ROEL Cerber C62 Owner's 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

2
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

3
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;
• PGM2 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);

4
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”;

5
-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;

6
• 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;

7
•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

8
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”.

9
•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:
oON – the user is being within one the zone bypassing menu and the respective zone is
bypassed;
oON/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.

10
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:

11
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
ALARM
2.2kΩ
COM Zn
1k
Ω
ALARM
2.2kΩ
TAMPER

12
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.

13
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;
• PGM1 activating/deactivating;
• PGM2 activating/deactivating;
• 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.

14
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.

15
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:
oThe 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.
oSystem 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”.
If after entering the last digit of the user code the keypad buzzer is sounding a long rejection beeps
that means:

16
-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).
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 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

17
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”.
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 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).
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 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).

18
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;

19
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.
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 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:

20
[*][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.