ e in section [23]

•2-digit A larm R eporting C od e in section [05]i.e. Enter [31] for 2-digit code 31

TRANSMISSION SENT: 1st R O UN D 123 3

2nd R O UN D 333 1

If a transm ission is not w anted for a particular reporting code, thenter ‘00’or ‘FF’to disable that rep orting code.

[06] Zone Restoral Reporting CodesThese rep orting codes are used by the com m unicator to transzone restorals for zones 1 through 6. U se instructions in sect[05] above as a guide for program m ing.

[07] Closing (Arming) Reporting CodesPartial Closing Reporting Code

R ep orting codes 1 to 6 are used to identify closings for accecodes 1 to 6. If partial closing is identified in section [14], then alacodes for m anually b ypassed zones w ill be transm itted w hen tsystem is closed w ith one or m ore zones b ypassed.

W hen transm itting in 4/2, 3/1 or any other of the extended form asee section [05] ab ove. The 6 closing cod es are p rog ram m ed follow s:

[C 1], [C 2], [C 3], [C 4], [C 5], [C 6]W here the first digit H EX ‘C’represents a closing signal and tsecond digit rep resents the user access code w hich w as usedarm the system (H EX ’C’could be any other num ber dep ending w hat is used at the m onitoring station).

The closing code transm ission takes place after the exit delay timTherefore, if the system is arm ed and disarm ed before the expof the exit tim e, no closing transm ission w ill take place.

The partial closing code, if used, is transm itted in tandem w ith regular closing code to identify the closing as a partial closing

W hen the system has been arm ed using the Q uick-A rm com m a[∗][0] or using the A uto-A rm feature, access cod e #1 w ill transm itted.

[08] Opening (Disarming) ReportingCodes After Alarm Reporting CodeThe first 6 rep orting codes corresp ond to the 6 user access codW hen the system is disarm ed using one of the access codes, corresp onding reporting code in this section is transm itted. Ssection [07] ab ove for exam ples of rep orting code prog ram m in

If the A fter Alarm C od e is prog ram m ed , that cod e w ill be transm ittto the m onitoring station on op ening if an alarm occurred durprevious arm ed period. This feature is useful for installations w heop ening s and closing s are not rep orted norm ally, but it is d esirto have a report to the m onitoring station on opening if an alarm doccur during the previous arm ed period . This feature allow s m onitoring station to know w hen the user is on the prem ises aavailab le to receive a rep ort about alarm s w hile the system wclosed.

[09] Priority Alarms and RestoralsThese rep orting codes are used by the com m unicator to transthe follow ing list of troubles, alarm s and restorals. See section [0as a g uide for program m ing .

•Fire loop trouble. •Fire loop trouble restore

•Keypad [P]anic alarm . •Keypad [P]anic restore.

•Keypad [F]ire alarm . •Keypad [F]ire restore.

•K eypad [A ]uxiliary alarm . •Keypad [A ]uxiliary restor

Transm ission for operation of the [F], [A ] and [P] keys w ill only taplace if the approp riate sections in [09] are p rogram m ed w ithrep orting code.


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10

interior H om e-A w ay loop , a H om e-A w ay loop can have a delayeq ual to the standard entry and exit delay w hen section [32],light 3 is O N . This w ill affect all H om e-A w ay zones w hen they arenot byp assed b y [∗][1][∗][9] arm ing , or by arm ing and notleaving the prem ises. If H om e-A w ay zones are autom aticallybypassed or [∗][9] arm ing bypassed and the user then enters[∗][1], the H om e-A w ays w ill then have a d elay.

[4] 24 Hour Bell Loop is active at all tim es and w ill create an alarmif the panel is arm ed or disarm ed. This loop w ill alw ays activate

the b ell/siren output, unless p rogram m ed as silent in d igit #1 ofthe zone definition.

[5] 24 Hour Bell/Buzzer op erates as the type [4] excep t the bell/siren output is activated only w hen the panel is arm ed and onlythe keypad buzzer is activated w hile the panel is d isarm ed .

[6] 24 Hour Buzzer op erates as the type [4] except only the buzzerw ill be activated in the arm ed or disarm ed m od e.

[7] Auxiliary Delay Loop op erates the sam e as the type [0] loopexcept the entry/exit tim es can be ind ependently set in section[18]. This loop type is useful w hen a loop w ith an entry and/orexit tim e is required that is different from the standard tim es asestablished for typ e [0] zones in section [17]. If section [32],light 5 is O N it w ill enab le the system to be arm ed even if theauxiliary d elay loop is open (“R eady”light O N ). A lso, the systemcan be arm ed w ith the auxiliary delay loop closed and then it

can be op ened before the auxiliary exit delay has expired . Inboth cases the auxiliary delay loop w ill not becom e active untilboth the auxiliary exit delay has expired and the loop is closed.

[8] Fire Loop A lthoug h a com m on fire signal is rep orted , any oneof the 6 zones m ay b e p rog ram m ed as a fire loop. A fire loop isa supervised (N .O . alarm initiating contacts), end-of-line resistorcircuit designed to accept latching 4-w ire sm oke d etectors.See the C ontrol Panel W iring D iag ram .

O n alarm , fire loop shorted, the bell / siren w ill sound using theTem poral Fire pattern or w ill pulse to indicate that a fire loop hasbeen activated . Transm ission b y the digital com m unicator isdelayed 30 second s. If the alarm is acknow led ged before the30 second delay has expired, pressing [#] w ill silence the alarmand ab ort the transm ission. If the alarm is N O T acknow led gedw ithin the 30 second period , transm ission w ill proceed and

cannot be aborted . If the alarm has been silenced and allsm oke detectors are not restored to norm al, the alarm w ill re-sound after 90 seconds; 30 seconds after that, the com m unicatorw ill transm it. If the alarm re-sounds, it m ay again be silenced bypressing [#] and the com m unicator transm ission w ill be ab ortedif the alarm is silenced w ithin the 30 second transm ission delayperiod . Tem poral Fire pattern is 0.5 sec O N , 0.5 sec O FF, 0.5sec O N , 0.5 sec O FF, 0.5 sec O N , 1.5 sec O FF.

To restore sm oke d etectors to norm al, clear all sm oke from thedetectors and p erform a reset by pressing [∗] [7]. See section[24] for prog ram m ing the PG M term inal for sm oke detectorreset. Pressing [∗][7] w ill rem ove pow er from the sm okedetectors for 5 seconds; if the detectors are clear of sm oke,they w ill return to norm al. If the detectors still have sm oke inthem , the alarm w ill re-sound and the seq uence d escribed

ab ove w ill rep eat.For an op en on any loop program m ed for fire, the “Trouble”lightw ill com e O N and the keypad sounder w ill beep every 10second s. The keypad trouble b uzzer w ill sound and the “Troub le”light w ill com e O N reg ardless of w hether the panel is arm ed ordisarm ed . The com m unicator w ill transm it the troub le cond itionif prog ram m ed in section [09]. The audible trouble ind icationm ay b e silenced by p ressing [#]. The “Trouble”light w ill only g oO FF w hen all the fire loop troubles are cleared . To determ inethe typ e of trouble, press [∗][2].

Section [11], Digit #2 Summary:[0] = Standard delay loop[1] = Instant loop[2] = Interior Loop

[3] = Interior... hom e / aw ay loop

[10] Maintenance Alarms and RestoralsThese rep orting codes are used by the com m unicator to transm itthe follow ing list of alarm s and restorals. See section [05] as aguide to program m ing .

•Low battery alarm . •Low battery restore.•AC failure alarm . •AC failure restore.•Fuse failure alarm . •Fuse failure restore.•A utom atic Test C ode

Test cod e is not transm itted if period ic dow nloading is selected ,

section [14], light 3. For A utom atic Test C od e R eporting , the tim ebetw een rep orts (in days) m ust be entered in section [17] and thetim e of day for the report m ust be entered in section [19].NOTE: For U L installations, either A C failure or battery troublerep orting m ust be enabled .

[11] Zone DefinitionsA s in the rep orting codes sections, once this section is entered, 62-digit num bers are req uired . Each 2-digit num ber entered defineshow a zone w ill op erate.

Zone Definitions Digit #1The first digit determ ines w hether the zone w ill cause a silent alarmor an audible alarm and w hether the zone resp onse w ill be fast orslow . Loop response tim e can be p rogram m ed in section [17] and

can b e set from 10m s to 2550m s The factory default loop resp onsetim e is 500 m s. If set at fast, the loop response tim e is 10 m s, andif set at slow , the loop response tim e is 500 m s or w hatever tim e isset in section [17].

Digit # 1 Summary[0] = slow & audible[1] = slow & silent[2] = fast & audible[3] = fast & silent

Zone Definitions Digit #2

D igit #2 determ ines the zone type, [0] through [8], as describedbelow .

[0] Standard Delay Loop has an entry and exit delay and isnorm ally used for entry/exit doors. The exit delay starts as soon

as the p anel is arm ed. The loop m ay be op ened and closedduring the delay tim e w ithout causing an alarm . A fter the exitdelay tim e has exp ired, opening the loop w ill start the entrydelay tim er. D uring the entry d elay tim e, the keypad buzzer w illsound steadily to ad vise the user that the system should bedisarm ed. If the panel is d isarm ed before the entry tim e expires,no alarm w ill be g enerated .

The default tim es for this type of loop are a 30 second entrydelay and a 120 second exit delay. The entry and exit delaysm ay b e ind ep endently prog ram m ed in section [17] for period sfrom 001 second to 255 seconds. A ll loop s prog ram m ed astype [0] w ill have the entry and exit delays as prog ram m ed insection [17] or the default tim es if section [17] is not prog ram m ed.

[1] Instant Loop is norm ally used for door and w ind ow contactsand has the standard exit delay but is instant w hen opened afterthe exit delay expires. The exit delay w ill be the default tim e of120 seconds or the tim e as estab lished in prog ram m ing section[17].

[2] Interior Loop is norm ally used w ith interior m otion detectorsand has the standard exit delay tim e. The loop also has thestandard entry delay tim e p rovided that a d elay loop has beentripped first. If the p rem ises are entered w ithout com ing througha “delay”entrance, and a typ e [2] loop is tripped, an im m ediatealarm w ill be generated .

[3] Interior Home-Away Loop op erates the sam e as the type [2]loop w ith the follow ing exception. If the system is arm ed and thedelay loop is N O T tripped during the exit delay tim e, the type [3]loop w ill be byp assed. Instead of the interior portion of an


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[2] O N = Enable [∗][4] dow nloading call feature•O FF = D isable [∗][4] call feature

11111

[3] O N = P eriod ic dow n load ing 22222

•O FF = Period ic test transm ission

[4] O N = [∗][4] req uires a access cod e•O FF = [∗][4] does not req uire access code

[5] •O N = [P]anic key has keypad-audible feedbackO FF = [P]anic key w ithout keypad -aud ible feed back

[6] O N = Partial closings identified 33333

•O FF = Partial closing s not identified

•Factory default settings1 W hen option [2] is enabled, the user or on-site installer c

initiate a call to the dow nloading com puter by pressing [∗]2 The panel can be enab led to period ically call the dow nload

com puter. The cycle tim e (in days) for the call is set in sect[17]. The autom atic call to the dow nloading com puter can used to update the panel prog ram and / or to upload stainform ation from the panel.

3 If partial closings are enabled as identified, then alarm codes the bypassed zones w ill be transm itted .

[15] Communication Variables

O nce this section is entered , tw o 2-digit num bers are exp ected .not press [#] w hile entering data. The first 2-digit num ber definthe num ber of attem pts (alarm and restoral pairs) per zone that com m unicator w ill m ake before it shuts dow n for that zone (sw ingshutdow n). The num ber of attem pts is for the period as definedthe 1st System O ption C od e S ection, zone light 2. The num berattem pts m ay b e program m ed from ‘00’to ‘99’, w here ‘00’m eathe com m unicator w ill never shut dow n. The fire zone cannotshut dow n - it alw ays transm its.

The second 2-digit num ber defines the delay before transm issifor zones d efined as burglary zones only. 24 hour loop s or the floop w ill not be delayed. The tim e m ay be prog ram m ed from ‘00‘99’seconds, w here ‘00’m eans no delay.NOTE:For U L installatiothe M axim um Transm issions section cannot be enabled . A lso, D elay B efore Transm ission m ust not exceed 15 second s.

[16] Zone Bypass MaskU se the sam e m ethod of prog ram m ing as used in section [12]the zone light is O N , the zone can be b ypassed ; if O FF, the zocannot be bypassed using [∗][1]. The fire zone cannot be bypasse

[17] System TimesThere are 6 system tim es w hich can b e p rog ram m ed in this sectiand each entry req uires a 3-digit num ber. D o not press [#] durdata entry.

[1] Entry delay time (001 to 255 seconds) This value determ inthe standard Entry D elay tim e. The factory d efault entry tim e30 seconds. See Section [11] for zone definitions.

[2] Exit delay time (001 to 255 seconds) This value determ ines standard Exit D elay tim e. The factory d efault exit tim e is 1seconds. For zone definitions, see Section [11].

[3] Bell cut-off time (001 to 255 m inutes) This value determ inthe tim e the bell / siren w ill sound before autom atically turnoff. The factory d efault bell cut-off tim e is 4 m inutes.

[4] AC fail transmission delay (001 to 255 m inutes) This vadeterm ines the length of tim e before the com m unicator transm it an A C failure report. The factory d efault tim e is m inutes.

[5] “Slow” zone response time (001 to 255 × 10 m s) This vadeterm ines the “slow ”zone resp onse tim e and provides timfrom 10 m s to 2550 m s. The factory default “slow ”zo

[4] = 24 hour... bell loop[5] = 24 hour... bell / buzzer loop[6] = 24 hour... buzzer loop[7] = A uxiliary d elay loop[8] = Fire Loop

[12] 1st System Option CodeThe 1st System O ption C od e is set using the zone lights as show nin the table b elow . O nce section [12] is entered, the 6 zone lightsw ill ind icate the status of each op tion. Press a num ber key

corresp onding to the zone light num ber to turn the op tion O N andO FF. Pressing [0] w ill turn all the zone lights O FF and the optionsw ill be set as show n against “Light O ff”.

ZONE

LIGHT

[1] O N = C om m unicator d isab led•O FF = C om m unicator Enabled

[2] O N = Transm ission per 24 hour period•O FF = Transm ission per arm ed p eriod

[3] •O N = Alarm display w hile arm edO FF = N o alarm display w hile arm ed

[4] •O N = D T M F d ialling*O FF = Pulse dialling

[5] O N = N .C . loops (except fire loops)•O FF = End -of-line resistor loop s

[6] •O N = Keypad [P]anic audibleO FF = K eypad [P]anic silent

•Factory default settings

* D TM F dialling w ill default to pulse dialling after 2unsuccessful D TM F d ialling attem pts.

[13] 2nd System Option CodeU se the sam e m ethod of program m ing as section [12].

ZONE

LIGHT

[1] •O N = C all 1st phone num ber onlyO FF = C all 1st phone num ber w ith back-up to

2nd phone num ber

[2] O N = M aster C o d e not user chang eab le•O FF = M aster C ode user changeable

[3] O N = B ell squaw k enabled*****•O FF = B ell squaw k disabled

[4] O N = PC 16O U T m odule enabled•O FF = PC 16O U T m odule disabled

[5] O N = 6th code is “m aid’s code”(one-tim e use)

•O FF = 6th code is norm al access code

[6] O N = 1400 H z handshake for Radionicsform ats # 3, 4, B and C

•O FF = 2300 H z handshake for Rad ionicsform ats # 3, 4, B and C

•Factory default settings* W ith bell squaw k enab led , the bell / siren w ill sound oneshort burst on arm ing and tw o short bursts on disarm ing .

NOTE: W hen the panel is set for A uto-A rm ing, the bell / siren w illsound 1 short burst every 10 seconds for one m inute b efore thepanel A uto-A rm s unless the ‘B ell D uring A uto-A rm ’is disabled(section [32], light 2).

[14] 3rd System Option CodeU se the sam e m ethod of program m ing as section [12].ZONE

LIGHT

[1] O N = Access code required for bypass•O FF = A ccess code not required for bypass


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12

resp onse tim e is 500 m s.NOTE: The “fast”zone response tim eis fixed at 10 m s. See Section [11] Zone D efinitions.

[6] Test transmission cycle time (001 to 255 days) This valuedeterm ines the frequency, in d ays, of the test transm issioneither via the com m unicator or by calling the dow nloadingcom puter. The factory default setting is 30 days. See Section[14] 3rd System O ption C od e, light 3.

[18] Auxiliary Delay Loop

Entry/Exit TimesThis section requires tw o 3-digit entries to establish the A uxiliaryEntry and Exit D elay tim es. D o not press [#] during data entry. Thedefault Entry D elay is 45 seconds and m ay b e changed to any tim efrom 001 second s to 255 seconds. The d efault Exit D elay is 120seconds and m ay be changed to any tim e betw een 001 to 255seconds.

For auxiliary d elay zone tim es to be effective, the zone m ust beprog ram m ed as a type [7] in the Zone D efinition Section [11].

[19] System Clock TimesThis section requires tw o 4-digit entries to set the A utom aticA rm ing Tim e of D ay and the Test Transm ission Tim e of D ay. D o notpress [#] during data entry. Factory d efault for both these tim es is‘9999’; that is, N O autom atic arm ing or test transm ission w ill take

place even if those functions are enabled . VA LID tim es m ust beentered in this section before these features w ill function.

The system clock is in m ilitary tim e. Tw o digits from ‘00’to ‘23’areentered for the hour of the day and tw o digits from ‘00’to ‘59’areentered for the m inute of the hour.

Test transm ission or periodic dow nload ing is selected in section[14] 3rd System O ption C od e, Light 3. The cycle tim e in days for thetest transm ission or periodic d ow nloading is set in section [17]System Tim es. For a test transm ission using the com m unicator, anautom atic test code should be entered in section [10]. For periodicdow nloading or a test transm ission using the com m unicator, avalid transm ission tim e m ust be entered in section [19].

NOTE: U pon p ow er-up, if either the A uto-A rm or the test transm issiontim e has a valid tim e entered, then a loss-of-tim e trouble for thesystem clock w ill be initiated. Enter [∗][2] to view the trouble. Light6 w ill be O N . If neither the A uto-A rm nor Test Transm ission have avalid tim e, then a trouble w ill not be initiated.

[20] New Installer’s Code

[21] New Master Code

[22] 2nd Master CodeO nce the section num ber has been entered ([20], [21] or [22]),enter a new 4-digit code. O nly use d igits 0 through 9 as cod enum bers. D o not press [∗] or [#]. If an error is m ade entering thecode, com plete entry of the 4 digits then enter the section num beragain to enter the correct cod e.

[23] Communication FormatsThis section sets the typ e of form at w hich w ill be sent to each of thetw o telep hone num bers prog ram m ed in section [01] and [03]. Foreach telephone num ber, enter one digit from the list below . See theH EX data p rog ram m ing section for details on how to enter digits ‘A’through ‘F’.

The selection for each phone num ber is determ ined by the type ofreceiver being called. Enter the form at num ber for the 1st telep honenum ber first. It is necessary to p rogram both telep hone form atnum bers even if the first phone num ber is the only one b eing used.

[0] SILENT KNIG HT / AD EM CO SLO W 10 BPS(1400 H z handshake)3/1, 4/1 and 4/2 non-extended form ats

[1] SESC O A, FRA N KLIN , D C I, VER TEX 20 BP S(2300 H z handshake)

3/1, 4/1 and 4/2 non-extended form ats

[2] SILEN T KN IG H T FAST 20 BPS(1400 H z handshake)3/1, 4/1 and 4/2 non extended form ats

[3] R A D IO N IC S(2300/1400 H z handshake*)3/1, 4/2 non extended form ats

[4] R A D IO N IC S(2300/1400 H z handshake)3/1, 4/2 non-extended w ith parity form at

[5]- [7] D O N O T U SE

[8] SILENT KN IG HT, AD EM CO SLO W 10 BPS(1400 H z handshake)3/1 extended form at

[9] SESC O A, FRA N KLIN , D C I, VER TEX 20 BP S(2300 H z handshake)3/1 extended form at

[A] SILEN T KN IG H T FAST 20 BPS(1400 H z handshake)3/1 extended form at

[B ] R A D IO N IC S(2300 / 1400 H z hand shake*)

3/1 extended form at[C ] R A D IO N IC S

(2300 / 1400 H z hand shake*)3/1 extend ed w ith p arity form at

[D ] - [F] D O N O T USE

* See section [13] for Rad ionics hand shake op tion.

Communications CompatibilityA ll these com m unication form ats are com patible w ith the SilentK night m odel SK 9000 and A dem co m odel 685 receivers. For U Linstallations, ensure that the control unit is reporting to one of thesereceivers.

10 BPS and 20 BPS Formats10 B PS is the standard slow form at used on Silent K night / A dem co

receivers. D A TA = 1900 H z; K ISS O FF = 1400 H z; SP EE D = 10 baud20 B PS is the standard fast form at used on the D C I / Franklin /Sescoa and Vertex receivers. D A TA = 1800 H z; K ISS O FF = 2300H z; SPE ED = 20 baud

Radionics Format

For conventional R ad ionics 3/1 form at, the com m unications m od eshould be set on either R adionics rounds [B ] or R ad ionics parity[C ]. The extended version of the R ad ionics form at is norm ally used.The follow ing guidelines are p rovided to help in configuring thePC 1550 for Rad ionics form at.

1. The custom er account cod e m ust be only 3 digits w ith a zerom aking up the 4th d igit (i.e. Enter 1230 to p rog ram an accountcode of 123).

2. The zone alarm rep orting codes m ust all be sing le d igit num erical

codes w ith no extended 2nd round being sent (i.e. Zone 1 = 10,Zone 2 = 20... Zone 6 = 60). The zero in the 2nd digit positiontells the PC 1550 not to send an extended round .

3. A ll other non-alarm rep orting codes m ust be set up to send anextended 2nd round . The 1st digit of the rep orting code is usedto identify the event w hile the 2nd or extended digit is used toassociate the event w ith a particular item (i.e. A reporting codeof E3 m eans restore zone 3. E = restore, 3 = zone 3).

4. The follow ing is a list of 1st digit identifiers that should be usedw ith the R adionics form at.

Restorals “E” i.e. E3 = restore zone 3O penings “B” i.e. B2 = opening by user 2C losings “C” i.e. C 4 = closing by user 4


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Troubles “F” i.e. F5 = trouble from source 5M iscellaneous “D” i.e. D 1 = partial closing

[24] Programmable Output OptionsPGM Terminal

The PG M output can be p rog ram m ed in this section to op erate inresp onse to various panel op erations. The output pulse connectsthe PG M term inal to the negative pow er rail.

[01] Ground Start Pulse

This option provides a 2-second output pulse before d iallingbeg ins to obtain the dial tone on G round Start telephoneequipm ent.

[02] Utility Output, no Access Code

W hen activated by entering [∗][7], the P G M output w ill go lowfor 5 second s and the keypad buzzer w ill sound .

[03] Utility Output, any Access Code

The sam e as [02], except the com m and is [∗][7] [any validaccess code].

[04] 5-Second Reset PulseW hen this option is selected , the PG M output is norm ally low .That is, it is just the reverse of all other options w hich arenorm ally high and go low w hen activated . This option isnorm ally used as the neg ative return for pow er to 4-w iresm oke detectors (positive com es from the A U X + term inal).To activate this output (to reset sm oke detectors), enter the[∗][7] com m and. The PG M term inal w ill go high (op en circuit),and thus rem ove p ow er from the devices connected. Thekeyp ad buzzer w ill sound for the 5-second period .

[05] Courtesy PulseThis option provides an output w hich follow s the entry andexit tim es. It can be used to turn on a courtesy light near theexit door for the duration of the entry / exit tim es.

[06] Keypad Buzzer Follow ModeThe PG M output w ill go low as long as the keyp ad buzzer isO N for “24 H our B uzzer Zone”, “D oor C him e”, “Entry D elay”and “A uto-A rm A lert”.

[07] System Status (Armed / Disarmed)

The PG M output sw itches to and rem ains at ground as longas the panel is arm ed . The output goes high (open) w hile thepanel is disarm ed .

[08] Strobe Output (Latched Alarm Output)The PG M sw itches to ground on an alarm and rem ains lowuntil the panel is disarm ed. It can be used to indicate that analarm has occurred before entering the prem ises.

[09] Failure to CommunicateThe PG M output sw itches to ground if the system s fails tocom m unicate after 8 attem pts to each p hone num ber that w illbe tried according to the com m unicator call direction op tions.The output rem ains low until a successful com m unicationtakes place or until trouble #4 is cleared from the keypad . Thisop tion can be used to tie tw o system s tog ether so that if one

fails to com m unicate, the other system w ill report the failure.[0A] PGM ON during Entry Delay

The PG M output w ill be sw itched on for the duration of theEntry D elay. This option m ay be used to provide lighting in theentrance area, or to activate a device w hen the E ntry D elaybeg ins.

[0B] PGM ON during Exit DelayThe PG M output w ill be sw itched on for the duration of the ExitD elay. This option m ay be used to provide lighting in the exitarea, or to activate a device w hen the E xit D elay beg ins.

[0C] LINKS1000 InterfaceThis option configures the system for use w ith the LIN K S1000C ellular Alarm C om m unicator. R efer to the LIN K S InstallationM anual for further program m ing instructions.

[25] Communicator Call DirectionsThis section requires four single digit entries using digits 0 to 3 onThis section defines how the com m unicator w ill call the telep honum bers prog ram m ed in sections [01] and [03] to rep ort follow ing events:

Zone A larm s and R estorals

A ccess C odes O penings and C losings

Priority A larm s and R estorals

M aintenance A larm s and R estoralsEnter O N E digit from the list below for each of the ab ove categ oriFactory default = 1 for all 4 cod e g roups.

[0] D isab les the function (no transm ission for the group)

[1] C all 1st phone num ber and b ack-up to the 2nd phonum ber w hen section [13] light 1 is set to O FF and the pahas m ad e 8 unsuccessful tries on the 1st phone num be

[2] C all the 2nd phone num ber only

[3] A lw ays call both phone num bers

If [#] is p ressed during data entry, you w ill be returned to the installeprogram m ing m ode and data for this section w ill N O T be saved.

[26] Downloading Telephone Number

This telep hone num ber is used by the panel to call the dow nloadcom puter w hen a req uest to call is m ake by entering [∗][4] or an auto-dow nload. See section [14] 3rd S ystem O ption C odlights 2 and 3. See section [01] 1st Phone N um ber for instructioon program m ing the dow nload ing telephone num ber.

[27] Downloading Access CodeThis 4-digit code allow s the panel to confirm that it is com m unicatiw ith a valid dow nload ing com puter. Enter 4 d igits using tnum bers 0 through 9 only. The factory d efault code is [1515].

[28] Panel Identification CodeThis 4-digit code allow s the dow nloading com puter to confirm identity of the control panel. Enter 4 digits using the num ber ke0 through 9 only. The factory default code is [1501].

[29] Number of Rings Before AnsweringSection [29] is used to set the num ber of rings before the panel wpickup and answ er the call. See section [31] for inform ation using the p anel w ith an answ ering m achine connected to the samphone line.

[30] Reset to Factory DefaultSoftware

Entering [30] w ill perform a softw are reset to the factory d efavalues. O nce this com m and is entered , the keyp ad buzzer wbeep several tim es. The “Trouble”LED w ill be O N during the ressequence.

Hardware

If the installer’s code is forgotten and a softw are reset cannotperform ed , the panel can be reset to the factory default values wthe follow ing m ethod.

1. R em ove all pow er, A C and battery, from the panel.

2. Short the pads on the p anel labelled EE PR O M R ES ET.

3. W hile m aintaining the short, pow er-up the panel and w aitat least 10 seconds before rem oving the short.

4. U pon rem oval of the short, the keyp ad buzzer w ill beep athe panel w ill be reset to the factory default values.

[31] 4th System Option CodeU se the sam e m ethod of prog ram m ing as section [12].


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14

ZONELIGHT

[1] O N = Able to answ er call from downloading com puter•O FF = C annot answ er call from dow nloading com puter

[2] O N = Enable callback to downloading com puter•O FF = D isable callback to dow nloading com puter

[3] O N = Enable answ ering m achine over-ride•O FF = D isable answ ering m achine over-ride

[4] O N = Show bypass status w hile arm ed or disarm ed•O FF = Show bypass status w hile disarm ed only

[5] O N = Set for A C = 50 H z•O FF = Set for AC = 60 H z

[6] O N = R estore on bell tim e-out (if zone is restored)•O FF = R estore as follow er (w hen zone restores)

•Factory default

Downloading and Answering Machines

If zone light [3] is O N and the panel is called for 1 or 2 rings onlyand then called back w ithin a variab le tim e from 1 to 249 seconds(this tim e set in section [33]), the panel w ill then answ er the secondcall on the first ring.

If zone light [3] is O FF, it is assum ed that there is no answ eringm achine connected to the telep hone line, and the panel w illcapture the line after the set num ber of rings.

If zone light [3] is O FF and an answ ering m achine is connected andis set to answ er before the panel, the panel w ill be unable to receivea call from the dow nloading com puter. If the panel is set to answ erbefore the answ ering m achine, the answ ering m achine w ill beunable to receive incom ing calls.

[32] 5th System Option CodeU se the sam e m ethod of program m ing as section [12].ZONELIGHT

[1] O N = Loss of AC w ill not cause an AC trouble•O FF = Loss of A C w ill cause A C trouble

[2] O N = N o bell during Auto-Arm (burst every 10seconds is silenced)

•O FF = 1 b urst of bell / siren every 10 seconds duringA uto-A rm pre-alert

[3] •O N = H om e-Aw ay zones w ill have an entry delayw hen tripped

O FF = H om e-A w ay zones act as interior w hen tripp ed[4] O N = Q uick-Exit is enabled ([∗][0] ignores 1

transition of a delay zone)•O FF = Q uick-Exit is disabled

[5] O N = Auxiliary delay loops can be force arm ed•O FF = A uxiliary delay loop s cannot be force arm ed

[6] •O N = Standard Fire –Fire A larm s w ill pulse bell.O FF = Tem poral Fire –Fire A larm s w ill sound bell

using the Tem poral Fire P attern.Tem poral Fire pattern is 0.5 sec O N , 0.5 sec O FF, 0.5 sec O N , 0.5sec O FF, 0.5 sec O N , 1.5 sec O FF.

•Factory default

[33] Answering Machine Double Call Timer This location sets the am ount of tim e betw een calls w hen using theansw ering m achine over-ride feature. See section [31], light 3.

[34] 6th System Option CodeU se the sam e prog ram m ing m ethod as in Section [12].ZONELIGHT

[1] O N = Audible Exit D elay w ith urgency•O FF = Standard E xit D elay

[2] O N = Bell Squaw k during Exit D elay•O FF = N o B ell Sq uaw k during E xit D elay

[3] O N = Audible Exit Fault enabled•O FF = A udible E xit Fault disabled

[4] O N = U rgency applied to Entry D elay•O FF = Standard Entry D elay

[5] O N = Bell Squaw k during Entry Delay•O FF = N o B ell Sq uaw k during Entry D elay

[6] O N = [F] K ey disabled•O FF = [F] Key enabled

•Factory default

When Light 3 is ON (Audible Exit Fault): W hen the systemis arm ed and a S tandard D elay Z one is left op en at the end of theExit D elay, the bell/siren w ill sound a steady tone for the durationof the E ntry D elay.

Entry and Exit Delay Urgency: W hen the urgency option isselected for the audible Entry D elay, the keypad w ill sound aconstant tone during the Entry D elay. D uring the last 10seconds of the Entry D elay, the keypad w ill sound a pulsingtone to w arn that the delay is about to expire.

W hen the urgency option is selected for the aud ibile Exit D elay, thekeypad w ill sound a p ulsing tone during the E xit D elay. D uring thelast 10 second s of the Exit D elay, the keypad w ill sound a faster

pulsing tone to w arn that the delay is about to expire.

[35] LINKS1000 Test Reporting CodeC ellular com m unications through the LIN K S1000 C ellular AlarmTransm itter w ill be tested periodically according to the testtransm ission tim es p rog ram m ed in S ections [17] and [19]. Thereporting codes p rogram m ed in S ection [35] w ill be transm ittedduring the cellular transm ission test.

W hen the cellular test transm ission is com pleted , the A utom aticTest C od e prog ram m ed in Section [10] w ill be transm itted over theregular telephone line.

[36] Keypad Lockout ControlProgram tw o 2-digit num bers in this section.The first entry determ ines how m any invalid codes m ay b e entered

before the keypad is locked out and w ill not accep t any furtherentries. Prog ram a num ber from 00 to 99; 00 disab les the keyp adlockout function.

The second entry d eterm ines ho w long, in m inutes, the keyp adw ill be locked out once the prog ram m ed num ber of invlaid codesare entered . Prog ram a tim e from 00 to 99 m inutes.

[90] Installer’s Lockout EnableThis feature is enabled by entering [90] w hile in the installer’sprog ram m ing m od e. A factory default (hardw are or softw are) w ill notreset the installer’s code or the dow nload access code once thisfeature is enabled. A panel that has this feature enabled w ill give adistinct audible indication upon pow er-up. This indication is the phoneline relay clicking 10 tim es. M ake sure that your new installer’s codehas been entered correctly before enabling this feature because thereis no w ay of re-entering the prog ram m ing m od e w ithout the newinstaller’s code. R em em ber that even a reset to the factory default w illnot change the installer’s code b ack to the d efault.NOTE: Panels returned to D SC w ith the installer’s lockout featureenab led and no other ap parent prob lem s w ill be subject to anad ditional service charge.

[91] Installer’s Lockout DisableEntering [91] w hen in the installer’s program m ing m ode w ill disablethe installer’s lockout feature.


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For the Record PC 1550 Version

Customer __________________________________________________________________________________________________________

Address __________________________________________________________________________________________________________

__________________________________________________________________________________________________________

Phone ___________________________________________ Installation D ate ____________________________________________

CONTACTS:

#1 N am e ___________________________________________ Phone _____________________________________________________

#2 N am e ___________________________________________ Phone _____________________________________________________

#3 N am e ___________________________________________ Phone _____________________________________________________

Installer’s C od e ______________________________________

ZONES

Zone Type Protected Area

1 _____________________________ _________________________________________________________________________

2 _____________________________ _________________________________________________________________________

3 _____________________________ _________________________________________________________________________

4 _____________________________ _________________________________________________________________________

5 _____________________________ _________________________________________________________________________

6 _____________________________ _________________________________________________________________________

Entry Tim e ________________________________________ Exit Tim e __________________________________________________

B ell C utoff ________________________________________

KEYPAD ZONES

[F] Key O N O FF Q uick-A rm O N O FF

[A ] K ey O N O FF Q uick-Exit O N O FF

[P] K ey O N O FF Installers Lockout O N O FF

Installer’s N am e: ______________________________________________

NOTES


16/24

16

Programming Work Sheets PC 1550 Version 4.1

NOTE: In sections [01] to [10], do not enter data into sections that are not used.

[01] 1st Phone Number Page 8

Enter [0] for the digit 0 in the phone num ber. Enter [∗4∗] (H EX D ) forad ditional dial tone detection betw een num ber digits, as in local PB X system s.Enter [#] to end the phone num ber entry

[02] 1st Account Code Page 8

Enter [∗1∗] (H EX A ) for the digit “0”in the account code. For a 3-digit code, enter [0] for the 4th digit.

[03] 2nd Phone Number Page 9

NOTE: For U L installations, the second phone num ber m ust not be activated ,as the total num ber of dialing attem pts w ould be g reater than 10.

[04] 2nd Account Code Page 9

[05] Zone Alarm Reporting Codes Page 9

For single d igit reporting codes, enter [0] as the second digit. Enter [∗1∗] (H EX A ) to transm it a “zero”.

Zone 1 A larm Zone 4 A larm



[06] Zone Restoral Reporting Codes Page 9 For single d igit reporting codes, enter [0] as the second digit. Enter [∗1∗] (H EX A ) to transm it a “zero”.

Zone 1 R estoral Zone 4 R estoral



[07]

Documents

PC1500 - Manual Instalare.pdf