Cerber C612 Assembly instructions

Cerber C612 / C816

12/16-Zone and 2-Partition Burglary Control Panel

For your home and office

Installer’s Guide

Doc -----/ January 2009/ revision 3.x

1. INTRODUCTION

General Features

• Central unit's core of powerful RISC microprocessor;

• The electrical features include an EEPROM memory for programmed configuration, system/partitions status and LOG buffer to be retained even

in case of a total power loss;

• User-friendly programming of the system parameters, from keypad or by PC (using “EZcom C612&C816 Software”);

• Up to 800 events with time and date stamp 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 sensors causing false alarms.

• High-speed pre-programmed or entirely 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 first 9 alarms occurred in the system since last arming;

• Up to 8 keypads which can be simultaneously 4-wire coupled to one central unit;

• Keypad protection using micro-switch tamper;

On KP126P/KP164P LED keypad:

• Individual Zone LEDs from 1 to 12/16,indicating the alarm and faulted status;

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

On KP16LCD and KP16LCDL keypads all the system status, zone activity, zone descriptors and command instructions can be read from the LCD

alphanumeric display.

User Codes

45 programmable “user codes” (1-st being “master code”) with 19 programmable rights:

• Zone bypassing;

• Regular arming;

• Stay arming;

• Force arming;

• Disarming/siren stopping;

• Access to partition A;

• Access to partition B;

• Access from phone line

• PGM1 activating/deactivating;

• PGM2 activating/deactivating;

• PGM3 activating/deactivating;

• PGM4 activating/deactivating;

• PGM5 activating/deactivating;

• PGM6 activating/deactivating;

• PGM7 activating/deactivating;

• PGM8 activating/deactivating;

• Allowed starting guardian rounds;

• Allowed finishing guardian 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 17 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 using the installer’s maintenance code);

Digital Communicator

• Phone line tone detection upon automatic initiating of 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 stores up to 85 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 stores up to 85 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 work with central stations which generate handshake frequencies in any order and kiss-off time from 0.6 to 3

seconds;

• Several communicator formats - DTMF Ademco Contact ID and 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/without

parity, data of 1800Hz (or 1900Hz) and handshake of 1400Hz (or 2300Hz);

• 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 shut-down” or caused by

home arming, if the zones have the “stay” attribute activated - 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;

• Programmable reporting codes for system trouble situations: “Low battery voltage”, “Restore battery voltage”, “AC power loss”, “AC power

Restore”, “Bell Trouble”(upon disconnection, short circuit or overload on the Bell output), “Bell trouble Restore” (Restore of disconnection or overload on

the Bell output), “AUX output overload”, “AUX output 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 (using the EZcom C612&C816 Software):

-Uploading the system parameters from control panel onto PC;

-Downloading the programming of system parameters from PC onto the control panel (PC programming);

-Uploading the event LOG from the control panel into PC, log file that can be saved also in PDF format (see the Upload/Download software

user manual);

-System time and date setting by PC;

-System (or partitions) arming/disarming by 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 display of the system/partitions status and troubles;

-Real-time, online display of the bypassed, alarmed or open zones.

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

installer);

• 800-events LOG upload with display and save possibility and optionally reported to CS;

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

• Manual activation of communication with PC (PC upload/download acceptance), performed by master user or installer;

• Cancellation of PC to panel communication performed by master user or installer.

Zones

• 6/8 fully programmable zones on the main board, expandable to 12/16 zones using zone doubling feature or keypads’ zones, with single

or double EOL resistor, NO/NC contacts, tamper recognition and programmable as delayed, instant, follower, 24 hour burglary, fire, tamper,

panic, medical emergency, arming/disarming (“keyswitch” or “stay keyswitch”) or guardian round type;

• Cerber C816w give installer the option of choosing how many of the 16 zones controlled by panel are wireless. Any combination of wired and/or

wireless up to 16 zones can be done.

• 19 zone attributes, individually programmable as “audible/silent alarm”, “steady/pulsing siren”, “manual 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 shut-down” or caused by home arming, if the zones have the “stay” attribute activated - 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 audible alarms steady or pulsing;

•Individual siren timers for burglary and fire alarms;

PGM functions

•2 programmable outputs (PGMs) on the main board, expandable to 8 PGMs using other modules, each with 39 options, such as:“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”,“Pulse after exit delay”,“Pulse on arming”,“Pulse on disarming”,“Courtesy light”,“Pulse on siren troubles”,

“Retriggerable mono-stable”,“Resetable mono-stable”,“Bi-stable”and “Pulse on alarm triggered by each 1 to 16 zones”;

Monitoring of system troubles

• Battery Voltage and AC power monitoring;

•Siren monitoring (upon disconnection, short circuit or overload);

•“AUX overload” monitoring;

• Option of telephone line monitoring (TLM).

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;

• Programmable option for automatic initiating reporting of 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 automatic initiating voice message reporting;

• Using the MPV-16/DTMF voice module, several voice messages can be recorded, as for voice zone descriptors (12/16 messages), system

(partitions) status, commands and voice message confirmations and guides. All these messages are used by panel upon remote interrogation

calls or to the “follow-me” phone numbers events reporting;

• In case of no MPV16/DTMF module, 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 automatic control panel report on the telephone line of the “alarm” and “AC power loss” events, by specific

voice messages or by specific synthesis sounds);

RF remote control and/or proximity card operating (using Keyfob Module -01)

• Each user code can have one RF remote control transmitter (3 button keyfob – TX434) and/or one proximity card assigned;

•The keyfob can be used as a virtual keypad (transmitting commands, no confirmation on keyfob, just audio confirmation on keypads buzzer and keyfob

module buzzer, or on system sounders, by “ding” options programmed or visual confirmation using the keyfob module LAMP output) for

arming/disarming the user code assigned partitions, tot control PGM1 to PGM4, and for panic alarm (for more details see “Keyfob Module 01 –

Installation and Operating instructions”);

•All the user code rights are assigned to the keyfob functions, too;

• Easy enrollment of the keyfob and/or proximity card, in the time of entering or modifying user code procedure, performed by master user

• User number of the appropriate associated keyfob or card that was used is stored in control panel event log and reported to the Central

Station, having precise information about the user that operated the system by the use of RF remote control or proximity card.

Miscellaneous

• Real clock timer which will stamp the 800 events stored in the control panel event LOG memory;

• “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 - other than keyswitch and during exit delay or for 3

minutes from the moment of initiating the autoarming;

• Option: programmable period and pause for ding sounds;

• Audible warnings for 3 minutes on generation of timed autoarming: 3 minutes from the timed autoarming moment, on the keypad buzzer and

ding sounds optionally.

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

• Programmable protection against undesired resets to default values;

• Chime feature activated/deactivated by the users;

• Fuseless design (PCB - hardware system designed with electronic fuse control, to work without fusible resistors);

• Switching power supply

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

Technical Specifications:

Power

•12V/7Ah battery;

•18Vac/20VA transformer;

•Current consumption in stand-by:

50mA - control panel;

12mA - keypad;

MPV16/DTMF – 10mA;

•Current capability on +AUX output: typically 1A, 2A maximum, fuseless electronic shutdown at 2.2A, and automatic restore.

Inputs

•6/8 fully programmable zones on the main board, expandable to 12/16 zones using zone doubling feature or keypads’ 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, and automatic restore)

Note: Current capability and protections for auxiliary power supply (+AUX) and for 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.

1. INSTALLING AND COMMISSIONING

1.1. Mounting the control panel

Select a dry location close to an un-switched AC power supply, with a good earth 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 telephone line.

Mount the cabinet securely on the wall with 4 screws. Lay all the system cables into the cabinet, through one of the holes especially made for this purpose on the rear side of the

metal case. Prepare the cables for connections.

1.2. Mounting the Keypad

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

Open the keypad case and mount the back plate on the wall. Insert the keypad wires inside the keypad and prepare them for connection.

1.3. 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 below:

Notes:

SERVICE

18Vac

ZONE INPUTS

2k2

resistor

1. In the above drawing is an example of an outdoor self-powered sounder with flash (model CERBER SA11) connected to a CERBER C612.

2. If both indoor and outdoor sounders are used simultaneously, the 2K2 resistor should be connected to the outdoor sounder.

1.4. Connectors

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

AUX-, AUX+

Connectors for auxiliary power supply

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

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

Y (yellow), G (green)

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.

Z1, COM, Z2, Z3, COM, Z4, Z5, COM, Z6.

Terminals for control panel hardwired zones; see the general mounting diagram and the zones wiring diagrams.

PHONE

Phone set connectors.

LINE

Telephone line connectors

SERVICE

It is a copy of the keypad bus connectors and it can be used by installer for temporary connection of one keypad. The layout of this connector is: - Y (1) - G (2) – GND (3) - +12V (4).

Choose Sect:

2. SYSTEM PARAMETERS’ PROGRAMMING (“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 totally disarmed.

Notes:

1. The default value of the installer’s programming code is “0269” and it should be changed 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 [061] and [062] 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 [072] and [073] sections; after the 4-digit group specific to these reporting events the panel will transmit to CS another 3-digit group which

stands for master user or for 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 below.

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

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

After entering the installer’s programming code,the keypad buzzer will sound 3 beeps, confirming the system is being within “main programming

menu”. Depending on the keypad that you are using for the programming procedure, there are 2 distinct situations for confirming the entrance in the

“main programming menu”, as follows:

Case A: keypad model KP-126Pz / KP-164Pz (LED keypads): While the system is being within “main programming menu”, the ARMED A LED is ON, SYSTEM is

blinking and all the other status LEDs (ARMED B, READY A, READY B and BYPASS) are OFF.

Case B: keypad model KP16LCD or KP16LCDL (LCD keypads): While the system is being within

“main programming menu”, on the screen you will see:

Note: You can exit the “main programming menu” 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 [001] to [100].

While the system is being within “main programming menu”, in order to enter each section, you should enter 3-digit order number of the respective

section, by entering the 3 digits corresponding to the section number (i.e. for section no. 7 enter [0], [0] and [7] keys).

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

section. On the KP-126Pz / KP-164Pz (LED keypads), the status LEDs will be ARMED A - ON, SYSTEM - blinking, READY A - ON, READY B – OFF,

BYPASS – OFF and zone 1 LED – ON, OFF or blinking, and zone LEDs 2 to 12/16 ON or 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, attribute or rightstypes; the status of these options (or

attributes) is displayable on 1 to 8 LEDs (on KP-126Pz / KP-164Pz) or in clear message (only for KP16LCD or KP16LCDL). In order to turn these

options (or attributes, or rights) activate/deactivate, you should press [1] to [8] keys and the corresponding Zone LEDs will turn ON/OFF (on KP-126Pz /

KP-164Pz) or you will see the new value in clear text (only on KP16LCD or KP16LCDL). As for the LED keypads, if the corresponding zone LED is ON

means the respective option (or attribute/right) is activated and, if the corresponding zone LED is OFF means the respective option (or attribute/right) is

deactivated. Finally, to confirm the option, attribute or rights 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: On the LED keypad, after pressing [*] key, the READY ALED will be blinking and after digit was pressed, the LED will stay ON. As for the LCD keypads there is no special confirmation, as

you can see the proper value in clear.

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 if [#] 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.

Sections 01 to 12/16 : Zone’s definitions

Zone characteristic programming is performed within [001] to [012]/[016] sections.

While the system is being within “main programming menu”, select the respective section from [001] to [012]/[016] for each zone from 1 to 12/16 and then enter

the following sequence:

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

where [__][__] is a 2-digit group for type of the selected zone and ATTRIBUTES1, ATTRIBUTES2and ATTRIBUTES3are 1, 2 and 3 attribute sets for 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

12/16:

1. Select one of the sections from [001] to [012]/[016]. 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.

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

Zone

type KP16LCD (KP16LCDL) Description

line message 2

line message

[00] Type zone: Zxx Not used Unused zone

[01] Type zone: Zxx Delayed 1

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 or the appropriate 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 type of “delayed 1” and

-The “entry delay 2 timer” which applies to all zones defined as type of “delayed 2”.

Entry delay 1, delay 2 and exit delay times may be independently set from 1 to 255 seconds within [036] and [037] sections.

The default settings are 30 seconds for each entry delay time and 60 seconds for each exit delay time.

[02] Type zone: Zxx Delayed 2

[03] Type zone: Zxx Follower This zone type is usually used for interior detection devices, such as 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.

[04] Type zone: Zxx Instant This zone type is used for interior detection devices, such as motion detectors

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 are violated).

[05] Type zone: Zxx 24h The 24-

hour burglary zones are permanently active irrespective of the armed or disarmed system/partition status. This zone type is

useful for connection of glass-break detectors.

[10] Type zone: Zxx Tamper The sabotage (tamper) zones are permanently active irrespective of the armed or disarmed system/partition status. This type is used

for connection of tamper contacts in the system to prevent any sabotage attempt after the system installation and commissioning.

[11] Type zone: Zxx Panic The panic zones are permanently active irrespective of the armed or disarmed system/partition status. This type is used for

connection of panic switchers/pedals for a specific event to occur in emergency situations that can be reported to a CS.

[12] Type zone: Zxx Fire The fire zones are permanently active irrespective of the armed or disarmed system/partition status. This type is used for smoke

detectors. The acoustic warning in case of this zone type violation will be in pulse mode, having the highest alarm priority.

[13] Type zone: Zxx Medical.emerg The medical emergency zones are permanently active irrespective of the armed or disarmed system/partition status. This type is

used for connection of panic switches/pedals for a specific event to occur in emergency situations that can be reported to a CS.

[14] Type zone: Zxx Keysw/panic Each time this zone type is activated, the system will arm/disarm as regards to its previous armed/disarmed status. If this zone type

is violated more than 4 seconds, it will generate a panic alarm, too.

[15] Type zone: Zxx Stay keysw. Each time this zone type is activated, the system will stay arm or d

isarm 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] Type zone: Zxx Round If the „guardian rounds” were started previously, any violation of this zone type will make the siren sound for the „ding time” defined

in section [042].If this zone type is activated more than 30 seconds, then it will generate a special event („ambush on round”), too,

if the „guardian rounds” were started previously. No alarm will occur by violation of this zone type.