teko ASTRA-Z-8145 Pro Operating Manual

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Research and Development Center TEKO

WIRELESS CONTROL KEYPAD

ASTRA-Z-8145 Pro

Operating Manual

Page 2

Contents

Abbreviations and Terms ..................................................... 3

1 Function .......................................................................... 4

2 Technical Characteristics .............................................. 5

3 Delivery Set ..................................................................... 5

4 Structure .......................................................................... 6

5 Purpose of Keypad Buttons .......................................... 7

5.1 . Main Keyboard................................................................... 7

5.2 . Functional Keys................................................................. 7

6 Keypad Main Features and Functions .......................... 8

7 Keypad Menu ................................................................ 10

7.1 . Menu Structure................................................................ 10

7.2 . User Menu........................................................................ 12

7.3 . Operator Menu................................................................. 16

7.4 . Technician Menu............................................................. 19

7.5 . Engineer Menu................................................................. 26

8 Pre-Starting Procedure and Installation ..................... 29

9 Maintenance .................................................................. 30

10 Labeling ................................................................ ......... 30

11 Recycling ....................................................................... 30

12 EC Conformity Declarations ........................................ 31

13 Manufacturer Warranty ................................................ 31

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Indication Panel Astra-863 version A/AE/B/BE with v1_3 FW version and higher

Relay Unit Astra-823 (listed in hardwired devices)

LCD

Liquid Crystal Display

Remote Control

Built-in Buzzer (beeper)

Event Source

Embeddable Relay Module

Monitor

Program module of Astra Pro Monitoring Software Suite (MSS)

HKP

Hardwired Control Keypad Astra-814 Pro

WKP

Wireless Control Keypad Astra-Z-8145 Pro

Personal Computer

MSS

Astra Pro Monitoring Software Suite

SW / FW

Software / Firmware

Control Panel

Control Panel Astra-8945 Pro or Astra-712 Pro

CSP

Central Surveillance Post

BPS

Backup Power Supply Unit

WE Z

Wireless Extender Astra-Z

WE R

Wireless Extender Astra-R

Wireless Extender Astra-Z, Wireless Extender Astra-R

Hardwired Extender Astra-713

RVZ

Embedded Wireless Receiver

Wireless Device (component)

This operating manual is intended for studying operating principles of the Astra-Z-8145 Pro control keypad as a part of the Astra-Zitadel or Observer I intrusion / fire detection and alarming systems based on Astra-8945 Pro or Astra-712 Pro control panels. This manual refers to the features of the Astra-Z-8145 Pro control keypad with bv2_3

FW version.

Abbreviations and Terms

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Astra-Zitadel System

Wireless intrusion/fire detection and alarming system AstraZitadel

Observer I System

Wireless intrusion/fire detection and alarming system Observer I

A series of numbers to be entered on the keypad to execute a command

GSM

Astra-GSM Module

LAN

Astra-LAN Module

PSTN

Astra-PSTN Module

A unique 64-bit identification code in the Touch Memory interface input under the Dallas Semiconductor DS1990A(R) specification. May come from electronic tablets (iButton components in a MicroCAN housing) or from identification components that generate similar identification codes operating on other identification principles (Proximity, biometrics, etc.)

BAT

Battery Cell

System Core, SC

Main program module of the Astra Pro Monitoring Software Suite (MSS)

UART, RS-485, LIN

Types of hardwired digital communication interfaces

TTD

Transmitting terminal device TTD Astra-Y

RTD

Receiving terminal device RTD Astra-Y

TTD-Dozor

Transmitting terminal device Astra-Dozor

1 Function

1.1 The keypad is intended for operating as a part of the Astra-Zitadel or Observer I

systems with Astra-8945 Pro or Astra-712 Pro control panels as a master device and MSS Astra Pro.

1.2 The device provides for the following functions:

 input and transmission of PIN codes to the control panel for authorization and

direct control;

 issuing messages coming from the control panel on LCD and built-in buzzer.

1.3 Power is supplied to the device from two battery cells (main (Primary) and backup

(secondary) of AA size, voltage 3.6 V).

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2 Technical Characteristics

Technical Parameters of Radio Channel:

Operating frequency range, MHz ............................................................. 2400 to 2483.5

Number of operating channels at 5 MHz intervals ........................................................ 16

Channel width, MHz ....................................................................................................... 2

Line-of-site wireless coverage range, m, min ............................................................. 300

General Technical Parameters

Voltage, V .......................................................................................................... 2.6 to 3.6

Current consumption, mA, maximum:

- in standby mode ................................................................................................... 0.005

- maximum ................................................................................................................ 115

Deactivation threshold (with simultaneous power supply voltage reduction

in both battery cells while maintaining LED indication), V, lower ................................. 2.6

Overall dimensions, mm, max ......................................................................174×150×43

Weight (without battery cells), kg, maximum ............................................................... 0.5

Average service lifetime of the main battery, months, minimum ................................... 36

Total service lifetime of two batteries, months, minimum ............................................. 38

LCD interface response time upon a command, s, maximum ...................................... 14

Operating Conditions:

Temperature range, °C ............................................................................ from -10 to +55

Relative air humidity, % ....................................................................... up to 93 at +40 °C

without moisture condensation

3 Delivery Set

Astra-Z-8145 Pro wireless control keypad .............................................................. 1 pcs.

Battery cell .............................................................................................................. 2 pcs.

Screw 3.9×32 ......................................................................................................... 4 pcs.

Dowel 6×30 ............................................................................................................ 4 pcs.

Operating Manual .................................................................................................. 1 copy

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4 Structure

Base

4.1 The device consists of a base, keyboard with cover, LCD, circuit board with radio

elements, and battery compartment with removable cover. The keyboard cover can be removed when the battery compartment cover is removed.

4.2 Tampering of the battery compartment is controlled by the tamper switch.

4.3 Mounted on the other side of the circuit board are the built-in buzzer and

embedded radio module.

4.4 Detaching of the device from the installation surface is controlled by the detach

switch.

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Button

Purpose

Command confirmation

Exit to main screen or previous menu

Input of special functions (create masks, authorize bypass of faulty event source, etc.)

▼, ▲

Menu scrolling; view events on LCD

«–» to the right of OK

Move right for detailed message on the display

«–» to the left of OK

Move left to return to the main part of the message on the display

0 … 9

PIN codes and other numerical data entry

«PIN code» OK

Authorize or enter Engineer / Technician / Operator / User menu based on the access level of the PIN code entered

«PIN code» OK

Direct control of arming / disarming partitions based on the rights of the PIN code entered

«PIN code» # OK

Arming excluding zones (faulty ES) based on the rights of the PIN code entered (if allowed)

Button

Purpose

These buttons are not enabled in this firmware version of the keypad, control panel, and MSS.

Panic button

(Must be set up via MSS in order to be used)

5 Purpose of Keypad Buttons

5.1 Main Keyboard

5.2 Functional Keys

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6 Keypad Main Features and Functions

6.1 The keypad represents a portal to access the system, and provides for functions

according to the user rights accessible for the PIN code entered for authorizing or direct control. Authorization means login to the menu corresponding to the PIN code’s designated access level. Direct control means unconditional PIN code input for immediate system control. Authorization and direct control occur under the rules shown in the table of Section 5.1.

6.2 The keypad within a wireless network represents a device which is staying mostly

in «sleep» mode in order to save battery energy. At absence of any user actions or urgent information in the system, the keypad switches to «sleep» mode on expiry of the active mode time, set in the Engineer or Technician menu. The time may be set from 15 to 60 seconds at increments of 5 seconds (the default setting is 30 seconds).

6.3 During «sleep» mode, the keypad provides for periodic communication with the

control panel in order to supervise communication channel. This communication has no external manifestations.

6.4 When using system computer monitoring via MSS Monitors:

 When entering the system from the keypad using an Engineer PIN code, a message appears on the Operator or Technician Monitors indicating that a top- access session has opened in the Core, and the activity of these Monitors is suspended. On expiry of the Engineer active mode time, the keypad switches to «sleep» mode and issues a command to automatically terminate the Engineer session in the Core, and the corresponding messages appear on the Monitors.  When entering the system from the keypad using Operator, Technician or User PIN codes, the operability of Technician or Operator Monitors is not suspended.

6.5 Direct control of arming/disarming partitions, based on the rights of the PIN code

entered, is accessible with User rights only. The control is performed with indication of partition statuses accessible for the PIN code entered, immediately after receipt of a report of command execution and the С button is pressed.

6.6 In standby mode, at absence of any event or failure, after pressing any button

(except numerical and the button), the keypad displays:

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Fire 7 Exit delay

Warning! Fire danger

Sabotage

Alarm

Critical failure

Violation

Service required

Test

Standby

Entry delay

In progress ▓▓▓▓

Standby

21 feb 16:53

Alarm part. 002 24 feb 13:16

Alarm IR0003/1 24 feb 13:16:01

At that, the display is functional only; the keypad itself does not communicate with the control panel. If an event or failure occurs, the first one in succession is shown. For example:

The «–» buttons to the left and right of the OK button switch to a second screen for detailed messages. For example:

The following informational priorities are considered when displaying status:

In order to view the next event on the display, respond to the previous event using any accessible method: by disarming partition, removing the cause of violations, sabotage or failure.

Displaying events on the screen is self-explanatory.

6.7 The keypad ensures transmission of information from the control panel using a

temporary buffer. If the buffer needs to be filled (e.g. when viewing log events), the

keypad automatically communicates with the control panel, and the following message is displayed:

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Upon completion of data exchange, the following message is displayed:

Done

Operator menu

1. Part. control

After that, actions with the keypad may resume.

6.8 The keypad’s built-in buzzer (BZ) is set up as a system virtual output.

BZ starts sounding in case of any event occurs in the partition assigned to BZ. At that display screen turns ON and back lighted for the active mode time (see Paragraph

6.2), regardless of any key pressed. The BZ sounds for duration:  10 minutes or until manual shutdown for «intrusion»- and «technological»-type

partitions;

 until manual shutdown for «fire»-type partitions.

At any other cases, the keypad is in «sleep» mode.

6.9 The keypad does not provide for «hot keys» for quick review of system partition

status. Information is provided in accordance with the user rights of the PIN code entered only.

7 Keypad Menu

7.1 Menu Structure

User authorization is based on the user rights of the PIN code entered by pressing

«PIN-code» OK combination. Then the corresponding message appears on the display, for example, for an Operator:

Use ▼ and ▲ buttons to move Menu items, or type the required numerical command (see the table on pages 11 and 12).

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User menu

Operator menu

Technician menu

Engineer menu

1.Part.status

1.Part.control

1.Sys.dev.status

1.View all

2.Alert.control

2.Wls.dev.status

2.By part.number

1.Start alerting

3.Part.status

2.Part.control

2.Cancel alert.

1.View all

3.VA status

2.By part.number

3.Part.status

4.Failures

1.View all

1.By part.number

2.By part.number

2.Sabotage

4.Failures

3.Failure

1.By part.number

4.Service req.

2.Sabotage

5.All

3.Failure

5.Event log

4.Service req.

1.Failures

5.All

2.Alarms

5.Event log

3.W/o arm/dis

1.Failures

4.By part.number

2.Alarms

5.All

3.W/o arm/dis

6.Keypad

4.By part.number

1.Keyp.settings

5.All

1.Contrast

6.Wls.dev.status

2.KP volume

7.Sys.dev.status

3.Activ.durat.

8.Keypad

2.Wls.network

1.Keyp.settings

1.Register

1.Contrast

2.Optimal route

2.KP volume

3.Delete

Menu Structure:

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3.Activ.durat.

3.Test

2.FW vers.

1.Tst.sleep mode

9.Date setting

2.Test RF

10.Time setting

3.Test keypad

4.Test backlight

5. Test buzzer

6.Status test

4.FW vers.

7.Date setting

8.Time setting

View all A S

009

002

Press the OK button to confirm the selection; press С to cancel and return to the previous menu item.

7.2 User Menu

7.2.1 Any of the PIN codes assigned to a specific system User, entered during

authorization (see Paragraph 7.1, page 10) grants access to the User menu.

7.2.2 Information in the «1.View all» menu sub-item is displayed depending on the

user rights established for the PIN code entered. Here is an Example of two partition statuses within the user rights of the PIN code entered:

The letters in the second line indicate the status, while the third and fourth lines show partition numbers. Simultaneously on the screen are displayed statuses of up to 16 partitions. If user rights

of the PIN code assigned to more partitions, use the «–» buttons to the left and right of the OK button to page through the screens.

Partition status designation:

«A» - partition armed

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Select part.

Р002 Armed

IP 0004 Р: 008 Tamper.

1. Part. control Р007 Ready

«R» - partition ready for arming (partition disarmed) «N» - partition not ready for arming (partition disarmed) «F» - partition in «fire» status «T» - partition in «alarm» status «W» - partition in «warning: fire danger» status «S» - partition in «sabotage» status

7.2.3 Enter «2.By part. number» menu sub-item to view the number and status of

selected partition:

Select the required partition using the ▼ and ▲ buttons or the numerical keys. When the OK button is pressed, an inquiry is sent to the selected partition for the presence of failures, and a list is formed on the screen. Scrolling with ▼, ▲ buttons sequentially switches to the following type of screens:

Where:

«IP» - type of the device which is the failure source; «0004» - ES address (0004 is the number in the hardwired devices list; 0 is

the device detection channel number (here, the device’s own failure);

«Р: 008» - partition number; «tamper.» - event type (here, tampering).

7.2.4 Use the «2.Part.control» menu item to view a list of partitions with their

current status. Scrolling with ▼, ▲ buttons changes screen view sequentially:

 In case the partition is ready to be armed:

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 In case the partition is not ready to be armed, press «#» button to view the reasons,

Р007 Ready

1. Arm

MC 0011/1 Р: 007 Alarm

scrolling of which is provided by pressing ▼, ▲ buttons:

Where: «MC»– type of the device that caused the «not ready» status of the partition (here is

magnetic contact door opening detector); «0011/1»– ES address (0011 is the number in the list of wireless or hardwired devices,

1 is the number of the device detection channel (here, magnet-steered contact);

«Р:007– partition number; «alarm»– event type.

In case the partition is not ready to be armed, the reason for that must be eliminated. Otherwise it is possible to arm the partition bypassing faulty event sources, if it is

allowed for this partition while system setup. Bypass rules are described in «Partitions» task of MSS Setup module.

WARNING! Arming with bypass leads to a partial loss of control of the protected object, and is not recommended as a measure for permanent use!

Pressing the OK button on the selected partition displays the following screen:

On the second line select the required action for the partition by pressing ▼ and ▲ buttons. The list of possible actions for the partition is determined by the control tactics allowed in the settings for the User PIN code, entered during authorization. Full list of possible actions:

1. Arm

2. Arm with bypass

3. Disarm

4. Rearm

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HE 0003/1 Р: 007 [Bypass] failure

Part. control

Р007 Armed #

Not executed

Done

The selection is confirmed by pressing the OK button, and then the keypad sends the command to the control panel, which is executed and confirmed (Paragraph 6.7), or is not confirmed followed by screens:

«Not executed» is possible if a sent command conflicts with the partition status. For example: an attempt to arm not ready partition.

«2.Arm w/bypass» command (or PIN-code application followed by the # sign directly from the KP keyboard, see p.5.1) allows bypassing faulty event sources if it is permitted in partition settings. Arming with bypass is displayed as follows

Press # button to view conditions of arming, scrolling of which is provided by pressing ▼, ▲ buttons:

Where:

«HE» – type of the device that caused the «not ready» status of the partition «0003/1» – ES address (0003 – the number in the list of wireless (or hardwired)

devices, 1 – the number of the device detection channel (here, AL1 of hardwired extender)

«Р:007» – partition number «[bypass]»– action «failure»– event type.

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7.3 Operator Menu

Alert. control

1. Start alerting

Alert. control

2. Cancel alert.

Alert. control

3. VA status

Start alerting Area 01 mesg. 01

Cancel alert.

2. By area number

VA status S D

By area number Area 01

7.3.1 After authorization (Paragraph 7.1), information displayed in

«1.Part.control» and «3.Part.status» menu items depends on the user rights established for the PIN code entered. The remaining actions are similar to those described for the User menu.

7.3.2 Use «2.Alert.control» menu item to launch or cancel voice alerting as well as

view alerting status. The ability to start, cancel and view alerting status depends on the rights of the PIN-

code entered. Display examples:

press ОК press ОК select option and press ОК

select option and press ОК

Area is selected from the list, which is provided by scrolling buttons ▼, ▲, or pressing the numeric buttons. Message is selected by the same way, without depending on the PIN-code rights within a full range from 1 to 8. On the status view screen 2 areas are shown, defined by PIN-code rights. Area status:

«S» - alerting stopped «D» - delay before alerting start «A» - alerting is ON.

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IP 0004 tamper

IP 0004 BPS low volt.

MC 0034 no comm.

WARNING! According to the requirements of regulatory framework the minimal delay time before alerting start is 30 seconds. The delay is provided to cancel alerting in case of false alarm. When setting the delay time, please, take into account the additional time required for data exchange between keypad and control panel while login, select appropriate menu item, and transfer of the cancellation command. This time averages about 15 seconds and must be taken into account when setting the delay time.

7.3.3 The «4.Failures» menu item allows viewing existing failures with filters:

«1.By part. number» - failures, service required and sabotages «2.Sabotage» - tampering and detachment from the installation

surface

«3.Failure» - all critical failures except tampering and

detachment.

«4.Service required» - non-critical failures that require service to devices,

but do not cause the «not ready» partition status

When the «1.By part. number» filter is selected, information is displayed as described in Paragraph 7.2.3.

Selecting the «2.Sabotage» filter displays a list; paging through the list using the ▼ and ▲ buttons sequentially switches to the following type of screens:

Using the «3.Failure» and «4.Service req.» filters results in displaying similar to the

«2.Sabotage» filter. Example of screens:

or Select «5.All» sub-item to view a list of all failures, which can be paged through using

the ▼ and ▲ buttons.

(for example: main BAT discharge).

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7.3.4 In the current FW version, there are no user rights restrictions for viewing the

Evt.2181 Fail. system

event log. The «5.Event log» menu item allows viewing events from the control panel memory with the following filters:

«1. Failures» - critical failures «2. Alarms» - only «alarms» / «fires» / «violations» in armed

partitions

«3. W/o arm/dis» - all types of events in all categories, excluding the

«arm» and «disarm» events

«4. By part. number» - all events in the selected partition «5. All» - all events in the system, including information on

When any of the filters is selected, the keypad sends an inquiry to the control panel for the selected filter and puts the last 10 events selected by the filter into the temporary buffer. Communication with the control panel occurs as described in Paragraph 6.7.

When the «1. Failures» filter is selected, information is displayed starting from the most recent event (which have the largest number out of 10,000 in the control panel’s current cycle). Example of screen:

Where:

«Evt.2181» - is the event number (out of 10,000). «Fail.» - is the event type. «system» - is the scope of action.

The ▼ and ▲ buttons are used to page through the temporary buffer. After the last event is displayed from the temporary buffer and the Operator proceeds

to the next event by pressing the ▼ button, the keypad automatically sends an inquiry to the control panel for the next group of preceding events. The inquiry is repeated, as needed. Events are sent from the control panel to the keypad display in a similar manner when the ▲ button is pressed, but in the opposite sequence.

Details on each event can be accessed by pressing the «–» button to the right of OK.

Engineer actions

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No com. MC0034 23 jan 11:51:11

Evt.2176 Alarm part. 004

Evt.2180 Sabot. system

Evt.2172 N. armed part 004

Alarm IR0016

23 jan 10:03:59

Tamp. MC0034 23 jan 11:47:08

User 7 PIN003 23 jan 10:03:04

AC 0020 S8 NOR NOR NOR NOR

RTR 0008 S6 TST MPF

Example of screen:

Where:

«No com.» - is the event. «MC0034» - is the device type and ES address (0034 is a number in the

wireless device list).

«23 jan» - is the event date according to the control panel calendar. «11:51:11» - is the event time according to the control panel clock.

Pressing the «–» button to the left of OK returns to the previous screen. Selecting any of еру other filters leads to slight changes in the list display, which can be

navigated in the same way. Examples:

press «–» to the right of OK

7.4 Technician Menu

7.4.1 After authorization (Paragraph 7.1), information displayed in «1.Part.control»,

«2.Alert.control», «3.Part.status», «4.Failures» menu item depends on the user rights established for the PIN code entered. The remaining actions, including actions for viewing the log in the «5.Event log» menu item, are similar to those described in Paragraphs 7.2 and 7.3 for the User and

Operator menus.

7.4.2 The «6.Wls.dev.status» menu item allows viewing the status of wireless

devices registered in the control panel by scrolling with the use of ▼ and ▲ buttons

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The 1st item on the first line shows the WD type. Some of the wireless devices may

RTR

Astra-Z-8745 versions A/B Repeater/Routers

Astra-Z-8845 versions A/B Repeater/Routers

Zone-GND

RTR

Astra-R WE in retransmitter mode

PIR

Astra-Z-5145 versions A/B/P, Astra-5131 versions A/B/C, Astra-7 RF PIR motion detectors

Zone-GND

Astra-8 RF dual channel detector

IRP

Astra-5121 PIR motion detector (immunity to pets of up to 20 kg)

Astra-Z-6145, Astra-6131 acoustic glass break detectors

Zone-GND

VBR

Astra-Z-6245 vibration detector

Astra-Z-3345, Astra-3321 magnetic contact door opening detectors

Zone-GND

TRZ

Astra-Z-3345 door opening detector in universal transmitter mode

Zone-GND

TRA

Astra-3321 door opening detector in universal transmitter mode

TRAI

Astra-TRB transmitter in intrusion-type detector mode

TRAF

Astra-TRB transmitter in fire-type detector mode

FSD

Astra-Z-4245, Astra-421 versions RF/RF2 fire smoke detectors

FHD

Astra-Z-4345 fire heat detector

FCP

Astra-Z-4545, Astra-4511, and Astra-4511 version RF2 fire call points

WLD

Astra-Z-3645, Astra-361 RF water leak detectors

Astra-3531 accelerometer

LSA

Astra-Z-2345 sirens (light and sound alerter)

FLA

Astra-Z-2745 EXIT indicator (fire light alerter)

FVA

Astra-Z-2945 fire voice alerter

Astra-Z-8145 Pro control keypad

WRU

Astra-Z-8245 wireless relay unit

Astra-Z-3245 remote control key fob

Astra-RC remote control keyfob

Astra-3221 panic button

have Zone-GND detection channel inputs. In the current control panel and keypad FW versions, the following names are used:

The 2nd item shows the number in the system wireless device list. The 3rd item shows the RF signal level on a scale from S1 to S8 for Astra-Zitadel system; on a scale from S1 to S13 for Observer I system, or lack of signal: NS.

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1st item

TMP

WD tampered or detached from installation surface

For

all WD except RTR

(8745), PB, RC, FSD

(421 RF), FCP (4511)

NOR

WD not tampered or not detached

2nd item

NOR

generalized «normal» status, no violations on main detection channel and no failures

For

all WD except RTR

(8745)

TST

positive result in test mode

For

all WD except KF, KP,

PB, RC, WE R

PNC

! button pressed on KF or button pressed

on KP

For KF, KP, PB, RC,

WE R

ALM

violation on main detection channel

For RTR (8845), PIR,

AC, MC, TRZ, WLD,

WA, TRA, IRP, DC,

TRAI, VBR and WRU

violation on main detection channel

For FSD, FHD, FCP,

TRAF

FLR

general wireless device failure

For RTR (8845), PIR, AC, MC, TRZ, WLD, LSA, FLA, FVA, IRP, TRAI,

TRAF, VBR, WRU

3rd item

NOR

no violations on auxiliary detection channel

For

PIR, DC, AC, MC, and

TRZ

ALM

violation on auxiliary detection channel

4th item

NOR

normal power

For

RTR (8745 B and 8845

B), PIR, IRP, AC, DC,

MC, TRZ, TRA, TRAI,

TRAF, PB, RC, KF,

WLD, WA, FSD (421

RF), FCP (4511), VBR,

and WRU

FLR

power supply voltage below normal, BAT discharged

NOR

normal power

For KP, RTR (8745 A and

8845 A), FSD (4245,

MPF

main BAT discharge, absence of main BAT

BPF

backup BAT discharge, absence of backup BAT

On the second line, the 4 items show abbreviations with the following meanings:

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FLR

backup BAT discharge at absence of main BAT and vice versa

421 RF2), FHD, FCP

(4545, 4511 RF2), LSA,

FLA, FVA, and RTR

Astra-Z-8945 А central control panel

RVZ

Embedded wireless receiver

Astra-Z WE or Astra-R WE

Astra-713 hardwired zone extender

Astra-863 A/AE/B/BE indication panels with v1_3 FW version and higher

Astra-823 relay unit

LAN

Astra-LAN module

GSM

Astra-GSM module

PSTN

Astra-PSTN module

TTD

TTD Astra-Y transmitting terminal device

CP 0001 SGL ON Initializing...

CP 0001 SGL ON NOR NOR

RU 0035 SGL ON NOR NOR CUT NOR

HE 0034 SGL ON TMP _R_WffFT NOR

7.4.3 The «7.Sys.dev.status» menu item allows viewing the status of devices

registered in the control panel, by scrolling with the use of ▼ and ▲ buttons. If the device is not initialized, the current status of the device is not viewed:

Examples:

The 1st item on the first line shows the type of device included in the system via all types of wired communication interfaces (UART, RS-485, LIN). In the current control panel FW version:

The 2nd item on the first line shows the number in the system device list. The 3rd item indicates data transfer: SGL (signal) or NS (no signal). The 4th item shows ON / OFF status of the device in the system. This is irrelevant in the current control panel FW version.

On the second line, four items show abbreviations with the following meanings:

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1st item

TMP

device tampered

For

CP, WE, HE, HKP, RU,

and TTD

NOR

device not tampered

NOR

GSM communicator ensures RC

For

GSM

LCK

RC blocked

4th item

NOR

normal power

For

HE, RU, GSM, TTD

FLR

power supply voltage below normal

NOR

normal power

For

CP, WE, HKP and IP

MPF

main BAT discharge, absence of main BAT

BPF

backup BAT discharge, absence of backup BAT

FLR

backup BAT discharge at absence of main BAT and vice versa

For RU

2-nd item for output №1

NOR

relay output supervised circuit is in normal status

CUT

relay output supervised circuit is in open-circuit status

3-rd item for output №2

relay output supervised circuit is in short-circuit status

For RVZ, WE

2-nd item

RF jam.

RF jamming

NOR

Radio channel in normal status

For LAN

2-nd and 3-rd item

Cab:ON

Cable is ON

Cab:OFF

Cable is OFF

For PSTN

2-nd item

No line

no connection to telephone line

NOR

Connected to telephone line

For GSM

2-nd item for SIM 1

SХХ

Signal level from S00 to S16 at the presence of communication with a base station; at the absence of communication the error number is displayed

For different types of devices, the 2nd and 3rd items may display various types of information:

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3-rd item for SIM 2

ErХ

Error when establishing communication with the base station. 0 … 9 – error code (descriptions are listed in the table 1 on page 25)

For HE

8 possible values for 2-nd and 3-rd items

«_»

AL is not assigned to ES

«Norm» (ready to arm) status for all ALs (except «fire heat double-event»).

AL resistance within 3,0 to 5,0 kOhm. For AL of «fire heat double-event» type means that

only one detector is in fire status

«Failure» status. Resistance ranges for ALs of different types are various. For details see manual integrated into Setup

Module of MSS software

AL resistance within 1,5 to 3,0 kOhm.

For AL of «fire combined double-event» type means that only one detector is in fire status.

For AL of «fire heat double-event» type indicates «Normal» status and readiness to be armed

«Fire» status:

- AL resistance within 5,0 to 12 kOhm for all AL of «fire…» types;

- AL resistance within 0 to 1,5 kOhm for «fire combined double-event» type;

- AL resistance within 1,5 to 3,0 kOhm for «fire combined single-event» type

«Alarm» or «Violation» status for ALs of «intrusion» and «technological» types respectively. AL resistance within 0 to 3,0 kOhm or 5,0 kOhm to open circuit.

For HKP 2-nd item

PNC

SOS button is pressed

NOR

Normal state

3-rd item

ALM

AL2 (Zone 2) is in Violation status

NOR

AL2 (Zone 2) is in Normal status

For TTD

2-nd item

NSG

No signal with RTD

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Sxxx

Signal level with RTD on a scale from S00 to S13

3-rd item

NOR

Communication with CSP is present

ErX

Error of communication with CSP

0...5 - error code (descriptions are listed in the table 1 on page 25)

Common error

RTD operating mode is uncorrect

RTD is not registered in TTD-Dozor

Communication error between RTD and TTD-Dozor

Communication error between TTD-Dozor and server

Registration in roaming

No connection with GSM module (internal interface in device)

Unknown error (not logged by GSM-module)

no SIM-card

SIM-card reading error

PIN-code must be inputted for access to SIM-card

SIM-card must be unlocked

no GSM network

Network search

Registration in the network denied

For more detailed information about resistance ranges of the alarm loops of different types and their assignments to partitions of relevant types are described in the manual integrated into Setup Module of MSS Astra Pro software.

WARNING! Be attentive when correlating alarm loop status with its letter designation.

Table 1 - GSM error codes:

Table 2 - Error codes of communication between TTD and CSP

7.4.4 «8.Keypad» menu item allows setting display contrast, buzzer value, duration

of active mode, as well as displaying keypad FW version. All actions are selfexplanatory.

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Part. status

1. View all

Part. status

2.By part.number

Failures

1. By part. number

View all No avail.part.

Select part. No avail.part.

Not executed

Forbidden

7.4.5 «9.Date setting» and «10.Time setting» menu items.

 Time adjustment from keypad menu is available when control panel operates without computer control. Checking and manual adjustment of the time is recommended at least once a week.

 In case the control panel is connected to the computer with running MSS Core, and communication between the Core and the control panel is established, the date/time correction is not possible. The control panel syncs own calendar and clock with a computer calendar and clock with the use of the Core once an hour. In case time divergence is more than 1 minute, it is recorded to the event log. At an attempt to adjust the time via keypad the following message is displayed:

7.5 Engineer Menu

7.5.1 After authorization (Paragraph 7.1), information displayed in

«1.Sys.dev.status», «2.Wls.dev.status» menu items are similar to those described in paragraphs 7.4.2, 7.4.3 for Technician menu.

7.5.2 Information displayed in «3.Part.status», «4.Failures» menu items depends

on the rights established for the Engineer PIN code. An Engineer assumes the highest privileges in system setup, but no rights in system control (arming/disarming partitions, etc.), so system control tactics configuration in «Identifiers» task of MSS Setup Module is not permitted for an engineer. But to provide status view of partitions, they must have assignments. Otherwise, the following messages are displayed:

7.5.3 Actions in «5.Event log», «6.Keypad», «7.Date setting» and «8.Time

setting» menu items are similar to those described for User/Operator/Technician

menu.

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Failure No comm.w/panel

7.5.4 «2.Wls.network» sub-item of «6.Keypad» item allows executing the following

actions:

1.Register

2.Optimal route

3.Delete

Keypad registration procedure is carried out by the method of registering wireless devices as described in MSS Setup Module. The procedure is followed by messages: «In progress», «Done» or «Not executed» (see paragraph 6.7). The action is not executed in case the keypad is already registered in any wireless network, regardless of presence or absence of communication with central control panel.

When communication with the central CP is established, the registration is possible after executing the «3.Delete» action only.

Absence of communication with the central CP is followed by the message,

while exit the «sleep» mode by pressing any button (except for numeric buttons and button). In this case, use «1 2 3 4 5 6» default PIN-code to enter Engineer menu. This PINcode allows operating with «6.Keypad» menu item only. By this PIN-code «2.Optimal route» and «3.Delete» actions of «2.Wls.network» subitem are available only.

Route optimization is run to find more «favorable» repeater/router within the radio visibility range, with the highest potentials within the wireless channel. This action is important for systems with a sufficient number of repeaters to create backup routes. The action is executed successfully in case the communication with the central CP is established.

An access to the Engineer menu on the keypad that is not registered within the wireless network or at absence of communication with the control panel, is possible with the use of «1 2 3 4 5 6» PIN-code only. At that «6.Keypad» menu item is available only.

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7.5.5 «3.Test» sub-item of the «6.Keypad» menu item serves for keypad general

The 1-st item

TMP

Battery compartment is tampered or detach button is released (keypad is detached from the installation surface)

NOR

Battery compartment is closed, detach button is pressed (keypad is fastened on the installation surface)

The 2-nd item for main battery, The 3-rd item for backup battery

NOR

BAT in normal status

BAT

BAT discharged

BAT is absent

123456789*0#

-ОК-С▼▲F1F2F3F4

Status test NOR NOR NOR

testing before it`s commissioning, prior to registering in wireless network. «1.Tst.sleep mode»  by pressing the OK button the display is switched OFF, followed by switching ON when pressed again. «2.Test RF»  switching the transmitter to continuous generation mode with technological parameters (important for verification at the factory). «3.Test keypad»  pressing OK is followed by the screen:

in which pressing of any button is followed by darkening of the corresponding symbol on the screen (for example, «1», «2», «3», «4», «5» pressed). «4.Test backlight»  upon pressing ОК a screen with options to switch backlight ON/OFF with the use of ▼, ▲ buttons is appeared. «5.Test buzzer»  upon pressing ОК a screen with options to switch buzzer ON/OFF with the use of ▼, ▲ buttons is appeared.

«6. Status test»  upon pressing ОК the following screen is appeared:

On the second line, the 3 items show abbreviations with the following meanings:

Availability and residual capacity status is provided only with installation of both or one main (Primary) battery. Then after activation it may vary to discharge side only. When

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you install only backup (Secondary) BAT, activation procedure does not start.

WARNING! After registering keypad in wireless network «3.Test» sub-item of Engineer menu (see the menu structure table on pages 11-12, highlighted gray) is not accessible.

8 Pre-Starting Procedure and Installation

8.1 After transportation in conditions differing from those of operation keep keypad

unpacked under supposed operating conditions for at least 4 hours.

8.2 Install battery:

1) Open the keyboard cover.

2) Using a screwdriver, remove two screws on the BAT compartment cover and

remove the cover.

3) Insert the main (Primary) and then backup (Secondary) battery cells; make sure the polarity is correct.

When switching keypad ON, test mode is activated to verify operability of the keypad

electronic circuit. The test lasts no more than 20 seconds.

During testing, the BZ sounds intermittently, at a frequency of 4 times per second. At

test mode start, all pixels on the display turn ON for 1 second; then the display clears and the «Test...» message appears.

When the test is complete, the keypad displays the «Attention. Not registered» message.

4) Replace the BAT compartment cover and tighten screws. If necessary, close the keypad cover.

8.3 Register the keypad in the system by following the instructions described in MSS

Setup Module or in Paragraph 7.5 of the operating manual.

After successful registration of the keypad, for long term storage before its installation, it is allowed to switch the keypad OFF by removing batteries or installing a soft isolator. When power is supplied, there is no need to re-register the keypad in the same wireless network if it was not intentionally removed from the network via Astra-Z MSS.

8.4 Install the keypad on site within line-of-sight of the wireless network coordinator

(RVZ of the central control panel) or repeater/router RR:

1) Mark the installation surface by applying the template (see Appendix).

2) Tighten the screws.

3) Open the keyboard cover, remove two screws of the battery compartment cover, and remove the cover.

4) Hang up the keyboard. Make marking for the locking screw (see the picture from «Structure» paragraph).

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5) Remove the keypad, drill a hole for the locking screw.

6) Hang up the keypad. Tighten the locking screw.

7) Replace the battery compartment cover, tighten 2 screws.

8) Close the keyboard cover if necessary.

8.5 When installation is complete, optimize the route and check communication

quality by following the instructions in Paragraph 7.5 of the operating manual.

9 Maintenance

In order to ensure reliable operation of the keypad, testing and maintenance of the keypad at least once per month is recommended as follows:

- verify keypad housing integrity and purge it from contamination;

- ensure reliability of its mounting;

- verify keypad operability.

10 Labeling

The following information is marked on the label attached to the keypad housing:

- manufacturer trademark;

- abbreviated keypad designation;

- firmware version;

- month and year (last two digits) of manufacture;

- conformity mark (if certificate is available);

- bar-code that duplicates textual information.

11 Recycling

11.1 The keypad poses no threat to human life and to the environment. On expiry of its lifetime

recycling is done without taking special measures to protect the environment.

11.2 Recycle battery cells by giving spent battery cells to a trade organization, service center, equipment manufacturer, or organization that accepts spent batteries.

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12 EC Conformity Declarations

Radio: EN 300328-1 V1.6.1 (2004-11) Electromagnetic Compatibility and radio spectrum Matters (ERM); Wideband transmission system; Data transmission equipment operating in the 2,4 MHz ISM band and using wide band modulation techniques. EMC: EN 301489-17 V1.1.1 (09-2000) Electromagnetic Compatibility and radio Spectrum Matters (ERM); Electromagnetic Compatibility (EMC) standard for radio equipment and services; Part 17: Specific conditions for wideband data Hiperlan equipment EN 50371 Generic standard to demonstrate the compliance of low- power electronic and electrical apparatuses with the basic restrictions related to human exposure to electromagnetic fields (10 MHz - 300 GHz) – General public. Safety: EN 60950-1: 2001 Safety of information technology equipment.

13 Manufacturer Warranty

13.1 The manufacturer guarantees the compliance of the keypad to specifications on condition that

user observes required conditions of transportation, storage, installation and operation.

13.2 The storage warranty period is 5 years and 6 months from the date of manufacture.

13.3 The operating warranty period is 5 years from the startup date, but not more than 5 years and

6 months from the date of manufacture.

13.4 The manufacturer commits to replace or repair the product during the warranty period.

13.5 The warranty doesn’t come into effect in the following cases:

- not adherence to the operating manual;

- mechanical damage to the keypad;

- repair of the device by any third-party service except for the Manufacturer.

13.6 The warranty applies to the keypad only. All equipment from other third-party manufacturers used in conjunction with the keypad is covered by its own warranties.

The manufacturer bears no responsibility for death, injury, property damage or other incidental or premeditated loss based on user's statement that the device failed to implement its functions.

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MOUNTING TEMPLATE

Sales: Controlex GmbH

Warranty service and technical support:

ТЕКО-TD

Philosophenweg 31-33 47051 Duisburg, Germany Phone: +49 (0) 203 / 393 91 188 Fax: +49 (0) 203 / 393 91 189 GSM: +49 (0) 178 / 218 48 22 E-mail: info@controlex.eu Web: www.controlex.eu

Prospekt Pobedy str. 19 420138 Kazan, Russia Phone: +7 (843) 261-55-75 Fax: +7 (843) 261-58-08 E-mail: info@teko.biz

support@teko.biz

Web: www.teko.biz

Made in Russia

120 mm

105 mm

Revision 8145Pro-v1_3_en