teko Atra-814 Pro User manual

Research and Development Center
TEKO
CONTROL KEYPAD
Operation Manual

2
Contents
Terms and Abbreviations.............................................................................3
1 Application ................................................................................................4
2 Technical Specifications..........................................................................5
3 Delivery Set ...............................................................................................6
4 Structure....................................................................................................6
5 Key Functions...........................................................................................8
5.1 Main Keyboard.......................................................................................8
5.2 Auxiliary Keyboard................................................................................8
6 Main Features and Functions..................................................................9
6.1 Control ....................................................................................................9
6.2 Informational Capacity........................................................................10
7 Keypad Menu.......................................................................................13
7.1 Menu Structure ....................................................................................13
7.2 User Menu.............................................................................................14
7.3 Operator Menu .....................................................................................18
7.4 Technician Menu..................................................................................22
7.5 Engineer Menu....................................................................................28
8 Pre-Starting Procedure. Registration and Installation.......................31
8.1 Wiring....................................................................................................31
8.2 HKP Registration Procedure ..............................................................32
8.3 Installation............................................................................................33
9 Maintenance...........................................................................................33
10 Labeling................................................................................................33
11 Recycling..............................................................................................34
12 EC Conformity Declarations...............................................................34
13 Manufacturer’s Warranties ................................................................34

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This operation manual is intended to provide principles and rules of use of the Astra-
814 Pro keypad included into Astra-Zitadel and Observer I systems based on Astra -
8945 Pro Control Panel.
The operation manual features properties of Astra-814 Pro keypad, software version
v2_1 and later.
Terms and Abbreviations:
IP
Indication Panels Astra-863 version A/AE/B/BE with firmware
version v1_3 and later
RU
Relay Unit Astra-823 (wired device)
Display / LCD
Liquid Crystal Display
RC
Remote Control
BZ
Built-in Buzzer
ES
Event Source
Indicators of
consolidated
signals
Built-in LCD indicators which show the general current condition
of system partitions connected to the panel.
RM
Relay Module Astra-RM
Monitor
Program module from MSS Astra Pro
Setup module
Program module from MSS Astra Pro
NC
Normally closed
NO
Normally open
HKP / Keypad
Hardwired Control Keypad Astra-814 Pro
WKP
Wireless Control Keypad Astra-Z-8145 Pro
PC
Personal Computer
MSSAstraPro
Monitoring Software Suite Astra Pro
SW
Software
CP
Astra-8945 Pro Control Panel
CSP
Central Surveillance Post
BPS
Backup Power Source
WE-Z
Wireless Extender Astra-Z WE
WE-R
Wireless Extender Astra-R WE
HE
Hardwired Extender Astra-713
RVZ
Wireless Embeddable Receiver
WD
Wireless Device
Astra-Zitadel
System
Wireless intrusion and fire detection and alarm system Astra-
Zitadel
Observer I
System
Wireless intrusion and fire detection and alarm system
Observer I

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ТМ Key
A unique 64-bit identification code in interface input Touch
memory according to specification Dallas Semiconductor
DS1990A(R). It can be transmitted from touch memory devices
(components of the family iButton integrated into MicroCAN
case), or from identification devices generating similar
identification codes, but working based on different identification
principles (Proximity, Biometry, etc)
AL
Alarm Loop
System Core
Main program module from MSS Astra Pro
GSM
communicator
Module Astra-GSM
LAN
Module Astra-LAN
PIN
A digit chain entered by pressing keys on the keypad to perform
a required operation
PSTN
communicator
Module Astra PSTN
RELAY
Relay output
UART, RS-485,
LIN
Types of hardwired digital communication interfaces
BAT
Accumulator battery
1 Application
1.1 The keypad is designed to be included into Аstra-Zitadel system controlled by
Astra-8945 Pro with the firmware version 8945P-av1_1 and higher and MSS Astra
Pro version v1_1 and higher.
1.2 The keypad performs the following functions:
inputs and transmits PINcodes to CP for authorization and direct control;
shows on the display, BZ and indicators of consolidated signals notifications
received from CP;
inputs and transmits codes of TMkeys into CP;
controls the relay output Relay1 upon a command from CP.
1.3 Connection and communication between the keypad and CP is implemented
through two-wire interface RS-485. 8 keypads may be connected (in one system) to
CP (registered).

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1.4 The keypad is powered from external DC redundant power supply units with
nominal voltage 12 V or 24V.
1.5 The keypad has two independent power supply inputs (main and auxiliary).
Switching between them occurs automatically when voltage is below the acceptable level
according to GOSTR 53325.
1.6 The keypad has an input controlling consolidated signal “Failure” from power
sources (terminals Zone1, GND).
Note –The input Zone1 is not intended for connection of any detectors or their
power sources across the alarm loop.
2 Technical Specifications
Power supply voltage, V ................................................................................... 10 - 27
Current consumption, mА, max .............................................................................. 150
Characteristics of AL1, AL2 (terminals Zone1, GND, Zone2):
Voltage across terminals of AL in standby mode, V......................................... 10 - 27
Short-circuit current across AL, mА, max ................................................................. 20
Alarm loop resistance* in kOhms for the following statuses:
- «Normal»............................................................................................................ 3 - 5
- «Violation».......................................................................................... 0 -3 or above 5
Integration time AL1, ms..................................................................................300 ± 30
Integration time AL2, ms..................................................................................500 ± 50
Resistance in wires connected to AL
(exclusive remote mounted units), Ohm, max......................................................... 220
Leakage impedance between wires in AL or
each wire and “Ground”, kOhm, min......................................................................... 20
Characteristics of Relay1 output:
Maximum load voltage AC, V.................................................................................. 250
Maximum load voltage DC, V ................................................................................... 30
Maximum load current AC, DC, А............................................................................... 5
Characteristics of Out output:
Maximum load current, mА ..................................................................................... 100
Maximum load voltage, V.......................................................................................... 27
RS-485 interface line length, m, max................................................................. 1000
Dimensions, mm, max .......................................................................... 174 × 150 × 43
Weight, kg, max..................................................................................................... 0,42

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Operating conditions:
Temperature range, °С ..............................................................between - 10 and + 55
Relative air humidity, % ......................................................................up to 93 at 40 °С
without moisture condensation
________________________
* Maximum tolerance 10%.
3 Delivery Set
Scope of delivery:
Keypad Astra-814 Pro . ........................................................................................... 1 pc.
Screw 3,9×32..........................................................................................................4 pcs.
Dowel 6×30.............................................................................................................4 pcs.
Resistor С1-4-0,25 W 3,9 kOhm±5%.....................................................................2 pcs.
Operation Manual.................................................................................................... 1 pc.
4 Structure
4.1 The keypad consists of a base, a keyboard with a closing cover, a display,
indicators of consolidated signals, a printed circuit board (PCB) with radioelements, a
terminal compartment with a removable cover.
4.2 Tampering of the terminal compartment is controlled by a tamper switch.

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4.3 On the rear side of the PCB are installed a built-in buzzer and a detachment
button, which controls detachment of the keypad from the mounting surface.
4.4 The keypad is provided with USB interface for communication with a computer
whenever change of SW needed.
4.5 The PCB contains a terminal block (see application in Table 1):
Table 1
Terminals
Application
+LIN-
Not applicable
Relay1
System relay output (operation mode is set by MSS
Astra Pro)
U1, GND
Connection of main power source (input)
U2, GND
Connection of auxiliary power source (input)
Zone1, GND
Control of consolidated signal “Failure” from power
sources (input)
GND, Zone2
Connection of intrusion detectors (input)
WD0, WD1
Connection of TM key reader (input)
Out, GND
Connection of LCD for TM key reader (output)
485A, 485B
Interface RS-485

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5 Key Functions
5.1 Main Keyboard
Keys
Functions
ОК
Complete entering data in a field or a command confirmation
С
Quit to main operating mode or previous menu
#
Enter special functions (create masks, allowing bypass of
faulty event source etc.)
▼, ▲
Moving up and down menu, view events in the log.
«–» right from ОК
Move right to view the second part of notification on the
display
«–»left from ОК
Move left to return the main part of notification on the display
0 … 9
Enter PIN codes and other digital values
ОК «PIN» ОК
Authorization or entering the Engineer/ Technician/
Operator/ User menu according to access level provided by
PIN code
«PIN» ОК
Direct control over arming/disarming of the partitions
according to access level provided by PIN code
«PIN» # ОК
Arming according to access level provided by PIN code
(if authorized), excluding some zones (faulty ES)
5.2 Auxiliary Keyboard
Keys
Functions
Not applicable in present keypad, CP and MSS Astra Pro
Panic button
(Must be adjusted with MSS Astra Pro for use)

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6 Main Features and Functions
6.1 Control
6.1.1 The keypad represents an access terminal and provides functions permitted
by a PIN code which has been entered in the process of authorization or direct
control.
Authorization means access to a menu item which corresponds to the access level
authorized by PIN code.
Direct control means entering a PIN code for direct control over arming/ disarming
of partitions.
Authorization and direct control shall be performed according the rules in the Table in
Paragraph 5.1.
6.1.2 When computer monitoring of the system with Monitors of MSS Astra Pro is
used:
in the process of access to the system from the keypad with application of
Engineer PIN code,the working Monitors of Operators and Technicians
display a notification that a highest-level access session is open in the
System Core, and operation of the Monitors is suspended. After running
time of active Engineer mode expires, the keypad sends a command for
automatic termination of Engineer session in the Core, and the Monitors
display correspondent notifications;
in the process of access to the system from the keypad with application of
Operator PIN codes, Technician or User PIN codes, operational capability of
Technicians or Operators are not affected on their Monitors.
6.1.3 Direct control over arming/disarming of partitions according to levels of
authorization provided by PIN codes shall be available only for Users.
The control shall be performed with indication of statuses of the partitions, which are
specified in the entered PIN code immediately after a command output report is sent
or C key is pressed.
6.1.4 The keypad provides for connection of TM key reader. Control over
arming/disarming of partitions with TM keys is done according to authorizations
provided from MSS Astra Pro.

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6.2 Informational Capacity
6.2.1 In standby mode in the absence of any events or failures, after any key
(except numerical ones and key) has been pressed, the display will show:
In such a case only display functions, the keypad itself doesn’t communicate with CP.
If any event or failure occurs, the first one of these will be displayed, e.g:
The keys «–» located on the right and left side from ОК key, enable transfer to 2nd
screen for detailed information –address, e.g:
Information is displayed according to the following priorities with status is displayed:
1
Fire
7
Exit delay
2
Fire danger
8
Sabotage
3
Alarm
9
Critical failure
4
Violation
10
Service required
5
Test
11
Standby mode
6
Entry delay
To view next event on the display, respond in any acceptable way to the previous one:
disarm and eliminate the cause of violation, remedysabotage or failure.
6.2.2 The keypad provides information from CP using temporary storage buffer.
Whenever it is necessary to add some information (e.g. when viewing events in the
log), the keypad will automatically connect with CP with the following notice:
Standby mode
21st JAN 4:53 p.m
Alarm Part. 002
24th Jan. 1:16
p.m
In progress
▓▓▓▓
Alarm PIR0003/1
24th Jan.
1:16:01 p.m

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The transfer will be ended with the message:
whereupon it will be possible to continue working with the keypad.
6.2.3 Built-in Buzzer (BZ) on the keypad shall be setup as a system virtual output.
When any events occur in partitions assigned to BZ, there will be generated an
acoustical signal. The BZ shall be activated within a period corresponding to
regulatory documents:
within 10 min or until manually switched off for “intrusion” and
“technological” partitions;
until manually switched off for “fire” partitions.
6.2.4 Indicators of consolidated signals show generalized current status of
system partitions, corresponding to specific indicators on the keypad (Table 2).
Assigning a partition to a specific indicator is done during the system setup from
Setup module included into MSS Astra Pro.
Table 2
Indicator
Notification
Indication
POW
«Power normal»
Constant green light
«Switching to backup
power »
Blinking green light 1 time/s
«Backup power
failure»
Blinking yellow light 2 times/s
«Power failure»
Blinking yellow light 1 time/s
FAILURE
«Normal»
Constant green light
«Failure»
Blinking yellow light 1 time/s
«Sabotage»
Blinking yellow light 2 times/s
VIOLATION
Not applicable
Not lit
«Not ready»/«Ready»
Blinking green light 1 time per 2 s
Done

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Indicator
Notification
Indication
«Armed»
Constant green light
«Violation»,
«Alarm»
Blinking red light 2 times/s
TEST
«Power-up test»
Constant yellow light within 20 s
«Standby mode»
Not lit
«Test»
Blinking alternatively green/ yellow
light 4 times/s within test time
FIRE
DANGER
Not applicable
Not lit
«Not ready»
Blinking green light 1 time per 2 s
«Normal»
Constant green light
«Fire danger»
Blinking red light 1 time/s
FIRE
Not applicable
Not lit
«Not ready»
Blinking green light 1 time in 2 s
«Normal»
Constant green light
«Fire»
Constant red light
SYSTEM
START
Not applicable with present keypad, CP and MSS Astra Pro
SYSTEMS
ON
SYSTEM
STOP
6.2.5 The design of the keypad doesn’t envisage any “hot keys” for prompt viewing
of partitions of the system. Information provided only within authorizations of entered
PIN code.

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7 Keypad Menu
7.1 Menu Structure
User authorization within access level provided by entered PIN code is made by
pressing the following keys ОК «PIN» ОК. Thereafter the display will show
corresponding information.
For example, for the Operator:
Navigation trough menu items is by pressing the keys ▼, ▲, or by entering the
required number of a command (see menu on Page 13,14).
General menu structure:
User menu
Operator menu
Technician menu
Engineer menu
1. Part. status
1.Part. control
1. Part. control
1. Sys. dev. status
1.View all
2.Alert. control
2. Alert. control
2. Wls dev. status
2. By part. number
1.Start alerting
1. Start alerting
3. Part. status
2.Part. control
2.Cancel alerting
2. Cancel alert.
1. View all
3.VA status
3. VA status
2. By part. number
3.Part. status
3.Part. status
4. Failures
1. View all
1. View all
1. By part. number
2. By part. number
2. By part. number
2.Sabotage
4.Failures
4. Failures
3.Failure
1. By part. number
1. By part. number
4. Service req.
2.Sabotage
2.Sabotage
5.All
3.Failure
3.Failure
5.Event log
4. Service req.
4. Service req.
1.Failures
Operator menu
1. Part. control

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User menu
Operator menu
Technician menu
Engineer menu
5.All
5.All
2.Alarms
5. Event log
5. Event log
3.W/o arm/disarm
1.Failures
1.Failures
4. By part. number
2.Alarms
2.Alarms
5.All
3.W/o arm/disarm
3.W/o arm/disarm
6.Keypad
4. By part. number
4. By part. number
1. Settings
5. All
5.All
1.Contrast
6. Wls. dev. status
2.Key volume
7. Sys. dev. status
3. Act. mode time
8. Keypad
4.Backlight
1. Settings
5.Delete
1.Contrast
2.Тest
2.Key volume
1. Test Keybd.
3. Act. mode time
2. Test backlight
4.Backlight
3. Test BZ
2. FW version
4.Status test
3. FW update
3.FW version
9. Date setting
4.FW update
10. Time setting
7. Date setting
8. Time setting
To confirm your choice press ОК; to abandon your choice and return to previous
menu item press С.
7.2 User Menu
7.2.1 To enter User menu, key in PIN code, assigned for each User of the system,
authorized to perform control using the keypad.
7.2.2 Information in first sub-item «1.View all» of the item «1.Part. status» will be
displayed depending from authorities granted by the entered PIN code.

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Example statuses of two partitions that fall within authorities of the entered PIN code:
The second line shows statuses designated by letters,
the third/fourth line shows numbers of partitions.
One display is able to show statuses of up to 16 partitions. If authorities provided by
PIN code cover more partitions, you may use keys «–» located on the right and left
side from ОК key.
Interpretation of partition statuses:
«a» - partition is armed
«R» - partition is ready to be armed (partition disarmed)
«N» - partition is not ready to be armed (partition disarmed)
«F» - partition is in «fire» status
«A» - partition is in «alarm» status
«D» - partition is in «Fire danger» status
«S» - partition is in «sabotage» status
7.2.3 After entering menu sub-item «2. By part. number», the display will show
partition number and information about the status of selected partition, e.g.:
The required partition may be selected using keys ▼, ▲, or numerical ones. After
ОК is pressed, you may inquire about failures in the selected partition and see them
listed on the display.
Browsing using the keys ▼, ▲ results in succession of view screens:
Here:
«IP» –type of device which sends information about failure,
«0004» –ES address (0004 –number in the list of hardwired units, 0 –
number of the device detection channel; in the given example:
own failure status),
«Р:008» –partition number,
«tampering» –event type.
View all
AS
009
002
Select partition
Р002 Armed
IP 0004 Р:008
tampering

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7.2.4 The menu item «2. Part. control» enables to view a list of partitions and their
current statuses.
Browsing using the keys ▼, ▲ results in succession of view screens:
In case the partition is ready to be armed:
By pressing #you may update data.
In case the partition is not ready to be armed, the reasons may be displayed through
pressing #. Browsing of view screens is done by pressing ▼, ▲:
Here:
«MC» –type of device sending information, which confers the status
“not ready” to the partition,
«0011/1» –ES address (0011 –number in the list of wireless or hardwired
units, 1 –number of the device detection channel; in the given
example: built-in magnet-steered contact),
«Р:007» –partition number,
«alarm»–event type.
In case the partition is not ready to be armed, you should eliminate causes.
In exceptional cases, arming for partitions, which are not ready, is permitted with
bypass, if it is authorized by settings for the partition. Bypass procedure is described
in “Partition” of the manual to MSS Astra Pro.
By pressing ОК on the selected partition, you bring out view screen:
By pressing keys ▼, ▲ in the second line you may choose the necessary operation
for the partition. A list of possible operations is determined by control tactics
authorized by settings for User PIN code entered in the process of authorization.
Part. control
Р007 Ready
Р007 Ready
1. Arm
MC 0011/1 Р: 007
alarm

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A full list of possible operations:
1. Arm
2. Arm with bypass
3. Disarm
4. Re-arm
Your choice is to be confirmed by pressing ОК, thereafter the keypad will send a
command to CP, which will be executed and confirmed or not confirmed in view
screens:
Execution may be rejected in case of sending a command, conflicting with the status of a
partition, e.g. you try to arm a partition, which is not ready.
The command «2. Arm with bypass» (equivalent is PIN code with additional #in
case of direct control, see 5.1) enables to ignore causes if it is allowed by settings of
the partition. If conditions of bypass are executed, the partition, which is not ready to
be armed will be armed with the following notification
After the notification appears, by pressing #you may see detailed conditions of
arming as view screens, which may be browsed by pressing ▼, ▲:
Here:
«HE» –type of device sending information, which confers the status
“not ready” to the partition
«0003/1» –ES address (0003 –number in the list of hardwired (or wireless)
units, 1 –number of the device detection channel; in the given
example AL № 1 of hardwired receiver)
«Р:007» –partition number
«[bypass]»–operation
«failure»–event type.
Attention!
Arming with bypass results in partial loss of control over the protected
facilities and it is not recommended to use it as a constant remedy!
Not completed
Done
Part. control
Р007 Armed #
HE 0003/1 Р:007
[bypass] failure
1. Взять

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7.3 Operator Menu
7.3.1 After authorization is done (Paragraph 7.1) the displayed information in menu
items «1.Part. control» and «3.Part. status» will be generated depending upon
authorizations for the entered PIN code. Other steps are similar to those described
for the User menu.
7.3.2 The menu item «2.Alert. control» enables to send or cancel voice alerting,
and to view alerting status.
Possibilities for sending, cancellation and viewing will be built depending upon
authorizations established for the PIN code, which has been entered.
Examples of screens:
press ОК press ОК press ОК
select an
option and
press ОК
Areas are selected from a list, which may be browsed by pressing ▼, ▲, or
numerical keys.
Messages are selected in a similar way, but without dependence upon authorities in
the full range from 1 to 8.
The screen for viewing statuses schematically shows 2 areas, designated by PIN
code authorities.
Alert. control
1. Start alerting
Alert. control
2. Cancel alert.
Alert. control
3. VA status
Start alerting
Area 01 Msg. 01
Cancel alert.
2. By area number
VA status
S D
08
03
By area number
Area 01

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The following statuses are used for viewing:
«S» - alerting stopped
«D» - delay before alerting start
«A» - alerting is ON.
ATTENTION!
According to requirements, a minimum time delay for starting alerting makes
30 seconds. This time is intended for cancellation of alerting, when obvious
false response is detected. In practice, applied time delay makes minimum 1
minute.
When cancelling alerting, you should take into account additional time,
required for exchange of information between the keypad and the central CP
during authorization, selecting a menu item and sending a cancellation
command. This time makes on average about 15 seconds and must be
considered when you set up time of delay.
7.3.3 The menu item «4. Failures» enables to view failures using filters for your
convenience:
«1. By part. number» –failures, service required and sabotage.
«2.Sabotage» –tampering and detachment from mounting
surface.
«3.Failures» –all critical failures excluding tampering and
detachment.
«4.Service required» –non-critical failures, which require maintenance of
the devices, but not leading to “not ready” statuses
of the partitions (e.g. reduction of main power
supply).
If you select the filter «1. By part. number», the information will be displayed as
described in 7.2.3.
Activation of the filter «2.Sabotage» results in display of a list, which browsing by
pressing ▼, ▲ will lead to succession of view screens:
When you select the filters «3.Failures» and «4. Service required» the information
will be displayed as in «2.Sabotage».
IP 0004
tampering

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Examples of screens:
or
Upon cancellation of filtration in the menu item «4.Failures» you may select the last
item «5.All», which will activate a general list of failures, which may be browsed by
pressing ▼, ▲.
7.3.4 The present FW version is not restricted by authorizations for viewing the
event log.
The menu item «5.Event log» enables viewing events stored in CP memory using
filters:
«1.Failures» –critical failures.
«2.Alarms» –only «alarms» / «fires» / «violations» in the armed
partitions.
«3.W/o arm/disarm» –all the events in all categories except “arming” and
“disarming”.
«4. By part. number» –all the events in the selected partition.
«5.All»–all the events in the system without filters, including
information about activities of Engineer
When any of the filters is chosen, the keypad addresses CP with an inquiry according
to the type of the chosen filter and adds last 10 events selected using the filter to the
temporary storage buffer. Inquiry to CP is similar to described in 6.2.2.
When the filter «1.Failures» is selected, the information is displayed from the last in
time event (having the largest number in the current working cycle of CP from
10000).
Example of screen:
Here in the example:
«Event 2181» –event number (from 10000).
«Failure» –interpretation of event.
«system» –involved area.
IP 0004
BPS low voltage
MC 0034
No connection
Event 2181 Failure
system