18020349 AVA installer revA new tech specs - Bine ati venit! wireless... · AVA WIRELESS SECURITY SYSTEM INSTALLER’S MANUAL Carefully read through this manual prior to installing

AVAWIRELESS SECURITY SYSTEM

INSTALLER’S MANUAL

Carefully read through this manual prior to installing and programming the sys-tem!

Teletek Electronics JSCSofia, November 2005

2 Guarantee

GuaranteeDuring the guarantee period the manufacturer shall, at its sole discretion, replace or repair any defectiveproduct when it is returned to the factory. All parts replaced and/or repaired shall be covered for the remainderof the original guarantee, or for ninety (90) days, whichever period is longer. The original purchaser shallimmediately send manufacturer a written notice of the defective parts or workmanship, which written noticemust in all cases be received prior to expiry of the guarantee.

International GuaranteeForeign customers shall enjoy the same guarantee rights as those enjoyed by any customer in Bulgaria, exceptthat manufacturer shall not be liable for any related customs duties, taxes or VAT, which may be payable.

Guarantee ProcedureThis guarantee will be granted when the appliance in question is returned. The manufacturer shall accept noproduct whatsoever, of which no prior notice has been received.

Conditions for waiving the guaranteeThis guarantee shall apply to defects in products resulting only from improper materials or workmanship, relatedto its normal use. It shall not cover:

§ Damages resulting from transportation and handling;§ Damages caused by natural calamities, such as fire, floods, storms, earthquakes or lightning;§ Damages caused by incorrect voltage, accidental breakage or water; beyond the control of the

manufacturer;§ Damages caused by unauthorized system incorporation, changes, modifications or surrounding ob-

jects;§ Damages caused by peripheral appliances unless such peripheral appliances have been supplied by the

manufacturer;§ Defects caused by inappropriate surrounding of installed products;§ Damages caused by failure to use the product for its normal purpose; Damages caused by improper

maintenance;§ Damages resulting from any other cause, bad maintenance or product misuse.

In the case of a reasonable number of unsuccessful attempts to repair the product, covered by this guarantee,the manufacturer’s liability shall be limited to the replacement of the product as the sole compensation forbreach of the guarantee. Under no circumstances shall the manufacturer be liable for any special, accidentalor consequential damages, on the grounds of breach of guarantee, breach of agreement, negligence, or anyother legal notion.

WaiverThis Guarantee shall contain the entire guarantee and shall be prevailing over any and all other guarantees,explicit or implicit (including any implicit guarantees on behalf of the dealer, or adaptability to specific purposes),and over any other responsibilities or liabilities on behalf of the manufacturer. The manufacturer does neitheragree, nor empower, any person, acting on his own behalf, to modify or alter this Guarantee, nor to replaceit with another guarantee, or another liability with regard to this product.Unwarranted ServicesThe manufacturer shall repair or replace unwarranted products, which have been returned to its factory, at itssole discretion under the conditions below. The manufacturer shall accept no products for which no prior noticehas been received.The products, which the manufacturer deems repairable, will be repaired and returned. The manufacturer hasprepared a price list and those products, which can be repaired, shall be paid for every repaired appliance.The closest equivalent product, available at the time, shall replace the products manufacturer deems unrepairable.The current market price shall be charged for every replaced product.

3Contents

Contents

Guarantee .......................................................................................... 21. General .......................................................................................... 31.1 Main Specifications ............................................................................... 31.2 Keypad. Principles for Working with the Control Panel Keypad ...... 41.2.1 LED Indication of Control Panel Keypad .......................................... 51.2.2 Display of the Control Dispay keypad ............................................... 51.2.3 Sound Indication ................................................................................ 61.2.4. Built-in Siren ..................................................................................... 61.3. Wireless Keypad..............................................................................72. System Installation ........................................................................ 82.1 Control Panel Installation ..................................................................... 82.1.1 Location & Mounting ........................................................................ 102.1.2 Initial Activation ................................................................................ 132.2 Device Programming .......................................................................... 152.2.1 General Programming Information ................................................. 152.2.2 Specific Device Information ............................................................ 172.2.3 For PIR-Detectors .............................................................................. 172.2.4 For Magnetic Contacts ...................................................................... 192.2.5 For Remote Controls ........................................................................ 202.2.6 For Sirens ......................................................................................... 212.2.7 For Fire Detectors ............................................................................. 232.2.8 For Wireless Keypads ....................................................................... 242.2.9 For Wired Detectors ........................................................................ 242.2.10 For Repeater...............................................................................252.3 Programming the Functions ............................................................... 262.4 Users’ Programming ............................................................................ 282.5 Programming Detector Areas ............................................................. 292.6 Output Programming........................................................................... 302.7 System Adjustments ............................................................................ 312.8 Dialer .................................................................................................... 344. Engineer menus .......................................................................... 455. Events LOG ................................................................................. 486. Electrical Specifications ............................................................ 496.1. General ................................................................................................ 496.2. Further information ...................................................................... 49

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1. General

1.1 Main SpecificationsAVA is a security system which provides several forms of protection against intruders, fire,technical and medical events.The System consists of a Control Panel with an integrated LCD Display, as well as a keypad forcommunicating with various wireless devices such as: PIR, magnetic contact, remote con-trols, a Wireless Keypad, an Outdoor and Indoor Siren. A telephone communicator/dialer foroccurring event alerts, as well as a remote control for some of the system functions, can alsobe installed with the Control Panel.

Fig. 1The AVA sistem and its devices

1. General

5

Features:- The System is capable of maintaining up to 24 wireless devices. The Detectors can be easilygrouped into 6 security detector Areas. These Areas can be programmed for Entry/Exit,Follow or Instant Alarm activations.- The System maintains 6 Arm functions and 6 Disarm functions and provides an option forprogramming the Areas to be Armed/Disarmed, as well as which of the PGMs to generate thesignal. These functions can be activated via the Remote Control or through the 16 user codesfrom Control Panel keypad.-Three types of Panic functions are maintained, which can be activated from the Control Panelkeypad, from the Remote Controls or by telephone.-The System maintains Real Time and records the latest 256 events by date/hour/minute ofoccurrence, which can be reviewed from the Main Module keypad.-A PC software has been designed for the System, which serves to program and monitor /control the telephone line.- Wireless keypad that can Arm and Disarm and also show the s tstus of the system.

1.2 Keypad. Principles for Working with the Control Panel KeypadThe Control Panel Keypad consists of 20 keys for general and special functions. A short soundsignal is heard when a key is pressed in confirmation that the key has been acknowledged,and when a given action is terminated a signal is heard to confirm or reject the action.

Keypad

LCD display

2

5

8

0CLR ENT

PRG

ARM

BPS

TRBL

MEM

1 3

4 6

7 9

DISARM

LED indicationTeleTek AVA24Wed.07/28 13:29

Fig. 2. Control Panel Keypad

Enter the access code to achieve the menu, unless the “One touch” option has been activated.The engineer/installer menus and submenus are numbered and represent a tree-type struc-ture.

1. General

6

Table 1. Button description and their action

1.2.1 LED Indication of Control Panel KeypadThere are 4 LED indicators for the main events in the system on the LCD keypad display,integrated into the control panel box.

230V AC – lights up in green to indicate main power supply; extinguishes to indicate mainpower supply failure.

TROUBLE – lights up in yellow in the event of System Tamper; blinks in case of SystemTrouble. It is recommended to call your installer.

ALARM – lights up in red in case of an alarm event; blinks during entry or exit times.

FIRE – lights up in red to indicate a fire event.

1.2.2 Display of the Control Dispay keypadThe System Display is 2 х 16 symbols, using characters and digits with several graphicsymbols for:

Fire

Tamper

Alarm

Memory

Low battery charge level of the main System module

Low battery charge level of a System module

No connection with module

Burnt out fuse

1. General

CLRARM Arming the systemReject entered data or back to the previouslevel in programming modePressing continuously the button will stop the sound indication of the built-in buzzer for trouble in the system

Button Action Button Action

ENT

PRG

BPS

TRBL

MEM

DISARM Disarming the system

Zone bypass

System troubles review

Event LOG review

Acknowledge entered data or forward tothe next level in programming mode

Scroll to the next menu or letter

Scroll to the previous menu or letter

Programming, selecting and deselecting

7

Armed

Armed with bypassed detectors

Requires engineer supervision

Bypassed module

Disallowed module

Area is ready to Arm

Open areaThe display has a LED backlight, which can be adjusted for brightness and has an energysaving function while in standby mode and/or during main supply failure.

1.2.3 Sound IndicationThe following sound indications have been integrated within the AVA:Short beep – upon pressing any key.Continuous beep – refusal to perform an action.Continuous sound, followed by a chime – confirmation signal.Interrupted sound signal – exit time is running.Quick interrupted sound signal – exit time is running or an important event has occurredsuch as Tamper, Fire, etc.Double sound signal every 20 seconds – in the case of technical system problems.

1.2.4. Built-in SirenAVAcontrol panel has a built-in dynamic sounder which can be programmed to be activatedaccording to system events and to the duration of the alarm signal duration.

1.3. Wireless Keypad

The KBD100TE wireless keypad is used for viewing the status of the system,arming and desarming the alarm panel. The keypad has one input zone that canbe used for example for a magnetic contact detector when the keypad is in-stalled on the wall next to a door.

Additional detailed information you can find in the manual of theKBD100TE keypad.

1. General

8

2. System Installation

2.1 Control Panel Installation2.1.1 Location & MountingSelect an installation site that is not easily accessible to intruders and leave at least 2" aroundthe panel box to permit adequate ventilation and heat dissipation. The installation site shouldbe dry and close to an AC source, ground connection and telephone line connection.

Before mounting the cabinet, install the four nylon mounting studs into the wall. Recom-mended drill is 6-8 mm (please see at the back of the pack). The screws are not supplied(they depend of the type of the wall). Recommend screws are 4,2х35 DIN 7981and wallanchor 6х30 UN 9802.

Use the four wall attachment openings indicated in Fig. 3.

Figure 3

2. System installation

Fig. 4. The four wall attachment openings

Adjust the tamper with the help of the screw below it in such way that viewed from aside itmust be in a horizontal position (Fig. 4).


Fig. 5 Connecting the flat cable and built-in sounder cable

Connect the flat cable and the built-in sounder cable, as shown in Fig. 5.

Connect all cables into the cabinet and prepare them for connection before connecting anyexternal and supply cable to the main circuit board.The main supply cable entry (for 230V AC 50/60Hz, 0,315mA fuse protection is integrated inthe wire terminal) is in the bottom left part of the plastic box. The entry hole is for standardpower supply cable (not supplied) The cable must be tightened with two screws (provided inthe nylon bag) and with a plastic cover. The plastic cover is molded in the base of the box.Three of them are provided and are easy to remove. They have two holes for tighteningscrews (screws are provided). This way the cable could not be puled out.Please refer to Fig. 6.

Observe the safety rules for working with 230V!

To provide power during power loss, connect a 12Vdc 1,2 to 7Ah rechargeable acid/lead orgel cell backup battery (YUASA model #NP7-12 recommended) . Connect the backup batteryafter applying AC power (as shown in Fig.7). When installing, verify proper polarity, asreversed connections will blow the battery fuse. Disconnect the battery before replacing thefuse.

10 2. System installation

Fig. 6. Connecting the power supply cables

Install the cable installations for the PGMs and the cable connected detectorsaccording to Fig. 7.

ACGND

Zn1PGM4

PGM3PGM2

PGM1+AUX- Zn2

Antenna

! !

!

ATTENTIONDo not touchthe antenna

RESETjumper

Connector forthe internal LCD

keyboard

Connector for digitalcommunicator

Connector for theinternal sounder

Connector for theinternal TAMPER switch

Backup batteryand the output

fuses +AUX

BATT +AUX

Backup battery leads+ -

+12V

1k

GND

PGM

Internal scheme ofoutputs PGM1..4

TAMPER TAMPER

In 1

1k 2.2k510510

In 2

Zn1 GNDScheme of connection of the input Zn1

510

TAMPER TAMPER

In 3

1k 2.2k510

In 4

Zn2 GNDScheme of connection of the input 2Zn

Fig. 7. PGM’s connection

2. System installation 11


The System outputs are of a transistor type (NPN) with a 1kΩ resistor in the collector. Bydefault all these are in NC status – i.e. the transistor is ON and the output shuts down towardsthe mass of the eventual external load. PGM1 provides current up to 1 A to GND, where PGMs2, 3 and 4 provide current up to 100 mA to GND. The outputs are intended to be used as opencollectors: i.e. for switching the load over to the mass. The supplementary 1 kΩ resistor in thecollector is used for of the positive output level, in case when the Output is designated to bepotential. Thereby, the current is limited by the resistor.

To install the Dailer board in the AVA control panle box see the figure 8 below:

Fig.8 Connecting the communicator to the AVA main board


2.1.2 Initial ActivationAn initial activation is performed after the System is installed: i.e.the power and the batteryterminals are connected (initial power-up) via a jumper placed for total reset (it is located nextto the processor). The System will activate when the monitor displays “Please remove resetjumper”. After the jumper is removed, the System will reset in a few seconds (observe“Resetting! Please wait”) and it will be ready to perform.The System is currently is with no devices attached to it and its parameters are by default.Tthe following quick actions have to be performed before the System is installed and ready towork after resetting:1. Install and learn the wireless devices, as described in Item 2.1 to this Manual. Perform thedescribed Radio Test.2. Program the devices according to your needs (where these may differ from default set-tings) as described in the Manual in item 2.2. It is recommended the devices to be labeled inorder to facilitate their further use and their log event review.3. Program the Detectors’ Area according to the required organization and function of theSystem. It would help to assign names to the Areas, according to their functions.4. Program or modify the Arm/Disarm functions, because they are user operated and can beactivated by the Remote Control keys.5. Program the required User Codes and functions which have the right to arm, as well as theirattributes.6. Program the outputs if necessary.7. Change system adjustments, where necessary.8. Do not forget to learn the user how to manage the System and when to seek the assistanceof the installer.2.1 Installing the Wireless DevicesAll wireless devices are installed in one and the same manner.

Basic PrinciplesThe System communicates within a unique House Address (HA).In order for a given device to be installed in the System, it must not have an HA, which hasbeen acquired from some other System. In such case the deletion must be done. Make it bysupplying mains to the device (the battery is first removed and then returned) whilst the devicetamper remains open: i.e. open the device; if powered, let it stay with no power for about 10seconds and then power it up with an open tamper. The red LED will light up interruptedly.While it blinks, close and open the tamper no less than three times. The device has now beenreset and in the case of a follow-up closing or opening of the tamper it would attempt to belearned (if devices are new there should be no deletion – these are deleted by default).Resetting the House Address (HA) of the Remote Control can be done by pressing simulta-

neously and continuously its three keys 1 , 2 и 3 . The red LED lights up perma-nently. The follow-up learning procedure is initiated by pressing any key, which is then con-firmed by a continuous green light. A short red blink would mean that a command is being sent,a short green one – Panel confirmation of that command.

Be careful when working and storing the remote control – never press the threekeys simultaneously!In order for the System to detect a new device it is necessary to initiate a procedure for addingnew devices from the Engineer Menu:

14

2)Devices

1)Add Devices

1)Add Devices

Start?

dNxxxx #xxxxxx

Stop?

Engineercode

2

ENT

ENT

ENT to stop procedure

The Control Panel will display the learned devices, together with their Type (dNxxxx) andUnique number (#xxxxxx) after a procedure has been initiated. Transmission will be initiatedfrom every new device whereby communication reliability during learning and the followingtest mode will be monitored. During the learning mode, the communication of the devices andthe Control Panel use twice less their nominal power, in order to ensure that as a consequencethe communication between them in any case will be more reliable. It is recommended thatlearning, or at least the radio test, be performed with the Main Module installed at a placewhere it would remain permanently, and the device is installed on its permanent operatinglocation.Keep in mind that during installation the first added device, if it is a Detector, belongs to Area 1,the second one belongs to Area 2, and every next device belongs to Area 3. When installed,Fire Detectors shall be attributed to Area 6.Example:The device has been reset and a procedure for adding devices has been started from theControl Panel. Press and release the device tamper. A red LED will indicate transmission,and a green LED will light up permanently to indicate successful learning. The device willthen perform a single control transmission using the parameters it has just received. Iflearning fails, press the tamper once again. After the device is learned, it automaticallypasses into Radio Connection Test Mode (communication with reduced output power). Thetest should be performed under conditions similar to future normal working conditions andtherefore the device must be placed at the location it will be used. Every follow-up transmis-sion will be indicated by a red LED and the power of perception will be indicated by thenumber of green LED blinks. There are 1, 2 or 3 blinks. Three 3 blinks should dominate andfrom time to time there will be 2 blinks where the device has been located under favorableradio connection conditions. Should single green LED blinks predominate or where theysimply have not connection at all, then the device has been placed under unfavorable condi-tions or is far away from the Control Panel and should be installed elsewhere (it is possibleto significantly improve radio communication only by moving it to a differentlocation in the same premise).Because it is a portable device the remote control does not indicate the power of theradio signal by a green LED blink.


15

After verification that a given device functions properly, its cover must be closed, ensuringthat the tamper is also closed and its installation is thereby finally completed. The Device willautomatically leave the Radio Communication Test Mode in about 6 seconds and will pass intonormal working mode. Test messages will be sent every X minutes to the Control Panel forpermanent monitoring of the radio link availability. The X duration of test messages is the samefor all devices and can be programmed at address 2.2.1 (see below).It is advisable to check if no other devices have been added by mistake during programmingafter they had been learned in the System. This ca n happend when two or more AVA systemsare working together or close to each other. In such case these should be removed from thelist of devices (2.2.1).

! After a Reset of the main panel or of the House Addresses of the devices have been done a learning procedure must be done for every one of them! If the system will be shut off after the devices have been learned to the system their batteries should be removed in order not to be discharged during the attepmts of the detectors to communicate with the panel!

2.2 Device ProgrammingAs a rule programming is not obligatory, because every added device has default programmedparameters which are sufficient for its own normal performance and for that of the System.The default parameters are the provided values or those which have been under-lined in this Manual. In practice it is advisable to program no less than the names of thedevices and the users, for example, if theinstaller has several preferences.Programming information may be general (referring to all devices) or specific (for instancereferring to PIRs).

2.2.1 General Programming Information:There are several types of general information, located in the menu:

Engineercode

2 2 :

2)Program Device

1)Common Prog.

ENT

2)Common Prog.

1)LED config

ENT

- program the diode indications for the devices here:

1)LED config

* open

ENT


16

* TX/RX * programming

Use to make the selection, mark/unmark using PRG and confirm by pressing

ENT .

2)Common Prog.

2)Communication

ENT

- here you can set the time for sending test messages from any device (the durationfor repeat) and also the number of repeats to be done.

Use to make the selection and confirm by pressing ENT .

1)Communication

1min/1s/5timesENT

5min/1s/10times - by default10min/2s/5times

20min/5s/5times

2)Program Device

2)All Devices

ENT

- a screen is displayed, showing the number and the type of the devices, theirunique number and name (by default or whatever has been programmed):

ENTdNxxxx #õõõõõõ

Device name

- select a device using the arrows and confirm using ENT , in order

to continue with one of the following menus:

Device name 1)Change name

ENT

1)Change name

Device name

ENT

- edit and confirm the change. The name editor is analogical to that of mobile tele-phones – use digits 1 to 9 by multiple pressing them to obtain the desired letter, digit or symbol.For ease, the top row shortly displays the available symbols for the digit which is beingpressed.


17

For the English language the symbols are:+0-.,:?’_ for 0 1@/\()[]* for 1abcABC2 for 2 defDEF3 for 3ghiGHI4 for 4 jklJKL5 for 5mnoMNO6 for 6 pqrsPQRS7 for 7tuvTUV8 for 8 wxyzWXYZ9 for 9

For the Bulgarian language the symbols are:+0-.,:?’_ for 0 1@/\()[]* for 1àáâÀÁÂ2 for 2 ãäåÃÄÅ3 for 3æçèéÆÇÈÉ4 for 4 êëìíÊËÌÍ5 for 5îïðñÎÏÐÑ6 for 6 òóôõÒÓÔÕ7 for 7ö÷øùÖ×ØÙ8 for 8 úüþÚÜÞß9 for 9

Device name

2)Enable/Disable

ENT

Device name

Enabled/Disabled

ENT

Use to select an Enable? or Disable? action and confirm by

pressing ENT .

Where a device has been disabled, the System can in no way be affected by itsperformance, but it will respond if it receives a message from it.

Device name

3)Remove

ENT

Device name

remove?

ENT

Device name

are you sure?

ENT

- entirely deletes the device from the System and frees memory for some otherdevice.

2.2.3 For PIR-Detectors:

2)Program Device

3)PIRs

ENT

- a menu appears for viewing the parameters of PIR-detectors only:


18

01PIR #õõõõõõ

Device name

ENT

- use the arrows to select a PIR-detector and confirm by pressing

ENT , and then continue with one of the following menus:

Device name

1)Sensitivity

ENT

1)Sensitivity

0..7: 3ENT

- for sensitivity of PIR detector; use the arrows to select sensitivitybetween 00 and 07 (the greater number indicates more sensitive detector) and confirm using

ENT . Default sensitivity is 3.

Device name

2)Device Group

ENT

2)Device Group

N:1

ENT

- Addresses a group of detectors. Use arrows to select a group

between 01 and 06 and confirm by pressing ENT .

Note:During the installation the first added device, if it is a detector, will by default be assigned toArea 1; the second – to Area 2; and every following one – to Area 3. During installation Firedetectors are assigned to Area 6.

Device name

3)Change name

ENT

– approach, as prescribed in item 2.2.1

Device name

4)Enable/Disable

ENT


Device name

5)Remove

ENT


Device name

6)LowTemperature

ENT


19

– the ambient temperature (measured within ±1°С by any detector) at which theControl Panel will generate and transmit a “Low Temperature” event (see Communicator EventList) can be programmed in this menu. One of the following temperatures can be selected:

6)LowTemperature

0 degree Ñ ENT

-6 degree C-4 degree C-2 degree C0 degree C - by default+2 degree C+5 degree C+15 degree C+25 degree C

2.2.4 For Magnetic Contacts:

2)Program Device

4)Magnet. contact

ENT

- a menu appears where only MC detectors are reviewed:

ENT02ÌÑ #õõõõõõ

Device name

- use to select a magnetic contact from the list of magnetic contacts,

added to the system and confirm using ENT .

Device name

1)Impulse Input

ENT

- here you can program the number of pulses here, which has to be perceived by theinput of the rolling shutter detector or which has to be generated by the shock detector in 20sec., in order to generate an ALARM. These are between 5 and 250. The recommended valuefor a rolling shutter is between 5 and 25, and for a shock detector it depends on the integrityof the door, the recommended value is between 20 and 100.

1)Impulse Input

counter: 09

ENT

Device name

2)Group

ENT

– approach, as prescribed in item 2.2.2.1


20

Device name

3)Change name

ENT


Device name

4)Enable/Disable

ENT


Device name

5)Remove

ENT


Device name

6)LowTemperature

ENT


2.2.5 For Remote Controls:The System can maintain remote controls with up to 4 keys, for each of which a differentsystem control function can be programmed. The keys which remain not programmed willexert no effect on the System. The functions can be individually programmed in menu 2.3.

2)Program Device

5)Remote Ctrls

ENT

- a menu appears where only remote controls, added to the System, are reviewed:

ENT02REM #õõõõõõ

Device name

- use for remote selection from the list and confirm by pressing

ENT .

Device name

1)button 1

ENT

- program the functions which are to be activated by pressing every individual keyon the remote control

1)button 1

not programmed

ENT

Arm f-n 1 - by default for key 1Arm f-n 2 - by default for key 3Arm f-n 3Arm f-n 4Arm f-n 5Arm f-n 6


21

DisArm f-n 1 - by default for key 2DisArm f-n 2 - by default for key 4DisArm f-n 3DisArm f-n 4DisArm f-n 5DisArm f-n 6Panic

Medical

Fire CallPoint

Device name

2)button 2

ENT

- program the function for every individual key the same way as for key 1

Device name

3)button 3

ENT


Device name

4)button 4

ENT


Device name

5)Change name

ENT

– approach as prescribed in item 2.2.1

Device name

6)Enable/Disable

ENT


Device name

7)Remove

ENT


2.2.6 For Sirens:

2)Program Device

6)Siren

ENT

- a menu appears where only the sirens, added to the System, are reviewed:

02SIR #õõõõõõ

Device name

ENT


22

- use to select a siren and confirm using ENT .

Device name

1)Audible Events

ENT

- use the keys PRG and to select the needed functions of theselected siren. The selected event is marked by (*). By default events will not be activated.

1)Audible Events

-Alarm

ENT

- FIRE- Tamper- Panic- Module Lost- Medical- sqwk.on fArm - double sound signal for confirmation of Arm- sqwk.on pArm - triple sound signal for confirmation of Desarm

The signals emitted by the sirens (if programmed) for Arming and Disarming are 2 and 3squawks respectively.

Device name

2)Cut-Off time

ENT

- program the timer for maximal duration of the signal of the selected siren.

2)Cut-Off time

1 minute

ENT

2 minute3 minute4 minute

Device name

3)Change name

ENT


Device name

4)Enable/Disable

ENT



23

Device name

5)Remove

ENT


2.2.7 For Fire Detectors:

2)Program Device

7)Fire Detector

ENT

- a menu appears for reviewing only Fire Detectors, added to the System:

02FIR #õõõõõõ

Device name

ENT

- use to select a Fire Detector and confirm using ENT .

Selecting the processing algorithm sensitivity:

Device name

1)Sensitivity

ENT

1)Sensitivity

normalENT

low

normal

high

Selecting the area to which information from the fire detector is to be addressed:

Device name

2)Fire Group

ENT

2)Fire Group

N: 6

ENT

Device Name

3)Change name

ENT


Device name

4)Enable/Disable

ENT



24

Device name

5)Remove

ENT


2.2.8 For Wireless Keypads:

2)Program Device

8)Remote KBD

ENT

Device name

2)Group

ENT


Device name

3)Change name

ENT


Device name

4)Enable/Disable

ENT


Device name

5)Remove

ENT


2.2.9 For Wired Detectors:

2)Program Device

9)Wire Devices

ENT

9)Wire Device

1)Add WireDevice

ENT

- a menu appears where all System Devices can be reviewed:

02õõõõ #õõõõõõ

Device name

ENT

- use to select a vacant device from the list and confirm using ENT .

Device name

1)Device Type

ENT


25

1)Device Type

wireless

ENT

Wired

The detector type is “wireless” by default. In this menu, use in order

to switch to “wired” and confirm by pressing ENT . This will addresses to it the parameters

from some of the wired inputs programmed below.After selecting which detectors are to be used as wired, go back by pressing two

times CLR . In this menu, use in order to program the detectors and select the

menu:

9)Wire Device

2)Program W.Dev.

ENT

- a menu appears, where the system devices programmed as “wired” can be re-viewed:

02WIR #õõõõõõ

Device name

ENT

- use to select a vacant device number from the list and confirm using

ENT .

Device name

1)Device Group

ENT

1)Device Group

N: 04

ENT

- program the area of detectors to which this “wired” detector should be attached.Because each of the two wired inputs supports the so called double zoning, it is necessary tospecify which wired detector is interpreted as which detector. Select the “wired” input num-ber from the following menu, take into consideration that:

Input 1 detector is wired to terminal Z1 and with 1 k. balancing resistorInput 2 detector is wired to terminal Z1 and with 2,2 k. balancing resistorInput 3 detector is wired to terminal Z2 and with 1 k. balancing resistorInput 4 detector is wired to terminal Z2 and with 2,2 k. balancing resistor (see Fig. 7)

Device name

2)Wire Input

ENT

2)Wire input

N: 01

ENT

- select “wired” input as described above.


26

2.2.10 For Repeater

At the moment this function is not supported.

2.3 Programming the FunctionsUser System Control is accomplished with the help of Functions. There are 6 Arm Functionsand 6 Disarm functions. What detector areas are to be Armed/Disarmed is programmed in thefunctions, as well as what actions and which outputs (PGMs) shall be activated by them.It is possible that only Areas or only Output actions be programmed.Functions for full or partial arming can be programmed, as well as functions which onlyactivate the Output or generate Panic.

Engineer Menu

3)FunctionsENT

ENT3)Functions

1)ARMing

1)ARMing

function N: 01 ENT

- select a number between 1 and 6 and confirm by pressing ENT .

function N: 01

1)Group optionsENT

- use and PRG to select the range of effect (upon which areas).

1)Group options

-Instant ARMENT

* Group 1* Group 2* Group 3- Group 4- Group 5- Group 6

By default, Areas 1, 2, 3 are armed for Function 1, and Areas 1, 2, 3, 4, 5, 6 areprogrammed for Function 2.

Programming a PGM action when activating the function:

function

N: 01

2)PGM actionENT

2)PGM action

no action

ENT


27

Set - Always powers-up the PGM independently of its current state

Reset

Change

pulse 2 sec.pulse 5 sec.pulse 10 sec.

- use to select an action and confirm by pressing ENT .

Program which PGM will be assigned to execute the above action

function N: 01

3)PGM Number

ENT

3)PGM Number

no PGM selectedENT

PGM 1PGM 2PGM 3PGM 4

The disarm functions are programmed absolutely analogically to the arming ones.The only difference is that Instant Arm is replaced by Duress event.

ENT3)Functions

2)DisARMing

2)DisARMing

function N: 01 ENT

- select a number between 1 and 6 confirm by pressing ENT .

function N: 01

1)Group options

ENT

- use and PRG to select the range of effect (upon which areas).

1)Group options

Group 1 ENT

* Group 2* Group 3- Group 4- Group 5


28

- Group 6- Duress event

By default Areas 1, 2, 3 are armed for Function 1, and Areas 1, 2, 3, 4, 5, 6 areprogrammed for Function 2.

function

N: 01

2)PGM actionENT

- the same as for the Arming functions.

function N: 01

3)PGM NumberENT

- the same as for the Arming functions.

2.4 Users’ ProgrammingThe System maintains 16 user codes with a 16-digit name and parameters and one engineercode with all programming rights, expect the rights to programme user codes and Bypassing.

Engineer Menu

4)Codes MenuENT

ENT4)Codes Menu

1)User Codes

Code ÕÕ****/----

User name

ENT

Use to select the programming code. **** means that the code has programmeddigits, i.e. it is being used, and —— means it is not being used.

Use ENT to confirm the selected program code.

ENT

1)Change name

User nameENT

- editing the name, as described in item 2.2.1

User name

2)CodeAttributesENT

2)CodeAttributes

ManagerENT

* Manager - can program other codes* Bypass - bypasses* Log view - reviews Log


29

* Time/Date Set - adjusts date and time* Remote Access - permitted telephone line access

- “*” means a selected option, and “–” means no selected option. Confirm by press-

ing ENT .

The engineer code has no name. The digits of the engineer code can be changed inthe following menu:

ENT4)Codes Menu

2)ChangeEngineer

2)ChangeEngineer

new code:[****]ENT

- introduce the new code. Enter it again if it does not duplicate any other existingcode:

2)ChangeEngineer

confirm:[****]ENT

- an error sign will be displayed if the second entry has been incorrectlyintroduced.

2.5 Programming Detector Areas

Engineer Menu

5)GroupENT

ENTG:01 - group type

Group name

- use to select the area to be programmed and confirm by pressing

ENT .

Group name

1)Group TypeENT

1)Group Type

InstantENT

not used

I n s t a n t

Entry/Exit

F o l l o w

- use to select the type and confirm by pressing ENT .


30

Group name

2)Change nameENT

2)Change name

Group nameENT

- edit the name, as described in item 2.2.1.

2.6 Output ProgrammingThe outputs (PGMs) can be programmed independently from the functions, in order to indicate(normally to external devices) specific System Events or System Problems. Several eventscan simultaneously be programmed; in this case the “logical OR” of the program events will beformed.

Engineer menu

6)OutputsENT

ENT6)Outputs

PGM N: 01 - use to select the PGM output between 1 and 4 and confirm by

pressing ENT .

Programming a System Event for Activation

Use and ENT to select the event and confirm by pressing ENT .

PGM N: 01

1)System events

ENT

- Alarm

- FIRE

- Tamper

- Panic

- Module Lost

- Medical

- full Arm

- part Arm

PGM N: 01

2)SystemTroubles

ENT

- AC loss

- Main BATT

- fuse

- module BATT


31

- maintenance

- comm. ERR

- line fault

- RFinterference

- programs a system problem to activate the PGM outputProgramming the normal output state, when not activated(if activated switches over to a different states)

PGM N: 01

3)Normal state

ENT

* PGM1 NC to GND

* PGM2 NC to GND

* PGM3 NC to GND

* PGM4 NC to GND

The System outputs are of a transistor type (NPN) with a 1K resistor in the collector. By defaultall these are in an NC state – i.e. the transistor is ON and the output shuts down towards themass of the eventual external load. PGM1 has a powerful transistor, whereas PGMs 2, 3 and4 have small power capacities. The outputs are intended to be used as open collectors; i.e.enabled to switch the load over to the mass. The supplementary 1K resistor in the collector isused as a positive output level, in case the Output is designated to be potential. Thereby, theload-carrying capacity is restricted by the resistor.

2.7 System AdjustmentsVarious general System parameters can be programmed in the System Adjustment Menu.

Engineer Menu

7)SystemENT

ENT7)System

1)LCD settings

1)LCD settings

1)Display

ENT

Use and PRG to select an event and confirm by pressing ENT

1)Display

* Chime on entry ENT

- a sound is genarated when the entry area is opened

1)Display

* display GroupsENT


32

- if programmed, the standard type of the main display can be changed:

TeleTek AVA24

Wed.07/28 13:29

ENT

with the type where the status of areas 1 to 6 can be observed, as well as the mainsystem problems:

123456 Wed.28/07

--+--- Ì13:29

ENT

1)LCD settings

2)Backlight

ENT

2)Backlight

<>: 3 ENT

- use to adjust the backlight between 0 and 15 and confirm by

pressing ENT .

7)System

2)Main SirenENT

2)Main Siren

1)System EventsENT

- programming the events for which the Control panel activates the siren

1)System Events

* Alarm ENT

* Alarm

* FIRE

- Tamper

- Panic

- Module Lost

- Medical

* sqwk.on fArm - double sound signal for confirmation of Full Arm and triple sound confirmation fo Full Disarm

* sqwk.on pArm -double sound signal for confirmation of Partial and triple sound confirmation of Partial Desarm

2)Main Siren

2)Cut-Off timeENT


33

Control panel Siren Cut-off time:

2)Cut-Off time

2 minute ENT

1 minute

2 minute

3 minute

4 minute

7)System

3)Entry TimeENT

- programming Entry time. This applies to all entry/exit Areas of detectors:

3)Entry Time

in seconds: 10 ENT

- from 0 to 255 seconds.

7)System

4)Exit TimeENT

- programming Exit time. This applies to all entry/exit Areas of detectors:

4)Exit Time

in seconds: 20 ENT

- from 0 to 255 seconds.

7)System

5)ÀÑ fault delayENT

Main AC 220V power failure will generate an event, which can be delayed in timefrom 0 to 255 min in order to avoid indication of the problem during short power failures:

5)ÀÑ fault delay

in minutes: 30

ENT

- from 0 to 255 minutes.

7)System

6)One-Touch opt.ENT

Permitting Single button performance. Communicator and Memory messages forevents, made with short key combinations, are generated for code 16 (where necessary

programming needs to be done for code 16). Use and PRG to mark and

confirm by pressing ENT .

6)One-Touch opt.

* one touch menusENT

- enables access to user menu Arming


34

- enabling one touch Arming. Arming rights need to be assigned at code 16

7)System

7)Soft. VersionENT

7)Soft. Version

ver.: 3.0å ENT

- displays the number of the Panel version

7)System

8)LanguageENT

- keypad language change. By default it is English. Use to select

language and confirm by pressing ENT .

8)Language

englishENT

áúëãàðñêè

2.8 DialerThe dialer can be installed in the palstic box next to the alarm panel board. It has the followingbasic functions:1. Transmits messages by telephone to the control panel for security or telephone.2. Provides computer based remote control and programming.3. Provides hearing out and control cabilities to the control panel by telephone.

Programming dialer parameters in engineer menu:

Engineer Menu

9)DialerENT

ENT9)Dialer

1)Phones

1)Phones

Phone õõ ENT

- select a telephone between 1 and 6 using or any of the digits and

confirm by pressing ENT .

Phone õõ

1)Enter PhoneENT

1)Enter Phone

õõõõõõõõõõENT

Assign a telephone number to telephones 1 to 6, for dialing a user or Monitoring Center. Enterdigits from 0 to 9 and/or the letters “P”, “T”, “D” and an interval using the “0” key, where “D”represents a 2 second pause; “P” changes over to a pulse mode of dialing and “T” changes


35

over to a tone dialing mode. Dialing begins by default in a tone mode. The interval deletesredundant telephone numbers.No introduced numbers will remain on the dialer after a reset.

Phone õõ2)Choose Dest.

ENT

2)Choose Dest.

Dest(1-4)õõENT

Assign a Destination number (recipient from 1 to 4) for telephones 1 to 6.The Destination determines the telephone dialing priority. Each message is transmitted inde-pendently to one of the 4 Destinations and after it is successfully delivered, the attempts fortelephone delivery to that same Destination are terminated. After resetting the dialer, theDestination is 1.

Phone õõ3)Choose Prot.

ENT

3)Choose Prot.

SIAENT

Ademco

User

An exchange protocol – “SIA” or “Ademco” – is selected for every telephone between 1 and6, to work with the Control Panel, or a “User” protocol for personal call to the user.After dialer reset, the protocol by default is “SIA”.

Phone õõ4)Enter ID

ENT

4)Enter ID

õõõõENT

Assign a 4-digit identification number of the site for transmitting events to the Control Panel forevery telephone from 1 to 6. Introduce digits from 0 to 9 or letters from A to F by speed dialing“0”.After dialer reset, the number by default is “9999”.

ENT9)Dialer

2)Mess.Filters

2)Mess.Filters

Message õõ ENT

- select a message between 01 and 64 and confirm by pressing ENT .


36

Message õõ1)Destination

ENT

* Dest 1

* Dest 2

* Dest 3

* Dest 4

Use and PRG to assign the Destination for transmission of any event (be-tween 01 and 64). After dialer reset, Destinations 1 and 2 are marked for transmitting during allevents (eligible to be transmitted to the Monitoring Stationl), and Destinations 3 and 4 aremarked in the events, eligible for transmission along user protocols (only the alarm ones). Thismeans that Control Panel communication telephones are programmed as Destinations 1 and/or2 and for these a SIA or Ademco Protocol shall be selected, whereas User call telephones areprogrammed for Destinations 3 and/or 4 and have a User Protocol. See Item 5 – ComplianceTable.

ENT9)Dialer

3)Dialer Prop

3)Dialer Prop

1)Dest AttemptENT

1)Dest Attempt

Count(1-9)õõENT

Assign the number of message transmission attempts, which are of priority for the Destina-tions. Each message is transmitted independently to one of the 4 Destination and after it issuccessfully transmitted, the attempts for telephone delivery to that same Destination areterminated. Failing to do so, transmission shall be attempted to a different telephone with thesame Destination, limited to the number of parameter “Dialed/Answered” calls, after which itwill pass on to the next Destination.After reset, the default value is 2.

3)Dialer Prop

2)Max AttemptENT

2)Max Attempt

Count(1-9)ENT

- Assign the maximal number of attempts for transmitting an event to the Control Panel. Afterreset the value is 4.After the priority listing of the 4 Destinations, the dialing attempts are renewed from the firstDestination up to “Max.Attempt” attempts to transmit by listing by order of transmission priority.


37

Examples:

Dest attempt = 2Max.Attempt = 4

Phone 1 Phone 2 Phone 3 Phone 4 Phone 5 Phone 6Destination 2 2 1 1 3 4The following telephone numbers are dialed in succession:3, 4, 3, 4, 1, 2, 1, 2, 5, 5, 6, 6,3, 4, 1, 2, 5, 6, 3, 4, 1, 2, 5, 6

The first row of attempts is determined by “Dest attempt” , and the second by“Max.attempt”.If

Desr attempt = 4Max.Attempt = 4The following telephone numbers are dialed in succession:3, 4, 3, 4, 3, 4, 3, 4, 1, 2, 1, 2, 1, 2, 1, 2,5, 5, 5, 5, 6, 6, 6, 6

IfDest attempt = 1Max.Attempt = 4The following telephone numbers are dialed in succession:3, 4, 1, 2, 5, 6, 3, 4, 1, 2, 5, 6,3, 4, 1, 2, 5, 6, 3, 4, 1, 2, 5, 6,A telephone number is dialed only if a number and protocol have been introduced.

3)Dialer Prop

3)Line breakENT

3)Line break

min(0-99)ENT

“3)Line break” serves in case of delay in marking the warning for a disconnected line. Timeis set by minutes. No line disconnection is to be tested if the value is 0. After reset the value bydefault is 15 minutes.

3)Dialer Prop

4)Common FlagsENT

4)Common Flags

- Wait DialtoneENT

- Call Back

- Ans Mash

Dialer Performance Flags

These can be programmed using and PRG . The flag “Wait Dialtone” servesfor awaiting “dial signal” before dialing the number.


38

If a “Call-Back” has been marked, UDL is accomplished after the UDL telephone number isdialed from the Control Panel.The Flag “Answering Machine” is activated during a call. When activated, and if there is atelephone answering device after the Control Panel, within 3 minutes the first call will beresponded by the answering device and the second call will be answered by the Control Panelat the first ring.There is no marked flag after reset.

3)Dialer Prop

5)Expand SIAENT

Additional flags for the transmission to the Control Panel along the SIA Protocol

The flags can be programmed with the help of , PRG :

5)Expand SIA

- Sia Hi SpeedENT

- Sia Hi Speed – modem speed of transmission to the Con- trol Panel 300b/sec (if not set 110 b/sec are transmitted )

- Sia Ext.Area – transmitting modifier for area of event- Sia Ext.Time – transmitting modifier for time of event- Sia Ext.Date – transmitting modifier for date

There is no marked flag after reset.

3)Dialer Prop

6)Hour testENT

Hour of automatic test transmission to Control Panel:

6)Hour test

Hour(0-23)ENT

Enter a number between 0 and 23. After reset by default it is 12.

3)Dialer Prop

7)Minute testENT

Minute of automatic test transmission to Control Panel:

7)Minute test

Min(0-59)ENT

Enter a number between 0 and 59. After reset by default it is 01.

ENT9)Dialer

4)Udl

4)Udl

1)Id PanelENT


39

1)Id Panel

õõõõENT

Enter an identification number of the Control Panel for the UDL. After reset by default it is“1234”

4)Udl

2)Id PCENT


Listening to the AVA’s premises Talking to the AVA’s premises Listening and talking to the AVA’s premises Amplified listening to the AVA’s premises Remote Arming/Disarming

Hang up connection

0 -

1 - 2 - 3 -

99 - *9 -

Enter 6 digit valid code

No

Pressing 99 hangs up the connection

No

No

Yes

Yes

Yes

Switches on respectiveacoustic function

No Yes

Press once button or #*

Wait for signal from AVA system

40

2)Id PC

õõõõENT

Enter an identification number of the computer for communicating with the UDL. After reset bydefault it is “1234”

4)Udl

3)Callback PhENT

3)Callback Ph

õõõõõõõENT

Enter a UDL call-back telephone number. Enter digits from 0 to 9 and/or the letters “P”, “T”, “D”and an interval using the “0” key, where “D” represents a 2 second pause; “P” changes to apulse mode of dialing and “T” changes r to a tone dialing mode. Dialing begins in a tone mode.The interval deletes unwanted telephone numbers.No introduced numbers will remain on the dialer after a reset.

4)Udl

3)Answer modeENT

3)Answer mode

no answerENT

Modem

DTMF cntrl

Use to select the type of signal for answering the telephone line and confirm by

pressing ENT . Where a “modem” option has been set after the telephone is answered, the

System will wait a UDL computer connection. Where a “DTMF cntrl” option has been set, theSystem will expect human control with the help of DTMF tones, providing for overhearing,speech and control. This procedure is shown on the previous scheme.

4)Udl

3)RingsENT

3)Rings

count(0-9)õõENT

Assign the number of rings needed for the Control Panel to answer the telephone line. In caseof 0 the telephone will not be answered. After reset by default it is 7.


41

In order to manage the System with DTMF-tones, the “Rings” parameter must be allowed not tobe “0”, and “Answer” to be “DTMF cntrl”.Overhear and managing the Control Panel by telephone is done after the number of the ControlPanel is dialed from a tone telephone. When the user hears the signal from the Control Panel,he should terminate it using “ * ” or “#“ and dial a 6 digit code. For the Control Panel only the firstfour digits are of relevance, and these need to coincide with the Control Panel access codeand to have “Remote Access” rights. Confirmation will be heard and then the overhearingmode will be turned on with slight amplification. Dial “ * ” and “9“ to switch over to managementmode. In this statues dial the numbers of the function: from “001” to “006” for arming and from“101” to “106” for disarming. To return to overhearing mode press “*0”.The connection can be terminated by pressing “99” in overhearing mode.This procedure is shown on the previous scheme.

ENT9)Dialer

5)Control

5)Control

1)Clear bufferENT

1)Clear buffer

- to Dest. 1ENT

- to Dest. 2

- to Dest. 3

- to Dest. 4

Stops telephone line communication by clearing the queue (buffer) of events of addresses to

those which have been marked. Mark using , PRG .

5)Control

2)Send Test MsgENT

2)Send Test Msg

- to Dest. 1 ENT

- to Dest 2

- to Dest 3

- to Dest 4

This sends a text message to the respective destination. These are marked using ,

PRG and can be sent by pressing ENT .

5)Manual Control

3)Pick-UPENT

3)Pick-UP

ModemENT

DTMF cntrl


42

Engages the telephone line as if a call is engaged and respectively activates a user or modemsignal for UDL. To manually pick-up the telephone line when there is an incomng ring

select the wanted signal with the and press ENT to pick up the line.

5)Control

4)Set defaultENT

4)Set default

Continue?ENT

Establishes program parameter reset.

3. Maintenance menuThe first menu in the Engineer Menu is: 1) Maintenance and it supplements the engineerinstallation. Various system parameters can be checked out here.

Engineer Menu

1)MaintenanceENT

ENT1)Maintenance

1)SystemTroubles

- system problems are listed out in 1 – 2 second intervals (the available ones only)

1)SystemTroubles

* ÀÑ loss ENT

* AC loss - the panel does not detect any main power supply

* main BATT - main battery trouble* fuse - burnt out auxiliary power supply fuse* module BATT - low battery charge in any of the modules* maintenance - low temperature or FD requires servicing* comm. ERR - telephone communication trouble* line fault - telephone line trouble* RFinterference - currently not maintained

ENT1)Maintenance

2)System Events

2)System Events

* Alarm ENT

* Alarm

* FIRE

* Tamper

* Panic

* Module Lost

* Medical

3. Maintenance menu

43

* full Arm

* part Arm

- current events are displayed

ENT1)Maintenance

3)Group state

- the status of the Areas is established in sequence for each one in intervals of

approximately 1 sec. Use to discontinue the automatic mode of display and toreview them manually.

G:õõ--- Group type

Group nameENT

ENT1)Maintenance

4)Devices State

- the status of the Devices is established in sequence for each one in intervals of approxi-

mately 1 sec. Use to discontinue the automatic mode of display and to reviewthem manually.

dNxxxx #õõõõõõDevice name

ENT

ENT1)Maintenance

5)Log

5)Log

1)Display LogENT

1)Display Log ENT

- the status of the Areas is established in sequence for each one in intervals of

approximately 1 sec. Use to discontinue the automatic mode of display and toreview them manually.

G:õõ--- Group type

Group nameENT

ENT1)Maintenance

4)Devices State

- the status of the Devices is established in sequence for each one in intervals of approxi-

mately 1 sec. Use to discontinue the automatic mode of display and to reviewthem manually.

3. Maintenance menu

44

dNxxxx #õõõõõõDevice name

ENT

ENT1)Maintenance

5)Log

5)Log

1)Display LogENT

1)Display Log ENT

- two screens display the latest 256 events, recorded by the System Memory. The events can

be reviewed with the help of , and the screens can be switched between by

pressing PRG .

For example:

008 29/07 19:18

EV_BURG_ALARM

ENT

- rated 8th in the event listThe 8th listed event is a Burglary Alarm event having occurred at 7.18 p.m. on 29 July.

Additional information will be displayed on the second screen if PRG is pressed.

G:02 Group name

D:01 Device name

ENT

Pressuing button will clear the log of event that wait to be transmitted to Monitoring Center.

The Control Panel battery is measured once every minute. The actual state can be observed inthe following menu:

ENT1)Maintenance

6)Main BATT

6)Main BATT

not measured yet

ENT

12,5V batt OK10,0V batt LOST11,5V batt LOW

ENT

3. Maintenance menu

454. Engineer menus

4. Engineer menus1)Maintenance

2)System events

3)Group state

4)Devices state

5)LOG

6)Main BATT

2)Devices 1)Add devices

2)Program devices 1)Common prog. 1)LED config

2)Communication

To Functions menu

2)All devices Device: 01..24 1)Change name

2)Enable/Disable

3)Remove

3)PIRs Device PIR: 01..24 1)Sensitivity

6)Low temperature

4)Magnetic contact Device MC: 01..24 1)Impulse input

2)Device Group

3)Change name

4)Enable/Disable

5)Remove

6)Low temperature

5)Remote controls Device RC: 01..24 1)Button 1

2)Button 2

3)Button 3

4)Button 4

5)Change name

6)Enable/Disable

7)Remove

2)Device group

3)Change name

4)Enable/Disable

5)Remove

To Sirens menu

1)System troubles

12.5 V Noraml11.5 V Low10.0 V Lost

System troublesAC lossmain BATTfusemodule BATTmaintenancecomm. ERRline faultRFinterference

AlarmFIRETamperPanicModule LostMedicalfull Armpart Arm

System events

Start?

LED config

Communication

46 4. Engineer menus

6)Siren Device SIR:01..24 1)Audible events

2)Cut-off time

3)Change name

4)Enable/Disable

5)Remove

7)Fire detector Device FIR:01..24 1)Sensitivity

2)Fire group

3)Change name

4)Enable/Disable

5)Remove

8)Remote KBD

9)Wire device 1)Add W.Device:01..24 1)Device type

2)Program W.Dev. 1)Device group

2)Wire input

From Devices menu From Remote controls menu

3)Functions 1)ARMing Function N:01..06 1)Group options

2)PGM action

3)PGM number

2)DisARMing Function N:01..06 1)Group options

2)PGM action

3)PGM number

4)Codes menu 1)User codes Code N:01..16 1)Change name

2)Code attributes

2)Change engineer

5)Group Group N:01..06 1)Group type

2)Change name

6)Outputs PGM N:01..04 1)System events

2)System troubles

3)Normal state

To System menu

6)Low temperature

2)Device group

3)Change name

4)Enable/Disable

5)Remove

10)Repeater

47

7)System 1)LCD settings 1)Display

2)Backlight

2)Main siren 1)System events

2)Cut-off time3)Entry time

4)Exit time

5)AC fault delay

6)One-touch options

9)Dialer

7)Software version

8)Language

1)Phones Phone N:01..04 1)Enter phone

2)Choose destination

3)Choose protocol

4)Enter ID

2)Message filters Message N:01..64 1)Destination

3)Dialer properties 1)Destination attempts

2)Maximum attempts

3)Line break

4)Common flags

5)Expand SIA

6)Hour test

7)Minute test

4)UDL 1)ID panel

2)ID PC

3)Callback phone

4)Answer

5)Rings

5)Manual Control 1)Clear buffer

2)Send Test Msg

3)Pick Up

4)Set default

8)Service menu

From Outputs menu

4. Engineer menus

5. Events LOG

48 5. Events LOG

NOM EVENT SIA ADEMCO1 2 3 4

1 EV_ERROR2 EV_BURG_ALARM BA 130 * * * *3 EV_BURG_ALARM_REST BH 130r * *4 EV_FIRE FA 110 * * * *5 EV_FIRE_REST FH 110r * *6 EV_PANIC PA 120 * * * *7 EV_PANIC_REST PH 120r * *8 EV_TAMPER TA 137 * * * *9 EV_TAMPER_REST TR 137r * *10 EV_MEDICAL MA 100 * * * *11 EV_MEDICAL_REST MH 100r * *12 EV_SENSOR_BPS UB 570 * *13 EV_SENSOR_BPS_R UU 570r * *14 EV_WATER_ALARM WA 154 * *15 EV_WATER_ALARM_R WH 154r * *16 EV_FIRE_BPS FB 571 * *17 EV_FIRE_BPS_REST FU 571r * *18 EV_HEAT_ALARM KA 158 * *19 EV_HEAT_ALARM_R KH 158r * *

20-21 not used22 EV_FREEZE_ALARM ZA 159 * *23 EV_FREEZE_ALARM_R ZH 159r * *24 EV_DISARM_USER OP 401 * *25 EV_DISARM_REMOTE OQ 407 * *26 not used27 EV_ARM_USER CL 401 * *28 EV_ARM_REMOTE CQ 401 * *

29-30 not used31 EV_PROG_ENG LB 627 * *32 EV_PROG_ENG_END LX 628 * *33 EV_DURESS HA 121 * * * *34 EV_COMM_LINE YS 351 * *35 EV_COMM_LINE_REST YK 351r * *36 EV_COMM_FAIL YC 354 * *37 EV_TEST_AUTO RP 602 * *38 EV_TEST_MANUAL RX 601 * * * *39 EV_FUSE YP 300 * *40 EV_FUSE_REST YQ 300r * *41 EV_SYSTEM_RESET YW 305 * *42 EV_AC_LOSS AT 301 * *43 EV_AC_REST AR 301r * *44 EV_BAT_LOW YT 311 * *45 EV_BAT_REST YR 311r * *46 not used47 EV_ExpM_TAMPER ES 341 * *48 EV_ExpM_TAMPER_R EJ 341r * *49 EV_RF_BATT XT 384 * *50 EV_RF_BATT_R XR 384r * *51 EV_RF_INTERF XQ 344 * *52 EV_RF_INTERF_R XH 344r * *

53-58 not used59 EV_ExpM_LOST EM 333 * *60 EV_ExpM_LOST_R EN 333r * *61 EV_CLEAN_SENSOR AS 616 * *

Deault programming by destinations

6. Electrical Specifications

6.1. GeneralPower supply:

Primary - 230V AC, 50-60 HzBackup Battery - 12V, from 1,2 to 7 Ah maintenance-free lead-acid

Current consumption (device operational):- from 230V AC, with battery fully charged ~ 40 – 50 mA

- from 230V AC, with 0,8A charge current ~ 100mA- from Battery without 230V AC - 40 to 140mA(depends on the backlight mode, output statues, etc)

Performance duration in case of ÀÑ 230V failure - with a 1,2Ah batterymin. 12 h. max. 30 h- with a 7Ah batterymin. 3 days max. 7 days

Maximal current at Output 1 (for Uout=CLOSE) - 2ÀFor Uout=OPEN the output current is restricted by a 1ê resistorMaximal current at Output 2, 3, 4 (for Uout=CLOSE) - 100 mÀFor Uout=OPEN the output current is restricted by a 1ê resistorPrimary fuse (230V AC) - 0,315 ABattery fuse (F1) - 2ASupplementary voltage (+12V DC) fuse (F2) - 1ABattery shelf life for wireless devices:

PIR - up to 4 years Magnetic contact - up to

5 yearsRemote control - up to5 yearsInternal siren - up to3 yearsExternal siren - up to5 yearsFire Detector - up to 4

yearsKBD100TE Keypad - up

to 6 month

6.2 Further InformationFor all devices:working frequency - 868 MHz ISM bandradio-communication standards - ETSI 300 220Other standards - EN 60950 and

EN 50130-4Radio range - 50 m indoors

- up to 300 m outdoors

6. Electrical specificastions 49

for PIR:range - 12-15 mcoverage angle - 90-110 degrees

For all devices:working frequency - 868 MHz ISM bandradio-communication standards - ETSI 300 220Other standards - EN 60950 and

EN 50130-4Radio range - 50 m indoors

- up to 300 m outdoorsfor PIR:range - 12-15 mcoverage angle - 90-110 degrees

dimensions of the control panel box - 293 x 340 x 102 mm

50 6. Electrical specificastions

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18020349 AVA installer revA new tech specs - Bine ati venit! wireless... · AVA WIRELESS SECURITY SYSTEM INSTALLER’S MANUAL Carefully read through this manual prior to installing