Summary of ALL Key-Pad entries

Transcription

1 Summary of LL Key-Pad entries PROGRMMING THE SPEIFI KEYPD OPTIONS ( ONLY VILLE THROUGH THE INSTLLER PSSWORD --> = ENLE LOL KEYPD --> = SET LOL EEPER FUNTIONS ON K --> = HNGE KEYPD SYSTEM ID PROGRMMING THE OPTION REGISTERS (ONLY THROUGH TO THE INSTLLER PSSWORD) = SET OPTIONS OF THE SYSTEM = ENTRY/EXIT DELY = SET OPTIONS OF THE SYSTEM = ENTRY/EXIT DELY VLUE = = HEK-IN TIME = SET DET. DELY FOR EH ZONE. 9 = SIREN DURTION = SET SIREN TIVTION. = SET DIP SW OF SYSTEM = SET OPEN / LOSE REPORTING = SET DIP SW OF REMOTE = SET LM / RESTORE REPORTING = PROG USTOMER ID ODE = MODE REGISTER = DISP USTOMER ID ODE 9 = ERSE EEPROM IN THE ONTOLUNIT D = SELF LERNING MODE (""=EXIT) = SET LEVEL = PROGRM NEXT REPETER Number = SET LEVEL = DISPLY NEXT REPETER Number = SET LEVEL = PROGRM the I M REPETER Number D = SET LEVEL D = DISPLY the I M REPETER Number = SET SPEEH SELETION = PROGRM TIVE WIRELESS SENSOR (SUPERVISION) = PROGRM TEL NO ( DIGITS) = PROGRM TIVE PERIMETER EMS (SPI) = DISPLY TEL NO ( DIGITS) 9 = ERSE EEPROM IN OTH KEYPD ND THE ONTOLUNIT = PROGRM TEL NO ( DIGITS = DISPLY LRM LOG FILE = DISPLY TEL NO ( DIGITS) = SET PERIMETER PTTERN = TRNSMITTER INHIIT TIME = SET PERIMETER PTTERN = LRM REPORTING ZONES = SET PERIMETER PTTERN = PERMNENT TIVE ZONE D = SET PERIMETER PTTERN D HNGING PSSWORDS (USING THE DEFULT / EXISTING PSSWORDS) HOW THE INSTLLER N HNGE PSSWORDS --> [PSSWORD] = INSTLL PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> 9 [PSSWORD] = USER 9 PSSWORD --> [PSSWORD] = USER PSSWORD HOW USERS,, & N HNGE THEIR OWN PSSWORDS --> = HNGE PSSWORD USER --> = HNGE PSSWORD USER HOOSING RM / LEVELS IN MULTI-USER MODE = RM LEVEL (USER ) = RM LEVEL (USER ) = RM LEVEL D (USER ) = RM LEVEL (USER ) HOW USER- (MSTER) N HNGE PSSWORDS --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> [PSSWORD] = USER PSSWORD --> 9 [PSSWORD] = USER 9 PSSWORD --> [PSSWORD] = USER PSSWORD --> = HNGE PSSWORD USER --> = HNGE PSSWORD USER = DISRM LEVEL (USER ) = DISRM LEVEL (USER ) = DISRM LEVEL D (USER ) = DISRM LEVEL (USER ) [Y] = ING MULTIPLE ZONES (ONLY WITHIN THE MSK) [Y] = RMING MULTIPLE ZONES (ONLY WITHIN THE MSK) HOOSING RM / LEVELS ND DISRMING IN NORML MODE [Z] = RM SET Y USER [Z] = SET Y USER [Z] = RM SET Y USER [Z] = SET Y USER [Z] = RM SET Y USER [Z] = SET Y USER [Z] = RM SET Y USER [Z] = SET Y USER DUL KEY OPERTIONS VILLE TO THE USER [&] -->[&] = DISLE UTO-RMING [&] -->[&] = ENLE UTO-RMING [ & ] --> [&] = SEND PNI SIGNL [&] --> [&] = MEDIL [&9] --> [&9] = TURN LIGHTS ON / OFF [&] --> [&] = SEND TEST SIGNL = STEP THRU INTEROMS = INTEROM K = INTEROM K = INTEROM K ( ONLY IF INPLEMENTED) = INTEROM K ( WITH HRDWRE) = LL INTEROMS OFF NOTES: --> Means: Press and hold the key until it beeps [& -->&] Means: Press and hold the and the keys until it beeps [ Y ] Means: ny OMINTIONS OF numbers,,,,,, or [ Z ] Means: any,,, D key or any combination of,,,,,, or keys [ ] Denotes the value when the correct password has been entered [&9] Means: Press OTH KEYS (&9) at the same time ppendix M NOVEMER --> 9 = LER EEPROM ON LOL K --> D = SET KEYPD NUMER = DISRM SYSTEM = DISRM SYSTEM = DISRM SYSTEM = DISRM SYSTEM OTHER KEY OPERTIONS VILLE TO THE USER --> = SET RM LEVEL --> = SET RM LEVEL --> = SET RM LEVEL D --> D = SET RM LEVEL D & --> & = SET -LEVEL & --> & = SET -LEVEL & --> & = SET -LEVEL & D --> & D = SET -LEVEL D???? [Y] = SET PERIMETER EM MSK --> D = DISLE/ENLE THIS KEYPD 9 [Y] [Y] SET RESPONSE VLUE FOR SETORS IN THE SPI MMI MNUFTURING ND MINOR INVENTIONS SUPER TRER M NOVEMER

2 XXX TRER OMO M..M.I TLE OF ONTENTS SUPER-TRER GENERL INFORMTION... EXTR FUNTIONS ND FETURES , - ONNETIONS WIRELESS DETETOR ND REMOTE ONTROL OPERTION PROGRMMING INSTLLER SYSTEM PROGRMMING: - SYSTEM OPTION REGISTERS OPTION REGISTER OPTION REGISTER OPTION REGISTER ENTRY EXIT DELY HEK-IN INTERVL SIREN DURTION REPETER LLOTION RESPONSE TELEPHONE NUMERS RDIO TRNSMITTER / TELE-OMMUNITOR (SUSRIER ODE) IRUIT (ZONE) OPTIONS WITH SIREN OPEN / LOSE LRM / RESTORE PRESET PTTERNS ND D REPORTING LWYS TIVE (HR) ENTRY / EXIT TIVE WIRELESS ZONES TIVE PERIMETER SETIONS WIRELESS SUPERVISION TEST SETIONL PERIMETER INTRUSION (SPI) SYSTEM PRESET PTTERNS ND D SENSITIVITY RMING EVENT MEMORY LOGGING / DISPLYING INSTLLER KEYPD PROGRMMING - SETTING INDIVIDUL KEYPD ID NUMERS LOL LEEPER FUNTION INSTLLER PSSWORD KEYPD SYSTEM ID ERSING SYSTEM MEMORY ERSING ONTROL PNEL MEMORY ERSING KEYPD MEMORY ONTROL PNEL MEMORY ONNETING THE ONTROL PNEL, KEYPD, SPI ND DETETORS... -, - SUMMRY OF LL KEY ENTRIES ONNETIONS FOR: - DETETION IRUITS (WIRED) - DETETION IRUITS (WIRE-LESS) - EXTERNL SIREN - EXTERNL UZZER - REMOTE ONTROLLED LIGHTS KEY-SWITH TMPER SIREN RELY UZZER RELY LIGHTS RELY RESET SYSTEM MEMORY... IN FUSE TTERY FUSE TP KSV RDIO TRNSMITTER VERSION OF PROGRM OUTPUTS FUSE (SIREN UZ. LIGHTS) RX DISPLY - - SUPER-TRER ONNETIONS TRER WITH RDIO OMMUNITOR T SPLY TO P.I.R _ V OIL V ONTT LIGHTS RELY Each wireless detector must be identified within the system. This is done using either jumpers (old model) or programming buttons (new model) ( see instructions supplied with the detector). TYPIL ZONE IRUIT (ZONE ) TYPIL ZONE IRUIT (ZONE ) EXISTING LIGHTS SWITH NEW NY NORMLLY OPEN SENSOR PROGRMMING UTTONS V SUPPLY TO THE DETETOR WIRE-LESS P.I.R JUMPER NO. NORMLLY LOSED ONTTS OLD HNNEL DESRIPTION ZONE (IRUIT ) ZONE (IRUIT ) ZONE (IRUIT ) ZONE (IRUIT ) ZONE (IRUIT ) ZONE (IRUIT ) ZONE (IRUIT ) ZONE (IRUIT ) K ohm RESISTOR IN SERIES MGNETI SWITH (N..) K ohm RESISTOR IN SERIES = JUMPER OUT = JUMPER IN live V UZZER SIREN Figure neutral KEY SWITH ONNETIONS LED _ DISPLY TP KS V - OPTION WIRED PNI UTTON INPUT KS - KEY-SWITH INPUT FOR RMING, DISRMING [N E PROGRMMED S (N/O) PNI INPUT] [REGISTER IT - ON=KEY-SWITH, OFF=PNI ], DISPLY TP KS V - DISPLY TP KS V - NORMLLY LOSED TMPER ONTT TMPER INPUT DISPLY TP KS V - NORMLLY OPEN TMPER ONTT MOMENTRY N/O KEY-SWITH NORMLLY OPEN PNI ONTT N\ N\O JUMPER N\ N\O JUMPER M NOVEMER PGE M NOVEMER PGE

3 M..M.I RM PER 9 LRM RM PER SUPER-TRER ONNETIONS SUPER - T R E R Telephone & Radio larm ontrol Panel January 9 GENERL FETURES: ONNETIONS FOR: - RDIO OMMUNI. MODULE - TELEPHONE OMMUNI. MODULE - DISPLY - STND-Y TTERY - TRNSFORMER ( / V ) LINE IN ERTH LINE IN TO TELEPHONE LINE The "SUPER-TRER" is a microprocessor based LRM PNEL designed to perform all the functions associated with the monitoring of alarm conditions, in both wired and wireless environment, and subsequent transmission by either Radio or Telephone ommunicator to a REMOTE MONITORING ONTROL ROOM or to a PRIVTE TELEPHONE The "SUPER-TRER" not only conforms with SIDS specifications but offers many more features which are not available in traditional alarm panels. The "SUPER-TRER" is capable of reporting the condition of all zones in one transmission giving the full current status of the alarm panel These features make the "SUPER-TRER" a versatile, efficient and most innovative LRM ONTROL PNEL MODEL ND VERSION NUMER TMPER KEY-SWITH XXX TRER OMO NOTE : THE EXTERNL REEIVER MUST E ONNETED EFORE PROGRMMING OR TESTING THE UNIT S SHOWN. TP KS SIREN RELY V RDIO TRNSMITTER VERSION OF PROGRM.. IN FUSE UZZER RELY LIGHTS RELY RESET SYSTEM MEMORY. TTERY FUSE DISPLY -. OUTPUTS FUSE (SIREN UZ. LIGHTS) SIREN UZZ LIGHT RX White= signal (RX) NOTE : FOR TTERY- ONLY OPERTED SYSTEMS,THE MINS FILURE N E YPSSED Y LINKING THE LEFT HND INPUT TO THE V OF THE TTERY. TRNSFORMER -V USE MP FUSE ONLY WHEN PROTETING mp TRNSFORMER T P.I.R. SPLY TO NOTE : REFER TO SPI INSTRUTIONS FOR ONNETION DIGRM ND OPTIONS Red = v () lack= v (-) TRNSMITTER SPI MSTER SD SK TX RX - - LED S - - -EMS EMS NO SW TELEPHONE OMMUNITOR - v. /H TTERY LIT UZ LERN To S.P.I. S & R modules LWYS LIGN ORD HERE ll zones must be terminated with a K ohm resistor. D - - TRER LED KEYPD D and D not Used END OF LINE TERMINTION ZONE INPUT( TO ) NORMLLY LOSED NORMLLY OPEN ZONE INPUT - EXPNDER ORD Diagram rm/disarm indication D - - TRER LED K ohm RESISTOR IN SERIES DISPLY ONNET S FOLLOWS: "" on keypad to "" on control panel "" on keypad to "" on control panel "" to "" "-" to "-" Figure EXTERNL LED - - Supports up to key pads - zones OTH WIRED and /or WIRELESS. - rm/disarm and warning selection via Keypad, Key-Switch or Remote ontrol - Normal or multi-user operation ( partitions). - Remember all selections during power failures and will resume from the last status. - Supervised alarm circuits/zones with end of line resistors (k). - Programmable "entry / exit delay". - Programmable siren activation on individual zones. - UTOMTI TIVTION of security lights on alarm or warning conditions. - RDIO (VHF, UHF ) or TELEPHONE communicator interface. - uilt-in battery charger for Stand-by. /h battery ( hrs autonomy on average installation ). - uzzer output for auxiliary signals (arm, disarm, battery-low etc...). - EEPROM memory for retention of both options and code selections during "power-down". - Optional wired panic button - Optional input for key-switch operation - Optional, output extended signals for triggering NON-MMI radio or telephone communicators. - Programmable silent PNI alarm. - Programmable reporting of battery low condition in each wireless sensor. - Programmable reporting of system mains failure, mains restoral, system battery low and restoral. - Programmable reporting of arm and disarm with user identification. - Programmable uto arming with optional entry-exit feature ( hands free). - Tamper circuit for sensors - Subscriber ID code and options fully programmable by the installer. - TEST transmission to control room from the remote control or keypad. - Programmable "check-in" transmission from to hours. - Four preset active levels,,, or D. - Diagnostic for testing wireless devices. - Special option for "Follow-me" telephone operation. - Easy programming and display of current options and settings. - Programmable alarm reporting on individual zones. - Each keypad can be switched off individually. - dditional system-armed / system-disarmedf LED output. - Self Learning function for the Remote ontrol code and Wireless Detectors. - Supports both Old and New report protocols and wireless codes. - Quick setting of the four preset levels:,, or D to RM - Quick setting of the four preset levels:,, or D to - Keypad system security identification feature. - Duress code. - Tamper on Wireless Detectors - attery low on wireless detectors - Wireless detectors Supervision - Keypad wrong-code lockout - Event logging in non volatile memory. - Zone swinger to automatically disable false triggering zones - sector perimeter expander interface (SPI) M NOVEMER PGE M NOVEMER PGE

4 GENERL INFORMTION INSTLLER ( ): KEYPD OPTION REGISTERS The "SUPER-TRER" is capable of monitoring OTH WIRED and WIRE-LESS detector circuits at the same time. REMOTE PNI UTTON option is built in as a standard feature. ENTER THE INSTLLER ODE FOLLOWED Y LONG "" KEY ND THE NUMER OF THE REGISTER YOU WNT TO MODIFY. NOTE : THE " " MUST E HELD DOWN UNTIL YOU HER LONG EEP. THE URRENT ONTENT OF THE SELETED REGISTER WILL E DISPLYED.USE UTTONS TO TO HNGE THE ORRESPONDING IT TO OTIN NOTE: THE DESIRED SELETION. PRESS " " TO EXIT. = OFF = ON = UNUSED RM PER The "SUPER-TRER" will send an alarm/report whenever the following inputs are triggered: - ny of the wired active inputs. - ny of the wireless active inputs. - Remote panic button. - Supervisory signals such as: - battery low in the wireless sensors. - low battery in the system. - arm / disarm. - battery restored in system. - mains failure - test transmission - mains restored - Tamper & password change - panic button For complete application flexibility the eight wired inputs may be programmed to send an alarm whenever one of the following conditions occur: - When the external circuit is opened (Normally losed circuit). - When the external circuit is closed (Normally Open circuit). - oth when the external circuit is Opened or losed. (In this case it is possible to program any of the circuits as an "alarm circuit" or a "door entry monitoring circuit"). - When the trigger condition remains for longer than sec (slow detection). For example : You may require that the particular circuit calls the control room both when an alarm occurs and when it is restored, or that a particular circuit calls the control room both when a door is locked or unlocked. The eight wireless inputs work parallel to the wired inputs and therefore share all the available optional features such as: - individual siren activation selection - individual "ENTRY/EXIT DELY" selection - individual "warning only" selection - individual " hrs" ready activation. great feature of the SUPER-TRER" is the fact that it is fully programmable to suit every possible requirement. You can for instance define levels each containing a set of zones which you will most likely select in everyday operation. You do not have to remember which set you normally arm or set to warning mode. The "SUPER-TRER" will memorize the four patterns for you and so when arming the system, automatically step through these preset patterns allowing you to stop at the one you desire. These patterns may be changed at will by the installer or by the customer using the two buttons on the hand-held remote control. These preset levels can be Quick selected. See long-key on table of key entries LL OMMNDS and INDITIONS are performed / shown on up to wall mounted Keypads The Keypad display the following information: - the wired/wireless sensor which caused the alarm. - the wired/wireless sensor which caused the warning signal. - the perimeter beam which was activated. - system armed / disarmed indication. - which circuit is set to hrs, armed or on warning. - Entry / exit delay activated. - mains failure has occurred. - system battery is only % charged. - system has triggered and the signal was sent to control room. The GREEN numeric display shows the Sector which was activated on the perimeter alert system (SPI) The RED numeric display shows the type of transmission which was sent to the control room e.g.:- - Numbers to indicating the alarm Zone which was triggered. - The letter "p" indicating panic button activation. - The letter " t " indicating test transmission. - The letter " b " indicating battery low in one of the wireless sensors. - The letter " r " indicating that the system had a reset. - The letter h indicating a warning or a call facility. - The letter u indicating the system is not programmed yet. - The letter E indicating a tamper condition is present. - The letter? indicates that the ID of the keypad is not the same as the ID of the Tracer - The letter j indicates wireless Radio Frequency blocking. M NOVEMER PGE REGISTER NME INSTLLER ODE REG. NO. SET INDIVIDUL key pad I.D. NUMER D THE SUPER TRER N EPT UP TO KEYPDS. FOR SPEIL PPLITIONS EH KEYPD N E PROGRMMED TO HVE ITS OWN I.D. ODE. KEYPDS WITH THE SME I.D. WILL OPERTE SIMILRLY. ENLE LOL LEEPER FUNTIONS HNGE INSTLLER ODE HNGE ODE OF USER to () ENLE HNGE KEYPDS KEYPD ID NOTE: THIS REGISTER ENLES THE OMMUNITION ETWEEN THE SUPER TRER ND KEYPDS. NOTE: THE KEYPD ID IS THE SUSRIER I.D. S ON PGE 9 REGISTER. ERSE KEYORD MEMORY NOTE: THIS REGISTER DEFINES WHIH ONDITIONS WILL TIVTE THE LOL LEEPER. MINS: Mains Failure KUP: System battery low LO-T: Sensor battery low. FTER THE NEW ODE ENTRY, THE ODE WILL E DISPLYED ONE DIGIT T THE TIME. ENTER " " TO EPT THE ODE FTER IT HS EEN DISPLYED. NY OTHER KEY WILL REQUIRE THE NEW ODE TO E RE-ENTERED. fter this command the unit will reset to load the default values ERSE MEMORY IN ONTOL UNIT ERSE OTH ONTROL-UNIT ND KEY-ORD MEMORIES???? 9 POLLING NOTE: THIS OPERTION WILL ERSE LL PRESENT OPTIONS ND RESTORE THE FTORY-DEFULT VLUES INLUDING ZONE, OPTIONS, WIRELESS ODES ET (LL SETTINGS SHOWN ON PGES,, 9 & ) NOTE: THIS OPERTION WILL ERSE OTH THE MEMORY IN THE KEY ORD ND THE ONTROL UNIT ND RESTORE THE FTORY-DEFULT VLUES. IT OMINES THE OVE OMMNDS MORE THN SELETION IS LLOWED. e.g. If & were selected, the unit will respond to all commands addressed to key pads &.???? TRIGG: larm triggered. DELY: Entry Exit Delay UX: Key eeps ON/OFF. 9 fter this command the unit will reset to load the default values 9 fter this command the unit will reset to load the default values MINS KUP LO-T NEW ODE ( DIGITS) X???? NEW ODE ( DIGITS) USER NO,,,,,,,,9, (MULTIUSER MODE -,,, ONLY) TRIGG DELY Note: IN MULTIUSER MODE USER REPLES USER (no USER rights are available in this mode UX. NOTE: THIS OPERTION WILL ERSE LL PRESENT VLUES ND RESTORE THE FTORY-DEFULT VLUES INLUDING KEYORD SETTINGS ND USER ODES ( LL SETTINGS SHOWN ON PGE ) NEW ODE ( DIGITS) DEFULTING THE SYSTEM (ERSING MEMORIES) M NOVEMER PGE

5 SD SK TRNSMITTER - - -EMS NO SW FTORY DEFULT INSTLLER ( ): LEVEL "" PRESET LEVEL "" PRESET LEVEL "" PRESET LEVEL "D" PRESET S.P.I. (SETIONL PERIMETER INTRUSION ) OPTION REGISTERS n extra perimeter beams may be connected to the new SUPER-Tracer-ombo.( See SPI installation instructions) The unit will monitor these perimeter beams and indicate which beam was triggered. The activation of the beams will either sound locally or will report the activation to the control room using exclusively zone. The perimeter SETORS are set up, tested and activated by following this procedure: - onnect, align and program each beam - Manually or automatically define the number of sectors / beams installed as follows: DEFINE INSTLLED SETORS Or UTO SSESS SETORS... e.g. Only beam,,,, and are installed. INSTLLER ODE Wait for the display to show the sectors found then enter To test the perimeter connections do the following: - Enable/ activate all ( in this case) available beams installed with: Four preset perimeter selections may be pre-programmed to coincide with the arm/warn levels,, & D. (This is done as shown below) If option of register (page ) is set, a selection will be active when the corresponding arm/warn level is selected ( e.g. You can have zones & ( level ) on armed and perimeter sectors, & on warning D RM PER Each segment may be programmed to have different response times (on interruption of the Infrared beam). These times may vary from, Seconds to Seconds. Use the table to select the response (interruption time before alarm) This is done using the USER code. SET SENSITIVITY LEVELS FOR EH SETOR OF THE PERIMETER LRM USER ODE 9 THE INSTLLER MY FURTHERMORE PROGRM THE FOLLOWING OPTIONS OPTIONS (SPI MODE) REGISTER NO.9 ON = USE OMMON OUTPUT () ON MSTER ON = LIGHT RELY FOR MINUTES ON = IF THREE REKS ( SME EFORE LRM) ON = SYSTEM RESETS EVERY HOURS ON = MSTER S OUTPUT IS TIVE LOW To arm individual segment of the perimeters enter: RMING INDIVIDUL PERIMETER SETIONL EMS TX RX - - LED S to store the result or any other key to exit. EMS LIT UZ Device No.?? Level of response O Indicates Perimeter detection active LERN OFF = USE INDIVIDUL OUTPUTS OFF = LIGHT RELY FOR MINUTES OFF = NY REKS OFF = NO UTO-RESETS OFF= MSTER S OUTPUT IS TIVE HIGH =. Sec = Sec =. Sec = Sec =. Sec = Sec =. Sec = Sec Each segment may be programmed to activate either on a single or multiple break(). See SPI instructions for this option RM PER M NOVEMER PGE The Key Pad is used to do the following: - program the system's options. - access the preset patterns and if necessary change them. - access each zone individually. - change the user codes ( different user codes per key pad ). - activate a panic alarm. - activate a test signal. - reset the system /alarm. - program the tel. number for the "follow-me" reporting. - Quick-setting one of four preset levels:,, or D to LRM or ING - to activate / deactivate the perimeter Sectors. - turn on light relay. ombination of keys pressed simultaneously will give different conditions, these are shown in ppendix : NOTE: When arming the system if any of the zones are in open condition the system will sound the key pad bleeper times before initializing the arming sequence. During the arming sequence it is possible to cancel the operation by pressing ' or shorten the delay by pressing. To stop the keypad beeping during a Mains Failure, push and hold the. Most OMMNDS are performed through a HNNEL HND-HELD REMOTE ONTROL: - arming and disarming of the system - partial arming selection - partial "warning only" selection - programming of the different patterns of arming - panic button - test transmission - security lights REPORTING OF N LRM TO ONTROL ROOM Reporting of an alarm can be achieved in different modes: - Y RDIO: The system will transmit, via radio, times at random intervals within seconds NOTE: fter each Radio transmission the system is dormant for seconds to allow all detectors to settle down. During this period the running LED on the key board will flash. - Y TELEPHONE: The System will communicate with the base station via telephone using alternative numbers. If the FOLLOW-ME option is set the second number can be that of a cellular, a friend or a neighbour and therefore can be changed at will by user ". NOTE the audible signal to the alternative number is not intelligible but merely a digital general sound. - Y RDIO ND TELEPHONE: fter transmitting times via radio the system will use the telephone to communicate the signal to a base station or private telephone number. - REPORTING using NON MMI Radio/tel. ommunicator When neither of the above communication devices are used, the MMI Expander board (optional) can be used to drive up to outputs on NON MMI communicators or radio transmitters. The outputs on the expander board are : - panic, - system dis-armed, - system armed, - system battery low, - sensor battery low, - test, - intrusion / burglary ( see Fig. (page ) ( trigger will give a one second v pulse on the relative output.) EXTR FUNTIONS / FETURES: - STND-LONE OPERTION (No Key Pad) - SNIPER SNIPER operation can be set where a single rm / Disarm level operation is needed. (Register / bit ) The remote control (ll users) will arm only level instantly The Keypad can be removed after programming, leaving only remote control and Key-switch for rming /Disarming. - RM / DISRM ONFIRMTION Re- transmission (confirmation) of rming and Disarming signals can be selected (register / bit, ON to Enable) This is meant for business installations where the monitoring of arming status is crucial. The arming status is sent, randomly between to minutes, after it was initially rmed or Disarmed. The confirmation is reported to the base-station as a -user - rm/disarm. Note: This feature falls away when the telephone communicator is selected. - DURESS In life threatening situation. ( When someone forces you to disarm your alarm panel at gun-point) you can make the alarm panel send a duress to the control room. - DURESS TIVTION WHEN USING KEYPD Increment first digit of user code by one () when disarming the alarm panel. I.e if is normally pressed, press for duress. M NOVEMER PGE

6 - UTO - RMING When auto -arming is selected (programable for hours or minutes by installer) the system will arm itself if no movement or any other activations have been detected within the selected time period. second (Installer programmable) option is to enable the entry / exit zone (zone - Wired only). When the last activation was detected on zone the system will arm itself at Level D after the expiry time. In the event where any of the other zones was the last to be triggered the system will arm at Level after the time period expired. This function is useful when you forget to arm your alarm system. The system will arm itself min / hours after you have left the house or went to bed. The uto arming option is set in option register bit. The End-user can then switch it on ( ) or off ( ) Note: Entry / Exit will only function correctly if Zone is the last zone triggered when you leave your premises. Level will be the at home /sleep arming pattern and Level D the away arming pattern. The exit delay is always calculated to be double the entry delay - DISLING THE KEY PDS Each key pad can be disabled individually. To disable temporarily a key pad, enter the user code. Press for approximately seconds followed by the D key. To re-enable the keypad repeat the operation. REMEMER THT THE SEOND TIME THERE IS NO INDITION FROM THE UZZER ON THE KEYPD - TMPER ( WIRELESS SENSORS ONLY ) ircuit that monitors illegal violation of alarm devices when the system is not armed. When it`s triggered it will send a tamper condition to the control room and the WL TL and TRIGG leds will be illuminated on the keypad with buzzer sounding. To cancel the above, enter the user code followed by. - WIRELESS ZONE SUPERVISION This feature enables the SUPER-TRER to detect when a wireless passive is faulty ( NOT REPORTING). The user can program which wireless zone the SUPER-TRER must monitor. Please note that the wireless passive must be enabled for supervision - pages & 9 and -See also the wireless detector instructions. - EVENT MEMORY LOG FILITY The SUPER-Tracer-ombo is capable of storing the last events in memory. The installer can view these events in case of the user not reporting to a control room. The log facility will display the day after the last event occured. 9- WIRELESS RF LOKING SUPER-TRER will report a System Tamper if Radio Frequency blocking was detected on the system lasting longer then seconds. This is to prevent intruders blocking the RF reception. - SPI PERIMETER EM n extra perimeter zones can be installed on the SUPER-Tracer-ombo. The unit will detect an activation on the perimeter beam and sound an audible alarm. This condition will not be reported to control room. Refer to the instruction of the SPI beam for installation and programming instructions. - RESPONSE / GURD SUPERVISION This features allows the control room to supervise all activities undertaken by the response officer. For this purpose the SUPER-TRER uses a third remote control code. On this special Officer remote control, button will be the Panic button and button will be Guard Responded. Please note that this feature is only active for minutes after an alarm was triggered. This Response code can only be stored by the SELF-LERNING method and not MNULLY - SWINGER ZONE DISLE If the same zone triggers more then times during the same armed period the Super-Tracer automatically disables that zones until the next arming or until hours have expired since the last alarm triggered by the swinger zone See page - MINS FILURE REPORTING WITH NEW LOD SHEDDING FETURE. The Super Tracer will report mains fail/restore only after hours of constant mains fail. Should the mains restore and fail again before the hours, the timer will start again. See page M NOVEMER PGE IRUIT (ZONE) OPTION REGISTERS Each of the zones can be programmed to behave in different ways and perform different tasks. To do this there are several registers: EXMPLE : - HNGE PRESET LEVEL "" FROM & TIVE TO & TIVE. - ENTER: " ". THE URRENT SETTING WILL E SHOWN. - ENTER ""... LED WILL TURN OFF... - ENTER ""... LED WILL TURN ONT - ENTER "" TO EXIT (REGISTER NME) (INSTLLER ODE) (REG NO.) DETETION TIME OFF=. Sec. ON = Sec. SIREN TIVTION OPEN / LOSE REPORTING LRM / RESTORE REPORTING LEVEL "" PRESET LEVEL "" PRESET LEVEL "" PRESET LEVEL "D" PRESET LRM REPORTING ZONE LWYS (Hrs) TIVE ZONE "ENTRY/EXIT DELY" ZONE TIVE WirelessL SUPERVISION ZONES EVENT MEMORY LOG INSTLLER ( ): FTER YOU HVE ENTERED THE INSTLLER ODE ND THE REGISTER NUMER, USE KEYS " to " TO MKE YOUR SELETION. ENTER "" TO EXIT SETTING / DISPLYING TELEPHONE NUMERS PROGRM FIRST TEL. NUMER PROGRM SEOND TEL. NUMER DISPLY FIRST TEL. NUMER DISPLY SEOND TEL. NUMER PROGRM THE SUSRIER ID RED THE SUSRIER ID D RM PER ZONES RMED ZONES TRIGGERED When not reporting to a control room, the user can view events which occurred on the alarm panel. This feature displays the events and time between events as follows : LOG NUMER DY HOUR MINUTES SEONDS TYPE LIST OF LRM TYPES : = larm = System Mains Fail = System attery Low USE TO GO TO PREVIOUS EVENT = System Mains Restore 9 = System attery Restore P = Panic D = Duress T = Test/ancel = System rmed USE TO GO TO THE MORE REENT EVENT d = System Disarmed D ( NOTE: USE " " FOR SEONDS PUSE ) (FIRST DIGIT) THE URRENT SUSRIER ODE WILL E DISPLYED ONE DIGIT T THE TIME.??.....?.....????? NEW TEL. NUMER ( DIGITS MX.) ( TO 9999) (LST DIGIT) THE URRENT TEL. NUMER WILL E DISPLYED ONE DIGIT T THE TIME. SUSRIER I.D. SETTING ( TRNSMITTER /OMMUNITOR ODE) This is the USTOMER i.d. NUMER sent to the SE STTION FTER ENTERING THE TH DIGIT THE NEW ODE IS UTOMTILLY STORED IN MEMORY ZONES FTORY DEFULTS M NOVEMER PGE 9

7 FTORY DEFULT RX INSTLLER ( ) ONNETIONS NEW OPTIONS REGISTER NO. ON = SIREN WITH PNI UTTON ON = MULTIUSER OPERTION ON = UXIL. SIGNLS ON EEPER & SIREN ON = SIREN ND LIGHTS ( WITH N LRM) ON = WIRELESS RF LOKING ENLED OPTIONS REGISTER NO. ON = SEND LRM VI RDIO ON = SEND LRM VI TELEPHONE LINE/GSM ON = REPORT RM / DISRM SIGNLS ON = REPORT SYSTEM TTERY LOW ON = REPORT SYSTEM MINS FILURE ON = SEND USING FTX ON = TONE DILING ON = PERIMETER MSK LINKED TO RM LEVEL ON = TRNSMIT ONTT - ID ODE ON = REPETER FUNTION ENLED ON = REPORT TTERY LOW IN SENSORS [options] [options] = ON NOTE: = OFF OFF = SILENT PNI UTTON OFF = NORML OPERTION OFF = UXIL. SIGNLS ON EEPER ONLY OFF = SIREN ONLY OFF = WIRELESS RF LOKING DISLED OFF = PERIMETER ND RM MSKS NOT LINKED OFF = TRNSMIT M..M.I. ODE OFF = REPETER FUNTION DISLED OFF = NO RDIO OFF = NO TELEPHONE OMMUNITOR OFF = REPORT LOD SHEDDING OFF = SEND USING DTMF OFF = PULSE DILING Installing the "SUPER-TRER" is very simple. ll you have to do is connect the external receiver and/or the long range transmitter or telephone communicator. The connections are easy to read and to understand. onnect the battery, the external transformer and wire up the different zone circuits and audible devices such as the buzzer and siren. These connections are as follows : (ONNETOR STRIPS and ) - LRM IRUIT ONNETIONS: There are inputs available on the TRER - OMO ( TO ). For proper operation a. KOhm resistor is required at the end of each zone (last detector) SIREN UZZER LIGHTS }ZONE IRUITS to DISPLY T SPLY TO P.I.R. TP KS V ONNETOR "" ( TOP) ONNETOR "" ( OTTOM) ny zone will trigger if is either shorted to Ground or V.The Inputs have both lightning and short circuit protection. Power to the detectors is taken from,, (POS.) and,, (NEG.) - SIREN: Volts D- mp is available between connectors [](neg) & [](pos) to operate the siren - UZZER: Volts D - mp is available between [](neg) & [](pos) to operate an optional buzzer. - EXTERNL LIGHTS: Volts D is available between [](neg) & [](pos) to operate an external RELY with suitable contact rating for that light circuits. Option of register will allow for the lights to switch on with an alarm or a warning and switch off minutes later. The security lights can also be activated using the REMOTE -ONTROL by pressing buttons &. The lights will switch off minutes after the last activation. NOTE : The combined current the relays may supply is limited by a.mp fuse. FTORY DEFULT FTORY DEFULT N OPTIONS (MODE) REGISTER NO. ON = USE KS INPUT WITH KEY-SWITH ON = ZONE SWINGING ENLED ON = REPORT WIRELESS SUPERVISION ON = REPORT SPI ON ZONE ON = UTO RM TIME - HRS ON = UTO RM ENLED For the next options you need to enter a value between and. EXMPLES: - To set the entry-delay to seconds enter: (sec) - To set the check-in interval time to hours enter:: (hrs) - To set the siren duration to minutes enter: 9 ( x sec) ENTRY / EXIT DELY VLUE (SE) HEK-IN INTERVL (HRS) SIREN DURTION (SE) OFF = USE KS INPUT S WIRED PNI OFF = TRER OPERTION OFF = NO ONFIRMTION(REPETED) OFF = ZONE SWINGING DISLED OFF = UTO RM - DISLED W-NET IS USED IN SHRED FREQUENIES, STNDRD IS USED IN NON SHRED FREQUENIES ON = SNIPER OPERTION ON = RM/ DISRM ONFIRMTION(REPETED) 9 FTORY DEFULTS N.. - HEK-IN INTERVL VLUE OF "" WILL UTOMTILLY DISLE THE OPTION ( NO HEKING-IN TRNSMISSION ). - THE TIME DELY IS UTOMTILLY SET TO DOULE THE ENTRY DELY Display the NEXT Repeater Number [options] OFF = UTO RM TIME - MINUTES PROGRMMING THE REPETER NUMER ND FUNTIONS Set the NEXT Repeater Number (SE) (HRS) (SE) ON = SNIPER THE URRENT OPERTION VLUES WILL E DISPLYED ONE DIGIT T THE TIME. FOR EXMPLE NEXT REPETER is - - SUPPLY: / Volts, m ( amps when using a radio transmitter) TRNSFORMER supplies power to the charger and panel on terminals [] and []. This input is protected against lightning.(w max) - KEYPD : wires are required to connect remote display units. They are : [] () Transmitted data line, [] () Received data line, [] (Negative supply) and [9] ( Positive v supply) - TTERY ONNETIONS:. mp/hr, V stand-by battery must be connected between (NEGTIVE) and (POSITIVE). ccidental reversal of the battery connections is protected by a crowbar polarity protection device which will blow the safety fuse. It may therefore be necessary to change the TTERY and OUTPUT fuses after connecting the battery incorrectly. The unit is NOT GURNTEED for damages caused by REVERSE / INORRET connections. - TMPER INPUT [TP]: The Tamper input is set to trigger whenever a positive supply is removed from this contact. (TP []) When triggered a Tamper condition is sent to the ontrol room and a second audible sound is heard on the buzzer. The input may be triggered with either a Normally-Open or a Normally-losed as indicated on figure on page. Multiple Normally closed switches must be connected in series Multiple Normally Open contact must be connected in parallel. n E is displayed to indicate a tamper condition until the input is restored. The Tamper input is always active. ( hours). 9- KEY-SWITH / PNI INPUT [KS]: The [KS] input is programable for rming/disarming or Panic. To rm / Disarm with a Key-switch, use the normally open contacts of a momentary key-switch. Register / bit (see programming section.) must be programmed ON for Key-switch operation (OFF for panic). The normally open contact of the key-switch is connected to v Positive [9] and KS []. n rm / Disarm indication LED can be connected between v positive [9] (positive) and [] (negative). (n LED can also be connected on the keypads to indicate rm / Disarm.)The LED starts flashing after the panel has been triggered ( NO EXTERNL RESISTOR IS REQUIRED). To use the [KS] input for hardwired panic buttons (normally open), program Register / bit as OFF. Panic buttons are connected in parallel between v Positive [, or ] and KS []. - S.P.I. PERIMETER EM ONNETIONS: The wires to the Master unit of the SPI perimeter alarm system can be connected to the same inputs as the remote display unit. [] () for transmitted data line [] () for the received data line. [](-) for negative supply [9] () for positive v D supply. Special components have been introduced to protect the key pad and detector power supply from short circuits. The characteristic of these devices is such that on excessive current they will heat up and TEMPORRELY SHUT DOWN. Only once the short has been removed will they slowly recover to their initial value. THE MXIMUM URRENT TO KEYPDS ND SENSORS IRUITS IS LIMITED TO m FOR EH. M NOVEMER PGE M NOVEMER PGE

8 FTORY DEFULT WIRELESS DETETORS and Using wireless sensors is simple provided you are aware of the following facts: - The operating range may vary widely from one installation and location to another. The position of the radio receiver is therefore critical and must be chosen accordingly. - Each installation requires two exclusive I.D. odes : - a DETETOR ODE for sensors and detectors and... - a REMOTE ONTROL ODE for the hand held remote controls an optional rd ODE ( RESPONSE) may be used to indicate to the control room that armed response is on site with their own remote control - Each code has two parts: IDENTIFITION and FUNTION IDENTIFITION : This is the part that makes that device recognizable by the system. The SUPER-TRER recognizes two different formats: bit code (old) and a IT code (new) known as Smart-ode FUNTION : This is the part of the code which defines the function which that device has e.g. ZONE number ( for detectors) or arm/disarm, panic, test (for remote controls). The functions are determined by a bit configuration. See table and NOTE: - wireless sensor transmits an alarm condition only for a short period of time ( - Seconds) - To save power the sensors are designed not to transmit if continuous movement is detected. - detector will only transmit if either a seconds (test mode ) or minutes (normal mode) has elapsed from the last detection. lthough each code and function can be programmed individually IT IS ESIER TO PROGRM THE SENSORS and THE REMOTE ONTROL FIRST and then program the code into the SUPER-TRERl unit using the self learning method. ( see page ) FUNTION selection of the DETETORS ODE IT SETTING: FUNTION WHEN TIVTED IT SETTING: ING ( SE ON LEEPER) PNI TIVTED DURESS KEYPD RELY KEYPD RELY EXTERNL LIGHT TIVTION To program the sensors and detectors see the intructions supplied with each device ZONE ZONE ZONE ZONE ZONE ZONE ZONE ZONE FUNTION selection of the REMOTE ONTROL ODE RIDGE NO. FUNTION RIDGE NO. =ON =OFF =ON =OFF WHEN TIVTED PPLITION ING ( SE ON LEEPER) PNI TIVTED RM/DISRM (USER) TEST TRNSMISSION RM ONLY (to "D" level) DISRM ONLY EXTERNL LIGHT TIVTION DOOR ELL/POOL ING EMERGENY / MEDIL SSISTNE TURN SYSTEM ON OR OFF HEK IF THE SYSTEM IS WORKING SEURITY LIGHT/MNUL TIVTION USER : USER : USER : USER : REMOTE ONTROL operation FUNTION WHEN TIVTED FUNTION RM/DISRM Remote ontrol USER not used RM/DISRM Remote ontrol USER not used RM/DISRM Remote control USER not used RM/DISRM Remote ontrol USER not used Remote ontrol may have up to four buttons and each button may be. programmed to carry out a specific task The standard unit supplied has only two buttons = Panic, =rm/diasrm. ONFIGURTION OF REMOTE ONTROLS IN MULTIUSER MODE: In MULTIUSER MODE Each user must have a remote control with button set as shown below and in table (utton for Panic = hannel ) (utton RM /DISRM USER X) Solder ridges on ack of Remote ontrol = Solder On = Solder Off Table Table INSTLLER PROGRMMING THE SUPER-TRER THE TRER IS ORIGINLLY PROGRMMED WITH "FTORY DEFULT" SET OF OPTIONS. LTHOUGH THE "FTORY" OPTIONS REFLET THE HOIE OF THE MJORITY OF INSTLLERS ND END-USERS, PROPER OPERTION ND OMPLINE WITH SPEIFI REQUIREMENTS N E HIEVED THROUGH REPROGRMMING. THE PROGRMMLE OPTIONS RE DIVIDED INTO SETIONS: SETIONS,, ND RELTE TO THE MIN ORD: SETION IS RELTES TO THE KEYPD UNIT ITSELF. PROGRMMING THE DETETOR ND REMOTE ONTROL ODES SELF LERNING OF REMOTE ONTROL ND DETETORS ODE. Following is the procedure to program the Detectors and Remote ontrols to operate properly with the SUPER-TRER: - program the sensors / detectors following the instructions supplied with each device keeping THE SME code for detectors. - program the ZONE number ( function) according to your requirements (table - page) - enter the self learning mode in the SUPER-TRER by entering: - press and buttons together to store the code and exit. - the decimal equivalent of the stored code will be displayed one digit at the time. Enter to exit SET DETETORS ODE SET REMOTE ONTROL ODE INSTLLER ODE REG. NO. D - activate any of the programmed detectors making sure that the SUPER-TRER displays the received code - press to store/learn the DETETOR s code - Re-enter the self learning mode in the SUPER-TRER by entering: - press any button on the remote control until the SUPER-TRER displays the different code received. - press to store / learn the REMOTE ONTROL code. D Using the same method a rd code may be stored using the key to define the code used by an rmed Response officer to send a standing signal to base. Please note that this code cannot be entered manually ( only by self-learn) MNULLY PROGRMMING THE REMOTE ONTROL ND DETETORS ODE. - Enter the manual setting mode by entering: for the Detectors code or: for the Remote ontrol code - set the desired code by toggling each bit of the code using keys to (see TLE) IT NO 9 KEY 9 D The new SUPER-TRER introduces a new ode structure known as SMRT ODE which has many advantages to the old bit code. These features are: - ITS =, ODE OMINTIONS. - multiple PRITY and HEKSUM = each segment of the code has HEK SUM and PRITY. which results in: - wider scope and applications, less duplicate codes and very reliable operation. WIRELESS ZONE SUPERVISION TEST -- RM PER (Please note: oth the Wireless Zone supervision option (Pg ) and the active wireless zones (pg 9) need to be enabled by the installer before this function will work correctly.) The SUPER-TRER is capable of reporting a faulty wireless detector. To display the faulty (non reporting) wireless detector press and hold the key until it beeps WIRELESS ZONE SUPERVISION n F is shown on the display. - - ENODING THE WIRELESS DETETORS ND REMOTE ONTROLS - - SYSTEM OPTION REGISTERS. - - SYSTEM I.D. ODES ND TEL. NUMERS - - IRUIT (ZONE) OPTION REGISTERS. - - KEYPD LOL OPTION REGISTERS. 9 9 FTORY DEFULT "INSTLLER ODE" = D D RM PER Faulty detector shown on the RM Leds M NOVEMER PGE M NOVEMER PGE