Cerber C62 v1.9 Installation Manual

Cerber C62 6-Zone and 2-Partition Burglary Control Panel For your home and office

Hook-Up & Programming Book Doc 10401/ 08.08.2005/ version 1.9

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1. INTRODUCTION.....................................................................................................................................................................3 General Features ......................................................................................................................................................................3 User Codes ..............................................................................................................................................................................3 Installer Codes .........................................................................................................................................................................3 Digital Communicator................................................................................................................................................................4 Upload/Download......................................................................................................................................................................4 Zones......................................................................................................................................................................................5 PGM functions ..........................................................................................................................................................................5 Monitoring of system troubles ....................................................................................................................................................5 Voice messages (synthesis sounds) Communicator .......................................................................................................................5 Miscellaneous ...........................................................................................................................................................................6 Technical Specifications:............................................................................................................................................................6

2. KEYPADS ...............................................................................................................................................................................7 Keypad types ...........................................................................................................................................................................7 Keypad layout ..........................................................................................................................................................................7 Functional Keys ........................................................................................................................................................................9

3. INSTALLING AND COMMISSIONING ....................................................................................................................................10 Mounting the control panel....................................................................................................................................................... 10 Mounting the Keypad .............................................................................................................................................................. 10 Wiring ................................................................................................................................................................................... 10 Connectors ............................................................................................................................................................................ 11 Commissioning ....................................................................................................................................................................... 12

4. OPERATION .........................................................................................................................................................................12 System codes......................................................................................................................................................................... 12 User Codes ............................................................................................................................................................................ 12 Installer’s Codes ..................................................................................................................................................................... 13 Partitioning ............................................................................................................................................................................ 13 Regular / Away Arming............................................................................................................................................................ 14 Other Arming Modes ............................................................................................................................................................... 15 Timed Autoarming .................................................................................................................................................................. 15 Inactivity Autoarming.............................................................................................................................................................. 15 “Instant Stay” Arming ............................................................................................................................................................. 15 “Stay Arming” ........................................................................................................................................................................ 16 Switch To Stay Arming ............................................................................................................................................................ 17 Keyswitch or Pushbutton Arming/Disarming ............................................................................................................................... 18 Quick Arming Modes (Arming without user codes)....................................................................................................................... 18 “Away Quick Arming” .............................................................................................................................................................. 18 “Quick Instant Stay Arming”..................................................................................................................................................... 18 “Quick Stay Arming” ............................................................................................................................................................... 18 Disarming & Deactivating an Alarm........................................................................................................................................... 18 Zone bypassing ...................................................................................................................................................................... 19 System Trouble Status Displaying: [*][4] comand ...................................................................................................................... 20 Alarm Memory Displaying: [*][5].............................................................................................................................................. 21 A different display method for the alarm memory (available only for KP-064EP keypads)................................................................. 22 Chime Feature activating/deactivating....................................................................................................................................... 22 Activation (Deactivation) of PGM Outputs / Starting (Finishing) the Rounds.................................................................................... 23

5. Master User’s Programming Menus .....................................................................................................................................24 Programming / Selective Erasure (except the “master code”) of 01 to 45 User Codes...................................................................... 25 Simultaneous Erasure of all users' codes (except the “master code”)............................................................................................. 28 Programming / Selective Erasure of the 1 to 4 follow me Phone Numbers ...................................................................................... 28 Selective Erasure of the follow me phone numbers...................................................................................................................... 29 Simultaneous Erasure of all Follow me Phone Numbers................................................................................................................ 29 Programming session of the system time and date...................................................................................................................... 30 “Ambush Digit Programming” (“master user’s submenu” [61]) ..................................................................................................... 31 Other Operation Commands Performed by the master user .......................................................................................................... 31 PC download acceptance.......................................................................................................................................................... 32 Voice / Sound Reporting and Communication with PC Cancellation ................................................................................................ 32 Keypad Special alarms ............................................................................................................................................................ 33

6. Programming of the System Parameters (“main programming menu”) ..............................................................................33 Programming Sections............................................................................................................................................................. 35 Warning Limitations of Alarm Systems....................................................................................................................................... 80

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1. INTRODUCTION

GENERAL FEATURES • Central unit's core of powerful RISC microprocessor;

• The electrical features include an EEPROM memory for the programmed configuration, system/partitions status and LOG buffer to be retained even after a total power loss;

• User-friendly programming of the system parameters, from keypad or by PC (using “EZcom C62 Software”);

• Up to 400 events with time and date stamp can be stored in a FIFO LOG buffer;

• “False alarm prevention” features: intellizones, automatic zone shutdown, beeps on entry and exit delays;

• Features of “sensor under test” for easy detection of the sensors which produce false alarm.

• High-speed pre-programmed or programmable Communication Formats;

• 45 user codes (1-st being “master code”) and 2 installer’s codes (programming and maintenance codes);

• Keypad displayed alarm memory for the first 9 alarms occurred in the system since last arming;

• Up to 4 keypads which can be simultaneously 4-wire coupled to one central unit;

• Keypad protection using micro-switch tamper;

• Individual zone LEDs from 1 to 6, indicating the alarm and faulted status;

• Each zone accepts tamper recognition by zone attribute programming and 2EOL wiring

• System status LEDs: READY, SYSTEM, ARMED A and ARMED B;

USER CODES 45 programmable “user codes” (1-st being “master code”) with 11 programmable rights:

• Zone bypassing;

• Regularly arming;

• Stay arming;

• Force arming;

• Disarming/siren stopping;

• PGM1 activating/deactivating;


• Access to partition A;

• Access to partition B;

• Starting the rounds;

• Finishing the rounds;

• All users have “ambush capability” (by pressing the key which corresponds to the “ambush digit”, before the 4 or 6 digits of any user code, then the control panel will transmit a special code to the central station).

INSTALLER CODES • 2 programmable installer’s codes: installer’s programming code and installer’s maintenance code (the first installer’s code is only for system parameter programming and the second one with same 11 programmable rights and “ambush capability” as the 45 user codes, except the Disarming right which is allowed only if the system/partition was previously armed by the same code);

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DIGITAL COMMUNICATOR • Phone line tone detection upon the automatic initiating the reporting to the central station;

• 2 separate accounts and individual communicator formats to identify each partition upon transmission to “central station”;

• 2 individual programmable phone numbers for transmission to CS1 and to CS2;

• Alternate or Split (double) reporting to CS1 and to CS2;

• 1 FIFO buffer which storages up to 80 events for transmission to CS, without erasing the old events in case of “CS1 and CS2 communication failed” event, if alternate reporting is selected;

• 2 FIFO buffers which storage up to 80 events each, for transmission to CS1 and to CS2, without erasing the old events in case of “CS1 communication failed” event and/or “CS2 communication failed” event, if split (or double) reporting is selected;

• Adaptive algorithm to function with central stations which generate handshake frequencies in any order and kiss-off time from 0.6 to 3 seconds;

• Many communicator formats - DTMF Ademco Contact ID and several 4x2 formats (10PPS, 20PPS, 40PPS and DTMF Ademco Express);

• Programmable data and handshake frequency and transmission speed in 4x2 format: Ademco Express, 10PPS, 20PPS or 40PPS with parity/no parity, data of 1800 (or 1900) Hz and handshake of 1400 (or 2300) Hz;

• Periodical test reporting (with steps of up to 255 minutes or hours, time adjustment of the starting and either unconditionally reporting or only while armed status);

• Programmable reporting codes for “zone alarming”, “zone restore” and “zone bypassing” (automatic “from swinger” or by the panel - during home arming periods, if the zones have the attribute “stay” - and manually by the users);

• Programmable zone restore (the “zone restore event” is recorded either in real time for each violated zone, when the violated zone “closed back”, or upon bell cut-off, for all zones that previously triggered the alarm);

• Programmable reporting codes for Arming/Disarming/Ambush events, according to the user code;

• Programmable reporting codes for system trouble situations: “Low battery voltage”, “Restore battery voltage”, “AC power loss”, “AC power Restore”, “Bell Trouble” (upon disconnection or overload on the siren), “Bell trouble Restore” (Restore of disconnection or overload on the siren), “AUX overload”, “AUX overload Restore”, “ System time and date Loss”, “System time and date Reprogrammed”, “Keypad lockout”;

• Cancellation of reporting to CS may be performed only by installer.

UPLOAD/DOWNLOAD • Several upload/download operations:

- Uploading the system parameters from control panel onto PC (actually, onto “EZcom C62 Software”);

- Downloading the programming of system parameters from PC (actually, from “EZcom C62 Software”) onto the control panel (PC programming using “EZcom C62 Software”);

- Uploading the event LOG from the control panel into the “EZcom C62 Software” (actually, in a file);

- System time and date setting by PC (actually, by “EZcom C62 Software”);

- System (or partitions) arming/Disarming from PC (actually, by “EZcom C62 Software”);

- Zone bypassing by PC (actually, by “EZcom C62 Software”);

- PGM activation/deactivation by PC (only for PGM outputs defined as “mono-stable”, “bi-stable” or “clock timer” types);

- Online visualization of the system/partitions status and troubles onto “EZcom C62 Software”;

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- Online visualization of the bypassed, alarmed or open zones onto “EZcom C62 Software”.

• Programmable callback function with up to 3 attempts, automatic or manually activation (manually activation may be performed by master or by installer);

• 400-event LOG with upload and visualizing possibility through the “EZcom C62 Software” and optionally reported to CS;

• Option of automatic answers to PC calls, either after “double call” or after programmable number of rings;

• Manually activation of communication with PC (PC download acceptance), performed by master or by installer;

• Communication between PC and panel Cancellation, performed by master or by installer.

ZONES • 6 End-of-line resistor zones, entirely programmable as delayed, instant, follower, 24 hour burglary, fire, tamper, panic, medical emergency, arming/Disarming (“keyswitch”) or round type;

• 12 zone attributes, individually programmable as “audible/silent alarm”, “steady/pulsing siren”, “manually bypassing”, “auto shutdown”, “forced arming”, “chime function activating”, “stay”, “intellizone”, “sensor under test”, as well as individually selectable zone response time;

• “Zone bypassing” (automatic “from swinger” or by the panel - during home arming periods, if the zones have the attribute “stay” - and manually by the users);

• 2 real partitions which can be armed/disarmed independently from each other – allowed by user rights;

• Individually programmable exit and entry delay times for each partition – allowed by programming;

• Programmable alarm type: silent or audible and for the audible alarms steady or pulsing;

• Individual siren timers for burglary and fire alarms;

PGM FUNCTIONS • 2 programmable outputs, each with 31 options: “Panic alarm latch”, “Fire alarm latch”, “Medical emergency alarm latch”, “Latch on tamper alarm”, “Any alarm latch”, “Pulsing siren”, “Steady siren”, “silent alarm” latch, “Follow system status” (ON while system is armed / OFF while system is disarmed), “Entry delay”, “Exit delay”, “System troubles”, “Clock timer”, “Warning/confirmation pulses”, “Buzzer warnings during the warning round time”, “Pulse after exit delay”, “Pulse on arming”, “Pulse on Disarming”, “Courtesy light”, “Pulse on round OK”, “Pulse on round failed”, “Pulse on siren troubles”, “Retriggerable mono-stable”, “Resetable mono-stable”, “Bi-stable” and “Pulse on alarm triggered by each 1 to 6 zones”;

MONITORING OF SYSTEM TROUBLES • Battery Voltage and AC power monitoring;

• Siren monitoring (upon disconnection or overload);

• “AUX overload” monitoring;

• Option of telephone line monitoring (TLM).

• Status of zone tampers (if enabled zone tamper recognition).

VOICE MESSAGES (SYNTHESIS SOUNDS) COMMUNICATOR • Capability of response to the remote calls for system status interrogation (the system status -armed/disarmed/alarm/”AC power loss” – will be reported by specific voice messages or by specific synthesis sounds);

• Programmable options of responses to the remote calls for system status interrogation, either after “double call” or after programmable number of rings;

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• Programmable option of automatic initiating the reporting the specific voice messages (or the specific synthesis sounds) to the follow me phone numbers, when several “alarm” and “AC power loss” events occur in the system;

• Phone line tone detection upon the automatic initiating the voice messages reporting;

• Using the MPV8 voice module, up to 8 voice messages (2, 4 or 8), specific to different alarm types, to the “AC power loss” event and to the armed or disarmed system status, can be reported upon remote interrogation calls or to the follow me phone numbers;

• In case of no MPV8, the panel will report upon remote interrogation calls or to the follow me phone numbers synthesis sounds;

• Up to 4 follow me phone numbers (for the control panel to automatic report on the phone line the “alarm” and “AC power loss” events, by specific voice messages or by specific synthesis sounds);

MISCELLANEOUS • Zone tamper activates BELL output when system is disarmed (programming option in section 20) In case of system armed and zone tamper recognition enabled, zone tamper conditions activates BELL output.

• Real clock timer which will stamp the 400 events in LOG;

• “Quick arming” options: “away quick arming”, “quick stay arming” and “quick instant stay arming” – allowed by programming;

• Options of arming by users: “away arming”, “stay arming” and “instant stay arming” – allowed by user rights;

• Autoarming options: “timed autoarming” and “inactivity autoarming” – allowed by programming;

• Option: the system (or each partition independently) automatically switches to stay arming mode after any regular arming (by user, by PC or by keyswitch), if the user doesn’t leave the protected area through any entry/exit point during the exit delay;

• Option: no beeps/dings during the exit delay of stay arming modes;

• Option: Autoarming programmable in regular or home mode;

• Option: dings (audible sounds on the siren) on keyswitch arming/Disarming, arming/Disarming (unless keyswitch arming/Disarming) and during exit delay or for 3 minutes before timed autoarming;

• Option: programmable period and pause for ding sounds;

• Audible warnings for 3 minutes before timed autoarming: 3 minutes before timed autoarming on the keypad buzzer and ding sounds optionally.

• Keyswitch “arming”/”Disarming” or “stay arming”/”Disarming”, as an option;

• Programmable protection against undesired resets to default values;

• Chime feature activated/deactivated by the users;

• Fuseless design (system designed with electronic fuse control, to function without fusible resistors);

• Current limitation for backup battery charging (200mA).

TECHNICAL SPECIFICATIONS: POWER

• 12V/4Ah battery;

• 16Vac/20VA transformer;

• Current consumption in stand-by:

50mA - control panel;

12mA - keypad;

MPV – 10mA;

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• Current capability on +AUX: typically 1A, 2A maximum, fuse less electronic shutdown at 2.2A,

automatic restore.

INPUTS

• 6 fully programmable EOL zones;

MAIN BOARD OUTPUTS

• 2 “open-collector” outputs, with negative trigger (NPN), max. 50mA;

• 1 “open-collector” supervised siren output with positive trigger (PNP) (current capability on +BELL:

typically 1A, 2A maximum, fuse less electronic shutdown at 2.2A, automatic restore) Note: Current capability and protections for the auxiliary power supply (+AUX) and for the bell control output (+BELL) as well are valid only if the control panel is powered both from the AC source (220Vac) and the backup battery, too.

2. KEYPADS Within protected area, you can install up to 4 keypads, one for each and every entry/exit door.

KEYPAD TYPES The next keypads are available:

KP-064P: keypad with 6-zone LEDs and 4 status LEDs.

KP-064EP: keypad with 6-zone LEDs, 4 status LEDs and scrolling keys.

KEYPAD LAYOUT

KP-064P

KP-064EP

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Description of LEDs’ meaning according to the system status:

READY LED a) While the system is totally armed – OFF.

b) While the system is partially armed:

• ON – the system is ready for arming (all zone loops are closed even those which allow “forced arming” feature);

• Blinking – the system is ready for being armed (all zone loops are closed but not those which allow “forced arming” feature);

• OFF – at least one zone is open (only those without attribute “forced arm” activated); c) While the system is partially armed and finds itself within one of the Programming Menus:

• ON – while the master user is programming/modifying the user codes, the follow me phone numbers or the system time and date;

• ON – while the installer is being within one of the system parameter programming sections.

d) While the system is being armed, during the exit delay:

• ON - if all zone loops stay closed even those which allow “forced arming” feature;

• Blinking – if all zone loops stay closed but not those which allow “forced arming” feature.

SYSTEM LED

A) While the system is: • armed in regular mode – OFF; • armed in home mode

– Blinking in case there are recorded alarms during that home arming period and/or there are troubles in the system (“AC power loss”, “low voltage on battery”, “fail to communicate event”, “BELL trouble”, “phone line trouble” or “system time and date loss”);

– ON – in case there is in the system at least one zone bypassed by user and/or if there is at least one interior zone bypassed by the system

– Alternating, 3 seconds ON, 3 seconds blinking – in case both conditions are met: in the same time there are troubles and/or recorded alarms and zones bypassed, too, in the system.

• During any exit delay time – Blinking in case there are troubles in the system. b) While the system is partially armed:

• Blinking – in case there are recorded alarms (during the previous arming period or during that Disarming period for 24h zones) or there are troubles in the system (“AC power loss”, “low voltage on battery”, “fail to communicate event”, “BELL trouble”, “phone line trouble” or “system time and date loss”);

• ON – in case there is in the system at least one zone bypassed by user;

• Alternating, 3 seconds ON, 3 seconds blinking – in case both conditions are met: in the same time there is in the system at least one zone bypassed by user and there are in the system troubles and/or recorded alarms since last arming;

• Blinking – when the user is being within one of the next menus: Zone bypassing, System trouble displaying, Alarm memory displaying or Program/Modify of the: user codes, follow me phone numbers or system time and date;

• Blinking – while the installer is being within programming menu of the system parameters.

ARMED A LED a) While the partition A or the system is armed:

• ON – if the partition A or the system is totally armed; • Fast Blinking – if the partition A or the system is armed in “instant stay mode”.

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• Fast Blinking – during any arming period, after any delayed zone which belongs to the partition A or to the system triggered the alarm.

• Slow Blinking – if the partition A or the system is armed in “stay mode”. b) While the partition A or the system is disarmed:

• OFF • ON – while the master user is being within menu of program/modify the user codes, follow

me phone numbers or system time and date; • ON - while the installer is being within programming menu of the system parameters.

ARMED B LED a) While the partition B is armed:

• ON – if the partition B is totally armed; • Fast Blinking – if the partition B is armed in “instant stay mode”. • Fast Blinking – during any arming period, after any delayed zone which belongs to the

partition B triggered the alarm. • Slow Blinking – if the partition B is armed in “stay mode”.

b) While the partition B is disarmed: OFF Zone LEDs a) While the system is completely armed:

• ON – the corresponding zone triggered the alarm at least once during arming; • Blinking – if zone tamper condition occurred • If the corresponding zone triggered the alarm at least once and tamper condition had

occurred on the same zone, during armed state of the system, zone LEDs are ON for 2 seconds and blinking for the next 2 seconds, and so on

b) While the system is completely disarmed or partial armed: • OFF – the loop of corresponding zone is closed; • ON – the loop of corresponding zone is faulted. • While the system finds itself within one of the programming/displaying menus:

o ON – the user is being within one the zone bypassing menu and the respective zone is bypassed;

o ON/OFF – they are displaying certain parameters’ status (activate/deactivate) – while the installer is being within certain sections of programming menu of the system parameters.

FUNCTIONAL KEYS Functional Keys: [*], [STAY], [BYPS], [INST], [CODE] and [<], [>] (only for keypad KP-064EP) – are functionally only while the system is partially armed; if pressed while system is total armed, the keypad buzzer will sound a long rejection beep.

[STAY] It is used for system perimeter arming (“stay arming” or “instant stay arming”).

[BYPS] ([BYPASS]) It is used for zone bypassing;

[INST] It is used for instant stay arming or for system/partition arming without code (“INST”+ “CODE”).

[CODE] It is used for system/partition arming without code or to program/modify the user codes, the follow me phone numbers or the system time and date.

[<] & [>] (only on KP-064EP) They are used to display the first 9 alarms occurred in the system since last arming.

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3. INSTALLING AND COMMISSIONING

MOUNTING THE CONTROL PANEL Select a dry location close to an un-switched AC source, allowing a ground connection. If the system is to be monitored by a “central station” and/or if it is intended to transmit voice messages, the location must be close to a phone line.

Remove the printed circuit board and mount the cabinet securely to the wall by 4 screws. Mount the PCB back into the cabinet. Introduce all the system cables into the cabinet, through one of the holes especially made for this purpose (on the upper and lower parts of the box). Prepare the cables for connections.

MOUNTING THE KEYPAD The keypad must be located close to the designed entry/exit door and mounted at a convenient height for all users.

Disassemble the keypad and mount the back plate on the wall. Insert the keypad wiring inside the keypad and prepare it for connection.

WIRING Note: Complete all wiring to the control panel before applying battery or AC power.

Wiring should be performed according to the general mounting diagram bellow:

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There are 2 ways of connecting detectors to zones as for single EOL resistor (no zone tamper recognition) or 2EOL resistor (with zone tamper recognition):

a. Single EOL connection b. Double EOL connection

CONNECTORS The following connectors can be found on the control panel PCB:

AUX-, AUX+ Connectors for auxiliary power supply

These terminals are supply power for keypads, PIR detectors and other active devices in the system, which require power from a 13.8Vcc supply source).

The maximum load on these terminals cannot exceed 2A. Pay attention to polarity!

YEL, GRN Keypad communication connectors

PGM1, PGM2 PGM1 - “open collector” output 1 with negative trigger (NPN); maximum current capability: 50mA (at +13.8Vcc).

PGM2 - “open collector” output 2 with negative trigger (NPN); maximum current capability: 50mA (at +13.8Vcc).

BELL +

Siren output “BELL+” is a positive trigger output (PNP), with 2K2 EOL supervision resistor.

Notes:

1. In the previous figure there is an example of an external siren connection (SA 10) on CERBER C62.

COM Zn

ALARM

ALA

RM

2.2kΩ

COM Zn

1kΩ

ALA

RM

2.2k

Ω

TAM

PER

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2. If both internal and external sirens are used simultaneously, the 2K2 resistor should be mounted into the external siren.

Z1, COM, Z2, Z3, COM, Z4, Z5, COM, Z6 Terminals for burglary zones; see the general mounting diagram.

If not used, the terminals will be closed with 2K2 EOL resistors on COM.

PHONE Phone set connectors.

LINE Phone line connectors

COMMISSIONING After all connections completed, reset the system by the following initializing procedure after which the system will function normally.

RESET TO DEFAULT PROCEDURE 1. Disconnect power, both battery and AC power. 2. Connect jumper JP1 on the alarm system board. 3. Power the control panel ON and wait for 2 seconds. 4. If the system has been reset to default, zone LEDs will fast blink successively and the green READY

LED will be ON. 5. Disconnect power, both battery and AC power. 6. Take jumper JP1 OFF. 7. Power the control panel ON. From now on, the system parameters are set to default and the system

is disarmed. Note: system initialization to default values may be performed only if the appropriate option is enabled by programming (see the “reset to default lockout” option which is displayable on zone 6 LED within [20] section). This option assures protection against undesired resets to default values. If reset to default values cannot be accomplished, then set the respective option accordingly.

4. OPERATION

KP-064P KP-064EP

The keypad is the device that helps with system programming, entering commands and data, as well as displaying the system status. System operation is performed using the keypad and the LED indications on the frontal side of the keypad.

The keypad has 6 zone LEDs and 4 status LEDs: ARMED A, ARMED B, READY and SYSTEM.

The LED indications will be detailed throughout this manual.

SYSTEM CODES The system recognizes 2 special installer’s codes – installer’s programming code and installer’s maintenance code and 45 user codes, the first user code being the “master” code (1234 by default). All the user codes have the “ambush code capability” and the installer’s maintenance code, too.

USER CODES

The “master code” (1-st user code) is programmed “1234” by default. Using the “master code”, you can operate the system and modify/delete the other user codes.

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The allowed operations for the “master code” are: Arming, Disarming, Zone Bypassing/Un-bypassing, Programming/Erasing of the user codes, Programming/Erasing of the follow me phone numbers, System time and date Setting, Cancellation of the voice/sound reporting and the communication between panel and PC, PC download acceptance.

The 2 to 45 user codes: not programmed by default.

Allowed operations: Arming, Disarming and Zone Bypassing/Unbypassing

All user codes have “ambush capability”: by pressing the key which corresponds to the “ambush digit” before the 4 or 6 digits of any user code, then the control panel will transmit a special code to the central station, by a phone line or by a G.S.M. module, if the control panel is connected to a “central station”. That means that user was under duress (ambush). Thus, the dispatcher will be signaled that the user action was performed under threat.

In order to program the user codes, the “master code” included, the “master user” will use one of the [*][7][Master Code] or [CODE][Master Code] commands.

Each of 1 to 45 user codes has 11 rights, individually programmable within master’s programming menu, using [*][7][Master Code] or [CODE][Master Code] commands: • Zone bypassing;

• Regularly arming;

• Stay arming;

• Force arming;

• Disarming/siren stopping;



• Access to partition A;

• Access to partition B;

• Starting the rounds;

• Finishing the rounds.

Note: The control panel is provided with protection against valid code “guessing” attempts. If the option of “keypad lockout” after too many wrong codes is enabled, then the “keypad lockout counter” will be counting the successive attempts of entering wrong access codes (see the option of “keypad lockout” after too many wrong codes, which is displayable on zone 1 LED within [20] section); in case the successive attempts of entering wrong access codes gets the value set within section [44], the keypad will lock for 7 minutes and all the keypad LEDs will fast blink. The event will be memorized into the 400-event LOG, which can be uploaded and viewed onto PC by “EZcom C62 Software” and optionally a specific reporting code will be transmitted to CS, too, if the digital communicator is enabled by programming and the appropriate reporting code is programmed within [58] or [69] section.

INSTALLER’S CODES The system installer owns 2 codes:

1. The installer’s programming code (“0269” by default) which has total access to the programming menu of the system parameters, but no access to the master user’s functions. System parameters can be programmed using this code, through [*][8][Installer’s programming code] command, only when the control panel is disarmed. For system parameter programming to be accomplished only by authorized people, this code must be changed after the system was installed!

2. The installer’s maintenance code (not programmed by default); this code may have the same 11 rights as the 1 to 45 user codes, but has no access to the programming menu of the system parameters and to the master user’s functions. Using this code the installer can arm/disarm the system/partition and in urgent situations he can bypass the faulted zones. Please note that the installer can disarm the system/partition using maintenance code only if the system/partition was previously armed by the same code - installer’s maintenance code.

PARTITIONING The CERBER C62 is equipped with a partitioning feature which can divide the alarm system into two distinct areas identified as partition A and partition B. Partitioning can be used in installations where shared security systems are more practical, such as a home office or warehouse building.

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If the system is not partitioned, all user codes and features will be recognized as belonging to the system (doesn’t mater if user codes have the right of access to partition B or zones are manually assigned to partition B).

HOW DOES A PARTITIONED SYSTEM WORK? • Users can only arm/disarm partitions to which they have been assigned. • A user assigned to both partitions can arm/disarm the both partitions. Entering such a user code in a partitioned system is followed by a time of 5 seconds in which the zone 1 and 2 LEDs are flashing, allowing the user to choose the partition to be armed/disarmed; to arm/disarm the partition A the user must pres [1] key and to arm/disarm the partition B the user must pres [2] key. • Only zones assigned to partition A will arm/disarm when partition A is armed or disarmed. • Only zones assigned to partition B will arm/disarm when partition B is armed or disarmed. • A zone assigned to both partitions is armed only if both partitions are armed and it is disarmed if at least one partition is disarmed. • Some of the system’s features can be programmed separately for each partition.

REGULAR / AWAY ARMING [User Code] [x][x][x][x] or [x][x][x][x][x][x]

This method, commonly used for day-to-day arming, will arm all zones in the system.

While the green READY LED is ON or blinking, in order to arm the system/partition in away mode, simply key in a valid user code (4 or 6 digits). For each key pressing, the keypad buzzer will sound a short beep. The user code must have the right of arming.

If after entering the last digit of the user code the keypad buzzer is sounding a long rejection beeps that means:

- The user code was not correct; press [#] key and then key in again the user code.

- The user code hasn’t the right of arming; enter a user code with this right.

- The user code is entered while the green READY LED is OFF; all zones which doesn’t allow “forced arming” feature must be closed when the system is armed.

- The user code is entered while the green READY LED is blinking but the code hasn’t the right of force arming; all zones must be closed when the system is armed by such a user code.

After entering a valid user code, all keypad LEDs will be ON for a little while and the keypad buzzer will sound 6 acceptance beeps. Then, the exit delay timer will start and the red ARMED A LED will turn ON. The users must exit the premise through an entry/exit point, until the exit delay elapses.

If the buzzer warnings were enabled by programming, then during the exit delay the keypad buzzer will sound warning beeps.

During the exit delay the yellow SYSTEM LED will light as follows:

– ON – in case at least one zone was previously bypassed by the users; – Blinking in case there are troubles in the system (“AC power loss”, “low voltage on battery”,

“fail to communicate event”, “BELL trouble”, “phone line trouble” or “system time and date loss”);

– Alternating, 3 seconds ON, 3 seconds blinking – in case both conditions are met: in the same time there are in the system troubles and zones bypassed by the users, too.

The default exit delay time is 60 seconds (see the section [38] of the main programming menu).

After the exit delay elapsed, all status LEDs will turn OFF, except the ARMED which will remain ON until Disarming, signaling the system is away armed. Remark: before system/partition arming the users should check the following:

1. If the READY LED is OFF means there is in the system at least one violated zone which doesn’t allow “forced arming” feature (those zones have disabled by programming their “forced arming” attribute). Since the system cannot be armed if the READY LED is OFF all loops of those protected zones need to be closed while system/partition arming (doors and windows should be closed, people in rooms protected by PIR detectors must go away, etc.).

2. Please note that READY LED may be blinking while there are violated zones in the system (the LEDs of violated zones are lit, too). That means the respective zones allow “forced arming” feature and they allow system/partition arming although the zones are violated at the very moment of arming. In this case, the user should check if the zones that allow “forced arming” feature are the same ones established by the installer.

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3. If the SYSTEM LED is lit, then the user should check if the zones that the system will bypass during the next arming period are the same ones bypassed by himself using [*][3][User Code] or [BYPASS][User Code] commands.

4. If the SYSTEM LED is blinking, check the following:

o The alarm memory by means of [*][5] command: if there are alarms in the memory, the alarm memory will be cleared once the system/partition will be armed.

o System troubles by means of [*][4] command: if there are troubles regarding “AC power loss”, “low voltage on battery”, “fail to communicate event”, “BELL trouble”, “AUX overload”, “phone line trouble” or “system time and date loss”, fix all these troubles before arming.

Notes:

1. In a partitioned system, in order to arm a partition by users assigned to only one partition, simply key in a valid user code; the corresponding partition will arm after exit time.

2. In a partitioned system, in order to arm the partitions by users assigned to both partitions, key in a valid user code; the zone 1 and 2 LEDs will flash for 5 second, allowing the user to choose the partition/partitions to be armed, by pressing [1] and/or [2] keys. The selected partition/partitions will arm after exit time.

OTHER ARMING MODES

TIMED AUTOARMING If “timed autoarming” option is enabled within [26] and/or [27] sections, the system/partitions will automatically arm itself at a specified time everyday. Please note, as with regular arming, the system/partitions will not auto arm if a zone is violated and “force autoarming” is not enabled or if the zone doesn’t allow “forced arming”. If this occurs, the control panel will report “fail to auto arm” code and the system/partition will not arm until the next day. The type of autoarming is “regular” or “stay” and is dependent on the appropriate options within [26] and/or [27] sections. The autoarming time is programmed using the 24-hour clock (i.e. 8:00PM = 20:00) as described in [85] and [86] sections.

INACTIVITY AUTOARMING If “inactivity autoarming” option is enabled within [26] and/or [27] sections and the control panel does not detect any movement (zone openings) for a specified period, the panel will arm the system/partitions. Please note, as with regular arming, the system/partitions will not auto arm if a zone is violated and “force autoarming” is not enabled or if the zone doesn’t allow “forced arming”. If this occurs, the control panel will report “fail to auto arm” code and the system/partition will not arm for a new inactivity time. The type of autoarming is “regular” or “stay” and is dependent on the appropriate options within [26] and/or [27] sections. Program the inactivity autoarming time as it is described in [90] section.

“INSTANT STAY” ARMING [*][1][User Code] or [INST][STAY][User Code], where [INST] and [STAY] are the keys labeled “INSTANT” and “STAY”

This method is useful for perimeter protection and it allows the users to remain in the protected area while the system is “instant stay armed”. At the end of the exit delay time, after such an arming mode, the zones which are usually of the perimeter delayed type will respond as the instant zones (they will trigger the alarm as soon as they will be violated). Thus any user can stay inside the protected area, but no one should come in from outside (for example this arming mode is useful for the system/partition arming during the night when the users are going to sleep and expect no guests; thus, entry/exit points like doors and windows are armed while other zones like motion detectors remain deactivated).

While the green READY LED is ON or blinking, in order to arm the system/partition in an “instant stay mode”, simply key in a valid user code within one of the previous sequences. For each key pressing, the keypad buzzer will sound a short beep. The user code must have the right of “stay arming”.


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- The user code was not correct; press [#] key and then key in again the user code within one of the previous sequences.

- The user code hasn’t the right of “stay arming”; enter a user code with this right.

- The user code is entered while the green READY LED is OFF; all perimeter zones which don’t allow “forced arming” feature must be closed when the system is stay armed.

- The user code is entered while the green READY LED is blinking but the code hasn’t the right of force arming; all perimeter zones must be closed when the system is stay armed by such a user code.

After entering a valid user code within one of the previous sequences, all keypad LEDs will be ON for a little while and the keypad buzzer will sound 6 acceptance beeps. Then, the exit delay timer will start and the red ARMED A LED will turn fast blinking. In the same time the control panel will automatically bypass the interior zones (the zones inside the objective that have the “stay” attribute activated by programming; the zones that have not the “stay” attribute activated are called perimeter zones).



– ON – in case at least one interior zone is going to be bypassed by the panel (and/or at least one zone was previously bypassed by the users); the yellow SYSTEM LED will turn OFF only when Disarming.

– Blinking in case there are troubles in the system (“AC power loss”, “low voltage on battery”, “fail to communicate event”, “BELL trouble”, “phone line trouble” or “system time and date loss”); the yellow SYSTEM LED will stop to blink only after all troubles in the system will be solved.

– Alternating, 3 seconds ON, 3 seconds blinking – in case both conditions are met: in the same time there are in the system troubles and zones bypassed, too, by the users and/or by the panel.

If during any home arming period at least one alarm or trouble occurs in the system, then the SYSTEM LED will start to blink. Because the alarm memory is cleared only upon another system/partition arming, then after at least one alarm occurred, the yellow SYSTEM LED will stop to blink only upon another system/partition arming.

After the exit delay elapsed, the READY LED will turn OFF and the red ARMED A LED will keep fast blinking until Disarming, signaling the system is perimeter and instant armed (while the system was armed in “instant stay mode”, the zone which are usually of the perimeter delayed type will respond as the instant ones).

Because during such an arming period the access into the building isn’t allowed through the zones which usually are of delayed type, at least a user must remain inside the building to disarm the system/partition. Notes:

1. In a partitioned system, in order to arm a partition in an “instant stay mode”, by users assigned to only one partition, simply key in a valid user code within one of the previous sequences; the corresponding partition will instant stay arm.

2. In a partitioned system, in order to arm a partition in an “instant stay mode”, by users assigned to both partitions, simply key in a valid user code within one of the previous sequences; the zone 1 and 2 LEDs will flash for 5 second, allowing the user to choose the partition/partitions to be armed, by pressing [1] and/or [2] keys. The selected partition/partitions will instant stay arm.

“STAY ARMING” [*][2][User Code] or [STAY][User Code], where [STAY] is the key labeled “STAY”.

This method is also useful for perimeter protection and it allows the users to remain in the protected area while the system is “stay armed”, but this time the access through the delayed zones is allowed, too, for other users. At the end of the exit delay time, after such an arming mode, the zones which usually are of the perimeter delayed type will maintain this feature (if they are first violated during arming, they will start the entry delay timer and will trigger the alarm only if a valid user code isn’t entered until the entry time elapses). Thus, this arming mode is useful for the system/partition arming

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during the night, while the users can stay at home and other users which have own code may came back while the system is already armed.

While the green READY LED is ON or blinking, in order to arm the system/partition in “stay mode”, simply key in a valid user code within one of the previous sequences. For each key pressing, the keypad buzzer will sound a short beep. The user code must have the right of “stay arming”.


- The user code was not correct; press [#] key and then key in again the user code within one of the previous sequences.

- The user code hasn’t the right of “stay arming”; enter a user code with this right.

- The user code is entered while the green READY LED is OFF; all perimeter zones which don’t allow “forced arming” feature must be closed when the system is stay armed.

- The user code is entered while the green READY LED is blinking but the code hasn’t the right of force arming; all perimeter zones must be closed when the system is stay armed by such a user code.

After entering a valid user code within one of the previous sequences, all keypad LEDs will be ON for a little while and the keypad buzzer will sound 6 acceptance beeps. Then, the exit delay timer will start and the red ARMED A LED will turn slow blinking. In the same time the control panel will automatically bypass the interior zones (the zones inside the objective that have the “stay” attribute activated by programming; the zones that have not the “stay” attribute activated are called perimeter zones).



– ON – in case at least one interior zone is going to be bypassed by the panel (and/or at least one zone was previously bypassed by the users); the yellow SYSTEM LED will turn OFF only when Disarming.

– Blinking in case there are troubles in the system (“AC power loss”, “low voltage on battery”, “fail to communicate event”, “BELL trouble”, “phone line trouble” or “system time and date loss”); the yellow SYSTEM LED will stop to blink only after all troubles in the system will be solved.

– Alternating, 3 seconds ON, 3 seconds blinking – in case both conditions are met: in the same time there are in the system troubles and zones bypassed, too, by the users and/or by the panel.

If during any home arming period at least one alarm or trouble occurs in the system, then the SYSTEM LED will start to blink. Because the alarm memory is cleared only upon another system/partition arming, then after at least one alarm occurred, the yellow SYSTEM LED will stop to blink only upon another system/partition arming.

After the exit delay elapsed, the READY LED will turn OFF and the red ARMED A LED will keep slow blinking until Disarming, signaling the system is stay armed. Any user can get inside the building through the delayed zones and he/she must enter own user code (1 to 45) until the entry time elapses, in order to disarm the system/partition. Notes:

1. In a partitioned system, in order to stay arm a partition, by users assigned to only one partition, simply key in a valid user code within one of the previous sequences; the corresponding partition will stay arm.

2. In a partitioned system, in order to stay arm a partition, by users assigned to both partitions, simply key in a valid user code within one of the previous sequences; the zone 1 and 2 LEDs will flash for 5 second, allowing the user to choose the partition/partitions to be armed, by pressing [1] and/or [2] keys. The selected partition/partitions will stay arm.

SWITCH TO STAY ARMING After any regular arming (by user, by PC or by keyswitch), if during exit delay no entry/exit zone is violate (user doesn’t leave the protected area through any entry/exit point), the system/partitions automatically switches from regular arming to stay arming (if the appropriate option is set as enabled in [26] and/or [27] sections).

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KEYSWITCH OR PUSHBUTTON ARMING/DISARMING Connecting a keyswitch or a push button to any zone programmed as “stay keyswitch” or “keyswitch” type, then these can be pressed to "stay" or "regular" arm and disarm the system:

- If the system is ready and the button is pressed, the system will arm; - Pressing the button again will disarm the system.

In a partitioned system the keyswitch or push button will arm/disarm the partition which has assigned the respective “stay keyswitch” or “keyswitch” zone. Note: in case the “stay keyswitch” or “keyswitch” zone is assigned to both partitions and the keyswitch or push button is pressed while one partition is armed and the other is disarmed, then the armed partition will first disarm and only pressing the button again will arm the both partitions.

QUICK ARMING MODES (ARMING WITHOUT USER CODES) Quick arming features allow the system to be quickly armed by any person who may not own a user code. The users can also use these arming modes while system needs to be armed in the presence of someone who isn’t to find out the user code.

In a partitioned system, entering any of quick arming commands is followed by a time of 5 seconds in which the zone 1 and/or 2 LEDs are flashing, allowing the user to choose the disarmed partitions to be armed without codes; to arm the partition A the user must pres [1] key and to arm the partition B the user must pres [2] key (please note that if the user is pressing the key which corresponds to an armed partition, the keypad buzzer will sound a long beep). Note: Quick arming features are allowed only if the appropriate options are enabled by programming (see the options displayable on zone 1, 2 and 3 LEDs within programming section [23]).

“AWAY QUICK ARMING” [*][0][0] or [INST][CODE], where [INST] and [CODE] are the keys labeled “INST” and “CODE”

“Away quick arming” (“away arming” without code) is performed by entering one of the sequences [*][0][0] or [INST][CODE].

After that, the user must leave the objective before the exit delay elapsed. After the exit delay elapsed, the system is entirely armed and the ARMED A LED will remain ON.

This arming type is similar to “away arming” by user code. Note: “Away quick arming” is allowed only if the appropriate option is enabled by programming (see the option displayable on zone 1 LED within programming section [23]).

“QUICK INSTANT STAY ARMING” [*][0][1]

This arming type is similar to “instant stay arming” by user code. Note: “Quick instant stay arming” is allowed only if the appropriate option is enabled by programming (see the option displayable on zone 2 LED within programming section [23]).

“QUICK STAY ARMING” [*][0][2]

This arming type is similar to “stay arming” by user code. Note: “Quick stay arming” is allowed only if the appropriate option is enabled by programming (see the option displayable on zone 3 LED within programming section [23]).

DISARMING & DEACTIVATING AN ALARM [User Code] [x][x][x][x] or [x][x][x][x][x][x]

In order to disarm an already armed system or to deactivate an alarm the users should enter the protected area through any delayed zone and simply key in a valid user code (4 or 6 digits). Once a delayed zone is first violated during one arming period it will start the appropriate entry delay timer;

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the keypad buzzer will sound a continuous beep, indicating that the system must be disarmed. The system will not generate the alarm until the entry time elapses, giving to the user enough time to enter the premise and to disarm the system totally or partially (to modify the entry delay times, see section [37]).

Enter any of the 1 to 45 user codes (4 or 6 digits) to disarm the system/partition. The user code must have the Disarming (siren stopping) right;

After entering the first code digit, the continuous beep will stop and upon each key pressing, the keypad buzzer will sound a short beep.


- The user code was not correct; press [#] key and then key in again the user code.

- The user code hasn’t the Disarming (siren stopping) right; enter a user code with this right.

After entering the last digit of a valid user code, the ARMED A LED will turn OFF and the keypad buzzer will sound 3 confirmation beeps of system/partition disarming.

If at least one alarm occurred during the previous arming period, then after Disarming, the SYSTEM LED will stay blinking until the next arming. To visualize the first 9 alarms occurred in the system since last arming use [*][5] command.

If no alarms occurred during the previous arming period and the SYSTEM LED is still blinking after Disarming, see system trouble status by means of [*][4] command.

TO DEACTIVATE AN ALARM SIMPLY KEY IN ANY USER CODE (4 OR 6 DIGITS), WHILE THE SIREN IS SOUNDING The user code must have the siren stopping (Disarming) right; if the siren sound is stopped while the system is armed, then the system will disarm, too. If the siren sound is stopped while the system is disarmed, then only the siren will stop to sound, without system arming. In the second case, if the user wants to arm the system after the siren sound was stopped, he must key in again the user code.

In a partitioned system entering a user code with the right of siren stopping, while siren is sounding, will function as follows:

1. if the a user is assigned to only one partition, it can stop the siren sounding only if the alarm was triggered by zones from the same partition to which the code have been assigned, as follows:

- entering of such a code while siren is sounding and the partition is armed will disarm the partition, but the siren will not be stopped if there are zones from the other partition which triggered alarm;

- first entering of such a code while siren is sounding and the partition is disarmed will stop the siren sounding only if the alarm was triggered by zones from the same partition to which the code have been assigned; if first entering of such a code couldn’t stop the siren sounding, then next entering of code will can’t to arm the partition until the siren stops to sound.

2. if the a user is assigned to both partitions the siren will stop sounding automatically and then the zone 1 and 2 LEDs will flash for 5 second, allowing the user to choose the partition/partitions to be armed/disarmed, by pressing [1] and/or [2] keys.

ZONE BYPASSING [*][3][User Code] or [BYPASS][user code], where [BYPASS] is the key labeled “BYPASS”

Zone bypassing is necessary in case of a faulty detector or troubleshooting isn’t being allowed because of faulty wiring, where the system needs to be armed altogether and access is desired in a zone even with system armed.

Zone bypassing can be performed only while the system is partially armed and if the zones allow manually bypassing (see “manually bypassing” attribute of zones into 01 to 06 sections).

The control panel will no longer consider the detectors from a bypassed zone. Arming can be performed with one or more bypassed zones, even if the sensors on these zone loops are faulted.

In order to enter zone bypassing menu, the user should enter one of the commands:

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[*][3][User Code] or [BYPASS][user code].

Once this procedure was initialized by entering [*] or [BYPASS] key, all the keypad LEDs will turn OFF.

After entering the user code, the keypad buzzer will sound 6 confirmation beeps and the SYSTEM LED will blink. If some zones were previously bypassed the respective zone LEDs will be ON, too. If no zones were previously bypassed the all zone LEDs will be OFF.

To bypass a zone press the key which corresponds to the zone number and the appropriate LED will turn ON.

To un-bypass any zone, press the corresponding key while the appropriate zone LED is ON; then the corresponding zone LED will turn OFF.

Press [#] key to exit zone-bypassing menu.

Once at least one zone was bypassed, the SYSTEM LED will turn ON and it will stay lit until cancellation of all 6 zone bypassing or until system Disarming. Note: Bypassed zone status is only valid during a single arming period; upon system Disarming, bypassed zone status will be automatically cleared by the panel.

SYSTEM TROUBLE STATUS DISPLAYING: [*][4] COMAND The CERBER C62 continuously monitors six possible trouble conditions. When a trouble condition occurs, the SYSTEM LED will turn blinking.

Press [*][4] keys to switch within trouble display menu; after entering [*] key all the keypad LEDs will turn OFF, then after entering [4] key the SYSTEM LED will blink and each trouble condition will be signaled to the corresponding zone LED as follows:

ZONE LEDs DESCRIPTION DETAILS

Zone 1 LED “Low voltage on battery”

The control panel performs a dynamic battery test every 32 seconds. This trouble indicates that the battery is disconnected or its voltage is lower than 11.5 volts. Please note the backup battery is continuously charged while AC power is present and if this trouble persists for a long time that means the battery must be replaced.

Zone 2 LED AC power loss If AC power is missing (the transformer is burnt or the fuse near the transformer is burnt) this trouble indicator is ON and it will turn OFF once the AC power restored.

Zone 3 LED “Fail to communicate

event”

This trouble indicator will be ON when:

- after the 8 attempts for both CS phone numbers the control panel failed to transmit to the central station (none of the CS answers even after the 8-th call), in case of the alternate reporting was selected. The LED will turn OFF only after a successful transmitting to CS.

- the control panel failed to transmit events to CS1 after 8 attempts (1-

st CS phone number will not answer either after the 8-th call) and/or the control panel failed to transmit events to CS2 after 8 attempts (2-

nd CS phone number will not answer either after the 8-th call), in case of the split reporting was selected. The LED will turn OFF only after a successful transmitting to both CS1 and CS2.

Zone 4 LED

“System time and date not programmed”

(Power ON)

The control panel’s internal clock must be re-programmed because the control panel was powered. This trouble indicator will turn OFF only after programming the system time and date. The system time and date are necessary for correct recording of the events into the 400-event LOG.

Zone 5 LED “Bell Trouble”

This trouble indicator will appear if wiring between the siren and the control panel is shorted, cut-off or there is an overload on the siren control wire (a 2k2 resistor must be connected across the bell terminals).

An overload on the siren control wire is detected only during when a condition has occurred which would activate the bell output (e.g. during an alarm). The BELL output uses a fuseless circuit and it will automatically shut down if the current exceeds 2.5A . After opening the short-cut or reducing the load, the bell current is restored automatically.

Zone 6 LED “Phone line trouble” (TLT) If the Telephone Line Monitoring (TLM) feature is enabled (see section [28]), this trouble indicates that the control panel has not detected the presence of a telephone line for 30 seconds.

Press [#] key to exit system trouble displaying menu.

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Please note that the keypad is programmed to emit intermittent beeps at every 8 seconds, whenever a trouble condition occurs for the first time. Stopping the actual intermittent beeps can be released by system/partition arming or by any entering within trouble displaying menu (by pressing the [*][4] Keys). So, as soon as the users had acknowledged the troubles by means of [*][4] command, the keypad trouble buzzer warnings will stop, as there are no troubles in the system, but the corresponding trouble indicator will still remain ON until the respective trouble condition is solved. The SYSTEM LED will still remain to blink until all the troubles will be solved.

If “next trouble beep stopping” option is enabled by programming, it can be released just by entering command [*][4] as follows:

- once user entered [*][4] command, if the keypad buzzer will sound 6 confirmation beeps, that means in the future the keypads will no longer emit intermittent beeps upon any new trouble occurring (the intermittent beeps will not be reactivated even a new trouble will occur);

- once user entered [*][4] command, if the keypads emits no beeps, that means in the future the keypads will emit again intermittent beeps upon any new trouble occurring (the intermittent beeps will be reactivated whenever a new trouble occurs or the trouble has restored and re-occurred).

So, if “next trouble beep stopping” option was enabled by programming, then any entering within trouble displaying menu will toggle the next trouble beep emitting from activated to deactivated and vice-versa. Remarks:

1. Overload on +AUX trouble, though it does record as LOG event (and optionally, if the digital communicator is enabled by programming and the appropriate reporting code is programmed, too, it is reported to CS), cannot be displayed on the keypad because the keypad is powered exactly from this power supply and an overload on +AUX is stopping keypad powering until overload gets removed.

2. If any trouble condition occurs, it needs to be solved before arming to assure a proper function for the system.

3. If there are alarms in the memory, the SYSTEM LED will turn blinking, too; if the SYSTEM LED is blinking just because of at least one alarm occurred since last arming, you can see the first 9 alarms occurred in the system since last arming then by means of [*][5] command.

ALARM MEMORY DISPLAYING: [*][5] The first 9 alarms (occurred in the system since last arming) are memorized and they can be visualized on zone LEDs.

To view the alarmed zones or the special alarms triggered from the keypad, enter [*][5] keys while the system is partially armed.

Once this procedure was initialized by entering [*] key, all the keypad LEDs will turn OFF. After entering [5] key, the SYSTEM LED and the Zone LEDs which triggered the alarm will light as follows:

steady ON if the appropriate zone has generated at least one alarm during the last armed period

flashing if the appropriate zone has generated at least one zone tamper alarm.

ON 2 seconds followed by flashing 2 seconds, and repeating this sequence if the appropriate zone has generated both alarm conditions (zone alarm and zone tamper alarm).

To view the special alarms triggered from the keypad, press [*] key again.

The green READY LED will also fast blink, indicating the special alarms on the LEDs 1 and 2. Within visualization menu of special alarms LED 1 indicates an alarm triggered from keypad (panic, fire, medical emergency) and LED 2 indicates a “keypad lockout alarm” after too many wrong codes.

Exit the visualization of special alarms by pressing [*] key again.

Press the keys from 1 to 9 to view the order of the first 9 alarms occurred in the system since last arming. By pressing [1] key you can see the 1-st alarm and by pressing [9] key you can see the 9-th alarm. Note: LED interpretation, in case of pressing a key from 1 to 9, is accordingly performed:

1) If the LED corresponding to one of the 1 to 6 zones is blinking, SYSTEM LED is blinking and READY LED is OFF – then, the alarm corresponding to the key pressed occurred on zone whose LED is blinking. (E.g. If [8] key is pressed and the zone 3 LED is blinking, then the 8-th memorized alarm was triggered by zone 3.)

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2) If all LEDs corresponding to zones 1-6 are OFF, SYSTEM LED is blinking and READY LED is OFF – then, the alarm corresponding to the key pressed hasn’t been triggered by any zones.

3) If more than one zone LED lights (steady ON, flashing or the combination of these two) when one of the keys from [2] to [9] is pressed, means that the system didn’t reached that number of alarms during the last armed time and therefore there is the same global alarm information displayed as if [0] key was pressed.

4) To visualize the special alarms, press [*] key again.

If LED 1, SYSTEM LED and READY LED are blinking, then the alarm corresponding to the key pressed was triggered from keypad (by pressing the key combination for Panic, Fire or Medical Emergency).

If LED 2, SYSTEM LED and READY LED are blinking, then the alarm corresponding to the key pressed was a “keypad lockout alarm” after too many wrong codes.

If LEDs 1 and 2 are OFF and SYSTEM LED and READY LED are blinking, then the alarm corresponding to the key pressed was not triggered from keypad.

For a global view of special alarm triggered from keypad, while within visualization menu of the special alarms, press [0] key. To go back to the global visualization menu for alarms triggered by 1 to 6 zones, press [*] key.

To exit alarm memory displaying menu press [#] key.

The alarm memory will be cleared once the system/partition is armed again.

A DIFFERENT DISPLAY METHOD FOR THE ALARM MEMORY (AVAILABLE ONLY FOR KP-064EP KEYPADS)

[<][>] in any order or both simultaneous,

where [<] and [>] are the scrolling keys, [>] displaying the next alarm and [<] displaying the previous alarm.

Enter [<][>] keys (in any order or simultaneously) in order to visualize zones that went into alarm or special alarms triggered from keypad.

Soon after entering [<] and [>] keys, SYSTEM LED will fast blink, indicating the system is being within global visualization menu for alarms triggered by zones. LEDs of zones that triggered the alarm will also fast blink.

Press [*] key to view the special alarms triggered from the keypad.

READY and SYSTEM LEDs will fast blink, indicating the system be in the global visualization menu for the special alarms. Within visualization menu of special alarms LED 1 indicates an alarm triggered from keypad (panic, fire, medical emergency) and LED 2 indicates a “keypad lockout alarm” after too many wrong codes.

Exit the visualization of special alarms by pressing [*] key again.

Since the system was in the menu of alarm memory display, press [<] or [>] key to visualize the order of the first 9 alarms triggered in the system.

Upon pressing [>] key, the system will display the next alarm. Upon the 1-st press, the system will display the 1-st alarm, the 9-th alarm being displayed upon the 9-th press. If [>] key is pressed more than 9 times, the system keeps displaying the 9-th alarm. You can press a key from 1 to 9 any time for the system to display the alarm corresponding to the key pressed. Next, if [>] key is pressed, the system will display the next alarm until the 9-th one.

Upon pressing [<] key, the system displays the previous alarm. If the system is displaying the 1-st alarm and you press [<] key, the control panel will go back within global visualization menu for alarms triggered by 1 to 6 zones and will keep displaying this global menu. You can press a key from 1 to 9 any time for the system to display the alarm corresponding to the key pressed. Next, if [<] key is pressed, the system will display the previous alarm until displaying the global menu.

CHIME FEATURE ACTIVATING/DEACTIVATING [*][6]

Chime feature activating/deactivating can be performed only if the system is disarmed, by entering the command [*][6].

If the feature is got activated, the keypad buzzer will beep for 3 times and, if it is got deactivated, the keypad buzzer will sound a long beep.

While system is disarmed, once the “chime” feature was activated, each time when a zone with “chime” attribute is opened will cause the keypad buzzer to sound 6 warning beeps.

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The feature is useful if the entry/exit doors are out of the user's view and he/she wants to be notified whenever the doors of those zones are opened.

Chime feature can be activate/deactivate from PC software, too.

ACTIVATION (DEACTIVATION) OF PGM OUTPUTS / STARTING (FINISHING) THE ROUNDS [*][9][User Code]

If a “user code” (“maintenance code” included) has the appropriate rights enabled by programming, then the respective user may use [*][9][User Code] command and perform the following operations:

- activation/deactivation of the PGM1 output by pressing [1] key (PGM1 status is displaying on zone 1 LED);

- activation/deactivation of the PGM2 output by pressing [2] key (PGM2 status is displaying on zone 2 LED);

- Manually start/finish the rounds by pressing [6] key (the “status of rounds” is displaying on zone 6 LED).

Notes:

1. The PGM1 and PGM2 activation/deactivation commands are allowed only if these outputs are defined as “retriggerable or resetable mono-stable”, “bi-stable” or “clock timer” types.

2. Any PGM1 or PGM2 output, as “retriggerable mono-stable” set, will activate to GND for the time lapse set within [22] and [80] programming sections. If a new command is performed while this PGM type is being active, then the respective time lapse will be triggered again.

3. Any PGM1 or PGM2 output, as “resetable mono-stable” set, will activate to GND for the time lapse set within [22] and [80] programming sections. If a new command is performed while this PGM type is being active, then the respective PGM will turn OFF.

4. Any PGM1 or PGM2 outputs, as “bi-stable” set, will change its status from activate to deactivate and the other way round upon each entering a new activating/deactivating command.

5. Any PGM1 or PGM2 outputs, as “clock timer” type set, upon entering new start/stop command of PGM activation period, will change the PGM status from activated to deactivated and vice-versa, depending if the respective PGM activation period was previously started or stopped. The PGM1 or PGM2 output will change again its status when the system clock is identical with the time established in [81] (or [82]) section for PGM1 and in [83] (or [84]) section for PGM2.

After entering the last digit of a valid user code within this sequence ([*][9][User Code]) the keypad buzzer will sound 3 confirmation beeps, passing to display on zone 1, 2 and 6 LEDs, the status of PGM1, PGM2 and rounds respectively, as follows: While the system is being within displaying of the status of PGM1, PGM2 and rounds, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

zone 1 LED ON/OFF, according to the PGM1 status

zone 2 LED ON/OFF, according to the PGM2 status

zone 6 LED ON/OFF, according to the “status of rounds”

1. Status of PGM1, PGM2 and “rounds” can be maintained as it was previously established, by [#] key pressing.

2. In order to turn activate/deactivate PGM1 (only if it is set as retriggerable or resetable mono-stable, as bi-stable or as clock timer), the user should press [1] key and the zone 1 LED will turn ON/OFF. If the zone 1 LED is ON means PGM1 is activated and, if the zone LED is OFF means PGM1 is deactivated. Any successful command of PGM1 activation/deactivation is followed by an automatic exit from menu after about 1 second, like after [#] key pressing after 1 sec.

3. In order to turn activate/deactivate PGM2 (only if it is set as retriggerable or resetable mono-stable, as bi-stable or as clock timer), the user should press [2] key and the zone 2 LED will turn ON/OFF. If the zone 2 LED is ON means PGM2 is activated and, if the zone LED is OFF means PGM2 is deactivated. Any successful command of PGM2 activation/deactivation is followed by an automatic exit from menu after about 1 second, like after [#] key pressing after 1 sec.

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4. In order to manually start/finish the rounds, the user should press [6] key and the zone 6 LED will turn ON/OFF. If the zone 6 LED is ON means the “rounds” are being into progress and, if the zone LED is OFF means the “rounds” were finished. Any successful command of starting/finishing the rounds is followed by an automatic exit from menu after about 1 second, like after [#] key pressing after 1 sec. Notes:

a) In case one user is trying to activate/deactivate the PGM outputs (or is trying to start/finish the rounds) and the respective user code hasn’t the right enabled, then the keypad buzzer will sound a long error beep and will reject the respective command.

b) The keypad buzzer will sound a long error beep and the panel will reject the command, too, if users try to activate/deactivate any PGM output which was not set as retriggerable or resetable mono-stable, as bi-stable or as clock timer, even if the respective user code has the right enabled by programming.

c) If the digital communicator is enabled by programming and the appropriate reporting codes are programmed, too, then the “starting/finishing the rounds” and “PGM activation/deactivation” by users will be transmitted to CS.

5. If no successful command was performed, finally the user should press [#] key to exit from the visualization of the status of PGM1, PGM2 and rounds. The keypad buzzer will sound 6 confirmation beeps and the system will go back within armed/disarmed status, the keypad LEDs being displaying the system and zone status.

5. Master User’s Programming Menus While the system is partially armed, in order to enter the main programming menu allowed only to the “master user” enter one of the [*][7][Master Code] or [CODE][Master Code] commands, where [CODE] is the key labeled “CODE” key

Once this procedure was initialized by entering [*] or [CODE] key, all the keypad LEDs will turn OFF. After entering the “master code”, the keypad buzzer will sound 3 beeps, confirming the system is being within “master user’s programming menu”.

While the system is being within “master user’s programming menu”, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED OFF

zone LEDs OFF

Note: The “master user’s programming menu” can be exited by [#] key pressing. When exiting the “master user’s programming menu”, the system will go back within disarmed status and the keypad LEDs will display the system and zone status.

There are several “master user’s submenus” where the “master user” can perform the following operations:

1. Selective Programming/Erasure of 01 to 45 user codes (“master user’s submenus” from [01] to [45]);

2. Simultaneous Erasure of all user codes, except the “master code” (“master user’s submenu” [49]);

3. Selective Programming/Erasure of the follow me phone numbers (“master user’s submenus” from [51] to [54]);

4. Simultaneous Erasure of all follow me phone numbers (“master user’s submenu” [50]);

5. Programming session of the system time and date (“master user’s submenu” [60]).

6. “Ambush Digit Programming” (“master user’s submenu” [61]).

While the system is being within “master user’s programming menu”, in order to program the 01 to 45 user codes, the follow me phone numbers, the system time and date or the “ambush

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digit”, select one of the [01] to [45], [49], [50], [51] to [54], [60] or [61] “master user’s submenus”. To enter each “master user’s submenu” the master user should enter 2 digits which are corresponding to the order number of each submenu (i.e. for submenu no. 9 press [0] and [9] keys).

After entering the 2 digits corresponding to the order number of one submenu, the keypad buzzer will beep for 3 times, confirming the system is being within respective submenu.

Once the system was entering one of the “master user’s submenus”, the keypad LEDs’ status will be as

follows:

Remarks:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

zone 1, 2 and 3 LEDs Blinking That means the selected user code, the follow me phone number or the system time and date were programmed during a previous programming session.

Only zone 1 LED Blinking That means the selected user code, the follow me phone number or the system time and date are not programmed and the control panel is waiting for the first digit group for respective option.

PROGRAMMING / SELECTIVE ERASURE (EXCEPT THE “MASTER CODE”) OF 01 TO 45 USER CODES [*][7][Master Code] or [CODE][Master Code], where [CODE] is the key labeled “CODE”

The [*][7][Master Code] or [CODE][Master Code] commands allow to the “master user” to modify all the user codes, except the installer’s codes.

While the system is being within “master user’s programming menu”, in order to program/erase any of 01 to 45 user codes, the master user should select the corresponding submenu from [01] to [45], by pressing the 2-digit order number of the user code to be programmed/erased (i.e. while the system is being within “master user’s programming menu”, for user code no. 15 press [1] and [5] keys).

Then enter the following sequence:

[x][x][x][x](or [x][x][x][x][x][x] for 6-digit codes) |RIGHTS1||#|| RIGHTS 2||#|

where [x][x][x][x] and [x][x][x][x][x][x] are the new 4 or 6 digits for the “selected user code” and RIGHTS1 & RIGHTS 2 are 1&2 sets of rights for selected user code.

While the system is being within programming/erasing session of the “selected user code”, the keypad LEDs’

status will be as follows:

Keypad LEDs: LEDs’ Status: Remarks:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

Zone 1, 2 and 3 LEDs Blinking That means the “selected user code” was programmed during a previous programming session.

Only zone 1 LED Blinking That means the “selected user code” isn’t programmed and the control panel is waiting for the first digit for the new value of the “selected user code”.

One of the 2 to 4 zone LEDs (or to 6, for 6-digit codes)

Blinking That means the “selected user code” is programming and the control panel is waiting for the corresponding digit for the new value of the “selected user code”.

1. Programming/Erasing of the “selected user code” may be skipped by [#] key pressing.

1.1 After [#] key pressing, if the “selected user code” was programmed during a previous programming session, then the keypad buzzer will sound 3 confirmation beeps and the system will pass to display the first 5 rights of the “selected user code” (step no. 3).

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1.2 After [#] key pressing, if the “selected user code” wasn’t programmed during a previous programming session, then the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “master user’s programming menu”.

2. In order to program the “selected user code”, you should enter the following sequence from the keypad:

[x][x][x][x] for 4-digit codes (or [x][x][x][x][x][x] for 6-digit codes),

where [x][x][x][x] and [x][x][x][x][x][x] are the new 4 or 6 digits for the “selected user code”.

2.1. After entering the first digit of a new sequence for “selected user code” the zone 2 LED will be blinking. That means the control panel is waiting for second digit for the new value of the “selected user code”.

2.2. After entering second digit of the “selected user code” the zone 3 LED will be blinking. That means the control panel is waiting for the third digit for the new value of the “selected user code” and so on, until entering the last digit of the selected user code (the forth for 4-digit codes and the sixth for 6-digit codes).

2.3. After any digit was pressed, programming of the “selected user code” may be canceled by [#] key pressing. After cancellation by [#] key pressing, the keypad buzzer will sound 6 confirmation beeps, the system will keep the old value for the “selected user code” and the control panel will go back within “master user’s programming menu”. Note: Do not press [*] key while entering the digits of the “selected user code”! The keypad buzzer will sound a long error beep and will reject [*] key.

3. After entering the last digit of the “selected user code” the keypad buzzer will sound 3 confirmation beeps and the panel will pass to the next step, displaying on zone 1 to 5 LEDs the RIGHTS1 set of the just modified “user code”, as follows:

While the system is being within RIGHTS1 displaying submenu, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 5 zone LEDs ON/OFF, according to the RIGHTS1 set of the just modified “user code”

By [#] key pressing, RIGHTS1 set of the just modified “user code” can be maintained as it was previously established.

3.1 In order to turn activate/deactivate each right display-able on zone 1 to 5 LEDs, you should press the 1 to 5 keys and the appropriate zone LED will turn ON/OFF. For “selected user code”, if the a zone LED is ON means the appropriate right is enabled and, if the zone LED is OFF means the right is disabled.

RIGHTS1 set for “selected user code”:

zone LEDs ON OFF

zone 1 LED enabled disabled Zone bypassing

zone 2 LED enabled disabled Regular arming

zone 3 LED enabled disabled Stay arming

zone 4 LED enabled disabled Force arming

zone 5 LED enabled disabled Disarming/siren stopping;

zone 6 LED reserved reserved -

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3.2 Finally you should press [#] key to confirm the RIGHTS1 set of the respective user code.

4. After [#] key pressing the keypad buzzer will sound 3 confirmation beeps and the panel will pass to the next step, displaying on 1 to 6 zone LEDs the RIGHTS2 set of the modifying user code, as follows:

While the system is being within RIGHTS2 displaying submenu, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 6 zone LEDs ON/OFF, according to the RIGHTS2 set of the modifying user code

By [#] key pressing, RIGHTS2 set of the just modified “user code” can be maintained as it was previously established.

4.1 In order to turn activate/deactivate each right display-able on 1 to 6 zone LEDs, the you should press the 1 to 6 keys and the appropriate zone LED will turn ON/OFF. For “selected user code”, if the a zone LED is ON means the appropriate right is enabled and, if the zone LED is OFF means the right is disabled.

RIGHTS2 set for “selected user code”:

zone LEDs ON OFF

zone 1 LED enabled disabled PGM1 activating/deactivating


zone 3 LED enabled disabled Access to partition A

zone 4 LED enabled disabled Access to partition B

zone 5 LED enabled disabled Starting the rounds

zone 6 LED enabled disabled Finishing the rounds

4.2 Finally you should press [#] key to confirm the RIGHTS2 set of the respective user code. After [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “master user’s programming menu”.

5. Erasure of “selected user code” (except the “master code”) can be performed by entering of [*] key (instead of sequence of 4 or 6 digits) while the control panel just entered the programming/erasing session of the corresponding “selected user code”. The keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “master user’s programming menu” after pressing [*] key was enter. Notes:

1. The “master code” has all the rights enabled by default and they are programmable only by the installer. If master code was select to be programmed, after entering the last digit of the “master code”, the keypad buzzer will sound 3 confirmation beeps and the control panel will pass within master RIGHTS1 displaying submenu on zone 1 to 5 LEDs. All zone LEDs from 1 to 5 will be ON or OFF, as the respective rights were established by the installer previously; the master rights cannot be changed by him. That means if master user is trying to change his rights by pressing any key from 1 to 5, the keypad buzzer will sound a long error beep and the control panel will reject the command. In order to pass to the next step and displaying on zone 1 to 6 LEDs the RIGHTS2 set, the master user needs to press [#] key. 1 to 6 zone LEDs will be ON or OFF, as the respective rights were established by the installer previously; neither this master rights can be changed by him, too. In order to exit the master user’s programming menu the master user needs to press [#] key again. So, the master user can change his own code by means of [*][7][Master Code][01] command, he may view his rights, but he cannot change himself his rights. The master user only may see own rights as they were established by the installer previously and, if the master user wants to change his rights he must call his installer.

2. The “master code” erasing isn’t allowed. If, by mistake, master user is trying to erase the “master code” (by selecting the order number of the “master code” – 01 and then entering [*] key), the keypad buzzer will sound a long rejection beep and the panel will go back within master user’s programming menu. The control panel will keep the old value for the “master code”.

3. [02] to [45] user codes have only second right enabled by default and master user can change them while he is being within corresponding session of the “selected user code” programming/erasing.

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Any user code from 01 to 45 can be selected in order to get a new value or press [#] key to exit the master user’s programming menu.

SIMULTANEOUS ERASURE OF ALL USERS' CODES (EXCEPT THE “MASTER CODE”) [*][7][Master Code][49] or [CODE][Master Code][49], where [CODE] is the key labeled “CODE”

While the system is being within “master user’s programming menu”, to simultaneous erase all user codes (except the “master code”), select the corresponding submenu [49], by entering the 2 keys [4] and [9].

The keypad buzzer will sound 6 confirmation beeps and the control panel will go back into master user’s programming menu.

Any user code from 01 to 45 can be selected in order to get a new value or press [#] key to exit the master user’s programming menu.

PROGRAMMING / SELECTIVE ERASURE OF THE 1 TO 4 FOLLOW ME PHONE NUMBERS [*][7][Master Code][5X][Phone number X][#] or [CODE][Master Code][5X][Phone number X][#], where [CODE] is the key labeled “CODE” key and “X” is the 1 to 4 order number for the 4 follow me phone numbers, which can be programmed by the master in this submenus.

The [*][7][Master Code][5X][Phone number X][#] or [CODE][Master Code][5X][Phone number X][#] commands allow to the “master user” to program / selective erase the follow me phone numbers. Notes:

4. The “follow me phone numbers” denomination will be used for the phone numbers which the control panel will automatic dial them upon occurring in the system of some “alarm” and “AC power loss” events, to report these events and the system status, too, by voice messages or by synthesis sounds, specific to these events.

5. Up to 4 follow me phone numbers can be programmed by the master user for the control panel to automatic report on the phone line the “alarm” and “AC power loss” events, by specific voice messages or by specific synthesis sounds.

While the system is being within “master user’s programming menu”, in order to program/erase any of the 1 to 4 follow me phone numbers, select the corresponding submenu from [51] to [54], by entering one of the groups [51], [52], [53] or [54] (enter [51] to select the 1-st follow me phone number, [52] for the 2-nd one and so on).

While the system is being within programming session of the selected phone number, the keypad LEDs’ status will

be as follows:

Remarks:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

Zone 1, 2 and 3 LEDs Blinking That means the selected phone number was programmed during a previous programming session

Only zone 1 LED Blinking That means the selected phone number isn’t programmed and the control panel is waiting for the first digit for the new value of the selected phone number

1 and 2 zone LEDs Blinking That means the selected phone number is being programming

1. Programming/Erasing of the selected phone number can be canceled by [#] key pressing. After [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “master user’s programming menu”.

2. In order to program the selected phone number, you should enter maximum 15 digits as you would on a key phone.

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2.1 After entering the first digit of a new sequence for selected phone number, the 1 and 2 zone LEDs will be blinking. That means the control panel is waiting for the other digits for the new value of the selected phone number.

2.2 A 2-second pause can be added by entering HEX digit D between the digits of the phone number (enter HEX digit D by pressing [*] and [3] keys).

3. after the last digit of the just programmed phone number was enter, press [#] key to confirm the new value of the phone number (the control panel will go back within “master user’s programming menu” only after [#] key pressing).

4. In order to erase the selected phone number, you should enter [*] key instead of sequence of maximum 15 digits, while the control panel just entered the corresponding programming/erasing session of the selected phone number. The keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “master user’s programming menu” after pressing [*] key was enter.

Any follow me phone number from 1 to 4 can be selected in order to get a new value or press [#] key to exit the master user’s programming menu.

Program the 1-st Follow me Phone Number: [*][7][Master Code][51][Phone number 1][#] or [CODE][Master Code][51][Phone number 1][#]

Program the 2-nd Follow me Phone Number: [*][7][Master Code][52][Phone number 2][#] or [CODE][Master Code][52][Phone number 2][#]

Program the 3-rd Follow me Phone Number: [*][7][Master Code][53][Phone number 3][#] or [CODE][Master Code][53][Phone number 3][#]

Program the 4-th Follow me Phone Number: [*][7][Master Code][54][Phone number 4][#] or [CODE][Master Code][54][Phone number 4][#]

SELECTIVE ERASURE OF THE FOLLOW ME PHONE NUMBERS [*][7][Master Code][5X][*] or [CODE][Master Code][5X][*], where [CODE] is the key labeled “CODE” key and “X” is the 1 to 4 order number for the 4 follow me phone numbers, which can be erased by the master using these commands.

Erase the 1-st follow me phone number: [*][7][Master Code][51][*][#] or [CODE][Master Code][51][*][#]

Erase the 2-nd follow me phone number: [*][7][Master Code][52][*][#] or [CODE][Master Code][52][*][#]

Erase the 3-rd follow me phone number: [*][7][Master Code][53][*][#] or [CODE][Master Code][53][*][#]

Erase the 4-th follow me phone number: [*][7][Master Code][54][*][#] or [CODE][Master Code][54][*][#], where [CODE] is the key labeled “CODE”

SIMULTANEOUS ERASURE OF ALL FOLLOW ME PHONE NUMBERS [*][7][Master Code][50] or [CODE][Master Code][50], where [CODE] is the key labeled “CODE”

While the system is being within “master user’s programming menu”, to simultaneous erase all follow me phone number, select the corresponding submenu [50], by entering [5] and [0] keys.

The keypad buzzer will sound 6 confirmation beeps and the control panel will go back into master user’s programming menu.

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Any follow me phone number from 1 to 4 can be selected in order to get a new value or press [#] key to exit the master user’s programming menu.

PROGRAMMING SESSION OF THE SYSTEM TIME AND DATE [*][7][Master Code][60][D/D][Mo/Mo][Y/Y][H/H][Mi/Mi][S/S] or

[CODE][Master Code][60][D/D][Mo/Mo][Y/Y][H/H][Mi/Mi][S/S], where [CODE] is the key labeled “CODE”

Note: The system time and date programming is allowed to the master user only if the appropriate option does not disabled by programming (see the option displayable on zone 5 LED within [20] section).

While the system is being within “master user’s programming menu”, in order to program the system time and date, the master user should select [60] submenu.

While the system is being within “master user’s programming session of the system time and date”, the keypad LEDs’ status will be as follows:

Remarks:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

zone 1, 2 and 3 LEDs Blinking That means the system time and date were programmed during a previous programming session

Only zone 1 LED Blinking That means the system time and date are not programmed and the control panel is waiting for the first 2-digit group which represents the day [D/D]

One of the 2 to 6 zone LEDs Blinking That means the system time and date is being programmed and the control panel is waiting for the corresponding 2-digit group for month [Mo/Mo], year [Y/Y], hour [H/H], minutes [Mi/Mi] or seconds [S/S]

1. Programming of the system time and date can be canceled by [#] key pressing.

2. In order to enter programming session of the system time and date, the master user should introduce the format bellow: [D/D][Mo/Mo][Y/Y][H/H][Mi/Mi][S/S].

Each 2-digit group represents the day [D/D], month [Mo/Mo], year [Y/Y], hour [H/H], minutes [Mi/Mi] and seconds [S/S].

2.1 Once the first 2-digit group corresponding the day [D/D] was entered, the keypad buzzer will sound 3 beeps and the zone 2 LED is blinking. That means the control panel is waiting for second 2-digit group corresponding the month [Mo/Mo].

2.1 Once second 2-digit group corresponding the month [Mo/Mo] was entered, the keypad buzzer will sound 3 beeps and the zone 3 LED is blinking. That means the control panel is waiting for the third 2-digit group corresponding the year [Y/Y].

2.1 Once the third 2-digit group corresponding the year [Y/Y] was entered, the keypad buzzer will sound 3 beeps and the zone 4 LED is blinking. That means the control panel is waiting for the fourth 2-digit group corresponding the hour [H/H].

2.1 Once the fourth 2-digit group corresponding the hour [H/H] was entered, the keypad buzzer will sound 3 beeps and the zone 5 LED is blinking. That means the control panel is waiting for the fifth 2-digit group corresponding the minutes [Mi/Mi].

2.1 Once the fifth 2-digit group corresponding the minutes [Mi/Mi] was entered, the keypad buzzer will sound 3 beeps and the zone 6 LED is blinking. That means the control panel is waiting for the sixth 2-digit group corresponding seconds [S/S].

2.1 Once the sixth (the last) 2-digit group corresponding seconds [S/S] was entered, the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “master user’s programming menu”.

2.1 After any digit was pressed, system time and date setting can be canceled by [#] key pressing. After cancellation by [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “master user’s programming menu”, keeping the old value for the system time and date.

3. Leave the master user’s programming menu by [#] key pressing.

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“AMBUSH DIGIT PROGRAMMING” (“MASTER USER’S SUBMENU” [61]) [*][7][Master Code][61] or [CODE][Master Code][61] where [CODE] is the key labeled “CODE” While the system is being within “master user’s programming menu”, in order to program the “ambush digit”, the master user should select [61] submenu.

While the system is being within programming session of the “ambush digit”, the keypad LEDs’ status will be as follows:

Remarks:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

Zone 2 to 6 LEDs OFF

Zone 1 LED Blinking That means the control panel is waiting for the “ambush digit” to be programmed.

1. Programming of the “ambush digit” can be canceled by [#] key pressing.

2. In order to establish the “ambush digit”, you should enter any digit from 0 to 9, by pressing the corresponding key. Once any digit from 0 to 9 was entered, the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within master user’s programming menu.

3. Leave the master user’s programming menu by [#] key pressing. Notes:

1. The default value for the “ambush digit” is “0”.

2. Do not press [*] key while the system is being within programming session of the “ambush digit”, because the panel will record wrong codes and then the “ambush capability” of the user codes will not function any more.

OTHER OPERATION COMMANDS PERFORMED BY THE MASTER USER Some of programming sections, which are dedicated to the installer, are accessible to the master user, too.

In order to access these programming sections you should use [*][8][ Master Code] command, while the system is partially armed. Once the command was entered, the master user should enter each allowed section by pressing the corresponding 2 digits (i.e. for [81] section he should enter [8] and [1] keys). Then the master user should program the corresponding parameters (or to start/finish the corresponding process) in the same mode explained in the respective section of the “main programming menu”.

The programming sections allowed to the master user are:

1. Section [32] – OPTIONS for voice/sound dialer

2. Section [46] - Number of voice or sound dialing sequences / Time of the Voice or Sound Reporting

3. Section [78] – Walk Test (service mode)

4. Section [81] – Activation Moment of PGM1 as “clock timer” (Hour : Minute)

5. Section [82] – Deactivation Moment of PGM1 as “clock timer” (Hour : Minute)

6. Section [83] – Activation Moment of PGM2 as “clock timer” (Hour : Minute)

7. Section [84] – Deactivation Moment of PGM2 as “clock timer” (Hour : Minute)

8. Section [85] – Autoarming Moment for the partition A or system (Hour : Minute)

9. Section [86] – Autoarming Moment for partition B (Hour : Minute)

10. Section [87] – Moment for Starting the Rounds (Hour : Minute)

11. Section [88] – Moment for Finishing the Rounds (Hour : Minute)

12. Section [89] – ”Round Period” / “Warning round time”

13. Section [90] – “Inactivity Time” after that the control panel will auto arm (Hours : Minutes)

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14. Section [97] – Manually Activation of PC callback

15. Section [98] - Manually Activation of Communication with PC (PC download acceptance)

16. Section [99] - Cancellation of the voice/sound reporting and the communication between panel and PC

Notes:

1. Master user’s entering of these commands is similar to the entering the same programming sections which are dedicated to the installer.

2. After the master user enter [*][8][ Master Code] command, if he is trying to select another programming section than the previous, then the keypad buzzer will sound a long error beep and the panel will reject the command.

3. If the digital communicator was enabled by the installer and the corresponding reporting codes was programmed, too, then any accessing of “main programming menu” by the master user will be transmitted to CS, as follows:

- In case of any 4x2 formats was set by the installer, the control panel will transmit to CS the same specific reporting codes regarding “programming entry” / “programming exit” / “panel programming changed” events, which are set in [61] and [62] sections, even the respective operations were performed by the master user or by the installer (whether these operations are performed by the installer or by the master user, there will be no difference between them in 4x2 formats).

- In case of CID format (4 account digits + 4 event digits + 2 partition digits + 3 zone/user digits) was set by the installer, the control panel will transmit to CS the specific reporting codes regarding “programming entry” / “programming exit” / “panel programming changed”, which are set in [72] and [73] sections; after the 4-digit group specific to these reporting events the panel will transmit to CS another 3-digit group which stands for the master user or for the installer identifying. In CID format the installer is identifying as user “000” and the master user as user “001”.

PC DOWNLOAD ACCEPTANCE [*][8][Master Code][98][#]

This command allows to the “master user” to manually trigger the communication between PC and panel. Before entering this command the modem of PC must be already on the phone line and call the control panel.

While PC modem is calling the control panel, just entering this command will manually activate the communication between PC and panel.

This command is accepted only while the system is partially armed. Notes:

1. This command is similar to the one in the installer-dedicated programming section [98].

2. Manually triggering of the communication between PC and panel is useful when “Panel answers to remote PC calls” option was not enabled by programming in section [33], which is dedicated to the installer and system parameter programming from PC software is still required.

3. Within panel programming by PC (Upload/Download) denomination, there are several operations, which any user or the installer can perform them while a connection between the modem of PC and control panel is established.

The following operations can be performed:

- Uploading the system parameters into “EZcom C62 Software”;

- Downloading the system parameters from “EZcom C62 Software” into the control panel;

- Uploading the event LOG from the control panel into the “EZcom C62 Software” (in a file).

- System time and date setting by PC;

- System (or partitions) arming/Disarming from PC.

- Zone bypassing by PC;

- PGM activation/deactivation by PC (only for PGM outputs defined as “mono-stable”, “bi-stable” or “clock timer” types);

- Online visualization of the system/partitions status and troubles onto “EZcom C62 Software”;

- Online visualization of the bypassed, alarmed or open zones onto “EZcom C62 Software”.

Remark: CERBER C62 provides 2 methods of triggering the communication with PC:

1) The control panel answers automatically to the PC calls, either after “double call” or after the ring number which was set in section [43].

2) By means of the manually triggering command, accessible to the “master user”, the control will answer to the PC calls. Once [*][8][Master Code][98][#] command is entered, the control panel will try to establish the communication with PC modem, which should be already on the phone line and call the control panel.

VOICE / SOUND REPORTING AND COMMUNICATION WITH PC CANCELLATION [*][8][Master Code][99][#]

This command allows to the “master user” to stop the voice/sound reporting and communication between panel and PC.

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The command will be accepted only if the system is disarmed. Notes:

1. This command is the same as the one described within programming section [99], which is dedicated to the installer, with the exception that the “master user” can only stop the voice/sound reporting and the communication between panel and PC, without stopping the digital communication between control panel and central station.

2. When any alarm occurs, just entering a user code (the “master code” included) will only disarm the system/partition and/or stop the siren sound, without cancellation of the voice message/sound dialing.

3. In order to stop the voice message/sound dialing, in case an alarm was triggered and the voice/sound dialer has already started the reporting of the voice messages to the follow me phone numbers, first users should disarm the system/partition and/or stop the siren sound by any valid user code, then the master user should enter [*][8][Master Code][99][#] command. Please note that the cancellation of the voice/sound reporting is allowed only to the master user, not to the users from 2 to 45.

KEYPAD SPECIAL ALARMS Depending on the installer programming, Cerber C62 will send a reporting code to the “central station” (and/or a phone voice message), according to the occurrence of one of the next events: Panic, Fire, Medical Emergency and Maintenance Request.

These events occur by activating the correspondingly 24h defined zones, or by simultaneously pressing a combination of keys from keypad:

[1] + [3] Medical Emergency alarm

[7] + [9] Fire alarm

[4] + [6] Maintenance Request

[*] + [#] Panic alarm

In order to stop any alarm status, enter [#] key followed by any 4 or 6-digit user code from 1 to 45. Note: The “keypad panic” alarm ([*] + [#]) should be used in emergency situations, when the user is threatened and the possible offender must not be notified about sending the respective message. In this case, the “keypad panic” alarm should be set of the silence type (you should see section [21] – System OPTIONS2, zone 6 LED).

6. Programming of the System Parameters (“main programming menu”)

In order to enter the programming menu of system parameters (“main programming menu”), the installer should use the command [*][8][Installer’s programming code], while the system is partially armed. Notes:

1. The default value of the installer’s programming code is “0269” and it should be changed before or after the system parameters were programmed.

2. All programming sections are dedicated to the installer and only some of them are accessible to the master user, too.

3. If the digital communicator will be enabled by programming and the corresponding reporting codes will be programmed, too, then any accessing of “main programming menu” by the installer (or by the master user) will be transmitted to CS, as follows:

- In case of any 4x2 formats will be set by programming, the control panel will transmit to CS the same specific reporting codes regarding “programming entry” / “programming exit” / “panel programming changed” events, which will be set in [61] and [62] sections, even the respective operations will be performed by the installer or by the master user (whether these operations are performed by the installer or by the master user, there will be no difference between them in 4x2 formats).

- In case of CID format will be set by programming, the control panel will transmit to CS the specific reporting codes regarding “programming entry” / “programming exit” / “panel programming changed”, which will be set in [72] and [73] sections; after the 4-digit group specific to these reporting events the panel will transmit to CS another 3-digit group which stands for the master user or for the installer identifying. In CID format the installer will be identified as user “000” and the master user as user “001”.

System programming parameters are explained bellow.

To enter the programming menu of system parameters (“main programming menu”), follow the next steps:

1. Enter the command: [*][8][Installer’s programming code];

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Once this procedure was initialized by entering [*]key, all the keypad LEDs will turn OFF. After entering the installer’s programming code, the keypad buzzer will sound 3 beeps, confirming the system is being within “main programming menu”.

While the system is being within “main programming menu”, the keypad LEDs’ status will be as follows:

ARMED A LED

ON

SYSTEM LED Blinking

READY LED OFF

zone LEDs OFF

Note: The “main programming menu” can be exited by [#] key pressing. When exiting the “main programming menu”, the system will go back within disarmed status and the keypad LEDs will display the system and zone status.

2. In order to program the system parameters, you should select one of the sections from [01] to [99].

While the system is being within “main programming menu”, in order to enter each section, you should enter 2-digit order number of the respective section, by entering the 2 digits corresponding to the section number (i.e. for section no. 7 enter [0] and [7] keys).

After entering the 2 digits corresponding to the section number, the keypad buzzer will beep for 3 times, confirming the system is being within respective section.

Once the system just entered within any programming section, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

Zone 1 LED ON, OFF or Blinking, according to the selected section

2 to 5 zone LEDs

ON/OFF, according to the selected section

2.1 Each programming section has got one or several programming submenus. Once any programming section was selected, the system finds itself within 1-st submenu of the programming section (which may be a single one) and within submenus the system is waiting for some specific data to be entered from the keypad. After a complete data set, specific to each submenu, was entered, the keypad buzzer will sound 3 confirmation beeps and the system will pass to the next submenu of the programming section. After a complete data set, specific to the last submenu was entered, the keypad buzzer will sound 6 confirmation beeps and the system will go back within “main programming menu”. Within some submenus or programming sections, the specific data are as option or attribute types; the status of these options (or attributes) is display-able on 1 to 6 zone LEDs. In order to turn these options (or attributes) activate/deactivate, you should press [1] to [6] keys and the corresponding zone LEDs will turn ON/OFF. If the corresponding zone LED is ON means the respective option (or attribute) is activated and, if the corresponding zone LED is OFF means the respective option (or attribute) is deactivated. Finally, to confirm the option or attribute data and pass to the next submenu (or go back within “main programming menu”), the installer must press [#] key. Remark: Certain sections may require entries of HEX digits. To enter these HEX-values, press [*] key followed by a number from 0 to 5, according to the table below:

HEX digit Decimal value Keys to be pressed

A 10 [*][0]

B 11 [*][1]

C 12 [*][2]

D 13 [*][3]

E 14 [*][4]

F 15 [*][5]

Note: after pressing [*] key, the READY LED will be blinking and after digit was pressed, the LED will stay ON.

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2.2 While the system is being within any submenu of each programming section, modifying of that parameters can be canceled by [#] key pressing; the system will pass to the next submenu.

3. While the system is being within “main programming menu”, in order to program/modify another set of parameters within another programming section, you should start the procedure from step no. 2.

4. Finally, in order to exit the “main programming menu”, you should press [#] key. Note: The control panel is programmed to leave any programming menu automatically 2 minutes after the last key pressing. Thus, 2 minutes after the keypad was last worked with, the system will exit that submenu automatically, passing within next submenu or on the next programming level, as when [#] key is pressed. Each time when the system passes automatically from one submenu to the next, the keypad buzzer will sound 3 confirmation beeps. In case that submenu is the last one within any programming section, the keypad buzzer will sound 6 confirmation beeps and the system will go back within “main programming menu”. In case the system stays within “main programming menu” more than 2 minutes since the keypad was last worked with, then the system will go back within disarmed status.

PROGRAMMING SECTIONS

SECTIONS [01] … [06] (1 TO 6 ZONES’ DEFINING) Zone characteristic programming is performed within [01] to [06] sections.

While the system is being within “main programming menu”, select the respective section from [01] to [06] for each zone from 1 to 6 and then enter the following sequence:

[__][__][ATTRIBUTES1][#][ATTRIBUTES2][#][ATTRIBUTES3][#],

where [__][__] is a 2-digit group for the type of the selected zone and ATTRIBUTES1, ATTRIBUTES2 and ATTRIBUTES3 are 1, 2 and 3 attribute sets for the selected zone.

While the system is being within “main programming menu”, you should follow the next steps to program the characteristics of each zone from 1 to 6:

1. Select one of the sections from [01] to [06]. Next, the keypad buzzer will sound 3 confirmation beeps and the panel is waiting for another 2-digit group to be entered, which stands to the type of the selected zone.

Once the system just entered any [01] to [06] programming sections, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

zone LEDs OFF

1.1 Set the type of the selected zone by entering a 2-digit group, according to the table bellow:

ZONE TYPES: REMARKS:

[00] not used zone

[01] delayed 1 zone

[02] delayed 2 zone

These zone types are usually used for entry/exit detections. The zones can be violated during the exit delay without causing an alarm. Once the system/partition is armed, first violation of these zones will start the appropriate entry-delay timer. The user must disarm the system/partition before the appropriate entry-delay timer elapses or the system will generate an alarm. If a delayed zone triggers the alarm, the system/partition will switch to an instant working mode which will be signaled by a fast blinking of the corresponding ARMED LED. There are 2 entry-delay timers:

- the “entry delay 1 timer” which applies to all zones defined as delayed1 type and

- The “entry delay 2 timer” which applies to all zones defined as delayed2 type. Entry delay 1, delay 2 and exit delay times may be independently set from 1 to 255 seconds within [37] and [38] sections. The default settings are 30 seconds for each entry delay time and 60 seconds for each exit delay time.

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ZONE TYPES: REMARKS:

[03] follower zone

This zone type is usually used for the interior detection devices, such as passive infrared sensors (motion detectors). The zone will not cause an alarm if it is violated during the entry delay of the respective partition. However, if the zone is violated before the entry delay has started it will generate an instant alarm. The follower zone can be violated during the exit delay without causing an alarm, too.

[04] instant zone

This zone type is usually used for the interior detection devices, such as motion sensors that are not situated within entry/exit area. The instant zones can be violated during the exit delay without causing an alarm, too, but once the system/partition is armed, the zones will generate an instant alarm if they are violated (they will trigger the alarm as soon as they will be violated).

[05] 24-hour burglary zone The 24-hour burglary zones are permanently active irrespective of the armed or disarmed system/partition status. This zone type is useful for the connection of glass-break detectors.

[10] 24-hour sabotage (tamper) zone

The sabotage (tamper) zones are permanently active irrespective of the armed or disarmed system/partition status. This zone type is useful for the connection of tamper contacts in the system to prevent any sabotage attempt after the system installation and commissioning.

[11] 24-hour panic zone

The panic zones are permanently active irrespective of the armed or disarmed system/partition status. This zone type is useful for the connection of panic buttons/pedals for a specific event to occur in emergency situations that could be also reported to a “central station”.

[12] 24-hour fire zone

The fire zones are permanently active irrespective of the armed or disarmed system/partition status. This zone type is useful for the connection of smoke detectors. The acoustic warning in case of this zone type violation will be in pulse irrespective of the respective attribute programming, being the first in order of priority over the other alarm types.

[13] 24-hour medical emergency zone

The medical emergency zones are permanently active irrespective of the armed or disarmed system/partition status. This zone type is useful for the connection of panic buttons/pedals for a specific event to occur in emergency situations that could be also reported to a “central station”.

[14] keyswitch / panic zone Each time this zone type is activated, the system will be armed/disarmed as regards to its previous armed/disarmed status. If this zone type is violated more than 4 seconds, then it will generate a panic alarm, too.

[15] stay keyswitch / panic zone

Each time this zone type is activated, the system will be stay armed/disarmed as regards to its previous armed/disarmed status. If this zone type is violated more than 4 seconds, then it will generate a panic alarm, too.

[16] “round zone”

If the “rounds” were started previously, any violation of this zone type will make the siren sound for the “ding time” defined in section [42]. If this zone type is activated more than 30 seconds, then it will generate a special event (“ambush on round”), too, if the “rounds” were started previously. No alarm will occur by violation of this zone type.

Notes:

1. any violation of the “tamper”, “panic”, “fire” and “medical emergency” zone types will produce:

1.1 Specific code reporting to the “central station”, if the digital communicator is enabled by programming and the appropriate reporting codes are programmed, too.

1.2 Specific voice messages reporting to the follow me phone numbers which are programmed, if the voice/sound dialer is properly programmed.

2. if the “rounds” were started previously, digital communicator is enabled by programming and the corresponding reporting codes are programmed, too, then:

- During each “round period” any first violation (testing) of the “round zones” will generate a special event - “round OK”. The panel will transmit to CS the “reporting round OK codes” either at the end of each “round period”, for all “round zones” which were tested during that “round period”, or in real time, at the very moment when each “round zone” is first tested. Reporting of the “round OK” codes, either at the end of each “round period” or in real time, depends on the programming of the appropriate option (see section [29] – OPTIONS for digital communicator, zone 3 LED).

- At the end of each “round period” the panel will report another special event - “round failed”, for each “round zone” which wasn’t at least once tested during that “round period”.

- If any “round zone” is violated more than 30 seconds, then the panel will report another special event - “ambush on round” - in real time, at the very moment when the violating time of the respective “round zone” reaches 30 seconds. If any “round zones” are violated and remain violated for a long time, then, for respective zones, the panel will report the “ambush on round” code every time, 30 seconds after beginning of each “round period”.

By [#] key pressing, the type of the selected zone can be maintained as it was previously established.

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After the 2-digit group corresponding to the selected zone type was entered (or after [#] key pressing), the keypad buzzer will sound 3 confirmation beeps and the panel will pass to the next step, displaying the ATTRIBUTES1 set on zone 1 to 6 LEDs.

While the system is being within ATTRIBUTES1 displaying submenu, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 5 zone LEDs

ON/OFF, according to the ATTRIBUTES1 set of the selected zone

By [#] key pressing, ATTRIBUTES1 set can be maintained as it was previously established.

1.2 First set of zone attributes are display-able on 1 to 6 zone LEDs, according to the table below. In order to establish the ATTRIBUTES1 set, you should press the numeric keys which correspond to the zone LEDs. After each key pressing the appropriate zone LED switches ON/OFF; if the a zone LED is ON that means the appropriate attribute is enabled and if the zone LED is OFF that means the attribute is disabled.

ATTRIBUTES1 set:

zone LEDs ON OFF Remarks

Zone 1 LED

“audible” alarm

(with siren activating)

“silent alarm”

(without siren activating)

The alarm triggered by a zone with this attribute set as “audible” type will occur with siren activating for a time lapse set in section [39].

The alarm triggered by a zone with this attribute set as “silent” type will occur without siren activating.

Zone 2 LED “steady” siren “pulsing” siren

This attribute is referring to the siren-activating mode – “steady” or “pulsing” and for a same zone the set value of this attribute does mater only if the previous attribute was set as “audible” type.

The alarm triggered by a zone with this attribute set as “steady siren” type will activate the siren in a continuously mode for a time lapse set in section [39].

The alarm triggered by a zone with this attribute set as “pulsing siren” type will activate the siren in a pulsing mode (3 seconds ON alternating with 1 second OFF) for the same time lapse set in section [39].

Zone 3 LED allow manually

bypassing disable manually

bypassing

When a zone allows manually bypassing it will allow to be bypassed by one of the commands: [*][3][User code] or [BYPASS][User Code].

Zone 4 LED allow “zone auto

shutdown” does not allow “zone

auto shutdown”

During the same armed period (or during the same Disarming period for 24h zones) the control panel will automatically bypass (“from swinger”) any zone which allows auto-shutdown and after the zone initiate a number of consecutive alarms equal with “swinger shutdown counter”. After that the zone will no longer generate an alarm. After the control panel has bypassed a zone “from swinger”, it will report an event code to the central station, if it is programmed within 55 and 66 sections. This feature is a function of the zone restore option which is displayable on zone 6 LED within [29] section. During the same armed period (or during the same Disarming period for 24h zones) the zone will be bypassed “from swinger” only:

After the siren has cut-off consecutive times, for a number equal with “swinger shutdown counter”, if zone restore event is set to occur upon bell cut-off;

After the zone has violated and closed back for a

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ATTRIBUTES1 set:

zone LEDs ON OFF Remarks number equal with “swinger shutdown counter”, if zone restore event is set to occur upon zone closure.

Thus, during the same armed period (or during the same Disarming period for 24h zones), a zone which allows “auto shutdown” will trigger:

A maximum alarm number equal with “swinger shutdown counter” established in [44] section, if zone restore event is set to occur upon zone closure;

A maximum number of siren timer triggering equal with “swinger shutdown counter” established in [44] section, if zone restore event is set to occur upon bell cut-off; please note that in this case, if the “report only first zone alarm” option is disabled, too, such a zone may record more alarms than “swinger shutdown counter”.

Zone 5 LED reserved reserved

Zone 6 LED “forced arming”

allowed “forced arming” not

allowed

When a zone allows forced arming, it will allow system/partition arming although the zone is being violated at the very moment of arming (i.e. the system can be armed even though the PIR detector nearby the keypad detects movement when arming).

After the ATTRIBUTES1 set for the selected zone was established to the required values, press [#] key to confirm.

After [#] key was pressed, the keypad buzzer will sound 3 confirmation beeps and the panel will pass to the next step, displaying the ATTRIBUTES2 set on zone 1 to 5 LEDs.

While the system is being within ATTRIBUTES2 displaying submenu, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 5 zone LEDs ON/OFF, according to the ATTRIBUTES2 set of the selected zone


1.3 Second set of zone attributes are display-able on 1 to 5 zone LEDs, according to the table below. In order to establish the ATTRIBUTES2 set, you should press the numeric keys which correspond to the zone LEDs. After each key pressing the appropriate zone LED switches ON/OFF; if the a zone LED is ON that means the appropriate attribute is enabled and if the zone LED is OFF that means the attribute is disabled.

ATTRIBUTES2 set:

ON OFF Remarks

Zone 1 LED Activate “chime”

Don’t activate “chime”

When a zone has the “chime” attribute enabled, then wile the system is disarmed and the “chime” feature was activated previously by the command [*][6], any “opening” of the zone will make the keypad buzzer to sound for 6 warning beeps.

Zone 2 LED enabled stay

(interior zone) disable stay

(perimeter zone)

When a zone has the “stay” attribute enabled, then it is an interior zone and will be automatically bypassed by the system during home arming (“stay arming” or “instant stay arming” modes).

Zone 3 LED Fast detection

on zone (50ms)

* Normal detection on zone (300ms)

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ATTRIBUTES2 set:

ON OFF Remarks

Zone 4 LED Intellizone * Zone responds as

normal

When a zone has the “intellizone” attribute enabled, any first “violation” of the zone will start the “timer for intellizones” and then it will only cause an alarm when:

a) The zone remains violated for the duration of “time window for intellizones”.

b) The zone is violated twice within “time window for intellizones”.

c) If any 2 “intellizones” are violated within “time window for intellizones”.

Zone 5 LED Sensor under

test

* Zone responds as normal

When a zone has the “sensor under test” attribute enabled, it will no longer trigger the alarm, but each opening/closing of the zone loop will record a special event into the 400-event LOG. Each opening of any under test zone will record in the specially alarm memory, too, which is keypad displayable in section [94], if these zones was violated in the system since the last resetting of the especially alarm memory, performed by installer.

If these zones allow auto shutdown, then during the same arming period (or during the same Disarming period for 24h zones), then “swinger shutdown” will be counting the restoration numbers of this zone which was violated. In case the number of restorations gets the “swinger shutdown counter” value, the respective zone will be automatic “bypassed from swinger”. Only this event will be transmitted to the central station.

Zone 6 LED 2EOL – with zone tamper recognition

* EOL – no zone tamper recognition

When a zone has the “tamper recognition” attribute enabled, short circuit or open zone loop are treated as zone tamper condition. Sensors have to be connected using the double end-of-line resistor diagram (see page 13).

In case option 2 in programming section 20 is enabled, no matter if the system is armed or disarmed, zone tamper condition will activate the siren, and the panel will report and save in the event log the tamper alarm condition. If this option is disabled, and the system is disarmed, no alarm will be generated in case of zone tamper condition.

After the ATTRIBUTES2 set for the selected zone was established to the required values, press [#] key to confirm.

After [#] key was pressed, the keypad buzzer will sound 3 confirmation beeps and the panel will pass to the next step, displaying the ATTRIBUTES3 set on 1 and 2 zone LEDs.

While the system is being within ATTRIBUTES3 displaying submenu, the keypad LEDs’ status will

be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 and 2 zone LEDs ON/OFF, according to the ATTRIBUTES3 set of the selected zone


1.3 Third set of zone attributes are display-able on 1 and 2 zone LEDs, according to the table below. In order to establish the ATTRIBUTES3 set, you should press the numeric keys which correspond to the zone LEDs. After each key pressing the appropriate zone LED switches ON/OFF; if the a zone LED is ON that means the appropriate attribute is enabled and if the zone LED is OFF that means the attribute is disabled.

ATTRIBUTES3 set:

ON OFF Remarks

Zone 1 LED activate deactivate Zone assigned to partition A

Zone 2 LED activate deactivate Zone assigned to partition B

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After the ATTRIBUTES3 set for the selected zone was established to the required values, press [#] key to confirm. After [#] key was pressed, the keypad buzzer will sound 6 confirmation beeps and the panel will go back within “main programming menu”. To exit the main programming menu, press [#] key again.

ATTRIBUTES AVAILABLE ACCORDING TO ZONE TYPES: ZONE ATTRIBUTES:

ZONE TYPES: “Audible” / “silent alarm”

“Steady” / “pulsing”

siren

enabled manually bypassing (yes/no)

enabled bypass from

swinger (yes/no)

enabled “forced arming” (yes/no)

Activate “chime” (yes/no)

enabled “stay”

attribute

Fast / normal

detection on zone

enabled “intellizone”

[00] Not used 0 0 0 0 0 0 0 0 0 [01] Delayed 1 √ √ √ √ √ √ √ √ 0 [02] Delayed 2 √ √ √ √ √ √ √ √ 0 [03] “Follower” √ √ √ √ √ √ √ √ √ [04] “Instant” √ √ √ √ √ √ √ √ √ [05] “24h burglary” √ √ √ √ √ 0 0 √ √ [10] “Tamper” √ √ √ √ √ 0 0 √ √ [11] “Panic” √ √ √ √ √ 0 0 √ √ [12] “Fire” 1 0 √ √ √ 0 0 √ √ [13] “Medical Emergency”

√ √ √ √ √ 0 0 √ √

[14], [15] “Keyswitch” / panic

√ √ √ √ √ 0 0 √ 0

[16] “Round” √ 1 √ 0 1 0 0 √ 0

NOTES:

1. For some zone types only the default value of some attributes are allowed;

2. “0” = for that zone type the default value for respective attribute is allowed only disabled status (is allowed only the OFF status of corresponding LED - see zone ATTRIBUTE1 and ATTRIBUTE2 sets). That means: once the 2-digit group corresponding to some zone type was entered, if one try to put respective attribute in the enabled status (is pressing the corresponding key to turn ON the corresponding LED), then the keypad buzzer will sound a long error beep and the panel will reject the command.

3. “1” = for that zone type the default value for respective attribute is allowed only enabled status (is allowed only the ON status of corresponding LED - see zone ATTRIBUTE1 and ATTRIBUTE2 sets). That means: once the 2-digit group standing for some zone type was entered, if one try to put respective attribute in the disabled status (is pressing the corresponding key to turn OFF the corresponding LED), then the keypad buzzer will sound a long error beep and the panel will reject the command.

4. “√ “ = the value set by programming for the respective attribute is available for the corresponding zone type

Remarks:

1. A “fire” zone will trigger only the “audible” alarm, with “pulsing siren”.

2. No attributes could be set as active for an unused zone.

3. The “stay” and “chime” attributes could not be set as active for zone type of: “24h burglary”, “fire”, “tamper”, “panic”, “medical emergency”, “keyswitch/panic” and “round”.

4. The “intellizone” could not be set as active for zone type of: “entry delayed 1”, “entry delayed 2”, “keyswitch/panic” and “round”.

5. A “round zone” will trigger the siren only in an especially “steady” mode: if the “audible/silent” attribute is set as “audible” type, during a “round period” the violating of a “round zone” will trigger the siren only once, for the “ding time” defined in section [42]; if the “audible/silent” attribute is set as “silent” type, then no violating of a “round zone” will trigger the siren.

6. The “forced arming” attribute could not be set as inactive for “round zone” type.

Default values of the types and attributes for 1 to 6 zones: Active Attributes:

Zone number Zone type

Alarm type (“Audible”/”silent”)

Siren sound type (Steady/pulsing)

enabled manually bypassing

Activate Chime

Detection time on zone

(fast/normal)

1 [01] “Delayed

1” “Audible” Steady Yes Yes Normal

2 [04] “Instant” “Audible” Steady Yes No Normal 3 [04] “Instant” “Audible” Steady Yes No Normal 4 [04] “Instant” “Audible” Steady Yes No Normal 5 [04] “Instant” “Audible” Steady Yes No Normal 6 [04] “Instant” “Audible” Steady Yes No Normal

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SECTION [01] - ZONE 1 DEFINING While the system is being within “main programming menu”, select section [01] to program parameters of zone 1, then enter the following sequence:

|__|__|[ATTRIBUTES1][#][ATTRIBUTES2][#][ATTRIBUTES3]|#|

where [__][__] is 2-digit group for the type of zone 1and ATTRIBUTES1, ATTRIBUTES2 and ATTRIBUTES3 are 1, 2 and 3 attribute sets for zone 1.

See defining the 1 to 6 zones described in the previous paragraphs.

After entering the 2 digits for the zone 1 type, the keypad buzzer will sound 3 beeps and the zone LEDs will turn ON/OFF according to the ATTRIBUTES1 set. Press [1], [2], [3], [4] and [6] keys and the related attributes will turn activate/deactivate.

After choosing the first set of attributes, press [#] key to confirm and the keypad buzzer will sound 3 beeps. Then, zone LEDs will turn ON/OFF according to the ATTRIBUTES2 set. Press [1] to [5] keys and the related attributes will turn activate/deactivate.

After choosing second attribute set, press [#] key again to confirm. The keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section or [#] key to exit the main programming menu.

SECTION [02] - ZONE 2 DEFINING Do the same as for zone 1.





SECTION [20] – SYSTEM OPTIONS1

While the system is being within “main programming menu” select section [20] to establish the system OPTIONS1. Zone LEDs will turn ON/OFF, according to the table bellow:

System OPTIONS1:

zone LEDs ON OFF

Zone 1 LED enabled * disabled “Keypad lockout” after too many wrong codes

Zone 2 LED enabled * disabled Activation of BELL output in case of system disarmed and zone tamper condition.

Zone 3 LED enabled * disabled enabled partitioning

Zone 4 LED * 4-digit codes 6-digit codes 4 or 6 digits for access codes

Zone 5 LED enabled * disabled Programming of the system date and hour not allowed to the master

Zone 6 LED enabled * disabled Reset to default lockout Note: The default programmed options are marked with *. Master Code Not Changeable option is enabled, Presses [1], [2], [3], [4], [5] and [6] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF.

After setting these options, press [#] key to confirm. The keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section or [#] key to exit the main programming menu. Notes:

1. If the 3-rd option is set as enabled in this section, then the system can be divided in 2 complete and independent partitions. By default this option is disabled and all zones are assigned to the first partition (to the system).

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2. If option 2 is enabled and at least one zone has the “tamper recognition” attribute enabled, in case of zone tamper alarm, the siren will be activated for the burglary alarm time even if the system is disarmed. The alarm event will be saved in the panel event log and reported to CS or to the “follow me” telephone numbers, if programmed.

SECTION [21] – SYSTEM OPTIONS2 When the panel is being within “main programming menu”, to establish the system OPTIONS2 select section [21], zone LEDs will turn ON/OFF, according to the next table:

System OPTIONS2: zone LEDs ON OFF

Zone 1 LED *enabled disabled “Keypad Medical Emergency”([1]+[3])

Zone 2 LED *enabled disabled “Keypad maintenance request”([4]+[6]) Zone 3 LED *enabled disabled “Keypad Fire”([7]+[9])

Zone 4 LED *enabled disabled “Keypad Panic” ([*]+[#])

Zone 5 LED enabled *disabled “Keypad Medical Emergency” with siren

Zone 6 LED *enabled disabled “Keypad Panic” with siren Note: The default programmed options are marked with *. Presses [1] to [6] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF.

After setting these options, press [#] key to confirm. The keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section or [#] key to exit the main programming menu.


While the system is being within “main programming menu” select section [22] to establish the system OPTIONS3. Zone LEDs will turn ON/OFF, according to the table bellow:

System OPTIONS3:

zone LEDs ON OFF

Zone 1 LED Activation time for PGM1 as pulse will be in minutes * Activation time for PGM1 as pulse will be in seconds



Zone 4 LED Activation time for PGM2 as pulse will be in minutes * Activation time for PGM2 as pulse will be in seconds


Zone 6 LED Time between the periodical tests will be in minutes * Time between the periodical tests will be in hours Note: The default programmed options are marked with *.

Press [1], [4] or [6] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF.



When the panel is being within “main programming menu” select section [23] to establish the system OPTIONS4, zone LEDs will turn ON/OFF, according to the next table:

System OPTIONS4:

Zone LEDs ON OFF

Zone 1 LED enabled * disabled “Away quick arming”

Zone 2 LED enabled * disabled “Quick instant stay arming”

Zone 3 LED enabled * disabled “Quick stay arming”

Zone 4 LED * enabled disabled Report interior zone bypassing

Zone 5 LED * enabled disabled Report only first zone alarm

Zone 6 LED enabled * disabled Force quick arming

Note: The default programmed options are marked with *.

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Presses [1] to [6] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF.

After setting these options, press [#] key to confirm. The keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section or [#] key to exit the main programming menu. Note: “Report only first zone alarm” is a function of the zone restore option, which is displayable on zone 6 LED within [29] section. If the “zone restore event” is set to occur upon bell cut-off and this option is set as enabled, then, for any audible zone the control panel will consider only first zone violation, which triggers the siren timer (once the zone made the alarm sound and then its loop “closes” and “opens” for several times, it will no longer record alarms into the 400-event LOG and/or into the first 9 alarm memory while siren is sounding).

SECTION [24] – DING OPTIONS

While the system is being within “main programming menu” select section [24] to establish the ding options. Zone LEDs will turn ON/OFF, according to the table bellow:

Ding options:

zone LEDs ON OFF Remarks:

Zone 1 LED enabled * disabled

Dings upon keyswitch arming/Disarming:

- 1 ding after keyswitch arming

- 3 dings after keyswitch Disarming

- 6 dings after keyswitch Disarming with alarm

Zone 2 LED enabled * disabled Dings upon arming (unless keyswitch arming): 1 ding after arming

Zone 3 LED enabled * disabled

Dings upon Disarming (unless keyswitch Disarming):

- 3 dings after Disarming

- 6 dings after Disarming with alarm

Zone 4 LED enabled * disabled Dings during exit delay: 1ding/second during exit delay

Zone 5 LED enabled * disabled Warning dings during the 3 minutes before timed autoarming: 1ding at every 2 seconds during the warning time before autoarming

Zone 6 LED enabled * disabled Dings after the exit delay time: 2 dings once the exit delay time expired

Note: The default programmed options are marked with *. Presses [1] to [6] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF.


1. One ding means the siren will be activated (will sound) for the “ding time” defined in section [42];

2. More dings means the siren will sound for the “ding time” alternating with “ding pause” defined in section [42].

SECTION [25] – WARNING OPTIONS

While the system is being within “main programming menu” select section [25] to establish the warning options. Zone LEDs will turn ON/OFF, according to the table bellow:

Warning options:

zone LEDs ON OFF

Zone 1 LED * enabled disabled buzzer warnings during exit delays

Zone 2 LED enabled * disabled no warning beeps and dings upon “stay arming”

Zone 3 LED * enabled disabled “next trouble beep stopping”



Zone 6 LED reserved reserved Note: The default programmed options are marked with *. Presses [1] to [3] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF.


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Note: setting of the “next trouble beep stopping” option allows to the users to stop the next trouble beep emitting even a new trouble will occur, just by entering within trouble displaying menu. So, after user will enter within trouble displaying menu and if keypad buzzer will sound 6 confirmation beeps, then the intermittent beeps will not be reactivated until a new entering within trouble displaying, even a new trouble will occur in the meantime.

SECTION [26] – OPTIONS FOR PARTITION A (SYSTEM OPTIONS7) When the panel is being within “main programming menu” select section [26] to establish the OPTIONS for partition A (system OPTIONS7). Zone LEDs will turn ON/OFF, according to the next table:

OPTIONS for partition A (system OPTIONS7):

zone LEDs ON OFF

Zone 1 LED enabled * disabled “Timed autoarming” of the partition A

Zone 2 LED enabled * disabled “Inactivity autoarming” of the partition A


Zone 4 LED enabled * disabled The partition A switches to “stay arming” if the user doesn’t exit

Zone 5 LED Stay type * Away type Autoarming type of the partition A

Zone 6 LED enabled * disabled “Force autoarming”



After setting these options, press [#] key to confirm. The keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section or [#] key to exit the main programming menu. Note: If the 4-th option is set as enabled in this section, then the partition A automatically switches to stay arming mode after any regular arming (by user, by PC or by keyswitch), if the user doesn’t leave the protected area through any entry/exit point during the exit delay.

SECTION [27] – OPTIONS FOR PARTITION B When the panel is being within “main programming menu” select section [27] to establish the OPTIONS of partition B, zone LEDs will turn ON/OFF, according to the next table:

OPTIONS for partition B (system OPTIONS8):

zone LEDs ON OFF

Zone 1 LED enabled * disabled “Timed autoarming” of the partition B

Zone 2 LED enabled * disabled “Inactivity autoarming” of the partition B


Zone 4 LED enabled * disabled The partition B switches to “stay arming” if the user doesn’t exit

Zone 5 LED Stay type * Away type Autoarming type of the partition B

Zone 6 LED enabled * disabled “Force autoarming”



After setting these options, press [#] key to confirm. The keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section or [#] key to exit the main programming menu. Note: If the 4-th option is set as enabled in this section, then the partition B automatically switches to stay arming mode after any regular arming (by user, by PC or by keyswitch), if the user doesn’t leave the protected area through the entry/exit point during the exit delay of the partition B.

SECTION [28] – SYSTEM OPTIONS8 When the panel is being within “main programming menu” select section [28] to establish the system OPTIONS8, zone LEDs will turn ON/OFF, according to the next table:

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System OPTIONS8: zone LEDs ON OFF

Zone 1 LED * Pulse dialing DTMF dialing Dialing mode of phone numbers



Zone 4 LED Only after alarm * Unconditionally Disarming report

Zone 5 LED enabled * disabled Telephone line monitoring (TLM) Zone 6 LED enabled * disabled Silent alarms becomes audible

Note: The default programmed options are marked with *. Presses [1] and [4] to [6] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF. After setting these options, press [#] key to confirm. The keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section or [#] key to exit the main programming menu. Remarks:

1. When the control panel is dialing any phone number, it will dial in pulse or DTMF mode, according to the way the respective option was set (zone 1 LED is ON or OFF).

2. The control panel checks the dialing line tone, waiting for 4 seconds for the line tone. If it cannot find the line tone, the control panel will “blind” dial. For the next call, the procedure will be repeated.

3. TELEPHONE LINE MONITORING (TLM):

a) When this feature is enabled by programming, the panel will check the existence of telephone line once every 4 seconds, except during any phone line communication and every time when the panel is detecting an incoming call; during these actions and 25 seconds after them the telephone line monitoring is stopped.

b) An effective phone line test failure occurs only if for at least 25 seconds the panel doesn’t detect the existence of telephone line and this trouble is restored only if the panel will detect again the telephone line for at least 25 seconds, too.

c) These events (“phone line trouble” and “phone line trouble restore”) are recorded into 400-event LOG, but they are not reported to the central stations.

d) Once the phone line trouble (TLT) is recorded, this trouble condition will be displayed on zone 6 LED within system trouble displaying menu - [*][4] command, and the keypads will signal it by keypad trouble buzzer warnings and by blinking of the SYSTEM LED.

e) Tow types for PGM1 and PGM2 outputs are included – “phone line trouble status” and “pulse on phone line trouble” – which goes to ON status once the phone line test is failing; the first type of PGM will turn OFF when this trouble is restored and the second type of PGM will turn OFF after the pulse time established by programming within [22] and [80] sections.

f) In order to generate one or more actions when the telephone line test fails, two options were included in section [28] as follows:

TLM OPTIONS TLM

OPTION1 TLM OPTION2

enabled TLM Silent alarms become

audible

OFF X Telephone line monitoring = disabled

ON OFF Upon a phone line test failure, the PGMs defined as “phone line trouble” type will be activated and the trouble will be displayed in the keypads’ trouble display menu, too.

ON ON

All silent alarms become audible if they are occurring while a phone line test already failed. In the same time, upon the phone line test failure, the PGMs defined as “phone line trouble” type will be activated and the trouble will be displayed in the keypads’ trouble display menu, too.

SECTION [29] – OPTIONS FOR DIGITAL COMMUNICATOR When the panel is being within “main programming menu”, to establish the OPTIONS for digital communicator select section [29], zone LEDs will turn ON/OFF, according to the next table:

OPTIONS for digital communicator: zone LEDs ON OFF Remarks:

Zone 1 LED enabled * disabled digital communicator

Zone 2 LED * alternate split (or double) reporting mode

Zone 3 LED

at the end of each “round period” (for all zone defined as round type and “round OK” event occurred)

* in real time (at the very moment when “round OK” event occurred for each zone defined as round type)

moment of “round OK codes reporting”

Zone 4 LED “F” * “modulo 16” reporting mode for digit which stands

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OPTIONS for digital communicator: zone LEDs ON OFF Remarks:

for the user numbers from 15 to 45 (in case of reporting in 4x2 formats)

Zone 5 LED only while armed status * unconditionally periodical test reporting

Zone 6 LED upon zone closure * upon bell cut-off zone restore Note: The default programmed options are marked with *.

Presses [1] to [6] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF. After setting these options, press [#] key to confirm. The keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section or [#] key to exit the main programming menu. Notes:

1. There is a safely switching between alternate and split reporting during the same transmission to CS, but switching format types between Contact ID and 4x2 formats is still recommended to be performed without any active CS transmission.

2. In case the reporting to CS is programmed in this section as alternate, for control panel to initiate CS reporting, at least one CS phone number must be programmed in [74] or [75] sections. If 1-st CS phone number is programmed in section [74], the control panel will first try to report any event to this phone number. After the control panel takes the phone line over for CS transmitting, it will wait 25 seconds for handshake receiving from CS (1-st CS phone number dialing is included). In case 1-st CS phone number doesn’t answer and, if the 2-nd CS phone number is programmed in section [75], the control panel will then try to report the events to the 2-nd CS phone number. After the control panel takes again the phone line over, it will wait for 25 seconds again to receive handshake from CS (2-nd CS phone number dialing is included). If neither the 2-nd CS phone number answer, the panel will make a pause of 32 seconds and then will repeat the procedure up to 8 times for both phone numbers. So, in case of alternate reporting, if no CS phone number answers, then the calling sequence is the following:

[25 seconds: 1-st CS phone number dialing and waiting for handshake][25 seconds: 2-nd CS phone number dialing and waiting for handshake][pause of 32 seconds][25 seconds: 1-st CS phone number dialing and waiting for handshake][25 seconds: 2-nd CS phone number dialing and waiting for handshake][pause of 32 seconds] and so on up to 8 times for both phone numbers.

Please note if anyone of CS phone numbers isn’t p-programmed, then the dialing of the respective phone number will be skipped.

If even after the 8 attempts for both CS phone numbers no central station answers, then the control panel will record a “CS1 and CS2 communication failed” event into the 400-event LOG and a specific reporting code into the CS 80-event internal buffer, too. Upon a new reportable event occurring, if the communication with CS is established, the entire list from CS internal buffer, the old reporting codes, the new reporting codes and the failed communication reporting code, which is already in the list, will be reported together to the CS. In the same time this trouble condition will turn the SYSTEM LED blinking and the zone 3 LED ON, within system trouble displaying menu - [*][4] command. If this trouble condition occurred for the first time, then the keypad trouble buzzer warnings will be activated, too, and the keypad will emit intermittent beeps, at every 8 seconds, until the users will acknowledge the trouble by means of [*][4] command, or until system/partition arming. So, as soon as the users had acknowledged the troubles by means of [*][4] command, the keypad trouble buzzer warnings will stop, as there are no troubles in the system, but the SYSTEM LED will still remain blinking (and the zone 3 LED will still remain ON within system trouble displaying menu) until a successful transmitting to the “central station”.

3. In case the reporting to CS is programmed in this section as split (or double), the panel will report to the central stations as follows:

If 1-st CS phone number is programmed in section [74], the control panel will first try to report to this phone number any event to be reported to CS1, selected in section [30]. After the control panel takes the phone line over for CS1 transmitting, it will wait 25 seconds for handshake receiving from CS1 (1-st CS phone number dialing is included). In case 1-st CS phone number doesn’t answer, the panel will make a pause of 32 seconds and then will dial the phone number and wait again for 25 seconds to receive handshake; if again the phone number doesn’t answer, the panel will make again a pause of 32 seconds and the procedure will be repeated up to 8 times.

Please note that even there in section [30] are events selected to be reported to CS1, if in section [74] the 1-st CS phone number isn’t programmed, the control panel will not initiate reporting to CS1 and will not record events into the CS1 80-event internal buffer anymore.

If even after the 8 attempts the 1-st central station doesn’t answer (the control panel failed to report the events to CS1), then the control panel will record a “CS1 communication failed” event into the 400-event LOG and a specific reporting code into the CS1 80-event internal buffer, too. Upon a new reportable event occurring, if the communication with CS1 is established, the entire list from CS internal buffer, the old reporting codes, the new reporting codes and the failed communication reporting code, which is already in the list, will be reported together to the CS1. In the same time, if an event of “CS1 communication failed” occurred in the system, the specific reporting code will be recorded into the CS2 80-event internal buffer and will be transmitted to CS2, too. This trouble condition will turn the SYSTEM LED blinking and the zone 3 LED ON, within system trouble displaying menu - [*][4] command. If this trouble condition occurred for the first time, then the keypad trouble buzzer warnings will be activated, too, and the keypad will emit intermittent beeps, at every 8 seconds, until the users will acknowledge the trouble by means of [*][4] command, or until system/partition arming. So, as soon as the users had acknowledged the troubles by means of [*][4] command, the keypad trouble buzzer warnings will stop, as there are no troubles in the system, but the SYSTEM LED will still remain blinking (and the zone 3 LED will still remain ON within system trouble displaying menu) until a successful transmitting to both CS1 and CS2.

After a successful or failed reporting to CS1, if 2-nd CS phone number is programmed in section [75], then the control panel will try to report to this phone number any event to be reported to CS2, selected in section [31]. After the control panel takes the

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phone line over for CS2 transmitting, it will wait 25 seconds for handshake receiving from CS2 (2-nd CS phone number dialing is included). In case 2-nd CS phone number doesn’t answer, the panel will make a pause of 32 seconds and then will dial the phone number and wait again for 25 seconds to receive handshake; if again the phone number doesn’t answer, the panel will make again a pause of 32 seconds and the procedure will be repeated up to 8 times.

Please note that even there in section [31] are events selected to be reported to CS2, if in section [75] the 2-nd CS phone number isn’t programmed, the control panel will not initiate reporting to CS2 and will not record events into the CS2 80-event internal buffer anymore.

If even after the 8 attempts the 2-nd central station doesn’t answer (the control panel failed to report the events to CS2), then the control panel will record a “CS2 communication failed” event into the 400-event LOG and a specific reporting code into the CS2 80-event internal buffer, too. Upon a new reportable event occurring, if the communication with CS2 is established, the entire list from CS internal buffer, the old reporting codes, the new reporting codes and the failed communication reporting code, which is already in the list, will be reported together to the CS2. In the same time, if an event of “CS2 communication failed” occurred in the system, the specific reporting code will be recorded into the CS1 80-event internal buffer and will be transmitted to CS1, too. This trouble condition will turn the SYSTEM LED blinking and the zone 3 LED ON, within system trouble displaying menu - [*][4] command. If this trouble condition occurred for the first time, then the keypad trouble buzzer warnings will be activated, too, and the keypad will emit intermittent beeps, at every 8 seconds, until the users will acknowledge the trouble by means of [*][4] command, or until system/partition arming. So, as soon as the users had acknowledged the troubles by means of [*][4] command, the keypad trouble buzzer warnings will stop, as there are no troubles in the system, (and the zone 3 LED will still remain ON within system trouble displaying menu) until a successful transmitting to both CS1 and CS2.

So, if both phone numbers are programmed in [74] and [75] sections and none of them answers, then the calling sequence is the following:

- [25 seconds: CS1 phone number dialing and waiting for handshake][pause of 32 seconds][25 seconds: CS1 phone number dialing and waiting for handshake][pause of 32 seconds] ... and so on up to 8 times for 1-st CS phone number and then

- [25 seconds: CS2 phone number dialing and waiting for handshake][pause of 32 seconds][25 seconds: CS2 phone number dialing and waiting for handshake][pause of 32 seconds] ... and so on up to 8 times for 2-nd CS phone number.

4. Within “zone restore” denomination there is an event which is referring to the recording moment into the 400-event LOG and to the reporting moment to CS, as follows:

For audible zones which triggered the alarm and then their loops ”closed back”, the “zone restore event” can be set to occur either upon zone closure or upon bell cut-off;

For audible zones which triggered the alarm and their loops remain “open” even after the bell cut-off, the “zone restore event” will occur upon zone closure, regardless of “zone restore” option programming.

For all silent zones the “zone restore event” will occur only upon zone closure, regardless of “zone restore” option programming.

4.1 Considering that during one siren activation period only first violation of each “audible zone” will trigger the siren

timer, for any zone which allows auto shutdown, during the same arming period (or during the same Disarming period for 24h zones), there are 2 situations regarding the zone restore events and auto shutdown:

if “zone restore event” is set to occur upon zone closure, then the maximum alarm number which can be recorded by such a zone, will be equal with “swinger shutdown counter”, even though these alarms occur during one “siren activation period” or that zone itself will trigger the siren timer for more times, when it gets violated.

If “zone restore event” is set to occur upon bell cut-off, then the maximum number of “siren timer triggering” which can be performed by such a zone will be equal with “swinger shutdown counter”. Please note that in this case, if the “report only first zone alarm” option is disabled, too, such a zone may record more alarms than “swinger shutdown counter”; this is possible because once the zone made the alarm sound and then its loop “closes” and “opens” for several times it will keep recording alarms into the 400-event LOG and/or into the first 9 alarm memory while siren is sounding, but zone restore event will occur only upon bell cut-off.

This is happening because the panel is counting the zone restore events for any zone which allows auto shutdown and the zone will bypass from swinger only after the number of zone restorations gets to the “swinger shutdown counter”.

SECTION [30] – SPLIT REPORTING OPTIONS FOR CS1 |Split reporting options for CS1||#|,

where CS1 is the first “central station” and CS2 is the second “central station” to which the control panel transmits the events occurred in the system.

When the panel is being within “main programming menu”, in order to establish the events to be transmitted to CS1 in case of split reporting, select section [30] and 1 to 4 LEDs will turn ON/OFF, according to the next table:

Set of events to be transmitted to CS1 in case of split reporting: Zone LEDs ON OFF Remarks Zone 1 LED * enabled disabled * Reports alarms, restorations, ambush and panics to CS1

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Set of events to be transmitted to CS1 in case of split reporting: Zone LEDs ON OFF Remarks Zone 2 LED * enabled disabled * Reports arming, Disarming and bypassing to CS1

Zone 3 LED * enabled disabled * Reports tampers, troubles, restores and periodical test to CS1

Zone 4 LED * enabled disabled * Reports fire and emergency to CS1 Note: The default programmed options are marked with *. Press 1 to 4 keys in order to turn the appropriate options activate/deactivate; the corresponding LEDs will turn ON/OFF.


SECTION [31] – SPLIT REPORTING OPTIONS FOR CS2 |Split reporting options for CS2||#|,

where CS2 is the first “central station” and CS2 is the second “central station” to which the control panel transmits the events occurred in the system.

When the panel is being within “main programming menu”, in order to establish the events to be transmitted to CS2 in case of split reporting, select section [31] and 1 to 4 LEDs will turn ON/OFF, according to the next table:

Set of events to be transmitted to CS2 in case of split reporting:

Zone 1 LED * enabled disabled * Reports alarms, restorations, ambush and panics to CS2

Zone 2LED * enabled disabled * Reports arming, Disarming and bypassing to CS2

Zone 3 LED * enabled disabled * Reports tampers, troubles, restores and periodical test to CS2

Zone 4 LED * enabled disabled * Reports fire and emergency to CS2 Note: The default programmed options are marked with *. Press 1 to 4 keys in order to turn the appropriate options activate/deactivate; the corresponding LEDs will turn ON/OFF.


1. The options selected in [30] and [31] sections are available only if the option of split reporting is selected in section [29] – OPTIONS for digital communicator.

2. Keeping options in [30] and [31] sections as default (all events are selected in [30] and [31] sections to be reported to CS1 and to CS2) and programming 2 phone numbers in sections [74] and [75], there will result a “double reporting” to both CS.

SECTION [32] – OPTIONS FOR VOICE/SOUND DIALER While the system is being within “main programming menu”, in order to establish the voice/sound dialer options select [32] section, zone LEDs will turn ON/OFF, according to the next table:

OPTIONS for voice/sound dialer: zone LEDs ON OFF OPTION NAME

Zone 1 LED enabled * disabled Automatic initiating of the voice/sound reporting

Zone 2 LED enabled * disabled “AC power loss” event initiates voice/sound reporting Zone 3 LED enabled * disabled Voice/sound dialer answers to the remote interrogation calls Zone 4 LED enabled * disabled Ambush event initiates the sound/voice reporting


Zone 6 LED reserved reserved Note: The default programmed options are marked with *.



1. If first option in this section is set as enabled, then, upon occurring in the system of some alarm events, the control panel will automatic initiate the reporting on the phone line of these events and the system status, too, by voice messages or by synthesis sounds, specific to these events.

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2. An additional condition should be met for the control panel to automatic initiate the voice/sound reporting on the phone line: at least one of the 4 follow me phone numbers should be programmed (see programming/selective erasure sessions of the 1 to 4 follow me phone numbers, accessible to the master user by means of one of [*][7][Master Code][5X][Phone number X][#] or [CODE][Master Code][5X][Phone number X][#] commands) .

3. If second option in this section is set as enabled, then the same condition should be met for the “AC power loss” event to automatic initiate the voice/sound reporting on the phone line: at least one of the 4 follows me phone numbers should be programmed.

4. If third option in this section is set as enabled, then the control panel will answer to the remote interrogation calls (either after “double call” or after the programmed number of rings) and it will report the system status by specific voice messages or by specific synthesis sounds.

5. If the control panel automatic answers to the remote calls for system status interrogation, then it will report on the phone line the voice message or synthesis sounds specific to the “AC power loss” event, even if this event hasn’t yet initiated the transmission to the “central station” or the voice/sound dialer hasn’t yet start the voice/sound reporting to the follow me phone numbers.

6. The control panel can report (upon remote interrogation calls and to the follow me phone numbers, too) up to 8 voice messages (2, 4 or 8), only when there it is using the MPV8 voice module; voice messages are specific to different alarm types, to the “AC power loss” event and to the armed or disarmed system status, according to the setting of the MPV8 voice module in section [45].

7. In case there is no MPV8 voice module on the main board or it was deactivated (it was set as |00| type in section [45]), the panel will report upon remote interrogation calls or to the follow me phone numbers only by specific synthesis sounds, according to the explanations in section [45].

SECTION [33] – SYSTEM OPTIONS8 When the panel is being within “main programming menu”, to establish the system OPTIONS8 select section [33], zone LEDs will turn ON/OFF, according to the next table:

System OPTIONS8: zone LEDs ON OFF OPTION NAME

Zone 1 LED enabled * disabled Callback required

Zone 2 LED enabled * disabled Panel answers to remote PC calls

Zone 3 LED after “double call” * after number of rings Way in which the control panel will automatic answer to the remote calls

Zone 4 LED reserved reserved -

Zone 5 LED enabled * disabled Callback automatic initiated when LOG is 90% full

Zone 6 LED reserved reserved - Note: The default programmed options are marked with *. Presses [1] to [4] keys in order to turn the appropriate options activate/deactivate. The corresponding LEDs will turn ON/OFF.


1. The third option in this section establish the way in which the control panel will automatic answer to the remote calls - the remote interrogation calls and the remote PC calls. So, for the control panel to automatic answer to the remote calls, either after “double call” or after the programmed number of rings, at least one of the appropriate options should be set as enabled (Within section [32] - “Voice/sound dialer answers to the remote interrogation calls” and/or within this section - “Panel answers to remote PC calls”).

2. The control panel recognizes if it is called by a modem for upload/download or by a human phone for the current system status interrogation.

3. In case “double call” option is set in this section then the ring number which was programmed in [43] section will no longer be considered.

4. If “double call” option is set, then for control panel to answer to remote PC calls and/or to the remote interrogation calls, there should met the following conditions:

- First remote call of panel must have at least 2 rings;

- Second remote call of panel should occur after at least 10s since first call ended, but not later than 60s since first call was interrupted, otherwise second call will be ignored. For the second call the control panel will automatically respond after the second ring.

5. In case both “callback required” and “Panel answers to remote PC calls” options are selected, then the control panel will answer to PC calls either after “double call” or after the ring number which was programmed in section [43]. Once the control panel answers to PC calls, the control panel and PC will verify each over the passwords (the control panel and PC identification codes within upload/download, programmed in sections [91] and [92]) and, if the passwords are correctly the control panel and PC will “close” the phone line. Then, the modem of PC automatically will pass into the waiting status for the control panel calls and the control panel will start to dial the “PC phone number” programmed in section [93]. While the control panel is calling back the “PC phone number” the modem of PC will “take” the phone line over and try to communicate with panel. The control panel and PC will verify again each over the passwords and, if the passwords are correctly, the communication between the control panel and PC will be activated. If the communication between the control panel and PC was successfully activated, then the keypad buzzer of panel will sound 6 confirmation beeps. After the control

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panel dialed the last digit of “PC phone number” it will be waiting for 20 seconds for PC answer. If the communication between the control panel and PC isn’t activated during this time the keypad buzzer of panel will sound a long error beep. Next, the control panel will call back again the “PC phone number” for 2 more times and the keypad buzzer of panel will sound a long error beep each time the communication between the control panel and PC could not activated. Please note that if the digital communicator is enabled by programming and the corresponding reporting codes - PC connecting/disconnecting - were programmed in [61] and [72] sections, too, then after the first verifying of the passwords, the control panel will first report these codes to the central station and only then will dial back the “PC phone number”.

SECTION [34] – “INSTALLER’S PROGRAMMING CODE CHANGING” While the control panel is being within “main programming menu”, to modify the “installer’s programming code” select section [34] and then enter the following sequence:

[x][x][x][x] (or [x][x][x][x][x][x] for 6-digit codes)

where [x][x][x][x] and [x][x][x][x][x][x] are the new 4 or 6 digits for the “installer’s programming code”, by default “0269” or “026900”.

While the control panel is being within programming session of the “installer’s programming code”, the keypad

LEDs’ status will be as follows:


ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

Zone 1, 2 and 3 LEDs Blinking That means the “installer’s programming code” was programmed during a previous programming session

One of the 2 to 4 zone LEDs (or to 6, for 6-digit codes) Blinking

That means the “installer’s programming code” is being programming and the control panel is waiting for the corresponding digit for the new value of the “installer’s programming code”

1. [#] key pressing may skip “Installer’s Programming Code Changing”. 2. in order to program “installer’s programming code” enter the following sequence

from the keypad: [x][x][x][x] for 4-digit codes (or [x][x][x][x][x][x] for 6-digit codes),

where [x][x][x][x] and [x][x][x][x][x][x] are the new 4 or 6 digits for the “installer’s programming code”.

2.1. After entering the first digit of a new sequence for “installer’s programming code” the zone 2 LED will be blinking. That means the control panel is waiting for second digit for the new value of the “installer’s programming code”.

2.2. After entering second digit of the “installer’s programming code” the zone 3 LED will be blinking. That means the control panel is waiting for the third digit for the new value of the “installer’s programming code” and so on, until entering the last digit of the “installer’s programming code” (the forth for 4-digit codes and the sixth for 6-digit codes).

2.3. After any digit was pressed, “Installer’s Programming Code Changing” may be canceled by [#] key pressing. After cancellation by [#] key pressing, the keypad buzzer will sound 6 confirmation beeps, the system will keep the old value for the “installer’s programming code” and the control panel will go back within “main programming menu”.

Note: Do not enter [*] key while entering the digits of the “installer’s programming code”! The keypad buzzer will sound a long error beep and will reject [*] key.

3. After entering the last digit of the “installer’s programming code” the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “main programming menu”. Notes:

Erasing of the “installer’s programming code” isn’t allowed. If, by mistake, installer is trying to erase the “installer’s programming code” (by entering of [*] key instead of sequence of 4 or 6 digits while the control panel just entered section [34]), the keypad buzzer will sound a long error beep and will exit the main programming menu. The control panel will keep the old value for the “installer’s programming code”.

The default 6 digit codes are “123400” for “master code“ and “026900” for “installer’s programming code“.

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Attention! If you program a 6-digit code, the control panel will memorize the 5-th and 6-th digits as they were programmed. So, the control panel doesn’t reset the 5-th and the 6-th digit of the codes at successive switches between 4-digit codes and 6-digit codes and the other way round.

Have in mind! After completing the alarm system installation and programming, you should:

1. Change the value of the “installer’s programming code”;

2. Keep the “installer’s programming code” safely for a subsequent use, especially if the “reset to default lockout” option will be set as enabled within [20] section.

SECTION [35] – PROGRAMMING OF THE “INSTALLER’S MAINTENANCE CODE”

While the control panel is being within “main programming menu”, to modify the “installer’s maintenance code” select section [35] and then enter the following sequence:

[x][x][x][x](or [x][x][x][x][x][x] for 6-digit codes) |RIGHTS1||#|| RIGHTS 2||#|, not programmed by default

Where [x][x][x][x] and [x][x][x][x][x][x] are the new 4 or 6 digits for the “maintenance code” and RIGHTS1 & RIGHTS 2 are 1&2 sets of rights for “maintenance code”.

While the control panel is being within “maintenance code programming/erasing session”, the keypad LEDs’ status will be as follows:


ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

Zone 1, 2 and 3 LEDs Blinking That means the “maintenance code” was programmed during a previous programming session

Only zone 1 LED Blinking That means the “maintenance code” isn’t programmed and the control panel is waiting for the first digit for the new value of the “maintenance code”


Blinking That means the “maintenance code” is being programming and the control panel is waiting for the corresponding digit for the new value of the “maintenance code”

1. PROGRAMMING/ERASING OF THE “MAINTENANCE CODE” MAY BE SKIPPED BY [#] KEY PRESSING.

1.1 After [#] key pressing, if the “maintenance code” was programmed during a previous programming session, then the keypad buzzer will sound 3 confirmation beeps and the system will pass to display the first 5 rights of the “maintenance code” (step no. 3).

1.2 After [#] key pressing, if the “maintenance code” wasn’t programmed during a previous programming session, then the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “main programming menu”. 2. IN ORDER TO PROGRAM “MAINTENANCE CODE” ENTER THE FOLLOWING SEQUENCE FROM THE KEYPAD:


where [x][x][x][x] and [x][x][x][x][x][x] are the new 4 or 6 digits for the “maintenance code”.

2.1. After entering the first digit of a new sequence for “maintenance code” the zone 2 LED will be blinking. That means the control panel is waiting for second digit for the new value of the “maintenance code”.

2.2. After entering second digit of the “maintenance code” the zone 3 LED will be blinking. That means the control panel is waiting for the third digit for the new value of the “maintenance code” and so on, until entering the last digit of the “maintenance code” (the forth for 4-digit codes and the sixth for 6-digit codes).

2.3. After any digit was pressed, programming of the “maintenance code” may be canceled by [#] key pressing. After cancellation by [#] key pressing, the keypad buzzer will sound 6 confirmation beeps, the system will keep the old value for the “maintenance code” and the control panel will go back within “main programming menu”.

Note: Do not enter [*] key while entering the digits of the “maintenance code”! The keypad buzzer will sound a long error beep and will reject [*] key.

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3. AFTER ENTERING THE LAST DIGIT OF THE “MAINTENANCE CODE” the keypad buzzer will sound 3 confirmation beeps and the panel will pass to the next step, displaying ON ZONE 1 TO 5 LEDS THE

RIGHTS1 SET of the just modified “maintenance code”, as follows:

While the control panel is being within “maintenance code” RIGHTS1 displaying session, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 5 zone LEDs ON/OFF, according to the RIGHTS1 set of the just modified “maintenance code”

By [#] key pressing, RIGHTS1 set of the “maintenance code” can be maintained as it was previously established.

3.1 The rights of the “maintenance code” are display-able on zone 1 to 5 LEDs; in order to turn the rights activate/deactivate, the installer should press the 1 to 5 keys and the appropriate zone LED will turn ON/OFF. If the a zone LED is ON that means the appropriate right is enabled and if the zone LED is OFF that means the right is disabled.

RIGHTS1 set for “maintenance code”:

zone LEDs ON OFF







Note: Installer can disarm the system/partition using the “maintenance code” only if previously the same “installer’s maintenance code” armed the system.

3.2 Finally installer should press [#] key to confirm the RIGHTS1 set of the “maintenance code”.

4. AFTER [#] KEY PRESSING THE KEYPAD BUZZER WILL SOUND 3 CONFIRMATION BEEPS AND THE PANEL WILL PASS TO THE

NEXT STEP, DISPLAYING ON 1 TO 6 ZONE LEDS THE RIGHTS2 SET of the modifying “maintenance code”, as follows:

While the control panel is being within “maintenance code” RIGHTS2 displaying session, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 6 zone LEDs ON/OFF, according to the RIGHTS2 set of the modifying “maintenance code”

By [#] key pressing, RIGHTS2 set of the “maintenance code” can be maintained as it was previously established.

4.1 The user code rights are display-able on 1 to 6 zone LEDs; in order to turn the rights activate/deactivate, the installer should press the 1 to 6 keys and the appropriate zone LED will turn ON/OFF. If the a zone LED is ON that means the appropriate right is enabled and if the zone LED is OFF that means the right is disabled.

RIGHTS2 set for “maintenance code”:

zone LEDs ON OFF


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4.2 Finally installer should press [#] key to confirm the RIGHTS2 set of the “maintenance code”. After [#] key pressing the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “main programming menu”.

5. ENTERING OF [*] KEY (instead of sequence of 4 or 6 digits) CAN PERFORM ERASURE OF “MAINTENANCE

CODE” while the control panel just entered section [35]. After [*] key was entered the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “main programming menu”. Notes:

1. The “maintenance code” has only the first 5 rights enabled by default and only installer can change them while he is being within session of maintenance code programming (section [35]).

2. In case of “arming/stay arming/Disarming/ambush” by “maintenance code”, in order to generate the event codes for transmission to CS in 4x2 formats (4 account digits + 2 event digits), the panel will automatic add the digit [0] to each specific event digit of “arming/stay arming/Disarming/ambush” by user, defined in [52], [53], [54] and [57] sections.

3. In case of “arming/stay arming/Disarming/ambush” by “maintenance code, if transmission to CS is done in CID format (4 account digits + 4 event digits + 2 partition digits + 3 zone/user digits), the panel will automatic add another 3 digits of [0] after each specific 4-digit of “arming/stay arming/Disarming/ambush” by user, defined in [63], [64], [65] and [68] sections.

4. As a conclusion, the “installer’s maintenance code” will be identified at the central stations as user 0. So, these messages from central stations - “arming/stay arming/Disarming/ambush” by user 0 - should be redefined as “arming/stay arming/Disarming/ambush” by installer.

SECTION [36] – “MASTER CODE” PROGRAMMING PERFORMED BY INSTALLER

While the control panel is being within “main programming menu”, in order to program the “master code” installer should select section [36] and then enter the following sequence:

[x][x][x][x](or [x][x][x][x][x][x] for 6-digit codes) |RIGHTS1||#|| RIGHTS 2||#|

where [x][x][x][x] and [x][x][x][x][x][x] are the new 4 or 6 digits for the “master code” and RIGHTS1 & RIGHTS 2 are 1&2 sets of rights for “master code”, [1][2][3][4] or [1][2][3][4][0][0] by default.

While the control panel is being within “master code programming session”, the keypad LEDs’ status will

be as follows:


ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

Zone 1, 2 and 3 LEDs Blinking That means the “master code” was programmed during a previous programming session


Blinking That means the “master code” is being programming and the control panel is waiting for the corresponding digit for the new value of the “master code”

1. “MASTER CODE” CHANGING MAY BE SKIPPED BY [#] KEY PRESSING. After [#] key pressing the keypad buzzer will sound 3 confirmation beeps and the system will pass to display the first 5 rights of the “master code” (step no. 3, because erasing of the “master code” is never allowed).

2. IN ORDER TO CHANGE THE “MASTER CODE” KEY IN THE FOLLOWING SEQUENCE FROM THE KEYPAD:


where [x][x][x][x] and [x][x][x][x][x][x] are the new 4 or 6 digits for the “master code”.

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2.1. After entering the first digit of a new sequence for “master code” the zone 2 LED will be blinking. That means the control panel is waiting for second digit for the new value of the “master code”.

2.2. After entering second digit of the “master code” the zone 3 LED will be blinking. That means the control panel is waiting for the third digit for the new value of the “master code” and so on, until entering the last digit of the “master code” (the forth for 4-digit codes and the sixth for 6-digit codes).

2.3. After any digit was pressed, “master code” programming may be canceled by [#] key pressing. After cancellation by [#] key pressing, the keypad buzzer will sound 6 confirmation beeps, the system will keep the old value for the “master code” and the control panel will go back within “main programming menu”.

Note: Do not enter [*] key while entering the digits of the “master code”! The keypad buzzer will sound a long error beep and will reject [*] key.

3. AFTER ENTERING THE LAST DIGIT OF THE “MASTER CODE” the keypad buzzer will sound 3 confirmation beeps and the panel will pass to the next step, displaying ON ZONE 1 TO 5 LEDS THE RIGHTS1 SET of the just modified “master code”, as follows:

While the control panel is being within “master code” RIGHTS1 displaying session, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 5 zone LEDs ON/OFF, according to the RIGHTS1 set for “master code”

(the master’s rights are all enabled by default and they are programmable only by installer)

By [#] key pressing, RIGHTS1 set of the “master code” can be maintained as it was previously established.

3.1 The user code rights are display-able on zone 1 to 5 LEDs; in order to turn the rights activate/deactivate, the installer should press the 1 to 5 keys and the appropriate zone LED will turn ON/OFF. If the a zone LED is ON that means the appropriate right is enabled and if the zone LED is OFF that means the right is disabled.

RIGHTS1 set for “master code”:

zone LEDs ON OFF







3.2 Finally installer should press [#] key to confirm the RIGHTS1 set of the “master code”.

4. AFTER [#] KEY PRESSING THE KEYPAD BUZZER WILL SOUND 3 CONFIRMATION BEEPS AND THE PANEL WILL PASS TO THE

NEXT STEP, DISPLAYING ON 1 TO 6 ZONE LEDS THE RIGHTS2 SET of the modifying “master code”, as follows:


ARMED A LED ON

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SYSTEM LED Blinking

READY LED ON

1 to 6 zone LEDs ON/OFF, according to the RIGHTS2 set for “master code” (the master’s rights are all enabled by default and they are programmable only by installer)

By [#] key pressing, RIGHTS2 set of the “master code” can be maintained as it was previously established.

4.1 The user code rights are display-able on 1 to 6 zone LEDs; in order to turn the rights activate/deactivate, the installer should press the 1 to 6 keys and the appropriate zone LED will turn ON/OFF. If the a zone LED is ON that means the appropriate right is enabled and if the zone LED is OFF that means the right is disabled.

RIGHTS2 set for “master code”:

zone LEDs ON OFF







4.2 Finally installer should press [#] key to confirm the RIGHTS2 set of the “master code”. After [#] key pressing the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “main programming menu”.

Notes:

1. The “master code” has all the 11 rights enabled by default and they are programmable only by installer (only installer can change the 11 rights of the “master code” while he is being within programming session of master code - section [36]).

2. Erasing of the “master code” isn’t allowed. If, by mistake, installer is trying to erase the “master code” (by entering of [*] key instead of sequence of 4 or 6 digits while the control panel just entered section [36]), the keypad buzzer will sound a long rejection beep and will exit the main programming menu. The control panel will keep the old value for the “master code”.

SECTION [37] - ENTRY DELAY 1 / ENTRY DELAY 2 TIMERS While system is being within “main programming menu”, to set the entry delay 1 and 2 timers select section [37] and then enter 2 groups of 3 digits each (001 to 255 seconds).

The following sequence will be introduced: |__|__|__||__|__|__| |030||030| by default

The default entry delay times are both 30 seconds.

After the first 3 digits, the keypad buzzer will sound 3 beeps and after the last 3 digits it will sound 6 beeps; the panel exits the section and will wait for a new command to enter another section.

Press [#] key instead of the 3 corresponding digits if modifying of any timing is no longer desired. To exit the “main programming menu”, press [#] key. Example: If the “entry delay 1” is to be set to 10 sec. and the “entry delay 2” is to be unchanged, enter: |010||#|. After the first 3 digits the keypad buzzer will sound 3 beeps and after [#] key, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section. To exit the “main programming menu”, press [#] key gain.

Notes:

1. The “entry delay 1 timer” applies to all zones defined as delayed1 type and the “entry delay 2 timer” applies to all zones defined as delayed2 type; if partitions were allowed by programming in [20] section, each entry delay time applies to the partition which has assigned the respective delayed zones and if partitions were not allowed, both entry delay times apply to the system (because it has assigned all zones).

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2. The entry delay times set the periods of time permitted between the first violation of any delayed zone and the system/partition disarming. Once the system/partition is armed, first violation of the delayed zones will start the appropriate entry-delay timer, giving to the user enough time to enter the premise and to disarm the system totally or partially. The user must disarm the system/partition before the appropriate entry-delay timer elapses or the system will generate an alarm. If a delayed zone triggers the alarm, the system/partition will switch to an instant working mode which will be signaled by a fast blinking of the corresponding ARMED LED (the alarm was once triggered by a delayed zone and all the zones usually of delayed type will respond as instant type in the respective partition).

3. For the entry delay 1 and 2 timers any value from 000 to 999 may be entered, but the panel will automatic adjust the introduced value by modulo 256 and will record the result in memory as programmed value. If the result of adjustment is 0 (the entry delay is set at 0), then the zone which is usually of delayed type will respond as instant type and will trigger the alarm once it is violated. So, when any user enters the protected area through the delayed zone to disarm the system/partition, unexpected alarms will be triggered by this zone!

SECTION [38] - EXIT DELAY 1 / EXIT DELAY 2 TIMERS While system is being within “main programming menu”, to set the exit delay 1 and 2 timers, you should select section [38] and then enter 2 groups of 3 digits each (001 to 255 seconds).

The following sequence will be introduced: |__|__|__||__|__|__| |060||060| by default

The default exit delay times are both 60 seconds.

After the first 3 digits, the keypad buzzer will sound 3 beeps and after the last 3 digits it will sound 6 beeps; the panel exits the section and will wait for a new command to enter another section.

Press [#] key instead of the 3 corresponding digits if modifying of any timing is no longer desired. To exit the “main programming menu”, press [#] key. After entering the required arming sequence (i.e. any valid user code entering), the exit delay parameters determine the amount of times a user has to leave the protected area before the panel arms the partition (or the entire system). Example: If the “exit delay 1” is to be set to 20 sec. and the “exit delay 2” is to be unchanged, enter: |020||#|. After the first 3 digits the keypad buzzer will sound 3 beeps and after [#] key, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section. To exit the “main programming menu”, press [#] key gain.

Notes:

1. For the exit delay timers any value from 000 to 999 may be entered, but the panel will automatic adjust the introduced value by modulo 256 and will record the result in memory as programmed value. If the result of adjustment is 0, then the appropriate “exit time” is 0 and after any valid user code entering for system/partition arming may cause unexpected alarms!

2. Each exit delay time applies to all zones in the selected partition as follows:

- If partitions were allowed by programming in [20] section, then the “exit delay 1” applies to all zones in the first partition and the “exit delay 2” applies to all zones in the second partition;

- If partitions were not allowed by programming in [20] section, then the “exit delay 1” applies to all zones in the system and the “exit delay 2” will be no longer considerate by the panel.

SECTION [39] – BURGLARY / FIRE SIREN TIMERS These timings (“burglary siren timer” and “fire siren timer”) establish “siren activation timings” in case of any “fire alarms” and audible “burglary alarms” respectively will occur in the system. While the system is being within “main programming menu”, to set the burglary/fire siren timers, select section [39] and enter 2 groups of 2 digits each (01 to 99 minutes for each timer). The following sequence will be introduced: |__|__||__|__| |04||15| by default After the first 2 digits, the keypad buzzer will sound 3 beeps and after the next 2 digits, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section. To exit the “main programming menu”, press [#] key. Example 1: One may want to program the “burglary siren timer” at 3 minutes, without modifying the “fire siren timer”. In this case enter |03||#|. After the first 2 digits, the keypad buzzer will sound 3 beeps and after [#] key, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section. To exit the “main programming menu”, press [#] key.

Example 2: One may want to program the “burglary siren timer” at 2 minutes and the “fire siren timer” at 10 minutes. In this case enter |02||10|. After the first 2 digits, the keypad buzzer will sound 3 beeps and after the next 2 digits, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section. To exit the “main programming menu”, press [#] key.

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Notes:

1. A fire alarm may be triggered by a “fire” zone type or from the keypad by simultaneously pressing of [7] and [9] keys. Because any fire alarm are only as “audible” and “pulsing” type, the “fire siren timer” is triggered every time when a fire alarm is triggered;

2. The “burglary siren timer” is triggered by any other zone types (differed of fire) or from the keypad (by pressing [*]+[#] or [1]+[3]), only if the alarm triggered by the respective zone types (or by special commands from keypad [*]+[#] and [1]+[3]) are “audible” (they activates the siren, too);

3. Once any “audible zone” activated the siren and triggered the “burglary siren timer” (or “fire siren timer”), then that zone will not retrigger any more this “-siren timer” each time it will get violated, but that zone will keep recording alarms in the first 9 alarm memory and into the 400-event LOG as well. At the same time, the control panel will send the respective alarm codes (and/or voice messages) to the “central station” (and/or to the programmed follow me phone numbers by voice/sound dialer) each time that zone gets violated. If another “audible zone” is violated while the siren was previously started, then the “siren timer” will be retriggered again, but during one siren activation period only first violation of each “audible zone” will retrigger this timings. That means if a zone triggered the “siren timer” once and then, during the same siren activation period, its loop “closes” and “opens” for several times, then that zone will not trigger again the “siren timer”, but it will keep recording alarms in the first 9 alarm memory and into the 400-event LOG as well. Then, when the siren stops sounding, another violation of the same audible zones will make again siren sounding and “siren timer triggering”.

4. For the “burglary siren timer” and “fire siren timer” you can set even the value 00. Don’t program the value 00 for the “burglary siren timer” and “fire siren timer” because the siren will no longer activate upon the “burglary” and “fire” alarms!

SECTION [40] - TRANSMISSION DELAY UPON “AC POWER LOSS” (00 TO 99 MINUTES) The transmission delay (01 to 99 minutes) upon AC power (220Vac) loss is the time lapse after which the control panel will transmit this event to the “central station” (or the time lapse after which the control panel starts the voice/sound transmitting of the event). If meanwhile the AC power is restored, the event reporting code and the voice message, too, are no longer transmitted.

While the system is being within “main programming menu”, to set the transmission delay upon “AC power loss” select section [40] and then enter 2 digits (01 to 99 minutes).

The following sequence will be introduced: |__|__| |02| by default

The default transmission delay upon “AC power loss” is 2 minutes.

After the 2 digits were entered, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section.

Press [#] key instead of the 2 digits, if this delay isn’t to be modified.

To exit the “main programming menu”, press [#] key. Example: If transmission delay upon “AC power loss” is to be set at 3 minutes, enter |03|. After the 2 digits were entered, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section. To exit the “main programming menu”, press [#] key.

Note: If transmission delay upon “AC power loss” was set at 00, then the panel will transmit this event to the “central station” once it occurred (or the panel starts the voice/sound transmitting of the event once it occurred).

SECTION [41] – “TIME WINDOW FOR INTELLIZONES” Enter 3 digits (001 to 255 seconds) in order to set the “time window for intellizones”.

The following sequence will be introduced: |__|__|__| |050| by default (50 sec.)

The keypad buzzer will sound 6 confirmation beeps after the 3-digit group and the panel exits the section, waiting for a new command to enter another section.

To exit the “main programming menu”, press [#] key. Note: For the “time window for intellizones” any value from 000 to 999 may be entered, but the panel will automatic adjust the introduced value by modulo 256 and will record the result in memory as programmed value. If the result of adjustment is 0, then there will be no “time window for intellizones” and all zones in the system will respond as normal, even for some of them their intellizone attribute were set as enabled!

SECTION [42] – “DING TIME” / “DING PAUSE” Enter 2 digits (HEX digits may be used) in order to set the “ding time” and the ”ding pause”, the first digit multiplied by 65ms being “ding time” and the second digit multiplied by 65ms being “ding pause”.

The following sequence will be introduced:

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|__|__| |4||8| by default (4*65ms=260ms / 8*65ms=520ms)


To exit the “main programming menu”, press [#] key.

SECTION [43] - RING NUMBER AFTER THAT THE CONTROL PANEL ANSWERS TO THE REMOTE

CALLS Enter 2 digits (01 to 99 rings) in order to establish the ring number that should be emitted for the control panel to automatic answer to the remote calls - the remote interrogation calls and/or the remote PC calls.

The following sequence will be entered:

|__|__| |10| by default

After the 2 digits, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section.

To exit the “main programming menu”, press [#] key. Note: The ring number programmed in this section is no longer considered in case “double call” option is set in section [33].

SECTION [44] – “SWINGER SHUTDOWN COUNTER” / “KEYPAD LOCKOUT COUNTER”

In order to establish the “swinger shutdown counter” and “keypad lockout counter”, enter 2 groups of 2 digits (0 to 15), the first 2-digit group being the “swinger shutdown counter” and the second 2-digit group being the “keypad lockout counter”.

The following sequence will be introduced: |__|__||__|__| |03||10| by default

The keypad buzzer will sound 3 beeps after the first 2-digit group and 6 beeps after the second one. Then the panel exits the section and will wait for a new command to enter another section.


Notes:

1. If the option of “keypad lockout” after too many wrong codes was enabled within section [20], then the “keypad lockout counter” will be counting the successive attempts of entering wrong access codes. In case the successive attempts of entering wrong access codes gets the value set in this section the keypad will lock for 7 minutes and all the keypad LEDs will fast blink. The event will be memorized into the 400-event LOG, which can be uploaded and viewed onto PC by “EZcom C62 Software” and optionally a specific reporting code will be transmitted to CS, too (if the digital communicator is enabled by programming and the appropriate reporting code is programmed within [58] or [69] section).

2. For the “keypad lockout counter” any value from 00 to 99 may be entered, but the panel will automatic adjust the introduced value by modulo 16 and will record the result in memory as programmed value. If the result of adjustment is 0, then the panel will record the default value of “10”.

3. For any zone which allows auto shutdown the panel is counting the zone restore events and in case the number of zone restores gets the value set in this section, the respective zone will be automatic “bypassed from swinger” for that arming period (or for that Disarming period for 24h zones) until a new Disarming (or arming).

4. For the “swinger shutdown counter” any value from 00 to 99 may be entered, but the panel will automatic adjust the introduced value by modulo 16 and will record the result in memory as programmed value. If the result of adjustment is 0, then the panel will record the default value of “03”.

SECTION [45] – CONFIGURATION OF THE VOICE MODULE MPV8 To configure the voice module MPV8, enter 2 digits (00 to 03), in the following sequence:

|__|__| |00| by default

After the 2 digits, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section.

To exit the “main programming menu”, press [#] key. Notes:

1. Two conditions should be met for the voice module MPV8 to initiate the voice message reporting when the “alarm” and “AC power loss” events occur in the system:

a) “Automatic initiating of the voice/sound reporting” should be set as enabled in [32] section and

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b) At least one of the 4 follow me phone numbers should be programmed (see programming/selective erasure sessions of the 1 to 4 follow me phone numbers, accessible to the master user by means of one of [*][7][Master Code][5X][Phone number X][#] or [CODE][Master Code][5X][Phone number X][#] commands) .

2. The same conditions should be met for the “AC power loss” event to initiate the voice reporting: the appropriate option should be set as enabled in [32] section and at least one of the 4 follow me phone numbers should be programmed.

3. Additionally, for the voice module MPV8 to answer to the remote interrogation calls for system status reporting by voice messages, the appropriate option should be set as enabled in [32] section.

4. If the voice module MPV8 automatic answers to the remote interrogation calls, then it will report on the phone line the voice message specific to the “AC power loss” event, even if this event hasn’t yet initiated the transmission to the “central station” or the voice dialer hasn’t yet start the voice reporting to the follow me phone numbers.

|00| = DEACTIVATED VOICE MODULE

If some voice/sound dialer options are set as enabled in [32] section, then the panel will report on the phone line the alarm events and the system status, by synthesis sounds, as follows:

- Any ALARM – bi-tonal sound, - “AC POWER LOSS” – low frequencies hum, - DISARMED – 3 beeps - ARMED - 1 beep.

Note: This setting of voice module will be used in case there is no module MPV8 on the main board and the users will still want that the control panel to answer by synthesis sounds to the remote interrogation calls or will still want that the control panel to initiate the reporting the synthesis sounds when specific events occur in the system.

|01| = VOICE MODULE CONFIGURED FOR 2 VOICE MESSAGES OF 20-SECONDS

The system will transmit: -For any ALARM, voice message no. 1 ([47] and [48] sections - key and zone LED no. 1), -For “AC POWER LOSS”, voice message no. 2 ([47] and [48] sections - key and zone LED no. 2) and -Synthesis sounds for: - DISARMED status (3 beeps), - ARMED status (1 beep).


The system will transmit: -For any ALARM, voice message no. 1 ([47] and [48] sections - key and zone LED no. 1), -For “AC POWER LOSS”, voice message no. 2 ([47] and [48] sections - key and zone LED no. 2), -For DISARMED, voice message no. 3 ([47] and [48] sections - key and zone LED no. 3), -For ARMED, voice message no. 4 ([47] and [48] sections - key and zone LED no. 4).


The system will transmit: -For BURGLARY ALARM, voice message no. 1 ([47] and [48] sections - key and zone LED no. 1), -For “AC POWER LOSS”, voice message no. 2 ([47] and [48] sections - key and zone LED no. 2), -For DISARMED status, voice message no. 3 ([47] and [48] sections - key and zone LED no. 3), -For ARMED status, voice message no. 4 ([47] and [48] sections - key and zone LED no. 4), -For FIRE ALARM, voice message no. 5 ([47] and [48] sections - key and zone LED no. 5), -For PANIC ALARM, voice message no. 6 ([47] and [48] sections - key and zone LED no. 6), -For TAMPER ALARM, voice message no. 7 ([47] and [48] sections - 1 and 6 zone LEDs + [7] key), -For MEDICAL EMERGENCY, voice message no. 8 ([47] and [48] sections - 2 and 6 zone LEDs + [7] key).

Notes:

1. Upon each change of the MPV8 configuration type, then the voice messages must be recorded again, except when the MPV8 module is set as deactivated.

2. Before the message that started dialing, the control panel will always transmit the message for ARMED or DISARMED status, according to the system status armed or disarmed at the moment of message transmission.

3. If system changes its status from armed to disarmed status and vice-versa, while one voice message is transmitting, then the message corresponding to the new system status will be transmitted along with the same call.

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4. If a 2-nd message of voice dialing initialization event occurs while transmitting another message, the system will take the subsequently appeared message in, and continue the dialing sequence until the last programmed phone number, then it will restart the whole dialing sequence from the first to the last programmed phone number as many times as described in section [46]. The message for ARMED or DISARMED will be transmitted along with taken in messages.

5. If several messages appear simultaneously in case of the 8-message configuration, then their playing back order is: first the message for system status – ARMED or DISARMED, followed by the event messages, in the next sequence: FIRE, PANIC, TAMPER, MEDICAL EMERGENCY, BURGLARY and “AC POWER LOSS”.

6. If several messages appear simultaneously in case of the 4 or 2-message configuration, then their displaying order is: ARMED or DISARMED, followed by the event messages, in the next sequence: ALARM, “AC POWER LOSS”.

7. Upon the remote interrogation calls for system status reporting by voice messages, after the control panel is remote called according to the settings performed in sections [33] and [43], the panel will report voice messages: ARMED/DISARMED + A SUM OF POSSIBLE ALARMS + “AC POWER LOSS”; the sum of possible alarms will be reported until a new arming or Disarming, each time the control panel is interrogated. The message for “AC POWER LOSS” is reported only if this event does exist when interrogating.

8. The voice messages recorded by you must not be the same with above ones. For example you could record: a) The address and armed/disarmed status instead of the message for arming/Disarming. b) Flood or gas detection message instead of tamper message (the 24h burglary zone has the same features as the

sabotage (tamper) zone, excepting the fact that the message to be transmitted will be a burglary one). So, the so-called sabotage (tamper) zone can be used for flood or gas.

SECTION [46] – NUMBER OF VOICE OR SOUND DIALING SEQUENCES / TIME OF THE VOICE OR

SOUND REPORTING Enter 2 groups of 2 digits, the first being the number of times the voice message (or the synthesis sounds) will be repeated for the programmed phone numbers (01 to 99 sequences) and the second 2-digit group being the time (01 to 99 seconds) of the voice reporting (or of the synthesis sounds).

The following sequence will be introduced: |__|__||__|__| |02||30| by default (02 voice/sound dialing sequences / 30 sec.)



Remark: A voice/sound dialing sequence consists of sending the voice message (or the synthesis sounds) once to each of the programmed phone numbers (up to 4 follow me phone numbers). After a voice dialing sequence was finished, the control panel will begin the next sequence similarly until the sequence number programmed in this section was over.

Note: For the “number of voice/sound dialing sequences” and “time of the voice/sound reporting” you can set even the value 00. Don’t program the value 00 for these parameters because the voice message or the synthesis sounds will no longer be transmitted on the phone line!

SECTION [47] – PLAYBACK OF THE 1 TO 8 VOICE MESSAGES Notes:

1. Any phone communication - of the voice messages, with PC or to the central stations, which was previously activated, will be automatic aborted after entering either [47] or [48] sections. That means any phone communication which was previously started will be automatic canceled by the panel, once the installer is entering [47] or [48] sections, like after the installer enter section [99]. So, if the control panel, took the phone line over for CS transmitting and that event reporting is still important, the installer first should wait until transmission to CS is finished and only after that he should enter [47] or [48] sections, to record or to playback the voice messages.

2. Any event which will occur after the installer was entered within one of [47] or [48] sections will be transmitted to CS and the voice messages will be send on the phone line only after the system exit that section.

3. Before the installer to start the voice message playback, first he should record the voice messages according to MPV8 module configuration and then he should connect a speaker to the “DIFUZOR” connectors of the voice module MPV8.

Once the control panel has just entered this section, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 6 zone LEDs ON/OFF, according to the configuration of the voice module MPV8

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Interpretation (signification) of 1 to 6 zone LEDs:

1. If all 1 to 6 zone LEDs are OFF that means the voice module MPV8 is deactivated (it was configured before as |00| type, for no voice messages); you cannot playback any voice messages.

2. If only 1 and 2 zone LEDs are ON that means the voice module MPV8 is configured for 2 voice messages (it was configured before as |01| type); you may playback only 2 voice messages by pressing [1] or [2] key. In order to start playback of the 1-st voice message you should press [1] key, while 1 and 2 zone LEDs are ON; then zone 1 LED will start to blink. Please note that while any voice message is played back, the red LED “BUSY” of MPV8 module is being lit. In order to stop playback of the 1-st voice message, you should press [1] key again; then, the zone 1 LED and the red LED “BUSY” will turn OFF. Upon playback completion (at the end of the 20-seconds message time) the red LED “BUSY” will automatic turn OFF, too. 2-nd voice message playback is similarly with 1-st voice message playback, but instead of [1] key and zone 1 LED blinking you will use [2] key and zone 2 LED blinking for 2-nd voice message playback;

3. If only 1, 2, 3 and 4 zone LEDs are ON that means the voice module MPV8 is configured for 4 voice messages (it was configured before as |02| type); you may playback only 4 voice messages by pressing [1], [2], [3] or [4] key. In order to start playback of the 1-st voice message, you should press [1] key, while 1 to 4 zone LEDs are ON; then zone 1 LED will start to blink. Please note that while any voice message is played back, the red LED “BUSY” of MPV8 module is being lit. In order to stop playback of the 1-st voice message, you should press [1] key again; then, the zone 1 LED and the red LED “BUSY” will turn OFF. Upon playback completion (at the end of the 10-seconds message time) the red LED “BUSY” will automatic turn OFF, too. Playback of the other 3 voice messages is similarly with 1-st voice message playback, but instead of [1] key and zone 1 LED blinking you will use:

a) [2] key and zone 2 LED blinking for 2-nd voice message playback;

b) [3] key and zone 3 LED blinking for 3-rd voice message playback;

c) [4] Key and zone 4 LED blinking for 4-th voice message playback.

4. If all 1 to 6 zone LEDs are ON that means the voice module MPV8 is configured for 8 voice messages (it was configured before as |03| type); you may playback all the 8 voice messages by pressing [1], [2], [3], [4], [5], [6], [7] or [8] key. In order to start playback of the 1-st voice message, you should press [1] key, while all 1 to 6 zone LEDs are ON; then zone 1 LED will start to blink. Please note that while any voice message is played back, the red LED “BUSY” of MPV8 module is being lit. In order to stop playback of the 1-st voice message, you should press [1] key again; then, the zone 1 LED and the red LED “BUSY” will turn OFF. Upon playback completion (at the end of the 5-seconds message time) the red LED “BUSY” will automatic turn OFF, too. Playback of the other 7 voice messages is similarly with 1-st voice message playback, but instead of [1] key and zone 1 LED blinking you will use:

a) [2] key and zone 2 LED blinking for 2-nd voice message playback;

b) [3] key and zone 3 LED blinking for 3-rd voice message playback;

c) [4] key and zone 4 LED blinking for 4-th voice message playback;

d) [5] key and zone 5 LED blinking for 5-th voice message playback;

e) [6] key and zone 6 LED blinking for 6-th voice message playback;

f) [7] key and blinking of 1 and 6 zone LEDs for 7-th voice message playback;

g) [8] key and blinking of 2 and 6 zone LEDs for 8-th voice message playback;

In order to exit “voice message playback” menu, press [#] key.

For more details, see instructions of the voice module MPV8, too.

SECTION [48] – RECORDING OF THE 1 TO 8 VOICE MESSAGES Notes:

1. Any phone communication - of the voice messages, with PC or to the central stations, which was previously activated, will be automatic aborted after entering either [47] or [48] sections. That means any phone communication which was previously started will be automatic canceled by the panel, once the installer is entering [47] or [48] sections, like after the installer enter section [99]. So, if the control panel, took the phone line over for CS transmitting and that event reporting is still important, the installer first should wait until transmission to CS is finished and only after that he should enter [47] or [48] sections, to record or to playback the voice messages.

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2. Any event which will occur after the installer was entered within one of [47] or [48] sections will be transmitted to CS and the voice messages will be send on the phone line only after the system exit that section.

3. Before the installer to start the voice message recording, first he should configure voice module MPV8.

Once the control panel has just entered this section, the keypad LEDs’ status will be as follows:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

1 to 6 zone LEDs ON/OFF, according to the configuration of the voice module MPV8

Interpretation (signification) of 1 to 6 zone LEDs:

1. If all 1 to 6 zone LEDs are OFF that means the voice module MPV8 is deactivated (it was configured before as |00| type, for no voice messages); you cannot record any voice messages.

2. If only 1 and 2 zone LEDs are ON that means the voice module MPV8 is configured for 2 voice messages (it was configured before as |01| type); you may record only 2 voice messages by pressing [1] or [2] key. In order to start 1-st voice message recording, you should press [1] key, while 1 and 2 zone LEDs are ON; then zone 1 LED will start to blink. Please note that while recording of any message is performed, both LEDs of the voice module MPV8 - the green LED “RECORD” and the red LED “BUSY” - will be ON, too. In order to stop 1-st voice message recording, you should press [1] key again; then the zone 1 LED and the red LED “BUSY” will turn OFF. Upon recording completion (at the end of the 20-seconds message time) the green LED “RECORD” and the red LED “BUSY” will automatic turn OFF, too. 2-nd voice message recording is similarly with 1-st voice message recording, but instead of [1] key and zone 1 LED blinking you will use [2] key and zone 2 LED blinking for 2-nd voice message recording.

3. If only 1, 2, 3 and 4 zone LEDs are ON that means the voice module MPV8 is configured for 4 voice messages (it was configured before as |02| type); you may record only 4 voice messages by pressing [1], [2], [3] or [4] key. In order to start 1-st voice message recording, you should press [1] key, while 1 to 4 zone LEDs are ON; then zone 1 LED will start to blink. Please note that while recording of any message is performed, both LEDs of the voice module MPV8 - the green LED “RECORD” and the red LED “BUSY” - will be ON, too. In order to stop 1-st voice message recording, you should press [1] key again; then the zone 1 LED and the red LED “BUSY” will turn OFF. Upon recording completion (at the end of the 10-seconds message time) the green LED “RECORD” and the red LED “BUSY” will automatic turn OFF, too. Recording of the other 3 voice messages is similarly with 1-st voice message recording, but instead of [1] key and zone 1 LED blinking you will use:

a. [2] key and zone 2 LED blinking for 2-nd voice message recording;

b. [3] key and zone 3 LED blinking for 3-rd voice message recording;

c. [4] Key and zone 4 LED blinking for 4-th voice message recording.

4. If all 1 to 6 zone LEDs are ON that means the voice module MPV8 is configured for 8 voice messages (it was configured before as |03| type); you may record all the 8 voice messages by pressing [1], [2], [3], [4], [5], [6], [7] or [8] key. In order to start 1-st voice message recording, you should press [1] key, while all 1 to 6 zone LEDs are ON; then zone 1 LED will start to blink. Please note that while recording of any message is performed, both LEDs of the voice module MPV8 - the green LED “RECORD” and the red LED “BUSY” - will be ON, too. In order to stop 1-st voice message recording, you should press [1] key again; then the zone 1 LED and the red LED “BUSY” will turn OFF. Upon recording completion (at the end of the 5-seconds message time) the green LED “RECORD” and the red LED “BUSY” will automatic turn OFF, too. Recording of the other 7 voice messages is similarly with 1-st voice message recording, but instead of [1] key and zone 1 LED blinking you will use:

a. [2] key and zone 2 LED blinking for 2-nd voice message recording;

b. [3] key and zone 3 LED blinking for 3-rd voice message recording;

c. [4] key and zone 4 LED blinking for 4-th voice message recording;

d. [5] key and zone 5 LED blinking for 5-th voice message recording;

e. [6] key and zone 6 LED blinking for 6-th voice message recording;

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f. [7] key and blinking of 1 and 6 zone LEDs for 7-th voice message recording;

g. [8] key and blinking of 2 and 6 zone LEDs for 8-th voice message recording;

In order to exit “voice message recording” menu, press [#] key.

For more details, see instructions on voice module MPV8, too.

SECTION [49] - FIRST PANEL ACCOUNT FOR IDENTIFYING AT CS Enter 4 digits (HEX digits may be used), which will stand for the first control panel account.


[x][x][x][x] |0||0||0||0| by default

The keypad buzzer will sound 3 beeps after any digit entering and 6 beeps after entering of the last one. Then the panel exits the section and will wait for a new command to enter another section.

After any digit was pressed, programming of the first panel account may be canceled by [#] key pressing. After cancellation by [#] key pressing, the keypad buzzer will sound 6 confirmation beeps, the system will keep the old value for the first panel account and the control panel will go back within “main programming menu”


1. By default, the first panel account is 0000.

2. Any time when the control panel is dialing the 1-st CS phone number, in order to identify itself to CS, the control panel will use the first panel account which is set in this section, irrespective of way the alternate or split reporting option was set.

SECTION [50] - SECOND PANEL ACCOUNT FOR IDENTIFYING AT CS2 Enter 4 digits (HEX digits may be used), which will stand for second control panel account.


[x][x][x][x] |0||0||0||0| by default

The keypad buzzer will sound 3 beeps after any digit entering and 6 beeps after entering of the last one. Then the panel exits the section and will wait for a new command to enter another section.

After any digit was pressed, programming of the second panel account may be canceled by [#] key pressing. After cancellation by [#] key pressing, the keypad buzzer will sound 6 confirmation beeps, the system will keep the old value for the second panel account and the control panel will go back within “main programming menu”


1. By default, the second panel account is 0000.

2. In order to identify itself to CS2, the control panel will use the second panel account, which is set in this section, only if the split (or double) reporting option was set and only while the control panel is dialing the 2-nd CS phone number.

SECTION [51] - 1-ST REPORTING FORMAT / 2-ND REPORTING FORMAT Enter 2 groups of 2 digits, the first 2-digit group being the type of the format for CS1 transmission and the second 2-digit group being the type of the format for CS2 transmission.

The following sequence will be introduced: |__|__||__|__| |10||10| by default (DTMF, 4x2 Ademco Express for both transmission formats)



FORMAT TYPES FOR DIGITAL TRANSMISSION: [0][0] 10PPS, 4x2 with parity, 1400Hz kisson, 1800Hz data [0][1] 10PPS, 4x2 with parity, 2300Hz kisson, 1800Hz data

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[0][2] 10PPS, 4x2 no parity, 1400Hz kisson, 1800Hz data [0][3] 10PPS, 4x2 no parity, 2300Hz kisson, 1800Hz data [0][4] 10PPS, 4x2 with parity, 1400Hz kisson, 1900Hz data [0][5] 10PPS, 4x2 with parity, 2300Hz kisson, 1900Hz data [0][6] 10PPS, 4x2 no parity, 1400Hz kisson, 1900Hz data [0][7] 10PPS, 4x2 no parity, 2300Hz kisson, 1900Hz data [2][0] 20PPS, 4x2 with parity, 1400Hz kisson, 1800Hz data [2][1] 20PPS, 4x2 with parity, 2300Hz kisson, 1800Hz data [2][2] 20PPS, 4x2 no parity, 1400Hz kisson, 1800Hz data [2][3] 20PPS, 4x2 no parity, 2300Hz kisson, 1800Hz data [2][4] 20PPS, 4x2 with parity, 1400Hz kisson, 1900Hz data [2][5] 20PPS, 4x2 with parity, 2300Hz kisson, 1900Hz data [2][6] 20PPS, 4x2 no parity, 1400Hz kisson, 1900Hz data [2][7] 20PPS, 4x2 no parity, 2300Hz kisson, 1900Hz data [4][0] 40PPS, 4x2 with parity, 1400Hz kisson, 1800Hz data [4][1] 40PPS, 4x2 with parity, 2300Hz kisson, 1800Hz data [4][2] 40PPS, 4x2 no parity, 1400Hz kisson, 1800Hz data [4][3] 40PPS, 4x2 no parity, 2300Hz kisson, 1800Hz data [4][4] 40PPS, 4x2 with parity, 1400Hz kisson, 1900Hz data [4][5] 40PPS, 4x2 with parity, 2300Hz kisson, 1900Hz data [4][6] 40PPS, 4x2 no parity, 1400Hz kisson, 1900Hz data [4][7] 40PPS, 4x2 no parity, 2300Hz kisson, 1900Hz data [1][0] DTMF, 4x2 Ademco Express

[9][0] DTMF, Ademco Contact ID Notes:

1. Switching format types between Contact ID and 4x2 formats is recommended to be performed without any active CS transmission.

2. Any time when the control panel is dialing the 1-st CS phone number, the panel will report in the 1-st reporting format which is set in this section, irrespective of way the alternate or split reporting option was set.

3. The panel will report in the 2-nd reporting format which is set in this section, only if the split (or double) reporting option was set and only while the control panel is dialing the 2-nd CS phone number.

SECTION [52] – EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “ARMING BY USER” / “KEYSWITCH

ARMING” / “ARMING FROM PC” / “TIMED AUTOARMING” / “INACTIVITY AUTOARMING” / “AWAY QUICK

ARMING” Enter 1 digit for “arming by user” code and 5 groups of 2 digits (HEX digits may be used), one group for each reporting event.

The following sequence will be introduced: |__||__|__||__|__||__|__||__|__||__|__| |C||00||00||00||00||00|by default

The keypad buzzer will sound 3 beeps after each digit group and 6 beeps after the last digit. Then the panel exits the section and will wait for a new command to enter another section.


Notes:

If one event code isn’t to be reported to CS, the group (digit) which corresponds to the event will be set as [00] value (or as [0] value).

If one event code should keep its value previously set, press [#] key instead of the corresponding group (digit).

First digit specific for “arming by user” event will be used by the panel to generate the event code for transmission to the “central station” in 4x2 formats (4 account digits + 2 event digits). So, in order to get the 2 event digits, the panel will automatic add to this specific digit the corresponding digit of the user number (for all users from 15 to 45 the identifying digit of user number will be either “F” or modulo 16, according to the corresponding flag programming from section [29]).

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SECTION [53] - EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “STAY ARMING BY USER” / “STAY

KEYSWITCH ARMING” / “QUICK STAY OR INSTANT STAY ARMING” / “PARTIAL ARMING” / “FAIL TO

AUTOARM” Enter 1 digit for “stay arming by user code” and 4 groups of 2 digits (HEX digits may be used), one group for each reporting event.

The following sequence will be introduced: |__||__|__||__|__||__|__||__|__| |C||00||00||00||00| by default

The keypad buzzer will sound 3 beeps after each group and 6 beeps after the last digit. Then the panel exits the section and will wait for a new command to enter another section.


Notes:

1. If one event code should keep its value previously set, press [#] key instead of the corresponding group.

2. If one event code isn’t to be reported to CS, the group (digit) which corresponds to the event will be set as [00] value (or as [0] value).

3. The digit specific for “stay arming by user” event will be used by the panel to generate the event code for transmission to the “central station” in 4x2 formats (4 account digits + 2 event digits). So, in order to get the 2 event digits, the panel will automatic add to this specific digit the corresponding digit of the user number (for all users from 15 to 45 the identifying digit of user number will be either “F” or modulo 16, according to the corresponding flag programming from section [29]).

SECTION [54] - EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “DISARMING BY USER” /

“KEYSWITCH DISARMING” / “DISARMING FROM PC” / “TIMED AUTOARMING STOPPING “ / “TIMED

AUTODISARMING” – NOT ALLOWED Enter 1 digit for “Disarming by user” code and 4 groups of 2 digits (HEX digits may be used), one group for each reporting event.

The following sequence will be introduced: |__||__|__||__|__||__|__||__|__| |B||00||00||00||00| by default

The keypad buzzer will sound 3 beeps after each digit group and 6 beeps after the last digit. Then the panel exits the section and will wait for a new command to enter another section.


Notes:

1. “Timed autoarming stopped” code will be transmitted to CS by the panel, if during the 3 minutes before timed autoarming, while the keypad buzzer is warning that the system will auto arm by time, autoarming is stopped by any valid user code.

2. The time for audible warnings before timed autoarming is fixed at 3 minutes.

3. If one event code should keep its value previously set, press [#] key instead of the corresponding group (digit).

4. If one event code isn’t to be reported to CS, the group (digit) which corresponds to the event will be set as [00] value (or as [0] value).

5. The digit specific to "Disarming by user” event will be used by the panel to generate the event code for transmission to the “central station” in 4x2 formats (4 account digits + 2 event digits). So, in order to get the 2 event digits, the panel will automatic add to this specific digit the corresponding digit of the user number (for all users from 15 to 45 the identifying digit of user number will be either “F” or modulo 16, according to the corresponding flag programming from section [29]).

SECTION [55] – EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “ZONE BYPASSED FROM SWINGER” /

“ZONE BYPASSING” Enter 2 digits (HEX digits may be used), one digit for each event.

The following sequence will be introduced: |__|__| |0|0| by default

The keypad buzzer will sound 3 beeps after the first digit and 6 beeps after the second one. Then the panel exits the section and will wait for a new command to enter another section.


Note:

1. Second reporting code of zone bypassing will be transmitted to CS only upon arming, if there are in the system:

- Bypassed zones by the panel – in case of partial arming and the respective zones are as interior type and/or

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- Bypassed zones by the users using [*][3][User Code] or [BYPASS][User Code] commands.

2. If one event code should keep its value previously set, press [#] key instead of that corresponding digit.

3. If one event code isn’t to be reported to CS, the digit which corresponds to the event will be set as [0] value.

4. Each digit specific to “zone bypassed from swinger” and “zone bypassing” events will be used by the panel to generate the event codes for 4x2 transmissions to the “central station” (4 account digits + 2 event digits). So, for the zone that generated events of the type: “zone bypassing” or “zone bypassed from swinger”, in order to get the 2 event digits, the panel will automatic add to these specific digits the corresponding digit of the zone number (1 to 6).

SECTION [56] - EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “ROUNDS STARTED” / “ROUNDS

FINISHED” / “ROUND OK” / “ROUND FAILED” / “AMBUSH ON ROUND” Enter 5 groups of 2 digits (HEX digits may be used), one group for each reporting event.

The following sequence will be introduced: |__|__||__|__||__|__||__|__||__|__| |00||00||00||00||00| by default

The keypad buzzer will sound 3 beeps after each 2-digit group and 6 beeps after the last digit. Then the panel exits the section and will wait for a new command to enter another section.


Notes:


2. If one event code isn’t to be reported to CS, the 2 digits which correspond to the event will be set as [00] value.

3. In case of any 4x2 formats were set by programming, the panel will report to CS as follows:

- for the “starting/finishing the rounds” by users using [*][9][user code][6 key] command, the control panel will transmit to CS the same specific reporting codes regarding “rounds started” and “rounds finished”, established in this section, indifferently of user number (users cannot be identified to CS in 4x2 formats, when they are “starting/finishing the rounds” by means of [*][9][user code][6 key] command).

- for “round OK”, “round failed” and “ambush on round” events, the panel will report to CS the same specific reporting codes established in this section, indifferently of zone number (zones cannot be identified to CS in 4x2 formats in case of these events).

SECTION [57] – EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “BURGLARY ALARM” / “TAMPER

ALARM” / “PANIC ALARM” / “FIRE ALARM” / “MEDICAL EMERGENCY ALARM” / “USER UNDER DURESS

(AMBUSH) ” Enter 6 digits (HEX digits may be used), one digit for each event.

The following sequence will be introduced: |__|__|__|__|__|__| |3|0|2|1|4|0| by default

The keypad buzzer will sound 3 beeps after each digit and 6 beeps after the last one. Then the panel exits the section and will wait for a new command to enter another section.


Notes:

1. If one event code should keep its value previously set, press [#] key instead of that corresponding digit.

2. If one event code isn’t to be reported to CS, the digit which corresponds to the event will be set as [0] value.

3. Each digit specific to each event will be used by the panel to generate the event code for transmission to the “central station” in 4x2 formats (4 account digits + 2 event digits). So, in order to get the 2 event digits, to these specific event digits, the panel will automatic add:

- The corresponding digit of the user number (for all users from 15 to 45 the identifying digit of user number will be either “F” or modulo 16, according to the corresponding flag programming from section [29]), in case of “user under duress” event;

- The corresponding digit of the zone number (1 to 6) for the zone that generated events, of the type: “burglary alarm”/”tamper alarm”/”panic alarm”/”fire alarm”/”medical emergency alarm”;

- The digit [0] for triggered from keypad events of the type: “panic alarm”/”fire alarm”/”medical emergency alarm” (triggered events by simultaneously pressing the corresponding key combinations).

SECTION [58] – EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “KEYPAD LOCKOUT”/”ZONE

RESTORE” Enter 2 groups, first of 2 digits and second of 1 digit (HEX digits may be used), one group for each reporting event.

The following sequence will be introduced: |__|__||__| |50||E| by default

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The keypad buzzer will sound 3 beeps after the first 2-digit group and 6 beeps after the last digit. Then the panel exits the section and will wait for a new command to enter another section.


Notes:



3. “Keypad lockout” code will be transmitted to CS when the keypad is locked for 7 minutes after too many wrong codes. The option of “keypad lockout” has to be also enabled within section [20].

SECTION [59] - EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “AC POWER LOSS” / “LOW VOLTAGE

ON BATTERY” / “BELL TROUBLE” / “AUX OVERLOAD” / “SYSTEM TIME AND DATE NOT PROGRAMMED” (POWER

ON) Enter 5 groups of 2 digits (HEX digits may be used), one group for each reporting event.


|__|__||__|__||__|__||__|__||__|__| |F7||F8||00||00||00| by default

The keypad buzzer will sound 3 beeps after each 2-digit group and 6 beeps after the last one. Then the panel exits the section and will wait for a new command to enter another section.


Notes:



SECTION [60] - EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: “AC POWER RESTORE” / “RESTORE

VOLTAGE ON BATTERY” / “BELL TROUBLE RESTORE” / “AUX OVERLOAD RESTORE” / “SYSTEM TIME AND DATE

REPROGRAMMED” Enter 5 groups of 2 digits (HEX digits may be used), one group for each reporting event.


|__|__||__|__||__|__||__|__||__|__| |E7||E8||00||00||00| by default



Notes:



Remarks:

1. Delay for sending to the central stations the “AC power loss” / “AC power Restore” event codes (or “AC power loss” to initiate voice/sound reporting) will be programmed in section [40].

2. Delay for sending to the central station the “Low Voltage on Battery”/”Restore Voltage on Battery” event codes is 2 min. and it isn’t programmable.

3. Event codes for the “Bell Trouble”/”Bell Trouble Restore” and “AUX Overload”/”AUX overload Restore” are sent to the central station at the very moment when they occur.

SECTION [61] - EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: PROGRAMMING ENTRY /

PROGRAMMING EXIT / PC CONNECTED / PC DISCONNECTED / LOG 90% FULL / LOG 100% FULL Enter 6 groups of 2 digits (HEX digits may be used), one group for each reporting event.


|__|__||__|__||__|__||__|__||__|__||__|__| |00||00||00||00||00||00||00| by default



Notes:


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SECTION [62] – EVENT REPORTING CODES IN 4X2 FORMAT REGARDING: PERIODICAL TEST / PANEL

PROGRAMMING CHANGED / MAINTENANCE REQUEST / PGM ACTIVATION BY USERS / PGM DEACTIVATION BY

USER / COMMUNICATION TO CS FAILED Enter 3 groups of 2 digits, 2 groups of 1 digit and 1 group of 2 digits (HEX digits may be used), one group for each reporting event.

The following sequence will be introduced: |__|__||__|__||__|__||__||__||__|__| |90||00||00||0||0||00| by default

The keypad buzzer will sound 3 beeps after each group and 6 beeps after the last digit of the last group. Then the panel exits the section and will wait for a new command to enter another section.


Notes:


2. If one event code isn’t to be reported to CS, the 2 digits (or 1 digit) which correspond to the event will be set as [00] value (or as [0] value).

3. By default, the periodical test code will be transmitted to CS after 24 hours since the first periodical test.

4. In case of any 4x2 formats (4 account digits + 2 event digits) were set by programming, in order to get the 2 event digits, then the panel will automatic add to the specific digit for “PGM activation/deactivation by users”, which are set in this section, the corresponding digit of the user number. For all users from 15 to 45, the user number will be reported either as “F” or as modulo 16, according to the corresponding flag programming from section [29]. In any 4x2 formats the “installer’s maintenance code” is identifying as user “0” and PC is identifying as user “F”.

SECTION [63] TO [73] – EVENT REPORTING CODES IN CONTACT ID FORMAT: Notes:

1. In case of transmission to CS was set (in section [51]) to be done in CID format (4 account digits + 4 event digits + 2 partition digits + 3 zone/user digits), after the 4-digit group specific to each reporting event the panel will transmit to CS another 3-digit group which stands for the user/zone number identifying. In CID format:

- Any action performed by the installer is identifying as user “000”,

- Any action occurred at a time is identifying as user “999” and

- Any action performed by PC is identifying as user “255”.

2. By programming you can change only the last 2 digits of any 4 event digit group.

3. If one CID code isn’t to be reported, enter 2 digits of [0] for the last 2 digits of the 4 event digits.

4. If CID code is still to be reporting as [xx00], enter 2 digits of [A] for the last 2 digits of the 4 event digits.

SECTION [63] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Arming by user code 3.401 - Arming by user

Keyswitch arming 3.409 - Keyswitch arming Arming from PC 3.407 - Remote arming Timed autoarming 3.403 - Autoarming Inactivity autoarming 3.404 - Late to arming “Quick arming” 3.408 - “Quick arming”

SECTION [64] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Stay Arming by User 3.441 - “Stay Arming” “Stay keyswitch” arming 3.442 - “Stay keyswitch” arming

“Quick stay arming” 3.408 - “Quick Arming” “Partial Arming” 3.456 - “Partial Arming” Fail to auto arm 1.455 - “Fail to auto arm”

SECTION [65] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Disarming by user code 1.401 - Disarming by user

Keyswitch Disarming 1.409 - Keyswitch Disarming Disarming from PC 1.407 - Remote Disarming Timed autoarming stopped 3.405 - Deferred arming

Timed autodisarming 1.403 - Automatic Disarming; not allowed Note: “Timed autoarming stopped” code will be transmitted to CS by the panel, if during the 3 minutes before timed autoarming, while the keypad buzzer is warning that the system will auto arm by time, autoarming is stopped by any valid user code.

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SECTION [66] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Zone bypassed from swinger 1.575 - Swinger bypass Zone/sensor bypassed 1.570 - Zone/sensor bypassed

Note: Upon arming the panel will transmit to CS the second reporting code of zone bypassing, if there are in the system: - Bypassed zones by the panel – in case of partial arming and the respective zones are as interior type and/or - Bypassed zones by the users using [*] [3] [User Code] or [BYPASS][User Code] commands.

SECTION [67] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Rounds started 1.429 - Access program mode entry

Rounds finished 1.430 - Access program mode exit Round OK 1.611 - Point tested OK Round failed 1.612 - Point not tested Ambush on round 1.423 - Forced Access Note: In case of CID format was set by programming, the panel will report to CS as follows:

- The specific event codes regarding “rounds started” and “rounds finished”, which are set in this section; after the 4-digit group specific to these reporting events the panel will transmit to CS another 3-digit group which stands for the user number identifying. In CID format the “rounds started/finished by installer’s maintenance code” is identifying as user “000” and the “rounds started/finished by time” is identifying as user “999”.

- The specific event codes regarding “round OK”, “round failed” and “ambush on round”, which are set in this section; after the 4-digit group specific to these reporting events the panel will transmit to CS another 3-digit group which stands for the zone number identifying.

SECTION [68] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Burglary alarm 1.130 - Burglary alarm

Tamper alarm 1.144 - Sensor tamper Panic alarm 1.120 - Panic alarm Fire alarm 1.110 - Fire alarm Medical emergency alarm 1.100 - Medical alarm User under duress (ambush) 1.121 - Duress

SECTION [69] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Keypad lockout 1.421 - Access denied

Alarmed zone restore 3.130 - Burglary alarm restore Tamper alarm restore 3.144 - Sensor tamper restore

SECTION [70] – EVENT REPORTING CODES IN CID FORMAT REGARDING: AC power loss 1.301 - AC power loss

Low Voltage on Battery 1.302 - Battery test failure BELL trouble 1.321 - Bell 1 AUX trouble 1.300 - System troubles Power ON (Time and date inaccurate!) 1.626 - Time and date inaccurate

SECTION [71] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Restore AC power loss 3.301 - AC power Restore

Restore Voltage on Battery 3.302 - Battery test failure restore Restore BELL trouble 3.321 - Bell 1 restore Restore AUX trouble 3.300 - System troubles restore Time and date reprogrammed 3.626 - Time and date inaccurate restore

SECTION [72] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Programming entry 1.627 - Program mode entry

Programming exit 1.628 - Program mode exit PC connected 1.411 - Call-back request made PC disconnected 1.412 - Successful access LOG 90% full 1.623 - Event LOG 90% full LOG 100% full 1.624 - Event LOG overflow

SECTION [73] – EVENT REPORTING CODES IN CID FORMAT REGARDING: Periodical Test 1.602 - Periodic test report

Panel programming changed 1.306 - Panel programming changed Maintenance request 1.616 - Service Request

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PGM activation by users 1.422 - Access report by user PGM deactivation by users 3.422 - Not used Communication to CS failed 1.354 - Fail to communicate event

Notes:

1. In case of CID format was set by programming, then the control panel will transmit to CS the specific reporting codes regarding “PGM activation/deactivation by users” which are set in this section; after the 4-digit group specific to these reporting events the panel will transmit to CS another 3-digit group which stands for the user number identifying. In CID format the “installer’s maintenance code” is identifying as user “000” and PC is identifying as user “255”.

2. In case in section [29] the alternate reporting was selected and if even after the 8 attempts for both CS phone numbers no central station answers, then the control panel will record a “CS1 and CS2 communication failed” event into the 400-event LOG and a specific reporting code into the CS 80-event internal buffer, too. Upon a new reportable event occurring, if the communication with CS is established, the entire list from CS internal buffer, the old reporting codes, the new reporting codes and the failed communication reporting code, which is already in the list, will be reported together to the CS. For “CS1 and CS2 communication failed” event, the panel will report to CS the 4-digit group which is established in this section, specific to the “Communication to CS failed” event, after which the panel will add another 3 digits of [0], to identify at CS the “CS1 and CS2 communication failed” event as zone “000”.

3. In case in section [29] the split (or double) reporting was selected, the panel will report the events as follows:

- Any event selected in section [30] to be reported to CS1 will be sent to the 1-st CS phone number, programmed in section [74]. If the control panel failed to transmit events to CS1 after 8 attempts (1-st CS phone number will not answer either after the 8-th call), then the control panel will record a “CS1 communication failed” event into the 400-event LOG and the specific reporting code into the CS1 80-event internal buffer. In the same time, in case of split (or double) reporting, if an event of “CS1 communication failed” is occurring in the system, then the specific reporting code will be recorded into the CS2 80-event internal buffer and will be transmitted to CS2, too. Upon a new reportable event occurring, if the communication with CS1 is established, the entire list from CS1 internal buffer, the old reporting codes, the new reporting codes and the failed communication reporting code, which is already in the list, will be reported together to the CS1. For “CS1 communication failed” event, the panel will report to CS1 the 4-digit group which is established in this section, specific to the “Communication to CS failed” event, after which the panel will add another 2 digits of [0] and 1 digit of [1] for zone, to identify at CS1 the “CS1 communication failed” event as zone “001”.

- Any event selected in section [31] to be reported to CS2 will be sent to the 2-nd CS phone number, programmed in section [75]. If the control panel failed to transmit events to CS2 after 8 attempts (2-nd CS phone number will not answer either after the 8-th call), then the control panel will record a “CS2 communication failed” event into the 400-event LOG and the specific reporting code into the CS2 80-event internal buffer. In the same time, in case of split (or double) reporting, if an event of “CS1 communication failed” is occurring in the system, then the specific reporting code will be recorded into the CS1 80-event internal buffer and will be transmitted to CS1, too. Upon a new reportable event occurring, if the communication with CS2 is established, the entire list from CS2 internal buffer, the old reporting codes, the new reporting codes and the failed communication reporting code, which is already in the list, will be reported together to the CS2. For “CS2 communication failed” event, the panel will report to CS2 the 4-digit group which is established in this section, specific to the “Communication to CS failed” event, after which the panel will add another 2 digits of [0] and 1 digit of [2] for zone, to identify at CS2 the “CS2 communication failed” event as zone “002”.

SECTION [74] - PHONE NUMBER OF CS1 If the digital communicator is enabled by programming, this is the phone number that the control panel will dial first to transmit to the “central station” the events occurred in the system.

Enter the phone number in the same way it would be dialed on a touch-tone phone. The maximum number of digits is 15.

To confirm the phone number, press [#] key after the last digit of the phone number was entered. After [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section and will wait for a new command to enter another section or [#] key to exit the “main programming menu”.

A 2-second pause can be added by entering HEX digit D between the digits of the phone number (enter HEX digit D by pressing [*] and [3] keys).

In order to erase the phone number, press [*] key, once the panel entered this section. Example: You may want to introduce the phone number 6802054. The following sequence will be entered: |6||8||0||2||0||5||4||#|. After [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section and will wait for a new command to enter another section.

Notes:

1. In case the reporting to CS is programmed in [29] section as alternate, for control panel to initiate CS reporting, at least one CS phone number must be programmed in [74] or [75] sections. If 1-st CS phone number is programmed in this section, this is the phone number that the control panel will dial for the first time in order to transmit to the “central station” the events occurred in the system.

2. In case the reporting to CS is programmed in [29] section as split (or double), for control panel to initiate CS1 reporting, this phone number must be programmed in this section. Please note that if this phone number isn’t programmed, the control panel will not initiate reporting to CS1 and will not record events into the CS1 80-event internal buffer anymore, even there in section [30] are events selected to be reported to CS1.

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3. Any time when the control panel will dial this phone number, in order to identify itself to CS, the control panel will use the first panel account which was established in section [49] and will transmit in the 1-st reporting format which was established in section [51].

SECTION [75] - PHONE NUMBER OF CS2 Enter the phone number in the same way it would be dialed on a touch-tone phone. The maximum number of digits is 15.

To confirm the phone number, press [#] key after the last digit of the phone number was entered. After [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section and will wait for a new command to enter another section or [#] key to exit the “main programming menu”.


In order to erase the phone number, press [*] key, once the panel entered this section. Notes:

1. In case the reporting to CS is programmed in [29] section as alternate, for control panel to initiate CS reporting, at least one CS phone number must be programmed in [74] or [75] sections. If 1-st CS phone number doesn’t answer and if 2-nd CS phone number is programmed in this section, this is the phone number that the control panel will dial for the second time in order to transmit to the “central station” the events occurred in the system. If 1-st CS phone number isn’t programmed in [74] and if 2-nd CS phone number is programmed in this section, this is the phone number that the control panel will dial in order to transmit to the “central station” the events occurred in the system. In order to identify itself to CS the control panel will use the first panel account which was established in section [49] and will transmit in the 1-st reporting format which was established in section [51].

2. If the digital communicator is enabled by programming, then:

- In case the alternate reporting is selected in section [29], in order to transmit to the “central station” the events occurred in the system, this is the phone number that the control panel will dial for the second time, in case 1-

st CS phone number doesn’t answer.

- In case the split (or double) reporting is selected in section [29], then the panel will report to CS2 any event selected in section [31], after reporting to CS1 finished or failed. In order to identify itself to CS2 the control panel will use the second panel account which was set in section [50] and will transmit in the 2-nd reporting format which was established in section [51]. Please note that if this phone number isn’t programmed, the control panel will not initiate reporting to CS2 and will not record events into the CS2 80-event internal buffer anymore, even there in section [31] are events selected to be reported to CS2.

3. Phones numbers in sections [74] and [75] are not programmed by default.

SECTION [76] – HOUR / MINUTE FOR THE FIRST PERIODICAL TEST Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59) when the system will send the first periodical test.


|__|__||__|__| by default first periodical test is sent at 1900



SECTION [77] – TIME BETWEEN THE PERIODICAL TESTS (IN HOURS OR MINUTES) Enter 1 group of 3 digits for time between the periodical tests (001 to 255 hours or minutes).


|__|__|__| By default 24 hours


Press [#] key instead of the 3-digit group if you want to cancel programming of this time interval.


Note: For this time interval any value from 000 to 999 may be entered, but the panel will automatic adjust the introduced value by modulo 256 and will record the result in memory as programmed value. If the result of adjustment is 0, then the periodical tests will be transmitted after every minute or hour!

72

SECTION [78] – WALK TEST (SERVICE MODE) This command allows to the installer to manually enter the “walk test” mode and test the sensors in the system.

Thus, just entering section [78] could system being in the “walk test” mode. While the system is in the “walk test” mode any zone violation will produce a “ding sound” on the siren.

After all sensors in the system was tested, press [#] key to exit this testing mode. After [#] key was pressed, the keypad buzzer will sound 6 confirmation beeps and exit this section waiting for a new command to enter another section or [#] key to exit the main programming menu.

Note: Once the system enters section [78], it will exit this section only after [#] key is entered (the control panel will not leave this section automatically, 2 minutes after the last key pressing any more).

SECTION [79] - TYPES FOR PGM1 AND PGM2 OUTPUTS The system has 2 programmable outputs on the main board: PGM1 and PGM2.

These outputs are NPN transistors activated to the ground.

While system is being within “main programming menu”, to set the type of programmable outputs PGM1 and PGM2 select section [79] and then enter 2 groups of 2 digits each:

|__|__| |__|__| |48||48| by default (by default, PGM1 and PGM2 outputs are set as resetable mono-stable type)

The first group is setting the PGM1 type and the second group is setting the PGM2 type.

After the first 2 digits were entered, the keypad buzzer will sound 3 beeps and after the last 2 digits were entered, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section.

Press [#] key instead of the 2 corresponding digits if the type of one of the programmable outputs isn’t to be changed.

To exit the “main programming menu”, press [#] key. Types of programmable outputs PGM1 and

PGM2: Remarks:

[00] “panic alarm” latch

This output type goes to ON status (to ground) once any “panic alarm” is triggered (by a violation of panic zone or by simultaneously pressing of [*] and [#] keys) and it will turn OFF only when the siren sound is stopped or only when at least one partition is armed/disarmed.

[01] “fire alarm” latch

This output type goes to ON status (to ground) once any “fire alarm” is triggered (by a violation of fire zone or by simultaneously pressing of [7] and [9] keys) and it will turn OFF only when the siren sound is stopped or only when at least one partition is armed/disarmed.

[02] “medical emergency alarm” latch

This output type goes to ON status (to ground) once any “medical emergency alarm” is triggered (by a violation of medical emergency zone or by simultaneously pressing of [1] and [3] keys) and it will turn OFF only when the siren sound is stopped or only when at least one partition is armed/disarmed.

[03] “tamper alarm” latch

This output type goes to ON status (to ground) once any “sabotage (tamper) alarm” is triggered by a violation of sabotage (tamper) zone and it will turn OFF only when the siren sound is stopped or only when at least one partition is armed/disarmed.

[04] any alarm latch This output type goes to ON status (to ground) once any alarm type is triggered and it will turn OFF only when the siren sound is stopped or only when at least one partition is armed/disarmed.

[05] “pulsing siren” This output type goes to ON status (to ground) during the time when the siren is sounding in pulsing mode.

[06] “steady siren” This output type goes to ON status (to ground) during the time when the siren is sounding in continuously mode.

[07] “silent alarm” latch (without siren activating)

This output type goes to ON status (to ground) once any “silent alarm” is triggered and it will turn OFF only when at least one partition is armed/disarmed or only when the siren sound is stopped.

[10] follow system status This output type goes to ON status (to ground) when arming and it is turned OFF when Disarming.

[12] entry delay This output type goes to ON status (to ground) during any entry delay times.

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Types of programmable outputs PGM1 and PGM2: Remarks:

[13] exit delay This output type goes to ON status (to ground) during the exit delay.

[18] phone line trouble status This output type goes to ON status (to ground) once the phone line test failed and it will turn OFF only when this trouble is restored.

[19] system troubles

This output type goes to ON status (to ground) while there is at least a trouble in the system (“AC power loss”, “low voltage on battery”, “fail to communicate event”, “BELL trouble”, “phone line trouble”, “AUX overload” or “system time and date loss”).

[20] clock timer The PGM1 output goes to ground in the time period between the times defined in [81] and [82] sections and the PGM2 output goes to ground in the time period between the times defined in [83] and [84] sections.

[30] warning/confirmation pulses

This PGM type goes to ON status (to ground) for:

- 1 confirmation pulse upon arming;

- 3 confirmation pulses upon Disarming;

- 6 warning/confirmation pulses upon Disarming after an alarm or

- 1 long warning error pulse upon “fail to auto arm”.

Note: “Fail to auto arm” is an event which occurs when “timed autoarming” and “inactivity autoarming” are failing because at least one zone is violated at that moment. To understand when “timed autoarming” and “inactivity autoarming” are failing, see the 6-th option in [26] and [27] sections, too.

[31] buzzer warnings during the “warning round time”

Before the “round period” is over and the “round OK” event wasn’t occurred this PGM type goes to ON status (to ground) for sound the buzzer warnings during the “warning round time”.

[40] pulse after exit delay When the exit delay time was over, this PGM type will be activated for the pulse time established by programming within [22] and [80] sections. By default these pulse durations are set to 2 seconds for each PGM1 and PGM2.

[41] pulse on arming When the system becomes armed, this PGM type will be activated for the pulse time established by programming within [22] and [80] sections. By default these pulse durations are set to 2 seconds for each PGM1 and PGM2.

[42] pulse on Disarming When the system becomes disarmed, this PGM type will be activated for the pulse time established by programming within [22] and [80] sections. By default these pulse durations are set to 2 seconds for each PGM1 and PGM2.

[43] courtesy light Once the entry delay time will start, this PGM type will turn ON the light and after Disarming this PGM output will remain activated until the time established by programming within [22] and [80] sections will be expired.

[44] pulse on round ok

When the “round OK” event was occurred (at the very moment when a “round zone” type is activated for the first time, during a “round period”), this PGM type will be activated for the pulse time established by programming within [22] and [80] sections. By default these pulse durations are set to 2 seconds for each PGM1 and PGM2.

[45] pulse on round failed

Every time when the “round period” will expire and a “round zone” type wasn’t activated at least once, this PGM type will be activated for the pulse time established by programming within [22] and [80] sections. By default these pulse durations are set to 2 seconds for each PGM1 and PGM2.

[46] pulse on siren troubles

This output type goes to ON status (to ground) while there is a siren trouble in the system (siren disconnection or overload on the BELL output). This output type will be activated for the time established by programming within [22] and [80] sections once there is a siren disconnection or overload on the BELL output.

Note: This PGM type is useful to trigger a secondary siren when a siren trouble was detected and it is recommended that the “burglary siren timer” defined in section [39] to be the same with time established within [22] and [80].

[47] RETRIGGERABLE MONO-STABLE

Any PGM output, as this type set, goes to ON status if the user enter [*][9][User Code][1 key] command for PGM1 and [*][9][User Code][2 key] command for PGM2. Once one of PGM outputs, as this type set, was activated, it will deactivate within time lapse established by programming within [22] and [80] sections. If a new command is performed while this PGM type is being active, then the respective time lapse will be triggered again.

[48] resetable mono-stable

Any PGM output, as this type set, goes to ON status if the user enter [*][9][User Code][1 key] command for PGM1 and [*][9][User Code][2 key] command for PGM2. Once one of PGM outputs, as this type set, was activated, it will deactivate within time lapse established by programming within [22] and [80] sections. If a new command is performed while this PGM type is being active, then the respective PGM output will turn OFF.

[49] bi-stable Any PGM output, as this type set, will change its status from activate to

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Types of programmable outputs PGM1 and PGM2: Remarks:

deactivate and the other way round upon each entering a new activating/deactivating command, [*][9][User Code][1 key] command for PGM1 and [*][9][User Code][2 key] command for PGM2.

[50] pulse on phone line trouble Once the phone line test failed, this PGM type will be activated for the pulse time established by programming within [22] and [80] sections. By default these pulse durations are set to 2 seconds for each PGM1 and PGM2.

[51] pulse on alarm triggered by zone 1 Once the alarm was triggered by zone 1, this PGM type will be activated for the pulse time established by programming within [22] and [80] sections. By default these pulse durations are set to 2 seconds for each PGM1 and PGM2.






Example: In order to program the PGM1 as “Steady siren” and PGM2 as “panic” type, |06||00| should be introduced. After the first 2-digit group was entered, the keypad buzzer will sound 3 beeps and after the last 2-digit group was entered, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section. To exit the “main programming menu”, press [#] key.

SECTION [80] - ACTIVATION TIME FOR PGM1 AS PULSE / ACTIVATION TIME FOR PGM2 AS PULSE (001 TO

255 SECONDS OR MINUTES) Activation times (001 to 255 seconds or minutes) for PGM1 and PGM2 defined as pulse types stand for the number of the seconds or minutes, depending of appropriate option programming in section [22], during which each pulse PGM type will be activated to GND.

While the system is being within “main programming menu”, to set the “activation times” for PGM outputs defined as pulse types, select section [80] and then enter 2 groups of 3 digits (001 to 255 seconds or minutes).

The following sequence will be introduced: |__|__|__||__|___|__| |002||002| by default

After the first 3 digits were entered, the keypad buzzer will sound 3 beeps and after the last 3 digits 6 beeps. Then the panel exits the section and will wait for a new command to enter another section.

Press [#] key instead of the corresponding 3-digit group if one of the 2 timings isn’t to be modified.

To exit the “main programming menu”, press [#] key. Example: If activation time of PGM1 defined as pulse type is to be set at 10 seconds (or minutes - see section [22]) and activation time of PGM2 defined as pulse type isn’t to be modify, enter |010|[#] keys. After the 3-digit group was entered, the keypad buzzer will sound 3 beeps and after [#] key was entered, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section, waiting for a new command to enter another section. To exit the “main programming menu”, press [#] key.

Notes:

1. These pulse durations are individually programmable for PGM1 and PGM2 in [22] and [80] sections, in seconds or minutes for each PGM and they establish the “activation time” for all following PGM outputs defined as pulse types: “pulse after exit delay”, “pulse on arming”, “pulse on Disarming”, “courtesy light”, “pulse on round OK”, “pulse on round failed”, “pulse on siren troubles”, “retriggerable mono-stable” and “resetable mono-stable”.

2. Because in section [22] the default appropriate options establish activation times to be in seconds, the default “activation time” for each PGM1 and PGM2 is 2 seconds.

3. For each time activation for PGMs defined as pulse types any value from 000 to 999 may be entered, but the panel will automatic adjust the introduced value by modulo 256 and will record the result in memory as programmed value. If any result of adjustment is 0, then the respective PGM defined as any pulse types will activate only for 1 second or for 1 minute!

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SECTION [81] – ACTIVATION MOMENT OF PGM1 AS “CLOCK TIMER” (HOUR : MINUTE) Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59); in this way will be set the daily moment when the PGM1 defined as “clock timer” type is activating automatically.


|__|__||__|__| not programmed by default



SECTION [82] – DEACTIVATION MOMENT OF PGM1 AS “CLOCK TIMER” (HOUR : MINUTE) Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59); in this way will be set the daily moment when the PGM1 defined as “clock timer” type is deactivating automatically.





SECTION [83] – ACTIVATION MOMENT OF PGM2 AS “CLOCK TIMER” (HOUR : MINUTE) Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59); in this way will be set the daily moment when the PGM2 defined as “clock timer” type is activating automatically.





SECTION [84] – DEACTIVATION MOMENT OF PGM2 AS “CLOCK TIMER” (HOUR : MINUTE) Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59); in this way will be set the daily moment when the PGM2 defined as “clock timer” type is deactivating automatically.





SECTION [85] – AUTOARMING MOMENT FOR THE PARTITION A OR SYSTEM (HOUR : MINUTE) Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59); in this way will be set the daily moment when the partition A or system is arming automatically.

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SECTION [86] – AUTOARMING MOMENT FOR PARTITION B (HOUR : MINUTE) Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59); in this way will be set the daily moment when the partition B is arming automatically.





SECTION [87] – MOMENT FOR STARTING THE ROUNDS (HOUR : MINUTE) Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59); in this way will be set the daily moment when the rounds are starting automatically.





SECTION [88] – MOMENT FOR FINISHING THE ROUNDS (HOUR : MINUTE) Enter 2 groups of 2 digits, the first 2 digits for the hour (00 to 23) and the second 2 digits for the minute (00 to 59); in this way will be set the daily moment when the rounds are finishing automatically.





SECTION [89] – “ROUND PERIOD” / “WARNING ROUND TIME” Enter 2 groups of 3 digits, the first 3 digits for each “round period” (001 to 255 minutes) and the second 3 digits for the warning time before each round period expires (001 to 255 minutes).

The following sequence will be introduced: |__|__|__||__|__|__| |060||005| by default (60 min. / 5 min.)

The keypad buzzer will sound 3 beeps after each 3-digit group and 6 beeps after the last one. Note: For each these times any value from 000 to 999 may be entered, but the panel will automatic adjust the introduced value by modulo 256 and will record the result in memory as programmed value. If any result of adjustment is 0, then the “round period” and/or the “warning round time” will be as they were set for 1 minute!

SECTION [90] – “INACTIVITY TIME” AFTER THAT THE CONTROL PANEL WILL AUTO ARM (HOURS & MINUTES)

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Enter 2 groups of 2 digits; the first 2 digits for the number of hours (00 to 99) and the second 2 digits for the number of minutes (00 to 99) after that the control panel will auto arm if no motion will be detected in the building.

The following sequence will be introduced: |__|__||__|__| |03||00| by default (3 hours) The keypad buzzer will sound 3 beeps after the first 2-digit group and 6 beeps after the second one. Then the panel exits the section and will wait for a new command to enter another section.

To exit the “main programming menu”, press [#] key. Note: If in this section the 2 groups of 2 digits are set both with value 0, then the control panel will try to auto arm after every second if no activity was detected in the system.

SECTION [91] - PANEL IDENTIFICATION CODE WITHIN UPLOAD/DOWNLOAD

Enter 4 digits (HEX digits are not allowed) to identify the control panel within upload/download process.

|__|__|__|__| |0000| by default

After entering the 4 digits, keypad buzzer will sound 6 beeps and the panel will exit the section, waiting for a new command to enter another section.


SECTION [92] - PC IDENTIFICATION CODE WITHIN UPLOAD/DOWNLOAD

Enter 4 digits (HEX digits are not allowed) to identify the PC within upload/download process.

|__|__|__|__| |0000| by default

After the 4 digits, keypad buzzer will sound 6 beeps and the panel will exit the section, waiting for a new command to enter another section.

To exit the “main programming menu”, press [#] key. Note: These 2 passwords from [91] and [92] sections will remain 4-digit codes, irrespective of the option setting in section [20] on zone 4 LED.

SECTION [93] - PC PHONE NUMBER FOR “CALLBACK”

This is the PC phone number which the control panel will dial for “callback process”.

Enter the phone number in the same way it would be dialed on a touch-tone phone. The maximum number of digits is 15.

To confirm the phone number, press [#] key after the last digit of the phone number was entered. After [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section and will wait for a new command to enter another section.


In order to erase the phone number, press [*] key, once the panel entered this section.

To exit the “main programming menu”, press [#] key. Example: You may want to introduce the phone number 6802054. The following sequence will be entered: |6||8||0||2||0||5||4||#|. After [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the panel exits the section and will wait for a new command to enter another section.

SECTION [94] - VERIFYING OF THE SPECIALLY ALARM MEMORY, PRODUCED BY THE “UNDER TEST” SENSORS In order to verify the especially alarm memory, produced by the “under test” sensors, you should just

enter section [94]. If since the last resetting of the especially alarm memory, performed by installer, there were in the system some violations of these zones, the corresponding zone LED will light. To turn OFF the zone LEDs which are lit and to reset the especially alarm memory, you should press the corresponding 1 to 6 keys.

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Finally, after verification and resetting the especially alarm memory, the installer must press [#] key (the system will go back to main menu only after [#] key pressing).

SECTION [95] - PROGRAMMING SESSION OF THE SYSTEM TIME AND DATE (PERFORMED BY INSTALLER)

While the system is being within “main programming menu”, in order to program/modify the system time and date, select section [95].

While the system is being within [95] section, the keypad LEDs’ status will be as follows:

Remarks:

ARMED A LED ON

SYSTEM LED Blinking

READY LED ON

zone 1, 2 and 3 LEDs Blinking That means the system time and date were programmed during a previous programming session

Only zone 1 LED Blinking That means the system time and date are not programmed and the control panel is waiting for the first 2-digit group which represents the day [D/D]

One of the 2 to 6 zone LEDs Blinking That means the system time and date is being programmed and the control panel is waiting for the corresponding 2-digit group for month [Mo/Mo], year [Y/Y], hour [H/H], minutes [Mi/Mi] or seconds [S/S]

1. Programming of the system time and date can be canceled by [#] key pressing.

2. In order to enter programming session of the system time and date the installer should introduce the format bellow: [D/D][Mo/Mo][Y/Y][H/H][Mi/Mi][S/S].

Each 2-digit group represents the day [D/D], month [Mo/Mo], year [Y/Y], hour [H/H], minutes [Mi/Mi] and seconds [S/S].

2.1 Once the first 2-digit group corresponding the day [D/D] was entered, the keypad buzzer will sound 3 beeps and the zone 2 LED is blinking. That means the control panel is waiting for second 2-digit group corresponding the month [Mo/Mo].

2.1 Once second 2-digit group corresponding the month [Mo/Mo] was entered, the keypad buzzer will sound 3 beeps and the zone 3 LED is blinking. That means the control panel is waiting for the third 2-digit group corresponding the year [Y/Y].

2.1 Once the third 2-digit group corresponding the year [Y/Y] was entered, the keypad buzzer will sound 3 beeps and the zone 4 LED is blinking. That means the control panel is waiting for the fourth 2-digit group corresponding the hour [H/H].

2.1 Once the fourth 2-digit group corresponding the hour [H/H] was entered, the keypad buzzer will sound 3 beeps and the zone 5 LED is blinking. That means the control panel is waiting for the fifth 2-digit group corresponding the minutes [Mi/Mi].

2.1 Once the fifth 2-digit group corresponding the minutes [Mi/Mi] was entered, the keypad buzzer will sound 3 beeps and the zone 6 LED is blinking. That means the control panel is waiting for the sixth 2-digit group corresponding seconds [S/S].

2.1 Once the sixth (the last) 2-digit group corresponding seconds [S/S] was entered, the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “main programming menu”.

2.1 After any digit was pressed, system time and date setting can be canceled by [#] key pressing. After cancellation by [#] key pressing, the keypad buzzer will sound 6 confirmation beeps and the control panel will go back within “main programming menu”, keeping the old value for the system time and date.

3. Leave the main programming menu by [#] key pressing.

Note: The system time and date programming is allowed to the master user only if the appropriate option does not disabled by programming (see the option displayable on zone 5 LED within [20] section).

SECTION [97] - MANUALLY ACTIVATION OF PC CALLBACK Entering section [97] allows to the installer to manually initiate the PC call to establish the communication between the control panel and PC. Before entering this section the modem of PC must be passed in the waiting status for the control panel calls.

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Once the installer entered this section, the control panel will dial the “PC phone number”, programmed in section [93]; while the modem of PC is called it will “take” the phone line over and will start to communicate with the control panel. The control panel and PC will verify each over the passwords (the control panel and PC identification codes within upload/download, programmed in sections [91] and [92]) and, if the passwords are correctly, the communication between the control panel and PC will be activated upon the control panel initiating. Notes:

1. This function is identical with [*][8][Master Code][97][#] command, which is allowed to the master user, too.

2. For a successful initiating of the PC callback, the “PC phone number” needs to be programmed in section [93].

SECTION [98] - MANUALLY ACTIVATION OF COMMUNICATION WITH PC (PC DOWNLOAD ACCEPTANCE) This command allows to the installer to manually trigger the communication between PC and panel. Before entering this section the modem of PC must be already on the phone line and call the control panel. While PC modem is calling the control panel, just entering section [98] will manually activate the communication between PC and panel. Notes:

1. This function is identical with [*][8][Master Code][98][#] command, which is allowed to the master user, too.

2. Manually activation of communication with PC (PC download acceptance) is useful when the “Panel answers to remote PC calls” option in section [33] isn’t enabled by programming and system parameter programming from PC software is still required.

3. This command is also useful in a local connection between the control panel and the modem of PC (connection between the control panel and the modem of PC without a phone line). In this case, use the connection below:

SECTION [99] - CANCELLATION OF ANY PHONE LINE COMMUNICATION [*][8][Installer’s programming code][99] Command allows to the installer to cut-off any phone communication when he is carrying out a test.

[*][8][Master Code][99][#] Command allows to the “master” user to stop the voice/sound reporting and communication between panel and PC, without stopping communication to the “central station”.

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WARNING LIMITATIONS OF ALARM SYSTEMS Although this is an advanced design security system, it doesn’t offer guarantees warning not protection against burglary, fire or other emergency. Any alarm system, whether commercial or residential, is subject to compromise or failure to warn for a variety of reasons. For example: • Intruders may gain access through unprotected openings or have the technical sophistication to bypass an alarm sensor or disconnect an alarm-warning device. • Intrusion detectors (i.e. passive infrared detectors), smoke detectors, any other sensing devices will not work without power. Battery operated devices will not work without battery, with dead battery or if the battery are not properly put in. Devices powered solely by AC will not work if their AC power supply is cut-off for any reason, even for a short period of time. • A user may not be able to reach a panic or emergency button quickly enough. • Smoke detectors may not activate or provide early warning for a variety of reasons. Some of the reasons why smoke detectors used in conjunction with this system may not work are as follows> Smoke detectors may have been improperly installed and positioned. Smoke detectors may not sense fires that start where smoke cannot reach the detectors, such as chimneys, in walls, or roofs, or on the other side of closed doors. Smoke detectors may not sense a fire on another level of a residence or building. A second floor detector, for example, may not sense a first floor or basement fire. Moreover, smoke detectors have sensing limitations. No smoke detector can sense every kind of fire every time. In general, detectors may not always warn about fires caused by carelessness and safety hazards like smoking in bed, violent explosions, escaping gas, improper storage of flammable materials, overloaded electrical circuits, children playing with matches, or arson. Depending on the nature of the fire and/or the location of the smoke detectors, the detector, even if operating as anticipated, may not provide sufficient warning to allow all occupants to escape in time to prevent injury or death. • Passive Infrared Motion Detectors can only detect intrusion within designed ranges as diagrammed in their installation manual. Passive Infrared Detectors do not provide volumetric area protection. They do not create multiple beams of protection and intrusion can only be detected in unobstructed areas covered by the beams. They cannot detect motion or intrusion that takes place behind walls, ceiling, floors, closed doors, glass partitions, glass doors or windows. Mechanical tampering, masking, painting, or spraying of any material on the mirrors, windows or any part of the optical system can reduce detection ability. • Alarm warning devices such as sirens, bells or horns may not alert people or wake up sleepers who are located on the other side of closed doors. If the warning devices sound on a different level of the residence from the bedrooms, then they are less likely to waken or alert people inside the bedrooms. Even persons who are awake may not hear the warning if the alarm is muffled by noise from a stereo, radio, air conditioner or other appliances, or by passing traffic. Finally, alarm warning devices, however loud, may not warn hearing-impaired people or waken deep sleepers. • Telephone lines needed to transmit alarm signals from premises to a central monitoring station may be out of service or temporarily out of service. Telephone lines are also subject to compromise by sophisticated intruders. • even if the system responds to an emergency as intended, occupants may however have insufficient time to protect themselves from the emergency situation. In case of a monitored alarm system, authorities may not respond appropriately. The most frequent cause of an alarm system not functioning when an intrusion or fire occurs is inadequate maintenance. This alarm system should be tested weekly to make sure that all sensors work properly.

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TECHNICAL SPECIFICATIONS

Zone-number 6 zones

Zone-type programmable

EOL Resistor 3.3kOhm

2EOL Resistors 2.2kOhm and 1kOhm

Programmable outputs: PGM1 and PGM2 2

Maximum load for PGM1 and PGM2 outputs 50mA

Main board typical consumption 50mA

LED keypad typical consumption 12mA

Maximum power current for battery charging 200mA

Board operation rated voltage 13.8 - 14Vdc

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ROEL electronics S.A. Calimachi Street 27-29, 023496 Bucharest, ROMANIA Tel.: +4 (021) 204.47.00, Fax: +4 (021) 242.20.30,

email: [email protected], www.roel.ro

Cerber C62 v1.9 Installation Manual

Documents

digital communicator

user codes

installer codes

keypad types

keypad layout

voice messages synthesis

monitoring of system

cerber c62