CA62TrainingPresentationENJune09 DAY

Teletek Electronics Intruder Alarm System CA62 Jun 2009

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Intruder Alarm System

CA 62

Installation / Slides 3-17 /

Programming / Slides 18-30 /


Part One

Installation


17 V AC 220 V AC Electrical Network Supply

Electrical Supply for the Panel

Part1 - Installation Connecting of mains transformer

Transformer 17 VA


Battery which doesn’t need maintenance.

DC, 12 V / 7Ah or 4Ah

Part1 - Installation Backup battery


If there is a bad grounding in the building or it is missing, DO NOT make this connection!

Attention!!!

Part1 - Installation Ground connection


Keypad Zone 1

Keypad wires:

4-Core Shielded Wire

Zone 1:

2-Core Unshielded Wire

Keypad LED 62

Rear view

1 K

Keypad terminal line

Optional with jumper

Part1 - Installation Connecting of keypads (LED or LCD)


External Sirens

PIR and Smoke detectors

Power Supply

Parallel connection

PIR 1 PIR 2

Line 12 V DC

Output 12 V DC

Part1 - Installation Power supply for external devices – 12 V DC

GND+12 GND+12


Output for siren 12 V DC

Zonе 2,….6

COM

Siren

terminal line

Tamper

Part1 - Installation Connecting of outdoor siren

+-12 V


Output for siren 12 V DC

+

-

0 V / +12 V+12 V

Siren terminal line

Part1 - Installation Connecting of indoor siren


Z 2 COM

Normal close contact NC

C

1K

Magnetic contactMagnetic contacts mounted on doors and windows

Part1 - Installation Connecting of magnetic contact


PIR Detector

Output 12 V DCConnecting Zones

Balance resistors (1K )

Zone and Tamper

Part1 - Installation Connecting of PIR detectors

GND TAMP REL+12


Z5 COM

Normal closed contact NC

C

1K

“Panic” button

Part1 - Installation Connecting of “panic” button


Relay Base (12V)

Fire detector with relay base (12V)

Output 12 V DC Connecting Zones

1K

24h Fire ZoneEOL

The PGM must be set for Fire Reset with active state +12 V DC

Part1 - Installation Connecting of fire detectors


Phone

PSTN

1- PSTN – the phone line is connected to lines А and В without requirement for the polarity.

2- Phone – it’s connected to lines А1 and В1 without requirement for the polarity.

Part1 - Installation Connecting of phone and telephone line


PC +

software ProsTE

Part1 - Installation Direct programming with PC

Standard cable

“USB to mini USB”

USB


PC +

software ProsTE

Part1 - Installation Remote programming with PC

PSTN

Part Two

Programming


Step 1: [ Enter the engineering code ]

Default code: [ 7777 ]

Step 2: [ Enter four digit code ]

Step 3: [ Enter Value ]

Step 4: [ Press ENTER ]

You are confirming the operation.

Part 2 - Programming Accessing the engineering menu


* Digits from 1 to 12 will beam or not on the LED keypad until you are programming you depending on the programming address.

* Each parameter is activating by pressing the button with the relevant number

* Press [ENTER]

* Choose the next address for programming.

Part 2 - Programming General operations with keypad


Parameter

9Auxiliary

8Key-switch

7Medical

6Tamper

5Panic

4Fire

3Instant

2Follow

1Entry/Exit

0Unused

Zone types Parameter

6E/E Final

5Double

4Force

3Stay

2Bypass

1Auto Bypass

Attributes 1

Provides time to arm or disarm site

It’s active only when the system is armed

Automatic bypass of the zone by reaching a number of activations

Zone which can be bypassed

This zone is not going to be armed in stay mode

Double knock type zone

It performs like Entry/Exit zone

The zone is not being used

24h Panic zone

24h Fire alarm zone

24h Tamper zone

24h Medical zone

Key-switch, 24h Burglar alarm zone

24h auxiliary zone

Addresses: 2010 for zone 1, 2020 for zone 2 ... up toaddress 2120 for zone 12

Addresses: 2011 for zone 1, 2021 for zone 2 ... 2121 for zone 12.

It’s active only when the system is armed.

If the zone is opened its not going to arm until it’s recovered

Part 2 - Programming Zone types and attributes


5Chime

4Write to log

3Video on Armed

2Silent

1Bell Delay

Attributes 2

3Disarm Enable

2Full/Stay

1Pulse/Latch

Attributes 3

It defines the way the relay isacting for Key Switch zones

Defines the type of arming – Full or Stay

Authorize arming or disarming of the system by this zone

The siren will sound when the programmed time is up

The siren will not sound in arm mode – silent panic

Triggers video recording on alarm even

Write to log file

Chime mode

2PART B

1PART A

Zone attachment

The zone is attached to partition А


Addresses: 2013 for zone 1, 2023 for zone 2 ... up to 2123 for zone 12


The zone is attached to partition А

Part 2 - Programming Zone types and attributes 2


2PART B

1PART A

Attachment

6On/Off

5Fire Reset

4Fire

3Tamper

2Panic

1Alarm

Parameters 1

6Polarity

5Pulse/Latch

4Tech. TRBL

3Siren

2Ps/Bypass

1Medical

Parameters 2

Activates by alarm event in Zone type panic

Activates by alarm event in 24h Medical zone type.

Activates by bypassing of a zone.

Activates by alarm event in the system.

The output way of activation.If we have Key-Switch zone type.

The active state of the output

Activates by event alarm in zone types: Entry/Exit, Follow and Instant

Activates 4 seconds after a valid user code

Activates by event tamper In the system

Activates by arming ordisarming the system

Addresses: 3010 for PGM1…up to 3040 for PGM 4

The PGM is attached to PART А

The PGM is attached to PART В



Activates by alarm event in 24h Fire zone type

Part 2 - Programming Programmable outputs - PGMs

Activates by fault event in the system.


Example: Programming of Zone 1In this example zone 1 is Entry/Exit zone type with delay and submenu Force type.

[ 7777 ] Enter the engineering code.[ 2010 ] Enter address. ( Zone 1 )[ 1 ] Defining type 1.Entry/Exit zone type. LED 6 is on.[ЕNTER] Confirm the operation.[ 2011 ] Enter address. ( Zone 1 )[ 4 ] Choose attribute Force. LED 4 is on.[ЕNTER] Confirm the operation.[ 2012 ] Enter address. ( Zone 1 )[ 5 ] Choose attribute chime. LED 5 is on.[ЕNTER] Confirm the operation.[ 2013 ] Enter address. ( Zone 1 )[ 2 ] Choose Full Arm. LED 2 is on.[ЕNTER] Confirm the operation.[ 2015 ] Enter address. ( Zone 1 )[ 1 ] Choose attach to PART А. LED 1 is on.[ENTER] Confirm the operation.


Example: Programming of PGM 1

[ 7777 ] Enter the engineering code.[ 3010 ] Enter address. ( PGM 1 )[ 1 ] Choose parameter 1.Alarm. LED 1 is on.[ЕNTER] Confirm the operation.

[ 3011 ] Enter address. ( PGM 1 )[ 2 ] Choose parameter Ps/Bypass. LED 2 is on.[ЕNTER] Confirm the operation.

[ 3012 ] Enter address. ( PGM 1 )[ 1 ] Choose attach to PART А. LED 1 is on.[ЕNTER] Confirm the operation.


Example: Programming of Entry/Exit time and bell time for partition A

[ 7777 ] Enter engineering code.[ 4010 ] Enter address – Exit time. ( PART А )[ 25 ] Set 25 second. [ЕNTER] Confirm the operation.

[ 4020 ] Enter address – Entry time. ( PART А )[ 15 ] Set 15 seconds.[ЕNTER] Confirm the operation.

[ 4012 ] Enter address – Bell time. ( PART А )[ 02 ] Set 2 minutes.[ЕNTER] Confirm the operation.

[ 4013 ] Enter address – Bell time delay. ( PART А )[ 0 ] Set 0 minutes.[ЕNTER] Confirm the operation.


Example: Setting date and time

[ 7777 ] Enter engineering code.[ 0030 ] Enter address. ( Internal watch )[ 1245 ] For 12:45 o’clock. [ЕNTER] Confirm the operation.

[ 0031 ] Enter address. ( Date )[ 0101 ] For 01.01.[ЕNTER] Confirm the operation.


Example: Changing manager’s code 1(Code by default – 0000)

[ 0000 ] Enter valid manager’s code.[ PRG ] Press PRG.[ 210 ] Enter address. ( For change ) [ **** ] Enter the new code – from 4 to 6 digits.[ **** ] Enter the code again. [ЕNTER] Confirm the operation.


Example: Changing user’s code 1(Code by default – 1111)

[ 1111 ] Enter user’s code.[ PRG ] Press PRG[ 0 ] Enter address. ( For change ) [ **** ] Enter the new code – from 4 to 6 digits.[ **** ] Enter the code again. [ЕNTER] Confirm the operation.


No 220 V power supply

No battery Fuse burned No phone line No communication

Active tamper

within the system

1 2 3 4 65

To see the problem: TRBL = determinate it and press ENTER

1.No 220 V power supply.2.No battery.3.Fuse burned.4.No phone line.5.No communication.6.Active tamper within the system.

Part 2 - Programming Technical problems code


Thank you for your time...

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