EBS CPX200N Assembly instructions

ALARM CONTROL UNIT
CPX200N
Installation and
programming manual
Version of the manual: v1.6
Date of issue: 2015.06.26
Firmware version: 1.1.3
GPRS transmitter configurator version: 1.3.48.1

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DECLARATION OF COMPLIANCE
We, EBS Sp. z o.o., declare with full responsibility that the present product
meets all requirements provided for in the Directive 1999/5/EC of European
Parliament and Council dated 9 March 1999. The copy of the “Declaration of
Compliance” can be found at http://www.ebs.pl/en/certificates/ .
IMPORTANT INFORMATION
Crossed symbol of a trash bin means that at the territory of European Union, the
product, after finishing its useful life, shall be disposed of in a separate, specially
dedicated collection point. It refers to the equipment itself and its accessories
marked with that symbol. The products shall not be disposed of together with
non-sortable municipal waste.
The content of the document is presented “as is”. The present document shall
not be deemed to be providing any warranties, either express or implicit, including but not
limited to, any implied warranties of merchantability or fitness for a particular purpose, unless it
is required by relevant law. The manufacturer reserves the right to amend the present
document or withdraw it any time, without notice.
The manufacturer of the equipment promotes the sustainable development policy. It reserves
the right to modify and improve any functions of the product described in the present document
without previous notice.
The availability of particular functionalities will depend on the software version of the
equipment. Details can be found at the nearest dealer of the equipment.
In no event, the Manufacturer shall be held liable for any loss of data or loss of profits or any
specific, incidental, consequential or indirect damages caused in any way.
MANUFACTURER
EBS Sp. z o.o.
59 Bronislawa Czecha St.
04-555 Warsaw, POLAND
E-mail : [email protected]
Technical support: [email protected]
Webpage : www.ebs.pl

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CONTENT:
1. INTRODUCTION .............................................................................................................................. 6
2. CONTROL UNIT FUNCTIONS ........................................................................................................... 7
2.1. FUNCTIONAL CHARACTERISTIC ........................................................................................................7
2.2. ELECTRICAL CHARACTERISTIC .........................................................................................................8
3. INSTALLATION AND WIRING ......................................................................................................... 9
3.1. SEQUENCE OF INSTALLATION...........................................................................................................9
3.2. DESCRIPTION OF PCB ELEMENTS ................................................................................................... 10
3.3. DESCRIPTION OF SCREWED CONNECTORS OF THE CONTROL UNIT................................................. 11
3.4. CONFIGURATION OF INPUT LINES .................................................................................................. 12
3.5. SAMPLE CONNECTION OF A SIGNALLING DEVICE ............................................................................ 14
3.5.1. INTERNAL SIGNALLING DEVICE WITHOUT INDEPENDENT SOURCE OF POWER SUPPLY ............ 14
3.5.2. EXTERNAL SIGNALLING DEVICE WITH INDEPENDENT SOURCE OF POWER SUPPLY .................. 15
3.6. KP10 KEYPAD ................................................................................................................................. 16
3.6.1. DESCRIPTION OF KEYPAD ELEMENTS ..................................................................................... 16
3.6.2. KEYPAD SPECIFICATION ......................................................................................................... 18
3.6.3. KEYPAD INSTALLATION .......................................................................................................... 18
3.6.4. ADDRESSING DEVICES CONNECTED TO THE KEYPAD BUS ....................................................... 18
4. ALARM CONTROL UNIT CONFIGURATION.................................................................................... 19
4.1. ZONE BLOCKING ............................................................................................................................ 19
4.2. ADDING A NEW USER ..................................................................................................................... 19
4.3. USER DELETE................................................................................................................................. 20
4.4. CHANGE OF USER CODE ................................................................................................................. 20
4.5. PROGRAMMING TIME ..................................................................................................................... 20
4.6. PROGRAMMING DATE..................................................................................................................... 21
4.7. RESTORING A DEFAULT USERS CODE ............................................................................................. 21
5. ALARM CONTROL UNIT HANDLING .............................................................................................. 22
5.1. ARMING THE SYSTEM..................................................................................................................... 22
5.2. ARMING THE SYSTEM WITH FAULT................................................................................................. 22
5.3. DISARMING THE SYSTEM ............................................................................................................... 22
5.4. PARTITION HANDLING ................................................................................................................... 23
5.4.1. ARMING / DISARMING WITH SELECTING PARTITIONS............................................................. 23
5.4.2. QUICK ARMING / DISARMING PARTITIONS ............................................................................. 23
5.5. ALARM DISPLAY ............................................................................................................................. 24
5.6. ALARM MUTE ................................................................................................................................. 24
5.7. ALARM MEMORY............................................................................................................................. 24
5.8. FAULTS MEMORY............................................................................................................................ 25
6. SERVICE MODE ............................................................................................................................. 27
6.1. ACTIVATION OF SERVICE MODE ..................................................................................................... 28
6.2. EXIT FROM SERVICE MODE............................................................................................................. 28
6.3. INSTALLER CODE ........................................................................................................................... 28
6.4. POWER LOSS ................................................................................................................................. 28
6.5. RESET TO DEFAULT SETTINGS ....................................................................................................... 28
6.6. SYSTEM OPTIONS .......................................................................................................................... 29
6.7. USERS REMOTE MANAGEMENT ....................................................................................................... 29
6.8. ZONES CONFIGURATION ................................................................................................................ 29
6.9. OUTPUTS CONFIGURATION ............................................................................................................ 31

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6.10. PARTITION CONFIGURATION.......................................................................................................... 32
6.11. TEXT MESSAGES CONFIGURATION.................................................................................................. 34
7. CONFIGURATION WIZARD ........................................................................................................... 43
7.1. PRELIMINARY NOTES ..................................................................................................................... 43
7.2. COMPUTER –REQUIREMENTS ........................................................................................................ 43
7.3. PROGRAM FUNCTIONS ................................................................................................................... 43
7.3.1. MENU-> FILE ......................................................................................................................... 44
7.3.2. MENU-> OPERATIONS ............................................................................................................ 48
7.3.3. MENU -> HELP ....................................................................................................................... 49
7.4. DEVICE PROGRAMMING.................................................................................................................. 50
7.4.1. LOCAL PROGRAMMING ........................................................................................................... 50
7.4.2. REMOTE PROGRAMMING ........................................................................................................ 50
8. PROGRAMMABLE PARAMETERS.................................................................................................... 52
8.1. ACCESS.......................................................................................................................................... 52
8.1.1. PARAMETERS ......................................................................................................................... 52
8.1.2. ACCESS POINT NAME ............................................................................................................. 53
8.1.3. PRIMARY SERVER PARAMETERS.............................................................................................. 54
8.1.4. SECONDARY SERVER PARAMETERS......................................................................................... 55
8.1.5. ACCESS.................................................................................................................................. 55
8.2. TRANSMISSION .............................................................................................................................. 57
8.3. INPUTS/OUTPUTS .......................................................................................................................... 58
8.3.1. ZONES ................................................................................................................................... 58
8.3.2. PARTITIONS........................................................................................................................... 61
8.3.3. OUTPUTS ............................................................................................................................... 63
8.4. SYSTEM OPTIONS .......................................................................................................................... 64
8.4.1. SHOW FAILURES HISTORY WITH SYSTEM DIODE .................................................................... 64
8.4.2. IGNORE ATS FAILURE............................................................................................................. 64
8.4.3. TURN AUTOMATIC OVERRIDE FOR FAILURE OFF ..................................................................... 64
8.5. USERS ........................................................................................................................................... 65
8.6. MONITORING................................................................................................................................. 66
8.6.1. EVENTS.................................................................................................................................. 66
8.6.2. ADDITIONAL DATA ................................................................................................................. 67
8.7. RESTRICTIONS............................................................................................................................... 68
8.7.1. SMS AND DATA CALLS (CSD) .................................................................................................. 68
8.7.2. REMOTE COMMANDS.............................................................................................................. 71
8.8. SMS NOTICES ................................................................................................................................ 72
8.8.1. PHONES ................................................................................................................................. 72
8.8.2. MESSAGES ............................................................................................................................. 73
8.8.3. EVENTS.................................................................................................................................. 74
8.8.4. OPTIONS ............................................................................................................................... 75
8.8.5. SMS FORWARD ...................................................................................................................... 76
8.9. LINK CONTROL............................................................................................................................... 77
8.9.1. GSM....................................................................................................................................... 77
8.9.2. GPRS ..................................................................................................................................... 78
8.10. FIRMWARE..................................................................................................................................... 78
8.11. DEVICE MONITORING..................................................................................................................... 79
8.12. EVENTS HISTORY ........................................................................................................................... 80
9. LED INDICATION .......................................................................................................................... 82

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9.1. NETWORK LOG-IN.......................................................................................................................... 82
9.2. GSM RANGE ................................................................................................................................... 82
9.3. TRANSMISSION .............................................................................................................................. 82
9.4. PROGRAMMING .............................................................................................................................. 83
9.5. FIRMWARE UPDATE........................................................................................................................ 83
9.6. NO SIM CARD OR SIM CARD DAMAGED........................................................................................... 83
9.7. SYSTEM ERROR.............................................................................................................................. 83
10. EXTRAS ......................................................................................................................................... 84
10.1. REMOTE COMMANDS AND CONFIGURABLE PARAMETERS................................................................. 84
10.1.1. CONFIGURATION PARAMETERS .............................................................................................. 84
10.1.2. GENERAL COMMANDS............................................................................................................. 86
10.1.3. COMMANDS FOR MANAGING THE USERS IN CP ....................................................................... 90
10.1.4. COMMANDS FOR MANAGING THE PARTITIONS, ZONES AND OUTPUTS..................................... 97
11. CHANGE HISTORY....................................................................................................................... 106
LIST OF DRAWINGS AND DIAGRAMS
DRAWING 1. DESCRIPTION OF PCB ELEMENTS................................................................................................ 10
DRAWING 2. DESCRIPTION OF SCREWED CONNECTORS OF THE CONTROL UNIT............................................. 12
DRAWING 3. CONFIGURATION OF INPUT LINES .............................................................................................. 13
DRAWING 4. SAMPLE CONNECTION OF INTERNAL SIGNALLING DEVICE WITHOUT INDEPENDENT SOURCE OF
POWER SUPPLY.............................................................................................................................................. 14
DRAWING 5. SAMPLE CONNECTION OF EXTERNAL SIGNALLING DEVICE WITH INDEPENDENT SOURCE OF POWER
SUPPLY .......................................................................................................................................................... 15
DRAWING 6. KP10 KEYPAD ............................................................................................................................. 16

1. INTRODUCTION
Thank you for choosing EBS alarm control unit.
CPX200N is a simple, functional alarm control unit integrated with GSM/GPRS/SMS transmitter,
intended for small- and medium- sized facilities. The central unit is equipped with 3 outputs and
7 zones with the possibility to be divided into 2 partitions. Dedicated KP10 LED keypad was
designed in a modern, discreet style. Portable size, large, comfortable buttons and simple
installation contribute to indisputable advantage of our system.
The product was designed in accordance with the requirements of EN 50131 standards, Grade
2, Environmental class II.

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2. CONTROL UNIT FUNCTIONS
2.1. FUNCTIONAL CHARACTERISTIC
ZONES
7 zones with the NC / NO / EOL-NC / EOL-NO / DEOL-NC / DEOL-NO configuration
possibility
Detection lines –instant, delayed, 24h burglary, arming/disarming, 24h tamper, interior
delay, 24h burglary silent, 24h fire
PROGRAMMABLE OUTPUTS
1 monitored alarm output, high-current (max. current 1.1A)
2 monitored alarm outputs, low-current (max. current 50mA)
FEEDING OUTPUTS
1 signalling device output (max. current 350mA)
1 detector output (max. current 350mA)
1 keypad output (max. current 100mA)
PARTITIONS
2 partitions with the possibility to assign any number of zones to each of them
KEYBOARD
cooperation with LED keyboard KP10
ability to connect up to three keypads
TRANSMISSION
Transmission of signals through GPRS/SMS module
Encryption of data transfer using AES standard
Communication with monitoring station using dedicated OSM.2007 server that ensures
the reliability of data transfer thanks to a redundancy function
Control of GSM/GPRS connection –automatic restoration of connection with monitoring
station or switching to secondary server
CONFIGURATION
Local, using KP10 keypad or a computer
Remote through GPRS, SMS or CSD
USERS
1 admin code (main)
1 service code
8 user codes
Possibility to restrict the scope of authorisation to a few codes only
SYSTEM OPTIONS
Automatic diagnosis of basic system components
Possibility to review faults, alarm memories, event log
System/technical event history up to 5000 events

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2.2. ELECTRICAL CHARACTERISTIC
Supply voltage:
18VAC (16-20VAC)
Required transformer Power:
min. 20VA
Current consumption average/max:
(average measured@: fully charged battery,
established connection with server, connected keypad,
no sensors connected)
120mA / 1100mA @18VAC
Average current consumption; lack of
external supply (without keypad/ with
keypad):
(fully charged battery, no sensors connected,
established connection with server)
60mA / 80mA
Charging current:
(measured with totalny discharged battrey)
max. 350mA
Charging voltage:
13.8V
Supported bartery type:
Lead-acid 12V
Low voltage –event treshold:
11V
Voltage battery cut off level:
below 9V
Working temperature:
-10ºC to +55ºC
Working humidity:
5% to 93%
PCB dimensions:
152mm x 78mm x 30mm

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3. INSTALLATION AND WIRING
3.1. SEQUENCE OF INSTALLATION
1. Develop installation diagram accounting for the location of control unit, keypad,
detectors and other system components.
2. Install the control unit in hardly accessible place with uninterrupted power supply
ensured.
3. Install the keypad in a location convenient for a user and connect it with the control unit.
For description of keypad installation, please refer to chapter 3.6.2.
NOTE: Maximum length of cables connecting the control unit with the
keypad, at the core diameter 0.5mm2 cannot exceed 200m.
4. Install detectors and door and window reed relays. Connect the installed elements with
control unit. For sample configuration of zones, please refer to chapter 3.4.
5. Install and connect signalling devices with the control unit. For sample signalling devices
connection diagrams, please refer to chapter 3.5.
6. Complete the remaining cable connections.
7. Connect power supply and a battery with the control unit.
8. Program the functions of the control unit. Programming procedure was described in the
chapters below.
NOTE: If you use more than one keyboard in the system, be sure to
address each assignment of the keyboard (see ch. 3.6.4).
9. Verify the operation of the system and all its components.

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3.2. DESCRIPTION OF PCB ELEMENTS
Drawing 1. Description of PCB elements
1. GSM Antenna Connector (female SMA)
GSM antenna is delivered separately as one of the optional system components. It is
recommended to use antenna with cable that allows finding adequate position ensuring
optimal GSM range. The control unit is compatible with GSM antenna with male SMA
connector.
2. Slot of SIM Card
The control unit is equipped with integrated GSM/GPRS/SMS transmitter. SIM card with
active GPRS transmission is necessary to communicate with the server. The card shall be
installed in the slot indicated in the drawing.
NOTE: Before you insert the card, make sure that PIN code
authorisation is deactivated, or PIN code is compliant with the code
programmed in the control unit. Default factory PIN code of the control
unit is 1111.
3. Yellow “STATUS” LED
For the detailed description of “STATUS” LED operation, please refer to chapter 9.
4. Red “ERROR” LED
For the detailed description of “ERROR” LED operation, please refer to chapter 9.

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5. Green “OK” LED
For the detailed description of “OK” LED operation, please refer to chapter 9.
6. Connector of “CONF” Programming Device
“CONF” IDC10 connector allows the control unit configuration using dedicated GD-PROG
programming device and any computer equipped with RS232 port.
7. “PROG” Button for Default Settings Restoration
Pressing the button for 10s during connecting the control unit with power supply will delete
all users and restore the default admin code. Default admin code is 1111.
8. “START” Button for Battery Activation of Control Unit Without the Mains
Power Supply
If the control unit is activated in the situation of power supply fault, press the button after
connecting the unit to the battery.
9. Screwed Connectors of the Control Unit
For detailed information on feeding, input and output connectors, please refer to chapter
3.3.
10. Assembly Holes of the Control Unit (132x61mm hole span)
The above holes are intended for the control unit to be assembled in any type of casing. In
option a dedicated plastic OBDNA casing can be ordered (the casing includes appropriate
230VAC/18VAC transformer).
3.3. DESCRIPTION OF SCREWED CONNECTORS OF THE CONTROL
UNIT
NOTE: Any assembly and installation works shall be carried out with
power supply off and battery disconnected.

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Drawing 2. Description of screwed connectors of the control unit
3.4. CONFIGURATION OF INPUT LINES
All input lines are fully configurable and can operate as normally closed (NC)) or normally
open (NO) as well as with assigned parameters (EOL-NO or EOL-NC) using 2.2kΩ resistors
or with assigned double parameters (DEOL-NO or DEOL-NC) using 1.1kΩ resistors. Both
resistor types are included in the delivery of the control unit. Various configurations of input
lines are presented in the drawing 3.

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Drawing 3. Configuration of input lines

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3.5. SAMPLE CONNECTION OF A SIGNALLING DEVICE
3.5.1. Internal Signalling Device Without Independent Source of
Power Supply
Drawing 4. Sample connection of internal signalling device without independent source of power
supply

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3.5.2. External Signalling Device with Independent Source of Power
Supply
Drawing 5. Sample connection of external signalling device with independent source of power supply

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3.6. KP10 KEYPAD
3.6.1. Description of Keypad Elements
Drawing 6. KP10 Keypad
1. Keypad Buttons
0-9 buttons and *as well as #are intended for keypad and control unit operation. After
first pressing any button, the keypad is backlit. After a few-second idle time, backlight
gets automatically dimmed. In order to make codes easier to remember, buttons are
marked with the alphabet.
2. ALARM LED (red):
Flashing light –means that alarms were present in the system (alarm memory).
Constant light –means that system is in alarm state.
Off –system is operating correctly.

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3. ARMED LED (red):
Flashing light –means that time for exit in any of partitions is counted.
Constant light –at least one partition is armed
Off –partitions disarmed.
4. SYSTEM LED (yellow):
Flashing light - means that in the control unit’s memory there are faults that has already
ceased (there was power loss, but it has already restored).
Constant light –there is a fault in the system that was not removed.
Off –no fault in the system.
5. PROG LED (blue):
Flashing slowly –service function is activated and it is one of the user functions.
Flashing –data will be entered.
Constant light –installer service function is activated.
6. 1 - 8 LEDs (red)
When LED goes on during normal operation, it means that the line it is assigned to was
disrupted. Flashing LED means the zone was interlocked. After activating service
functions, LEDs display data.
7. Screwed Connectors
The connectors for connecting cables joining the keypad with the alarm control unit.
8. Cable Entry
It is a place for entering the connection cables.
9. Assembly Holes
The keypad was equipped with four round assembly holes for proper fastening the
keypad.
10. Casing Opening Latch
To open the casing it is recommended to use flat 2.5-5mm screwdriver. Insert it slightly
in indicated hole and gently perform a lever movement toward the rear side of the
casing.
11. Anti-Sabotage Switch
After the keypad is assembled the switch contact is closed. Unauthorised disassembly of
the keypad will send the message to the alarm control unit. In order to eliminate surface
unevenness, a spring is located on the switch lever.

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3.6.2. KEYPAD SPECIFICATION
Power supply voltage: 10 –13.8 VDC
Power consumption: typ. 20 mA, max. 70 mA
Keypad weight: 70 g
Size of casing: 99 x 82 x 19 mm
Keypad type: LED, 8 status LEDs, 4 mode LEDs (ALARM, ARMED,
SYSTEM, PROG)
Button layout: Standard telephone keypad 3 x 4 buttons
3.6.3. Keypad Installation
1. KP10 keypad is intended for inside installation, on dry and even surface. Usually, it
is installed on wall, near the entrance door, 120-140 cm high from the ground.
2. To open the keypad casing –insert a flat screwdriver in the bottom part of the
casing and press the latch. Then carefully take both parts of the casing apart,
starting from the casing’s bottom.
3. Mark and drill holes in the wall to install the rear part of the casing.
4. Screw the rear part of the casing to the wall.
5. Connect cables joining the keypad with the alarm control unit. Keypad terminals
marked: KT, KR, KP, KG shall be connected with KT, KR, KP, KG terminals in the
alarm control unit (see drg. 2.)
6. Assembly the rear part of the casing with the front one starting from the casing’s
top. Make sure that the keypad is well assembled and sabotage switch is pressed
in.
3.6.4. Addressing devices connected to the keypad bus
Each keypad to be connected to the bus must have its own individual address from the 1
to 3 range. Addresses must not repeat (the control panel does not suport devices having
identical addresses). It is recommended that consecutive addresses be assigned starting
from 1. In keypads, the address is set by software means. By default, address 1 is set.
Programing keypad address:
1. Remove the keypad from the wall (tamper switch should be open).
2. At the same time, press and hold the and , or , which
means a new keypad address.
3. After about 5 seconds the keypad will display the programmed keypad address.
4. After programming the keypad address, reset the control panel CPX200N.

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4. ALARM CONTROL UNIT CONFIGURATION
4.1. ZONE BLOCKING
The zone blocking function allows de-activating stand-by mode of any zones or bypassing
any damaged lines. Also, zones which are not in stand-by mode and which the user has
access to can be blocked. Zones remain blocked until de-arming. System informs the user
about that fact with slowly flashing LED marked with the number of the blocked zone.
Zone blocking:
1. Enter the number of the function and confirm with . Enter the user code
and press . 3-tone beep will confirm the correct code input.
Note: If incorrect code is entered the keyboard will emit long constant
sound. Enter the correct code once again.
2. Using buttons numbered 1 to 7 select zones you want to block.
3. Change the zones blocking status by pressing numbered buttons (LEDs with relevant
zone number will go on/off). Press to confirm blocking of selected zones. 3 beeps
will confirm the change. To cancel the entered changes, press .
4.2. ADDING A NEW USER
You can add a new user code here. New codes can be added by the administrator only. 3
beeps will confirm the successfully entered function.
Note: Individual codes cannot be the same; if any code is the same as
another one, it will not be recorded.
To add a new user:
1. Enter the function code and press to confirm.
2. Enter the admin code and confirm it with . 3 beeps will confirm the correct code
input.
3. Numbers of already existing users will be displayed.
4. Enter the ID of newly added user (1 to 8), other than already added ID numbers, and
press to confirm. Numbers of partitions a new user can have access to will be
displayed.
5. To activate/deactivate LED of an appropriate partition, press 1 or 2. When the access is
set, press to confirm. All LEDs shall be off now.
6. Enter the code of a newly added user (4 to 7 digits) and press to confirm.
7. Enter the code of a newly added user again and press to finish adding or to
exit without saving changes.

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8. Successful adding a new user will be confirmed with 3 beeps, otherwise a constant
sound will be emitted.
4.3. USER DELETE
You can delete a user here. Codes can be deleted by the administrator only. 3 beeps will
confirm the successfully entered function.
Note: You cannot delete Admin account (user no. 0) and Installer
account (user no. 9)
To delete a user:
1. Enter the function code ' and press to confirm.
2. Enter the admin code and confirm it with . 3 beeps will confirm the correct code
input.
3. Numbers of already existing users will be displayed.
4. Enter the ID code (1- 8) of a user to be deleted and press to confirm or to
exit without saving changes.
5. Successful deletion of a user will be confirmed with 3 beeps, otherwise a constant sound
will be emitted.
4.4. CHANGE OF USER CODE
The user can change its code here. 3 beeps will confirm the successfully entered function.
<User code > <Code> <Code>
Where:
User code - Code of a user changing the password.
Code – New access code (from 4 to 7 digits).
4.5. PROGRAMMING TIME
You can change system time here. Time can be changed by the administrator only. 3 beeps
will confirm the successfully entered function.
< Administrator code > <hh> <mm>
where:
Administrator code –Administrator code.
hh –Hours.
mm –Minutes.
In any moment you can press to exit without saving changes.