EBS CPX230NWB Installation And Programming Manual

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Version of the manual: v1.3 Date of issue: 27.07.2018

ALARM CONTROL PANEL

CPX230NWB

Installation and

programming manual

Firmware version: 2.10.0

GPRS transmitter configurator version: 1.4.85.3

OSM server version: 1.3.71.036

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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 : sales@ebs.pl Technical support: support@ebs.pl Webpage : www.ebs.pl

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CONTENT:

1. INTRODUCTION .............................................................................................................................. 6

2. CONTROL PANEL FUNCTIONS ......................................................................................................... 7

2.1. FUNCTIONAL CHARACTERISTIC ....................................................................................................... 7

2.2. SPECIFICATIONS ............................................................................................................................. 8

2.3. ACCESSORIES AND SOFTWARE APPLICATIONS ................................................................................. 9

3. INSTALLATION AND WIRING ....................................................................................................... 10

3.1. SEQUENCE OF INSTALLATION........................................................................................................ 10

3.2. DESCRIPTION OF PCB ELEMENTS .................................................................................................. 11

3.3. DESCRIPTION OF SCREW TERMINALS OF THE CONTROL PANEL ..................................................... 14

3.4. CONFIGURATION OF WIRED INPUT ZONES .................................................................................... 15

3.5. SAMPLE CONNECTION OF SIGNALING DEVICE ................................................................................ 17

3.5.1. INTERNAL SIGNALING DEVICE WITHOUT INDEPENDENT SOURCE OF POWER SUPPLY ............. 17

3.5.2. EXTERNAL SIGNALING DEVICE WITH INDEPENDENT SOURCE OF POWER SUPPLY ................... 18

3.6. KP32 KEYPAD ................................................................................................................................ 19

3.6.1. DESCRIPTION OF KEYPAD ELEMENTS .................................................................................... 19

3.6.2. KEYPAD SPECIFICATION ........................................................................................................ 22

3.6.3. KEYPAD INSTALLATION ......................................................................................................... 22

3.6.4. ADDRESSING DEVICES CONNECTED TO THE KEYPAD BUS ...................................................... 23

3.7. WIRELESS KEYPAD KP2W .............................................................................................................. 23

3.7.1. ADDING KP2W TO THE SYSTEM ............................................................................................. 24

3.7.2. DESCRIPTION OF KEYPAD ELEMENTS .................................................................................... 24

3.7.3. KEYPAD SPECIFICATION ........................................................................................................ 25

3.7.4. KEYPAD INSTALLATION ......................................................................................................... 26

3.7.5. DOOR OPENING SENSOR ....................................................................................................... 26

3.8. CONTROL PANEL LOCATION .......................................................................................................... 27

3.9. WIRELESS DETECTORS INSTALLATION RECOMMENDATIONS .......................................................... 28

4. SERVICE MODE ............................................................................................................................. 29

4.1. ACTIVATION OF SERVICE MODE .................................................................................................... 30

4.2. EXIT FROM SERVICE MODE............................................................................................................ 30

4.3. INSTALLER MENU .......................................................................................................................... 30

4.3.1. INSTALLER CODE .................................................................................................................. 31

4.3.2. POWER LOSS ........................................................................................................................ 31

4.3.3. RESET TO DEFAULT SETTINGS .............................................................................................. 32

4.3.4. SYSTEM OPTIONS ................................................................................................................. 32

4.3.5. USERS REMOTE MANAGEMENT .............................................................................................. 33

4.3.6. EXPANDED SYSTEM OPTIONS ................................................................................................ 33

4.3.7. ACCESS CODE LENGTH .......................................................................................................... 34

4.3.8. ALARM HISTORY NOTIFICATION DISABLING DELAY ............................................................... 35

4.3.9. TIME TO DETECT LOSS OF WIRELESS DETECTORS ................................................................. 35

4.3.10. SWITCH OFF PERIODIC REPEATING OF WIRELESS DETECTORS LOSS EVENTS ........................ 36

4.3.11. PERIODIC REPEATING OF WIRELESS DETECTORS LOSS EVENTS ............................................. 36

4.3.12. ACN NUMBERS FOR COMMUNICATION IN THE CONTACT ID FORMAT ...................................... 36

4.3.13. ZONES CONFIGURATION ....................................................................................................... 37

4.3.14. OUTPUTS CONFIGURATION ................................................................................................... 39

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4.3.15. PARTITIONS CONFIGURATION ............................................................................................... 41

4.3.16. WIRELESS ZONES CONFIGURATION ....................................................................................... 43

4.3.17. REMOTE CONTROLLERS CONFIGURATION .............................................................................. 45

4.3.18. EMERGENCY BUTTONS .......................................................................................................... 46

4.4. TEXT MESSAGES ........................................................................................................................... 47

5. CONFIGURATION WIZARD ........................................................................................................... 56

5.1. PRELIMINARY NOTES .................................................................................................................... 56

5.2. COMPUTER – REQUIREMENTS ....................................................................................................... 56

5.3. PROGRAM FUNCTONS .................................................................................................................... 56

5.3.1. MENU -> FILE ....................................................................................................................... 57

5.3.2. MENU -> OPERATIONS .......................................................................................................... 61

5.3.3. MENU -> HELP ...................................................................................................................... 63

5.4. DEVICE PROGRAMMING ................................................................................................................. 63

5.4.1. LOCAL PROGRAMMING .......................................................................................................... 63

5.4.2. REMOTE PROGRAMMING ....................................................................................................... 64

6. PROGRAMMABLE PARAMETERS.................................................................................................... 66

6.1. ACCESS ......................................................................................................................................... 66

6.1.1. PARAMETERS ........................................................................................................................ 66

6.1.2. ACCESS POINT PARAMETERS ................................................................................................. 67

6.1.3. PRIMARY SERVER PARAMETERS ............................................................................................. 68

6.1.4. SECONDARY SERVER PARAMETERS ........................................................................................ 69

6.1.5. ACCESS ................................................................................................................................. 69

6.2. TRANSMISSION ............................................................................................................................. 71

6.3. INPUTS / OUTPUTS ....................................................................................................................... 72

6.3.1. ZONES (INPUTS) ................................................................................................................... 72

6.3.2. WIRELESS ZONES (DEVICES) ................................................................................................. 75

6.3.3. PARTITIONS .......................................................................................................................... 79

6.3.4. OUTPUTS .............................................................................................................................. 81

6.3.5. REMOTE CONTROLLERS......................................................................................................... 82

6.3.6. EMERGENCY BUTTONS .......................................................................................................... 84

6.4. SYSTEM OPTIONS ......................................................................................................................... 85

6.4.1. SHOW FAILURES HISTORY WITH SYSTEM DIODE ................................................................... 85

6.4.2. IGNORE ATS FAILURE ............................................................................................................ 85

6.4.3. REQUEST ARMING CONFIRMATION (BY PRESSING #) IN CASE OF FAILURE ............................ 85

6.4.4. ACCESS TO ALARM AND FAULT MEMORY REQUIRES AUTHORIZATION .................................... 86

6.4.5. ALARMS AND INPUTS INTERLOCKING STATES ARE NOT DISPLAYED ....................................... 86

6.4.6. TEMPORARY KEYBOARD LOCK AFTER THREE ACCESS FAILURES ............................................. 86

6.4.7. USE DURESS CODE ................................................................................................................ 86

6.4.8. SHOW PARTITION ARMING MODE INSTEAD OF INPUTS INTERLOCKING STATES ..................... 86

6.4.9. PREMISES LOCK .................................................................................................................... 86

6.4.10. DEFAULTS RESTORAL LOCK ................................................................................................... 86

6.4.11. COMMUNICATION PARAMETERS LOCK ................................................................................... 87

6.4.12. ALLOW QUICK ARMING WITHOUT USER AUTHORIZATION ...................................................... 87

6.4.13. AFTER DISARMING DISABLE ALARM HISTORY NOTIFICATION ................................................ 87

6.4.14. ALARM HISTORY NOTIFICATION DISABLING DELAY ............................................................... 88

6.4.15. PREVENT ARMING USING WIRED KEYPAD WHEN INPUTS ARE TRIGGERED OR SABOTAGED .... 88

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6.4.16. TIME TO DETECT LOSS OF WIRELESS DETECTOR ................................................................... 88

6.4.17. REPEAT EVERY ...................................................................................................................... 88

6.4.18. ACCESS CODE LENGTH .......................................................................................................... 88

6.5. USERS .......................................................................................................................................... 90

6.5.1. USERS .................................................................................................................................. 90

6.5.2. USER CATEGORIES ................................................................................................................ 91

6.6. MONITORING ................................................................................................................................ 92

6.6.1. EVENTS ................................................................................................................................. 92

6.6.2. ADDITIONAL DATA ................................................................................................................ 93

6.7. RESTRICTIONS .............................................................................................................................. 96

6.7.1. SMS AND DATA CALLS (CSD) ................................................................................................. 96

6.7.2. REMOTE COMMANDS ............................................................................................................. 98

6.8. SMS NOTIFICATIONS ..................................................................................................................... 99

6.8.1. PHONES ................................................................................................................................ 99

6.8.2. MESSAGES .......................................................................................................................... 100

6.8.3. EVENTS ............................................................................................................................... 101

6.8.4. OPTIONS ............................................................................................................................ 102

6.8.5. SMS FORWARD ................................................................................................................... 103

6.9. LINK CONTROL ............................................................................................................................ 104

6.9.1. GSM .................................................................................................................................... 104

6.9.2. GPRS .................................................................................................................................. 104

6.10. FIRMWARE .................................................................................................................................. 105

6.11. DEVICE MONITORING .................................................................................................................. 106

6.12. EVENTS HISTORY ........................................................................................................................ 109

7. LED INDICATION ........................................................................................................................ 111

7.1. NETWORK LOG-IN ....................................................................................................................... 111

7.2. GSM RANGE ................................................................................................................................ 111

7.3. TRANSMISSION ........................................................................................................................... 111

7.4. PROGRAMMING ........................................................................................................................... 112

7.5. FIRMWARE UPDATE ..................................................................................................................... 112

7.6. NO SIM CARD OR SIM CARD DAMAGED ........................................................................................ 112

7.7. SYSTEM ERROR ........................................................................................................................... 112

8. GRADE 2 SETTINGS ..................................................................................................................... 113

8.1. GRADE 2 SETTINGS ..................................................................................................................... 113

8.2. THE BEHAVIOR OF THE SYSTEM IN COMPATIBILITY MODE FOR GRADE 2 ..................................... 114

9. EXTRAS ....................................................................................................................................... 115

9.1. REMOTE COMMANDS AND CONFIGURABLE PARAMETERS.............................................................. 115

9.1.1. CONFIGURATION PARAMETERS ........................................................................................... 116

9.1.2. GENERAL COMMANDS.......................................................................................................... 119

9.1.3. COMMANDS FOR MANAGING THE USERS .............................................................................. 126

9.1.4. COMMANDS FOR MANAGING THE PARTITIONS, ZONES AND OUTPUTS.................................. 132

9.1.5. COMMANDS FOR MANAGING THE WIRELESS DEVICES .......................................................... 140

9.1.6. COMMANDS FOR MANAGING THE SECURITY SETTINGS ........................................................ 141

9.2. DICTIONARY OF THE TERMS ....................................................................................................... 143

10. CHANGE HISTORY ....................................................................................................................... 144

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1. INTRODUCTION

Thank you for choosing EBS alarm control panel.

CPX230NWB is a simple, functional alarm control panel integrated with GSM/GPRS/SMS transmitter, intended for small- and medium- sized facilities. The control panel is equipped with 3 outputs, 7 wired (for TEOL configuration up to 14 wired) and up to 32 wireless zones with the possibility to be divided into 2 partitions. Dedicated KP32 LED keypad was designed in a modern, discreet style. Portable size, large, comfortable buttons and simple installation contribute to indisputable advantage of our system.

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2. CONTROL PANEL FUNCTIONS

2.1. FUNCTIONAL CHARACTERISTIC

ZONES

 7 wired zones with the NC / NO / EOL-NC / EOL-NO / DEOL-NC / DEOL-NO / TEOL

configuration possibility

 Up to 14 wired zones for the TEOL configuration possibility  Up to 32 wireless zones  Detection zones – instant, delayed, 24h burglary, arming/disarming by violation,

24h tamper, interior delay, 24h burglary silent, 24h fire, perimeter, perimeter exit, 24h gas, 24h water leakage, night (bypassed), night with prealarm, arming/disarming by state change

PROGRAMMABLE OUTPUTS

 1 monitored alarm output, high-current (max. current 1.1A)  2 monitored alarm outputs, low-current (max. current 50mA)

FEEDING OUTPUTS

 1 signaling 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

KEYPAD

 cooperation with wired LED keypad KP32  ability to connect up to three keypads  cooperation with wireless keypad KP2W  ability to connect up to 32 keypads KP2W (every keypad occupies one of the available

wireless zones)

REMOTE CONTROL

 cooperation with remote control RC-10  ability to program up to 32 remote control

TRANSMISSION

 Transmission of signals through GPRS/SMS module  Encryption of data transfer using AES standard  Communication with monitoring station using dedicated OSM.Server 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 KP32 keypad or a computer  Remote through GPRS, SMS or CSD

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USERS

 1 service code (ATS – Alarm Transmission System is a special type of user, meaning the

monitoring station, that is authorized by the main access code to the device)

 1 installer code  1 admin code (main)  31 user codes  Possibility to restrict the scope of authorization 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 – min. 5000 events

2.2. SPECIFICATIONS

Supply voltage:

18VAC (16-20VAC)

Required transformer Power:

must use transformer with power from 20VA to 60VA

Supported modems:

* model CPX230NWB-5xx: Cinterion BGS2-W (GSM: 850, 900, 1800, 1900 MHz)

* model CPX230NWB-6xx: Cinterion EHS6 (UMTS: 800, 850, 900, 1900, 2100 MHz; GSM: 850, 900, 1800, 1900 MHz)

Current consumption average/max:

(average measured: fully charged battery, established connection with server, connected keypad, no sensors connected)

120mA / 180mA @18VAC

* Measured with BGS2-W Cinterion

95mA / 170mA @18VAC

* Measured with EHS6 Cinterion

Average current consumption; lack of external supply (without keypad/ with keypad):

(fully charged battery, established connection with server, no sensors connected,)

60mA / 85mA @13VDC

* Measured with BGS2-W Cinterion

35mA / 65mA @13VDC

* Measured with EHS6 Cinterion

Charging current:

(measured with totally discharged batter)

max. 350mA Charging voltage:

13.8V

Supported battery type:

Lead-acid 12V

Low voltage – event threshold:

11V

Voltage battery cut off level:

below 9V

Working temperature:

-10ºC to +55ºC

Working humidity:

5% to 93%

PCB dimensions:

152 x 78 x 30mm

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2.3. ACCESSORIES AND SOFTWARE APPLICATIONS

Keypads

Description

KP32-0 (black), KP32-9 (white)

LED wired keypad KP2W-9 (white)

Wireless keypad

RC-10

Remote controller, 4 buttons

Sensors

Description

MC-10

Wireless Magnetic Contact

PIR-10

Wireless Motion Detector

PIR-11

Wireless Motion Detector (PET)

SD-20

Wireless Smoke Detector

MC-11

Wireless Magnetic Contact with additional input

FL-10

Wireless Flood Detector

GS-21

Wireless Carbon Monoxide and Natural Gas Detector

GS-22

Wireless Carbon Monoxide and Propane-butane Detector

Programmers

Description

GD-PROG

CPX Control Panel Programmer

SP-PROG

Universal Programmer

SP-PROG-BT

Universal Programmer with Bluetooth module

MINI-PROG-BT

CPX Mini Programmer Bluetooth module CPX

Application software

Description

GPRS Transmitter Configurator

Configuration App of GPRS Transmitters (PC, Windows) OSM

Communication Server for Alarm Receiving Center

AVA INSTALL

Installers smartphone application for configuration and monitoring of the control panel (Android)

AVA

Mobile Monitoring application for control and monitoring of control panel. (Android, iOS). For Users.

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3. INSTALLATION AND WIRING

3.1. SEQUENCE OF INSTALLATION

1. Develop installation diagram accounting for the location of control panel, keypad,

detectors and other system components.

2. Install the control panel 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

panel. For description of keypad installation, please refer to chapter 3.6.3 Keypad installation.

NOTE: Maximum length of cables connecting the control panel 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 panel. For sample configuration of zones, please refer to chapter 3.4 Configuration of wired input zones.

5. Install and connect signaling devices with the control panel. For sample signaling

devices connection diagrams, please refer to chapter 3.5 Sample connection of signaling device.

6. Complete the remaining cable connections.

7. Connect the battery to the screw terminals BAT +, BAT- and external power 16-20VAC

to screw terminals AC, AC.

8. Program the functions of the control panel. 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 chapter 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 panel is compatible with GSM antenna with male SMA connector.

This type of antenna (photo on the left) should be install (self-adhesive tape) on nonmetallic surface (plastic, glass etc.) in vertical position. The high placement position , free of nearby objects will give You the best possible GSM signal. Antenna shouldn’t be placed in close range to metal objects (especially wires). Don’t put antennas into cases (above all in metal cases). Antenna wire shouldn’t be flexed or rucked. There is not recommend to extend antenna wire.

NOTE: Antenna shouldn’t be installed on alarm central case or in close range to wireless receivers. It could decrease the signal range.

2. Slot of SIM card

The control panel 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.

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NOTE: Before you insert the card, make sure that PIN code authorization is deactivated, or PIN code is compliant with the code programmed in the control panel. Default factory PIN code of the control panel is 1111.

3. “STATUS” LED

Yellow LED diode. For the detailed description please refer to chapter 7.

4. “ERROR” LED

Red LED diode. For the detailed description please refer to chapter 7.

5. “OK” LED

Green LED diode. For the detailed description please refer to chapter 7.

6. “CONF” programming connector

“CONF” IDC10 connector allows the control panel configuration using dedicated programming devices such as GD-PROG, MINI-PROG-BT, SP-PROG-BT and any computer equipped with RS232 port (GD-PROG) or USB port (MINI-PROG-BT, SP-PROGBT) or Bluetooth (MINI-PROG-BT, SP-PROG-BT).

7. “PROG” button for default settings restoration

Pressing the button for 10s during connecting the control panel with power supply will delete all users and restore the default admin and installer code. Default admin code is 1111, default installer code is 2222.

8. “START” button for battery activation of control panel without the mains

power supply

If the control panel is activated in the situation of power supply fault, press the button after connecting the unit to the battery.

9. Screw terminals of the control panel

For detailed information on feeding, input and output connectors, please refer to chapter

3.3.

10. Assembly holes of the control panel (132x61mm hole span)

The above holes are intended for the control panel 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).

11. Wireless module antenna connector

CPX230NWB included two types of antennas: internal and external dipole type.

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433MHz internal antenna

Internal antenna (photo on the left) can be used wherever required compact size and antenna provides appropriate coverage level detectors. Ending of the internal antenna without isolation should be mounted in hot pole of the socket described as ANT (correct pole is marked red on Drawing 1 and on photo below). Cold pole has been filled with plastic element (marked as a black spot). Correct antenna install position in the photo attached below.

433MHz external antenna dipol type

NOTE: In order to improve the signal

coverage in harsh environments, you can use an external antenna dipole type. Antenna should be connected to GND and ANT connector regarding to the color on the endings of the wires. Before screw the antenna, remove plastic element from GND socket. Correct install position for dipole antenna in the attached photo below.

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12. Wireless module

The wireless module is used to receive signals from remote controls and wireless detectors.

3.3. DESCRIPTION OF SCREW TERMINALS OF THE CONTROL PANEL

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 screw terminals of the control panel

3.4. CONFIGURATION OF WIRED INPUT ZONES

All wired input zones 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. The TEOL configuration is used to double an alarm zone, i.e. connect two wire detectors to one clamp at the central, and it is possible to detect alarms from detector 1 and detector 2 (see drawing 3), while signaling sabotage switch (tamper) open will be common for both detectors.

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Both resistor types are included in the delivery of the control panel. Various configurations of input zones are presented in the drawing 3.

Drawing 3. Configuration of input zones

Detector 1

Detector 2

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3.5. SAMPLE CONNECTION OF SIGNALING DEVICE

3.5.1. Internal signaling device without independent source of power

supply

Drawing 4. Sample connection of internal signaling device without independent source of power

supply

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3.5.2. External signaling device with independent source of power

supply

Drawing 5. Sample connection of external signaling device with independent source of power supply

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3.6. KP32 KEYPAD

3.6.1. Description of keypad elements

Drawing 6. KP32 Keypad

1. FULLY ARMED mode arming symbol – indicated with diodes A (partition

P1) and 1 (partition P2)

Blinks slowly: exit time countdown,

Blinks quickly: entry time countdown,

Lit continuously: partition armed in full mode,

Not lit: partition not armed in full mode.

2. SLEEP Night mode arming symbol – indicated with diodes B (partition

P1) and 2 (partition P2)

Blinks slowly: exit time countdown, Blinks quickly: entry time countdown, Lit continuously: partition armed in night mode,

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Not lit: partition not armed in night mode.

3. STAY Day mode arming symbol – indicated with diodes C (partition P1)

and 3 (partition P2)

Blinks slowly: exit time countdown, Blinks quickly: entry time countdown, Lit continuously: partition armed in day mode, Not lit: partition not armed in day mode.

4. READY symbol – indicated with diodes D (partition P1) and 4 (partition

P2)

Lit when all zones (without the “ignore when arming” option selected) are in nominal condition (not triggered).

5. Partition input or output sabotage/failure symbol – indicated with diodes

E (partition P1) and 5 (partition P2)

Blinks quickly: no longer present, but there were failures/sabotage of inputs or outputs assigned to the partition,

Lit continuously: there are failures/sabotage of inputs or outputs assigned to the partition.

6. Partition alarm/alarm memory symbol – indicated with diodes F

(partition P1) and 6 (partition P2)

Blinks quickly: no longer present, but there were alerts from zones assigned to the partition,

Lit continuously: there is an alarm from a zone assigned to the partition.

7. Line bypass symbol – indicated with diodes G (partition P1) and 7

(partition P2)

Lit when at least one zone belonging to the partition is locked out (bypassed).

8. DISARM Partition disarming symbol – indicated with diodes H (partition

P1) and 8 (partition P2)

Lit when the given partition is disarmed, e.g. in DISARM mode.

9. Diodes A-H (white)

A row of diodes used to indicate the status of partition P1 (example: when lit, “B” diode means partition P1 is armed in SLEEP night mode).

10. Diodes 1-8 (white)

A row of diodes used to indicate the status of partition P2 (example: when lit, “3” diode

means partition P2 is armed in STAY day mode).

11. Partition 1 (“P1”)

The P1 symbol means partition 1, to which diodes from A to H are assigned.

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12. Partition 2 (“P2”)

The P2 symbol means partition 2, to which diodes from 1 to 8 are assigned.

13. “GROUP” diode

When this diode is blinking quickly, it means entering the user function in which either zones or users are shown.

14. “ALARM” diode

When this diode is lit, it means a general system alarm (e.g. keypad sabotage, ALARM button on the remote), where:

Blinks: alarm triggered in the past, Lit continuously: current alarm.

15. “SYSTEM” diode

When this diode is lit, it means a system failure, e.g.: power failure, battery failure, ATS connection failure, power output failure, clock loss, keypad sabotage.

Blinks – it means that control panel memory stores failures that have passed, Lit continuously – there is a failure in the system that has not been repaired, Not lit – there are no failures in the system.

16. “PROG” diode

Blinks slowly – the service function is enabled (a user function), Blinks – data will be entered, Lit continuously – installation engineer's service mode is enabled.

17. Button 1 “P1”

A function button that supports the arming of partition P1.

18. Button 2 “P2”

A function button that supports the arming of partition P2.

19. Button 3 “P1+P2”

A function button that supports simultaneous arming of partitions P1 and P2.

20. Button 5 (open padlock)

A function button that supports disarming.

21. Button 7 (locked padlock)

A function button that supports the arming in full mode.

22. Button 8 (moon)

A function button that supports the arming in night mode (SLEEP).

23. Button 9 (sun)

A function button that supports the arming in day mode (STAY).

24. Button “*” (flame)

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FIRE function button - press for about 3 sec to generate a fire alarm.

25. Button 0 “+”

HELP function button - press for about 3 sec to generate a medic alarm.

26. Button “#” (shield)

PANIC function button - press for about 3 sec to generate a panic alarm.

27. Button 0 (A - H)

A function button which enables switching between groups.

28. Screw connectors

Connectors for connecting cables leading from keypads to the alarm central.

29. Cable entry hole

A place for inserting connection cables.

30. Installation holes

The keypad has four oval installation holes for proper mounting of the keypad.

31. Casing opening latch

It is recommended to use a 2.5 - 5 mm flat screwdriver for opening the casing. Slide it lightly into the indicated hole and make a slight leverage movement towards the back of the casing.

32. Sabotage switch

After installing the keypad, the contact of this switch is closed. Unauthorized keypad removal will result in sending a signal to the alarm central. A spring is mounted on the

switch lever to compensate for uneven surfaces.

3.6.2. Keypad specification

Power supply voltage:

10 – 13.8 VDC

Power consumption:

typ. 20 mA, max. 70 mA

Keypad weight:

70g

Size of casing:

99 x 82 x 19 mm

Keypad type:

LED, 16 status LEDs, 4 mode LEDs (GROUP, ALARM, SYSTEM, PROG)

Button layout:

Standard telephone keypad 3 x 4 buttons

3.6.3. Keypad installation

1. KP32 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.

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4. Screw the rear part of the casing to the wall. The attached 4 screws with dowels are

designed for concrete base. For other substrates should choose the appropriate screws individually.

5. Connect cables joining the keypad with the alarm control panel. Keypad terminals

marked: KT, KR, KP, KG shall be connected with KT, KR, KP, KG terminals in the alarm control panel (see drawing 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 support 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. Press and hold buttons and or or at the same time until

the corresponding diode turns on (A for address no. 1, B for no. 2, and C for no.

3).

3. After a few dozen seconds programmed keypad will be worked properly with the

new addresses.

3.7. WIRELESS KEYPAD KP2W

The wireless keypad KP2W was designed to work with the hybrid control panel CPX230NWB. There is a possibility to add up to 32 of these keypads, however each of them occupies one of 32 input zones. For instance, if you add 5 keypads KP2W, there leave 27 input zones which can be used for other devices (e.g. detectors).

The transmission between the keypad and the control panel is protected with changing code and encrypted. The device sends to the control panel a cyclic test transmission and lack of it will be signaled in the system as a breach of the zone, to which the keypad is assigned to. The keypad detects and alerts low battery voltage, as well as opening of the case or its removal from the surface.

The keypad has also an NC input for connecting additional door opening detector.

Keep in mind, that the wireless keypad KP2W uses one-way transmission and cannot receive communication from the control panel. Therefore, we suggest to set

one of the control panel outputs in arming/disarming signalization (so-called chirp) and to connect an acoustic signaler to this output. This will facilitate use of the panel.

We recommend to have at least one wire keypad KP32 installed in the alarm system in order to set parameters of the control panel, display system status and change user codes. We also recommend to use AVA application with the control panel CPX230NWB to facilitate controlling operation of our alarm control panels.

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3.7.1. Adding KP2W to the system

The wireless keypad KP2W can be introduced to the alarm system memory in a manner similar to wireless sensors. There are two methods available:

 Using KP32 keypad, see chapter 4.3.16.1. Wireless sensors configuration.  Using software “GPRS Transmitter configurator”, see chapter 6.3.2. Wireless zones.

3.7.2. Description of keypad elements

Drawing 7. KP2W Keypad

1. Low battery LED (RED)

On – battery is low, Off – battery O.K.

2. Data transmission LED (BLUE)

Blinks – data transmission in progress Off – no data transmission

3. Keypad buttons

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Buttons on the KP2W keypad function the same as on the KP32 keypad (see section

3.6.1 Description of keypad elements - points 17 to 27). After first pressing any button, the keypad is backlit. After a few-second idle time, backlight gets automatically dimmed.

4. Anti-sabotage switch

After the keypad is assembled the anti-sabotage switch is closed. Unauthorized disassembly of the keypad will send the message to the alarm control panel.

5. Canal for wires

6. Mainboard

7. Antenna 433,92MHz

8. Battery

Lithium Battery CR123A 3V.

9. Screw Connector

Connector for wired magnet contact - open door switch. Keep closed if not used.

10. Sabotage sensor (tamper)

11. Buzzer

3.7.3. Keypad specification

Power supply:

1 battery CR123A 3V

Working time:

3 years*

Frequency of operation:

433.92 MHz

Communication range:

up to 500m (open air)

Communication:

one way

Average current consumption:

30 μA

Operation temperature:

-10 °C +55 °C

Alarm inputs:

1, NC type

Dimensions:

125 x 102 x 33 mm

Wight without battery:

150 g

*Working conditions: test transmission every 15 minutes, keyboard use (arming/disarming) 2 times a day, open door switch closed, working temperature 20°C

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3.7.4. Keypad installation

Drawing 8. Case opening latches and mounting holes

The keyboard KP2W is intended for indoors installation on dry and smooth surface. Usually it is located on the wall, by the front doors, 120-140 cm above the ground.

1. Open the keypad case – insert a flat-head screwdriver in the hole in the bottom part

of the case and press the latch. Then, press the other latch and carefully draw aside both parts of the case, starting from the bottom one.

2. Mark and drill holes in the wall for assembly of the back part of the case.

3. Screw down the back part of the case.

4. Put in a CR123A battery as per markings on the plate. The incorrect placement of the

battery will result in the failure to start the device. As soon as the battery is inside, two LEDs (for battery – red one, for transmission – blue one) and keys backlight will light up temporarily.

5. Put together the front part of the case with the back one starting from the top of the

case. Make sure that the keypad is properly assembled and the tamper switch is pressed down.

3.7.5. Door opening sensor

The keyboard KP2W is equipped with a feature enabling connection of opening sensor (reed relay), which can be used as a door opening sensor.

The NC connector (normally closed) used in this case should be shorted, if the possibility to connect the sensor is not used. The connector can be found on the keypad board and labelled 9 in Drawing 7.

This sensor in the alarm system CPX230NWB will have assigned the same zone number as the keypad.

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3.8. CONTROL PANEL LOCATION

The control panel should be located in the control panel part of the object. The central location of the control panel usually provides good communication with all wireless detectors. See drawings 9 and 10.

Drawing 9. Control panel horizontal location

Drawing 10. Control panel vertical location

The radio waves are attenuated by walls and other obstacles. Lowest attenuation have wallboards and wooden frame. Medium attenuation have light concrete and brick walls. Reinforced concrete and metal latticed plaster have the greatest attenuation. The drawing 11 shows the signal loss through various different types of materials. (NOTE: the figure is simplified, only for illustration – remember that radio waves propagate multidirectionally).

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Wallboards and wooden frame

0-10% loss

Light concrete or brick walls

5-35% loss

Rainforced concrete or metal latticed plaster

30-90% loss

Drawing 11. Signal loss through construction materials

3.9. WIRELESS DETECTORS INSTALLATION RECOMMENDATIONS

The wireless detectors should be located relative to the panel in such a way as to be on the same side of the control panel as the radio antenna and electronic components. In this way you get the best radio coverage.

Additional installation tips describes the drawing 12.

Drawing 12. Sensor placement

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4. SERVICE MODE

Note: The following operations can be performed only using the main keypad KP32.

Service mode is intended for configuration of basic parameters related to zones, outputs and partitions. It allows to manually, using a keypad, program all correlations necessary for correct system operation. After the service mode is initiated a number of service functions are available. To configure the system, enter the number of function and its arguments, related to the function, as following:

where:

Number of function –

a number of one of available service functions,

Argument –

the argument of a given service function (of BIN or DEC type).

Each service function has one of two argument types: binary (BIN) or decimal (DEC) . Handling each of the two types of arguments is presented below:

Binary type (BIN)

When the binary argument type function is entered, the current option status is displayed with LEDs relevant to a given option of the function on/off. Press 1 to 9 buttons to change the status of LED and the option it corresponds to. Options 10 – 16 may be changed by long press (for 2 sec) the buttons 0 – 6. The installer can change the option status as many times

as they want. When the desired status is set, press to confirm or to exit without saving changes.

Decimal type (DEC)

Service function that accepts decimal type arguments can also accept any length strings of decimal numbers, not exceeding the maximum length pre-defined for the function. When a character is entered, a cursor gets automatically ready for entering the next character. Press

to save currently entered changes and exit the service function, press to cancel entered changes and exit the service function. Before you press any key on a keypad, the currently programmed parameter value is displayed. It is presented by displaying subsequent digits of the parameter with a short pause in between. When all digits of the parameter are displayed, the pause is longer. After pressing the numerical button, the lately entered digit is displayed on a keypad. The way the digits are displayed on a keypad is presented in the table below:

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4.1. ACTIVATION OF SERVICE MODE

To activate the service mode the installer code authorization is required.

3 beeps will confirm the correct input of the code and function number. PROG LED on will inform that currently, the user is in service mode. When any service function is entered, PROG LED will be blinking. After exit from the function, PROG LED will be lit constantly again, informing that the user is in the main service mode menu.

4.2. EXIT FROM SERVICE MODE

To exit the service mode press and confirm with . Using that function will trigger the control panel’s reset using configured parameters.

The device will exit test mode automatically after 5 minutes without pressing the buttons and system will restart.

4.3. INSTALLER MENU

After enter the service mode You get permission to configure alarm central. By this commands You can get into some menu sections (more information about procedures You will get in chapters bellow):

Installer code change

Power loss time report

Number entered

LEDs on

1 2 3 4 5 6 7 8

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Reset to default settings

System options

Users remote manager

Expanded system options

Access code length

<time[sec]>

Alarm history notification disabling delay

<time[h]>

Time to detect loss of wireless detectors

<1/2/3><number

Entering and changing ACN numbers

<1/2/3>

Deleting ACN numbers and set-up

Switch off periodic repeating of wireless detectors loss events

<time[h]>

Periodic repeating of wireless detectors loss events

Zones configuration

Outputs configuration

Partitions configuration

Wireless zones configuration

Remote controllers configuration

Emergency buttons

4.3.1. Installer code

The installer code can be changed here. 3 beeps will confirm the successfully entered function.

where:

Installer code –

new installer code (from 4 to 7 digits)

You can press any time to exit without saving changes.

4.3.2. Power loss

The function determines time in seconds after which failure is to be reported. The function’s argument is of decimal type. 3 beeps will confirm the successfully entered function.

To change /configure the time:

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<Time>

where:

Time –

time in seconds

You can press any time to exit without saving changes.

4.3.3. Reset to default settings

That function resets the settings to their default configuration, accessible from the service mode level. Additionally, the function sets the default output options and default installer code. The wireless detectors and remote controls are not deleted.

In order to protect the settings against accidental modification, the function is to be confirmed with installer code. 3 beeps will confirm the successfully entered function. Using that function will trigger the control panel’s reset using default parameters.

You can press any time to exit without saving changes.

4.3.4. System options

That function allow to switch on and switch off additional options of the system. The argument of the function is BIN type. By pressing 1, 2, 3, 4, 5, 6, 7 and 8 keys, you can switch on/off proper option. 3 beeps will confirm the successfully entered function.

Where:

Options – number of option (BIN type parameter):

 1 – Enable faults memory indication – when is switched off, LED SYSTEM does not

show by blinking the faults that are not active; you can display inactive faults by choosing “faults memory” user function.

 2 – Disable ATS monitoring. If this option is enabled, ATS failure isn’t signaled to the

user in any way on the keypad and it doesn’t cause arm prevention.

 3 – Request arming confirmation (by pressing #) in case of failure. If this option is

enabled, the user is additionally notified of system failures when arming the system. The wired keypad produces a continuous sound, the ALARM and SYSTEM diodes start flashing slowly and error codes are displayed on diodes 1–8 (see User’s Manual, section 7.6 Arming the system with a fault). To arm the system press # button. Information on failures and triggering are available after entering with the use of the wired keypad the user's function: failure memory and current state of inputs. In the case of a system failure, if the option is disabled, the arming lock will be automatically omitted.

 4 – Access to alarm and fault memory requires authorization. If this option is

enabled, checking alarm memory and fault memory is available only after a user code is entered. This option must be enabled in order to comply with EN 50131 standard requirements for Grade 2.

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 5 – Alarms and inputs interlocking states are not displayed. If this option is enabled,

alarms and zone state are not displayed on the keypad. This option must be enabled in order to comply with EN 50131 standard requirements for Grade 2.

 6 – Temporary keyboard lock after three access failures. If this option is enabled, the

keypad will be blocked for 90 seconds, after entering an invalid code three times. After this period, another lock will occur after entering a wrong code three times. The counter of invalid codes will be reset after a correct code is entered (e.g. after entering invalid code two times). This option must be enabled in order to comply with EN 50131 standard requirements for Grade 2.

 7 – Use duress code. Duress code is used to inform the monitoring station about a

distress event. Each user has his own duress code.

You can press any time to exit without saving changes.

4.3.5. Users remote management

That function allow to switch on or switch off remote users management. The argument of the function is BIN type. By pressing key 1, you can switch on/off option. 3 beeps will confirm the successfully entered function.

Where:

Options – number of option (BIN type parameter):

 1 – enable/disable users remote management.

You can press any time to exit without saving changes.

4.3.6. Expanded system options

An additional system function used to turn individual options on or off. The argument of this function is of the BIN type. 3 beeps will confirm the successfully entered function.

Options – option number:

 1 – Premises lock. This function turns off the ability to arm the control panel. When

this function is turned on, the user will not be able to arm the site by any way (i.e. SMS/GPRS, remote, arming inputs, schedules, wired keypad, wireless keypad). Disarming the system is possible, however. Attempts to arm will be rejected by the control panel.

 2 – Defaults restoral lock. This function allows the user to turn off the ability to

restore the factory-default installation engineer code. However, when restoring default settings using the Configuration, when the "Restore device’s default settings" option is selected, a window with a request to enter the installer code or service code (ATS) will appear.

When this function is turned on, the Manufacturer recommends that installer code and service code (ATS) code are changed.

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NOTE: If newly set codes are lost, it will be necessary to send the blocked devices to the EBS technical service.

 3 – Allow quick arming without user authorization. When this function is turned on,

it is possible to quickly arm the system using a keypad, without the need to enter the user authorisation code.

 4 – After disarming disable alarm history notification. With this option checked, after

disarming the system (partition), past alarms from zones assigned to partition (F diode blinking - partition 1, 6 diode - partition 2), after assigned delay time, (refer to chapter 4.3.8) will cease to be shown on the keypad (diodes will turn off). The user will retain access to state of the alarm memory from inputs, by entering the 3# function, until he chooses to delete it. If the system is armed, and the alarm caused by any 24-hour zone will occur, then the fault memory can be turned off by arming and disarming the system (if this option is checked) or by entering the 3# keypad function and deleting the memory.

 5 – Prevent arming using wired keypad when inputs are triggered or sabotaged. If

this option is selected, you can’t arm the system with KP32 if the detectors have

been triggered or tampered with. Triggering/tampering with any detector assigned to the system is signalled by the diodes READY – D going off – in the case of a detector assigned to Partition 1; 4 in the case of a detector from Partition 2. If the

system has been broken into two partitions, you can’t arm the control panel even, if

the detector has been triggered/tampered within only one of them. When attempting to arm the system, the wired keypad emits a high one-second sound and, at the same time, the diodes GROUP, ALARM, SYSTEM and PROG will go on for about 4 seconds. System failures do not affect this option. NOTE: This option is available since the firmware version 2.8.8.

You can press any time to exit without saving changes.

4.3.7. Access code length

The function enables setting the length of the administrator and user codes (the change applies to all users). The code range is from 4 to 7 digits. By default, this value is set to 4.

Where:

code length – code length code from the range of 4 to 7.

Reducing the code length is possible only if the shortened user codes do not conflict with each other.

Example:

There are 5-digit codes in the CPX database – 44440, 44444, and 44449. It will not be

possible to shorten the code to 4 digits due to the conflict of identical resulting codes.

The change will not be accepted, which the keypad will signal with a several seconds

long continuous sound. In such a case, one solution is to delete a user or users who

have similar codes.

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4.3.8. Alarm history notification disabling delay

<time[sec]>

This function is only available after checking "After disarming disable alarm history notification" option. It sets the delay time in seconds, after which the alarm memory will no longer be shown on the keypad. It means, that when the system is armed, and there will be violation of input zones shown by the F and 6 diodes blinking, then after disarming and previously defined time the diodes will turn off. The alarm memory will still be accessible with 3# function, until the user decides to delete it.

4.3.9. Time to detect loss of wireless detectors

This function allows you to set the time after which a notification is sent to the monitoring station about the loss of the wireless detector.

The time is expressed in hours. The default value is 6 hours, the minimum is 2 and the maximum is 24.

NOTE: This option is available since the firmware version 2.8.8

1. If the user code in the CPX database is shorter than the defined

value, then '0' will be added to the codes at their ends: Example: If the code 1234 exists in the database, then after code length is changed to 6 digits, the code will appear as 123400.

2. If a user code in the CPX database is longer than the defined

value, then the access code will be the "n" first digits, according to the value set. Example: If the code 1234567 exists in the database, then after

code length is changed to 5 digits, the code will appear as

12345.

3. For codes under duress:

 If the code 12345 exists in the database, then after code length

is changed to 7 digits, the code will appear as 1234500, so the code under duress will be 1234501.

 If the code 12345 exists in the database, then after code length

is changed to 4 digits, the code will appear as 1234, so the code under duress will be 1235.

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4.3.10. Switch off periodic repeating of wireless detectors loss events

This function allows you to switch off only the option periodic repeating to the monitoring station events about loss of the wireless detector.

NOTE: This option is available since the firmware version 2.10.0

4.3.11. Periodic repeating of wireless detectors loss events

This function allows you to switch on periodic repeating of wireless detector loss events to the monitoring station (starting from the first loss).

The time is expressed in hours. The default value is 6 hours, the minimum is 2 and the maximum is 24.

NOTE: This option is available since the firmware version 2.10.0.

4.3.12. ACN numbers for communication in the Contact ID format

When transmitting data in the Contact ID format, you can set up individual numbers for system account identification – ACN0, and its subsystems accounts, partition 1 – ACN1 and partition 2 – ACN2. This allows you to determine, which part of the system the signal from. NOTE: This option is available since the firmware version 2.9.0

4.3.12.1. Entering and modification of ACN Numbers

If ACN0 number is entered, it is attached to each system event sent to the monitoring station. System events are those that provide information about the entire system, i.e. power failure, modem reset, clock loss.

If numbers ACN1 and ACN2 are entered, the ACN1 is attached to each non-system event (with partition ID 1 and/or 2) with information about partition 1, and to events with information about partition 2 – the ACN2. Non-system events are those with information about particular partitions, i.e. about arming/disarming partitions 1 and/or 2, alarms activated by triggering the detectors assigned to partitions.

In order to define numbers, press the keypad:

Where:

button 1 – setting or changing the ACN1 number of the partition 1 account button 2 – setting or changing the ACN2 number of the partition 2 account button 3 – setting or changing the ACN0 number of the system account number – ACN number – any four hexadecimal characters

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If diodes 1, 2 and 3 are turned off, it means the ACNs have not been set up. The ACN0 number is set by pressing button 3, keying in four hexadecimal characters and pressing the

confirmation button . The ACN1 and ACN2 numbers are set in the same way. If the diodes are turned on, pressing buttons 1, 2, 3 allows you to see the assigned numbers and to change them if necessary.

NOTE: If you have assigned an account number only to one of the partitions, the same number will be automatically assigned to the other partition and to the system.

4.3.12.2. Delating the ACN numbers and changing option settings

To delete numbers or set up system event messages, press:

Where:

button 1 – means deleting the ACN0 number sent to the system account button 2 – means deleting the ACN1 and ACN2 numbers sent to the partition 1 and 2

accounts button 3 – set-up how system events are to be sent, where:

o diode 3 is off – system events are sent only to the system account o diode 3 is on – system events are sent to all accounts

NOTE: If you have deleted the ACN0 number, the ACN1 and ACN2 numbers will be also deleted.

4.3.13. Zones configuration

Wired and wireless zones can be configured using complex service functions, after activation of which, all the parameters related to the relevant zone can be given subsequently or in a form of series of service functions that configure one zone-related parameter. Additional configuration of wireless zones is described in item 4.3.16.

Codes of zone configuration functions are defined as per the following pattern:

where:

XX –

zone number from 01 to 32, the table below shows zones names and their

corresponding numbers:

Name

Number

1 2 3 4 5 6 7 8 9

Entering number 00 will change the parameters for all zones in the system,

– number of parameter related to a given zone,

- number (or value) of the next parameter.

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 For Y=0 – complex function, the initiation of which configures the parameters listed

below as another set of parameters;

Example:

a) change of many parameters at the time for zone A1 using complex functions –

zone A1 is to be set as immediate circuit, in NC mode, to be blocked after 8 violations and generate alarm when violated after arming, with the 500ms sensitivity:

 For Y=1 – type of zone response (DEC type parameter). Options from 10 to 13 are

selected for longer (about 2 seconds) pressing the key from 0 to 3; possible values for the parameter Z:

o 0 – instant o 1 – delay o 2 – 24h burglary o 3 – arming/disarming by violation o 4 – 24h tamper o 5 – interior delayed o 6 – 24h burglary silent o 7 – 24h fire o 8 – perimeter o 9 – perimeter exit o 10 – 24h gas o 11 – 24h water leakage o 12 – night (bypassed) o 13 – night with prealarm o 14 - arming/disarming by state change (available since the firmware version

2.10.0)

 For Y=2 – delay Z in seconds for the zone of selected “delay” response type (DEC

type parameter). For other response types the parameter is irrelevant.

 For Y=3 – operation mode (DEC type parameter), possible values for the parameter

o 0 – unused zone

Note: In case of complex function (programming many parameters

at the time) after the parameter is entered and confirmed wit , the parameter is saved in the configuration memory and the system waits for entering another parameter, and so on, until all

parameters of the complex service function are entered. Press to cancel changes entered in currently configured parameter only and exit service function – previously entered parameters,

confirmed with , will not be cancelled.

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o 1 – NC mode o 2 – NO mode o 3 – EOL/NC mode o 4 – EOL/NO mode o 5 – DEOL/NC mode o 6 – DEOL/NO mode o 7 – Wireless mode o 8 – TEOL mode

Example:

b) change of a single parameter – operation mode of number 2 zone into NO

operation mode:

 For Y=4 – number of alarms Z after which the zone will be automatically blocked

until re-arming (DEC type parameter). If 0, zone will not be blocked.

 For Y=5 – zone options (BIN type parameter), possible values for the parameter Z:

o 1 – zone ignored during arming – i.e. can be violated during partition arming

(e.g. delay zone shall be set to that option)

o 2 – generates alarm when violated after arming o 3 – interlocking the zone (bypassing zone) if the zone violated when arming

(parameter “After time for exit”)

o 4 – enable/disable the function “Chime”. When the system is disarmed and 'chime

zone' is violated, all wired keypads make a beep sound. No report is sent to the monitoring station.

 For Y=6 – sensitivity Z in milliseconds, i.e. after what time the zones is considered to

change its status – default value for Z 400ms.

Example:

c) change of sensitivity of all zones into 200 milliseconds:

4.3.14. Outputs configuration

Outputs, similar as zones, can be configured using complex service functions after activation of which, all the parameters related to the relevant output can be given subsequently or in a form of series of service functions that configure one output-related parameter. Codes of output configuration functions are defined as per the following pattern:

Note: For wireless zones 8 – 32 complex function 1XX0 should not include option (function) 6 – sensitivity. Function 1XX3 (operation mode) displays the value 7 for wireless zones 8 – 32, and the value can not be changed.

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where:

XX –

determines the number of output from 01 to 03; entering number 00 will change

the parameters for all outputs in the system,

Y –

number of parameter related to a given output,

- number (or value) of the next parameter;

 For Y=0 – complex function, the initiation of which configures the parameters listed

below as another set of parameters;

Example: Change of many parameters at the time for output 1 using complex function –

output 1 is to be set as alarm signaling with activation time 120 seconds:

 For Y=1 – type of output (DEC type parameter), possible values for the parameter

o 0 – not used, o 1 – signaling alarm, o 2 – armed status, o 3 – power failure, o 4 – ATS failure – no communication with receiving server. o 5 – GSM signal jamming indicator o 6 – chirp on arm/disarm o 7 – chirp on arm/disarm and signaling alarm

Example: Change of 3 output type into triggered by power failure:

 For Y=2 – time of output activation Z in seconds (DEC type parameter), ; if 0 is set,

output will operate in bi-stable mode.

Example: Change of a single parameter – operation mode of number 2 output into bi-stable

operation mode:

It is possible to configure the chirp options using following patterns:

 For Y=3 – chirp signal duration Z in milliseconds;

Example: change of chirp signal duration of all zones into 600 milliseconds

Note: In case of complex function (programming many parameters at the time) after the parameter is entered and confirmed

with the parameter is saved in the configuration memory and the system waits for entering another parameter, and so on, until all

parameters of the complex service function are entered. Press to cancel changes entered in currently configured parameter only and exit service function – previously entered parameters, confirmed with

, will not be cancelled.

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 For Y=4 – interval duration between two following chirps Z in milliseconds;

Example: change of interval duration between two following chirps of all zones into 500 milliseconds:

4.3.15. Partitions configuration

Partition configuration can be configured similarly as zones and outputs, using complex service functions after activation of which, all the parameters related to the relevant partition can be given subsequently or in a form of series of service functions that configure one partition-related parameter. Codes of partition configuration functions are defined as per the following pattern:

where:

XX –

determines the number of partition from 01 to 02; entering number 00 will change

the parameters for both partitions,

Y –

number of parameter related to a selected partition,

Z - number (or value) of the next parameter;

 For Y=0 – complex function, the initiation of which configures the parameters listed

below as another set of parameters;

 For Y=1 – zones belonging to a partition (BIN parameter). A blinking group diode

(from A to D) means that the group is currently being shown. If other groups are continuously lit, it means they contain zones assigned to the selected partition. Diodes switched off means that no zones in the given group are assigned to the defined partition. By pressing buttons from 1 to 8, the user can assign zones from the given group to the selected partition. Switching between groups is possible using

the button. No Z parameter; no Z parameter,

 For Y=2 – outputs belonging to partition (BIN type parameter), no Z parameter,

 For Y=3 – time for leaving the partition Z in seconds (DEC type parameter),

 For Y=4 – alarm time in the partition Z in seconds (DEC type parameter),

 For Y=5 – partition options (BIN type parameter), possible values Z:

o 1 – Quiet signaling of time for entering (during counting the time for leaving, the

buzzer in a keypad is not active)

o 2 – Quiet signaling of time for leaving (during counting the time for leaving, the

buzzer in a keypad is not active)

Note: Chirp settings are common to all outputs.

The factory values for both parameters are 250 ms

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 For Y=6 – auto-arming time Z for the partition (DEC type parameter, time of day

written in the 24-hour notation in the form HHMM),

 For Y=7 – auto-arming option (BIN type parameter), possible values for the

parameter Z:

o 1 – auto-arming activation/deactivation

 For Y=8 – auto-disarming time Z for the partition (DEC type parameter, time of day

written in the 24-hour notation in the form HHMM),

 For Y=9 – auto-disarming option (BIN type parameter), possible values for the

parameter Z:

o 1 – auto-disarming activation/deactivation

Notes:

Execution of complex function 3006 (auto-arming time for all partitions) will copy activation/deactivation option from the first partition to the second partition.

Execution of complex function 3007 (auto-arming activation/deactivation for all partitions) will copy auto-arming time from the first partition to the second partition.

Execution of complex function 3008 (auto-disarming time for all partitions) will copy activation/deactivation option from the first partition to the second partition.

Execution of complex function 3009 (auto-disarming activation/deactivation for all partitions) will copy auto-disarming time from the first partition to the second partition.

If the time in the device is set forward (eg. when the time is changed to Daylight saving time), and arming or disarming time is in the period which has been omitted, then the hour will be not used. Eg. If the auto-arming time is set to 2:30, and time was changed forward from 2:00 to 3:00, the control panel will not arm.

Examples:

a) change of a single parameter – assigning A1, B2, C3 zones to the first partition:

b) change of a single parameter – assigning A1, B5, D8 zones to the second

partition:

c) change of time for leaving both partitions into 60 seconds:

d) change of many parameters at the time for partition 2 using complex function –

zones A2, B4, C5 and output 1 to belong to partition 2, time for leaving the one to be 45 seconds, alarm time in partition 2 to be 120s and signaling of time for entering and leaving was quiet:

…..

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4.3.16. Wireless zones configuration

4.3.16.1. Wireless sensors configuration

Wireless zones can be configured using complex service functions, after activation of which, all the parameters related to the relevant zone can be given subsequently or in a form of series of service functions that configure one zone-related parameter. Codes of zone configuration functions are defined as per the following pattern:

Where:

– zone number from 01 to 32, the table below shows zones names and their

corresponding numbers:

Name

Number

1 2 3 4 5 6 7 8 9

entering number 00 will change the parameters for all zones in the system,

Y – number of parameter related to a given zone:

For Y=0 – complex function, the initiation of which configures the parameters listed

below as another set of parameters:

For Y=1 – Delete a sensor. After selecting this option, you can confirm deleting by

pressing key, or you can cancel function by pressing key.

Example:

a) delete a wireless sensor B2 (number 10, see the table above):

For Y=2 – Add a sensor. After selecting this option, the sabotage button on the sensor

has to be pressed. Once the transmission with the sensor is established, its serial number will be displayed on the keypad (hexadecimal value). If accepted, the sensor will be saved.

Example:

a) add a wireless sensor B3 (number 11, see the table above):

Note: In case of complex function (programming many parameters at the time) after the parameter is entered and

confirmed with , the parameter is saved in the configuration memory and the system waits for entering another parameter, and so on, until all parameters of the complex service function are

entered. Press to cancel changes entered in currently configured parameter only and exit service function – previously

entered parameters, confirmed with , will not be cancelled.

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(press the sabotage button)

For Y=3 – Type of a wireless sensor (read only):

0 – no sensor 1 – PIR-10 sensor 2 – MC-10 sensor 4 – SD-10 sensor 5 – PIR-11 sensor 6 – SD-20 sensor 7 – KP2W keypad 8 – MC-11 sensor 9 – FL-10 sensor 12 – GS-21sensor 13 – GS-22 sensor

For Y=4 – Signal strength of wireless detectors. The function allows to check signal

strength of wireless detectors. LEDs 1 – 8 will display signal strength from selected wireless detectors. No lighted LEDs indicates no signal.

1 LED – 12% signal strength 2 LEDs – 25% signal strength 3 LEDs – 37% signal strength 4 LEDs – 50% signal strength 5 LEDs – 62% signal strength 6 LEDs – 75% signal strength 7 LEDs – 88% signal strength

8 LEDs – 100% signal strength At the same time, the keypad indicate the signal strength by a sound. 1 beep means 25% signal strength, 2 beeps means 50% signal strength, 3 beeps means 75% signal strength, 4 beeps means 100% signal strength.

To exit the function press (or , if no key has been selected).

Note: During the adding a new wireless detector (function 2), the front cover of the detector should be removed. It is recommended to add wireless sensors individually. To prevent the accidental transmissions from other detectors, only one detector cover should be removed

during the procedure of adding a new detector.

4.3.16.2. Delete all wireless sensors

To remove all wireless sensors from the system, enter the following function:

After entering the function PROG LED is blinking, the other LEDs are off. Pressing key deletes all wireless sensors, generating 3 beeps and exit the function. If you press

key will exit the function and detectors will not be erased.

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4.3.17. Remote controllers configuration

4.3.17.1. Remote controllers configuration

Remote controllers can be configured using complex service functions, after activation of which, all the parameters related to the relevant remote control can be given subsequently or in a form of series of service functions that configure one remote control related parameter. Codes of the remote control configuration functions are defined as per the following pattern:

Where:

XX – determines the number of remote control for 01 to 32, the table below shows remote control names and their corresponding numbers:

Name

Number

1 2 3 4 5 6 7 8 9

Y – number of parameter related to a given remote control

Z - number (or value) of the next parameter;

For Y=0 – complex function, the initiation of which configures the parameters listed

below as set of parameters.

For Y=1 – Delete a remote control. After selecting this option, you can confirm deleting

by pressing key, or you can cancel function by pressing key; no Z parameter.

For Y=2 – Add a remote control. After selecting this option, any key on the remote

control has to be pressed. Once the transmission with the remote control is established serial number will be displayed on the keypad (hexadecimal value). If accepted, the remote control will be saved; no Z parameter.

For Y=3 – type of the remote control (read only); no Z parameter.

0 – no remote control 2 – RC-10 remote control

For Y=4 – The user to which the remote control is assigned

For Y=5, 6, 7, 8 – Functions for the remote's buttons, where 5 means button , 6 –

, 7 – , 8 – ; possible values for Z:

0 – no function 1 – arm (fully armed) 2 – disarm 3 – alarm 4 – silent alarm 5 – enable output 1 6 – enable output 2 7 – enable output 3 8 – disable output 1

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9 – disable output 2 10 – disable output 3 11 – ambulance (available since Firmware above ver. 2.8.8) 12 – arm immediately (available since Firmware above ver. 2.10.0)

Note:

„Alarm” function is triggering an alarm with audible signal.

„Silent alarm” function is triggering an alarm without audible signal.

Switch on/off output 1, 2 and 3 functions allow control of any external devices.

„Ambulance” function works the same way as „HELP” button on the keypad, ie generates a

medical alarm.

“Arm immediately” function allows fully arming the system without counting down time for exit (if is set).

Alarms from remote control can be generated regardless of whether or not the partition is armed. For normal and silent alarm can be sent a message to the monitoring station, depending on the configuration of the control panel.

Example:

a) delete a remote control no. 1:

b) add a remote control no. 1:

(press any key on the remote control)

4.3.17.2. Delete all remote controllers

To remove all remote controllers from the system, enter the following function:

After entering the function PROG LED is blinking, the other LEDs are off. Pressing key deletes all remote controllers, generating 3 beeps and exit the function. If you press

key will exit the function and remote controllers will not be erased.

4.3.18. Emergency buttons

To configure emergency buttons, use the following pattern:

where:

– defines the alarm button according to the coding:

 00 – a change of settings of all alarm buttons  01 – FIRE button, activating the fire alarm  02 – HELP button, activating the medical alarm  03 – PANIC button, activating the break-in alarm

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Y – number of parameter related to a given emergency button;

- number (or value) of the next parameter;

 For Y = 0 – complex function, the initiation of which configures the parameters

listed below as set of parameters.

 For Y = 1 – Configuration emergency button, possible values for the parameter Z:

o 1 – enable/disable emergency button: o 2 – output 1 o 3 – output 2 o 4 – output 3

After confirming the desired option, the output numbers assigned to the given alarm button are displayed. By using buttons 2–4, you can change the status of outputs that are activated if the alarm is triggered off by the function key that is being set up. For functions that enable or disable all buttons, their outputs will remain unchanged.

Functions which configure all three buttons, will not change the outputs setting.

Example:

a) enabling all emergency buttons:

b) enabling “panic” (burglary) function ( held) and changing output 2 and

output 3 state:

4.4. TEXT MESSAGES

In order for installer to be able to configure text messages, administrator has to grant him necessary permission first. This can be achieved by typing in following code:

Next, installer’s access to text messages can be changed by pressing the key. This will toggle LED 1. When the LED is active, installer is granted the access, when led is inactive,

installer is refused access to text messages. Choice of installer’s permissions can be

accepted by pressing the button.

CPX230NWB can store up to 10 phone numbers and up to 32 text messages. If, for any reason, the SMS can not be send at the moment, it will be send as soon as the connection with the GSM network is re-established but not later than 1 day after the occurrence of the event triggering SMS send request (text messages get expired and are deleted).

Message should contain only characters from English alphabet. Furthermore, if the text contains any spaces, content of the message, starting from the equation mark (=) till the end of the message, should be enclosed in quotes (" ").

Note: Some components of commands are given in square brackets [...]. This means that they are optional fields.

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Using following commands, the installer can set up text messages and get the information about it.

Setting the phone number

Format

XXXX SETTELNUM=ID,NUMBER

Command description

Setting the phone number for pointed index on the phone number list

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

ID – index of phone number on the list, possible values: 1 to 10

NUMBER – phone number, on which the texts will be send

Example: 1234 SETTELNUM=3,800123456

Feedback message description

SETTELNUM:OK – command accepted SETTELNUM:ERROR – command rejected by the system

Getting the phone number

Format

XXXX GETTELNUM=ID

Command description

Getting the phone number for pointed index on the phone number list

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

ID – index of phone number on the list, possible values: 1 to 10

Example: 1234 GETTELNUM=2

Feedback message description

GETTELNUM=ID,NUMBER – information about phone number

GETTELNUM:ERROR – command rejected by the system

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Setting the content of text message

Format

XXXX SETMESSAGE=ID,MESSAGE_without_spaces XXXX SETMESSAGE=”ID,MESSAGE_with_spaces”

Command description

Setting the content of text message under the pointed index

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

ID – index of text, possible values: 1 to 32 MESSAGE – content of the text message

Example: 1234 SETMESSAGE=4,Robbery

Feedback message description

SETMESSAGE:OK – command accepted SETMESSAGE:ERROR – command rejected by the system

Getting the content of text message

Format

XXXX GETMESSAGE=ID

Command description

Getting the content of text message under the pointed index

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

ID – index of text, possible values: 1 to 32

Example: 1234 GETMESSAGE=30

Feedback message description

GETMESSAGE=ID,MESSAGE – information about the contents of text message

GETMESSAGE:ERROR – command rejected by the system

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Assigning a text message and a phone number to the event

Format

XXXX SETUSERSMS=EVENT,TELNUM,MSG_ID

Command description

Assigning a text message and a phone number to the event. The text will be send to the phone number when this event occurs.

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

EVENT – a short name of the event, possible event names are listed at the end of this chapter

TELNUM – ten-digit chain of zeroes and ones. Each digit (counting from the left) represents an index of the phone number – first digit for the first phone number, second digit for the second number, and so on.

0 – message will not be send to this number 1 – message will be send to this number

Example:

1234 SETUSERSMS=ARM1,1000000110,6 Means, that when ARM1 event occurs (partition 1 armed),

text message number 6 will be sent to phone numbers with indexes 1,8 and 9.

Feedback message description

SETUSERSMS=EVENT,TELNUM,MSG_ID:OK – command accepted

SETUSERSMS=EVENT,TELNUM,MSG_ID:ERROR – command rejected by the system

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Getting a text message content and a phone number assigned to the

event

Format

XXXX GETUSERSMS=EVENT

Command description

Getting the content of a text message and a phone number assigned to the specified event.

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

EVENT – a short name of the event, possible event names are listed at the end of this chapter

Example:

1234 GETUSERSMS=ARM1

Feedback message description

GETUSERSMS=EVENT:TELNUM,MSG_ID – information about text message and phone number assigned to the event

GETUSERSMS=EVENT:ERROR – command rejected by the system

Acquiring the state of partitions

Format

XXXX GETARMED

Command description

Acquiring the information which partitions are armed/disarmed

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

Example: 1234 GETARMED

Feedback message description

PARTITION1:X, PARTITION2:Y – Information about partitions arm/disarm state.

PARTITION1,PARTITION2 – default partitions names, they can be changed with the SETNAME command

X,Y – partition states, possible values: 0 – disarmed 1 – armed GETARMED:ERROR – command rejected by the system

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Setting the name of partition, zone, outputs, users and system

Format

XXXX SETNAME=ELEMENT,[NR],VALUE_without_spaces XXXX SETNAME=”ELEMENT,[NR],VALUE_with_spaces”

Command description

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

Setting the name (position VALUE) for the item (a value items below) number nr.

XXXX – service code or admin code or installer code (administrator has to grant him necessary permission first). Possible values position ELEMENT:

PARTITION - Setting the name of partition; numbers 1 and 2

ZONE - Setting the name of input zone unit corresponding to the indicated number; the numbers from 1 to 32

OUTPUT - Setting the name of output corresponding to the indicated number; the numbers from 1 to 3

USER - Setting the name of user with the specified number; the numbers from 1 to 32

SYSTEM - Setting the name of object which panel and alarm system were installed. Note: here position “nr” does not exist.

Example 1: 1234 SETNAME=PARTITION,1,Cellar Example 2: 1234 SETNAME="PARTITION,2,Kids Room"

Feedback message description

SETNAME:OK – command accepted SETNAME:ERROR-PERMISSION - you do not have

permission to execute this command SETNAME:ERROR-FORMAT - incorrect format command SETNAME:ERROR-VALUE - incorrectly stated value SETNAME:ERROR-PERMISSION - command rejected;

other errors

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Getting the name of partition, zone, outputs, users and system

Format

XXXX GETNAME=ELEMENT,[NR]

Command description

Acquiring the name ofthe element with the specified number nr. This command is complementary to SETNAME

- there are describes the permissible values of individual fields, see the table "Setting the name of the partition, inputs, outputs, users and system.

XXXX – service code (ATS) or admin code or installer code (administrator has to grant him necessary permission first)

Possible values position ELEMENT: PARTITION - Acquiring the name of partition; numbers 1

and 2 ZONE - Acquiring the name of input zone unit

corresponding to the indicated number; the numbers from 1 to 32

OUTPUT - Acquiring the name of output corresponding to the indicated number; the numbers from 1 to 3

USER - Acquiring the name of user with the specified number; the numbers from 1 to 32

SYSTEM - Acquiring the name of object which panel and

alarm system were installed. Note: here position “nr”

does not exist.

Example: 1234 GETNAME=PARTITION,1

Feedback message description

GETNAME=ELEMENT,[NR],VALUE - command executed correctly, the name of element

(NOTE: If the name has not been changed (remains the default), it will not be given in the reply).

GETNAME:ERROR-PERMISSION - you do not have permission to execute this command

GETNAME:ERROR-FORMAT - wrong format command GETNAME:ERROR-VALUE – wrong value GETNAME:ERROR-PERMISSION - command rejected;

other errors

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List of events handled by the SETUSERSMS and GETUSERSMS commands

Alias name

Description

ARM1

Partition 1 fully armed

ARMSTAY1

Partition 1 armed in perimeter mode

ARM2

Partition 2 fully armed

ARMSTAY2

Partition 2 armed in perimeter mode

DISARM1

Partition 1 disarmed

DISARM2

Partition 2 disarmed

INPUT1 (to INPUT32)

Violation of zones 1…32

INPUT1-OFF (to INPUT32-OFF)

Violation of zones 1…32 ended

INPUT1-TAMPER (to INPUT32-TAMPER)

Sabotage of zones 1…32

INPUT1-TAMPEREND (to INPUT32-TAMPEREND)

Sabotage of zones 1…32 ended

INPUT1-LOCK (to INPUT32-LOCK)

Bypass of zones 1…32

INPUT1-UNLOCK (to INPUT32-UNLOCK)

Bypass of zones 1…32 ended

OUTPUT1-ON (to OUTPUT3-ON)

Zones 1…3 triggered

OUTPUT1-OFF (to OUTPUT3-OFF)

Zones 1…3 trigger ended

OUTPUT1-TAMPER (to OUTPUT3-TAMPER)

Fault of zones 1…3

OUTPUT1-TAMPEREND (to OUTPUT3-TAMPEREND)

Fault of zones 1…3 ended POWER-FAIL

Power failure

POWER-OK

Power failure ended

BATTERY-FAIL

Battery failure

BATTERY-OK

Battery failure ended

AUX1-FAIL

Failure of auxiliary output 1

AUX2-FAIL

Failure of auxiliary output 2

AUX1-OK

Failure of auxiliary output 1 ended

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AUX2-OK

Failure of auxiliary output 2 ended

KEYPAD1-LOST (to KEYPAD3-LOST)

Failure of keypad 1...3

KEYPAD1-OK (to KEYPAD3-OK)

Failure of keypad 1...3 ended

KEYPAD1-TAMPER (to KEYPAD3-TAMPER)

Sabotage of keypad 1…3

KEYPAD1-TAMPEREND (to KEYPAD3-TAMPEREND)

Sabotage of keypad 1…3 ended KEYPAD-FIRE-BEGIN

‘Fire’ alarm started

KEYPAD-HELP-BEGIN

‘Help’ alarm started

KEYPAD-SILENTALARM-BEGIN

‘Panic’ alarm started

KEYPAD-FIRE-END

‘Fire’ alarm ended

JAMMING-BEGIN

GSM jamming

JAMMING-END

GSM jamming ended

DETECTOR1-LOST (to DETECTOR32-LOST)

Detector 1…32 signal lost

DETECTOR1-OK (to DETECTOR32-OK)

Detector 1…32 signal restored

DETECTOR1-PWR (to DETECTOR32-PWR)

Detector 1…32 battery low

DETECTOR1-PWROK (to DETECTOR32-PWROK)

Detector 1…32 battery restored

List of errors sent as feedback messages

Alias name

Description

ERROR-PERMISSION

Permission to issue this command was not granted

ERROR-FORMAT

Wrong command syntax

ERROR-VALUE

Wrong parameter value

ERROR-EMPTY

Parameter value missing

ERROR

Other error

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5. CONFIGURATION WIZARD

5.1. PRELIMINARY NOTES

The Configuration wizard of GPRS transmitters can be downloaded from www.ebs.pl (login: ebs, password: ebs). Activate the option of installation wizard which leads through the program installation process. By default it will be installed in C:\Program Files\EBS\ directory. The installation wizard can also create shortcuts to the program on the desktop and in the Windows menu.

If it is the first use of the equipment, SIM card shall not be inserted into the slot until the equipment is programmed using the above software. Otherwise, SIM card can be blocked during the attempts of giving an incorrect PIN code. Alternatively, you can use SIM card with PIN code authorization deactivated.

In case of remote programming, SIM card must be inserted before the configuration settings transmission is initiated. In this case use either SIM cards with PIN code authorization deactivated or change the PIN code using a mobile phone before the card is inserted into the equipment.

5.2. COMPUTER – REQUIREMENTS

The minimum requirements for PC computer on which the configuration wizard is to be installed are the following:

Hardware:

 Processor 1GHz, 32-bit (x86) or 64-bit (x64)  1 GB RAM (for 32-bit) or 2 GB RAM (for 64-bit)  4,5 GB HDD,

Software:

 Operating system: Windows 7 or newer  .NET Framework 4.5 software or newer.

5.3. PROGRAM FUNCTONS

After the program is installed and started, the main window will be displayed on the screen. From that level you can access both, program functions and programmable parameters (see chapter 6.).

The main program window was divided into a few areas.

Main menu: located in the top section of the window, contains control and program configuration functions.

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The main menu is composed of the following:

Main menu is also reflected in the visual form of icons on a taskbar:

5.3.1. Menu -> File

5.3.1.1. Menu -> New

Opens a new set of parameters. In this option configuration parameters of the equipment can be edited.

Select a relevant type of the equipment: CPX230NWB

5.3.1.2. File -> Open

If you have a file with recorded settings you can use it for programming another equipment. First, indicate a directory where the file was saved, then give the file name. User can modify the received data. In order to be effective the implemented changes must be sent to the equipment.

5.3.1.3. File -> Save

If you program many pieces of equipment in various configurations, you do not need to remember each configuration. You can save all settings on your hard drive under a specific name and read it later on. The function records all information from the

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configuration wizard’s windows on a hard drive. After calling the function, a window asking for file name is displayed. By default, data is saved in files with .cmi extension.

5.3.1.4. Menu -> Language

This option allows selecting one of available languages (defined in enclosed external language files).

5.3.1.5. File -> Connections

Before you start the equipment programming, define the type of connection to be used.

There are two programming methods available: local and remote.

Local connection 5.3.1.5.1.

Local connection means that configuration wizard (or, in fact, a computer, on which it is installed) is directly connected to a relevant connector of the alarm control panel via dedicated programming cable using RS-232 serial port (GD-PROG) or USB port or Bluetooth (MINI-PROG-BT, SP-PROG-BT). All channel connection (also USB and Bluetooth) "open" virtual COM serial ports used in communication control panelConfigurator.

To program the equipment or perform other activities (i.e. read the settings from the equipment, change the firmware, etc.) you have to define the connection parameters.

For the above purpose you shall use the following window, available after activating File

option from the Main Menu and selecting Connection function or after clicking icon on a taskbar and opening RS232 tab.

Define:

 Connection name, e.g. Local  Select serial port, e.g. COM1

Click [Add] button to confirm the setting. The connection is saved (and moved to the table). From that moment the program will enable a wire connection with the equipment and allows reading and recording the parameters in the equipment’s memory.

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In the next tab labelled "MINI-PROG" (the name is derived from programmer) you have to also define the connection parameters.

Operations are identical to the one for the "RS232" tab. Specify the name, the appropriate COM port, and add the connection.

MINI-PROG-BT and SP-PROG-BT programmers have microUSB slots, which can be used to connect to a PC/laptop using the USB port, but they also have Bluetooth integrated for communication.

After connecting (whether using USB or Bluetooth), find the appropriate COM port for the given device and select it.

Remote connection 5.3.1.5.2.

As explained above the equipment and software allows full configuration using GPRS connection or CSD channel. For such programming mode the connection parameters shall be adequately defined.

GPRS connection

The configuration of that mode requires the activation of File option from Main Menu, and

selecting Connection function (or clicking icon on a taskbar) and opening GPRS tab.

The following window will be displayed on the screen.

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Define:

 Connection name, e.g. Remote  Select analyzer name, e.g. primary  Enter analyzer name, e.g. www.ebs.pl  Enter the port on which analyzer will listen to instructions, e.g. 9000

Click [Add] button to confirm the setting. The connection is saved (and moved to the table). From that moment the program will enable a remote connection with the equipment and allows reading and saving the parameters in the equipment’s memory.

NOTE: Such parameters as: analyser’s name, analyser’s address, port

refer to the settings of the OSM.Server monitoring system receiver. Remote programming is available only in case the above mentioned equipment (software) is used.

CSD connection

The configuration of that mode requires activation of File option from Main Menu, and

selecting Connection function (or clicking icon on a taskbar) and opening GSM Modem tab.

The window will be displayed on the screen where you define:

 Connection name, e.g. RemoteCSD  Serial port to which the GSM modem is connected to (e.g. COM1)  PIN code of SIM card installed in the GSM modem, e.g. 1111  Serial port parameters: Number of bits per second (e.g. 115200), Data Bits (8),

Parity (none), Stop Bits (1).

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NOTE: Remote configuration via CSD channel is available only in case the CSD data transfer is active for both SIM card inserted in the equipment and SIM card installed in GSM modem. Additionally, the control panel must accept CSD connections – see item 6.7.1.2. Authorized GSM Modems Numbers.

Programming through CSD connection is possible also when OSM.Server system is installed, with at least one GSM modem connected. If the device is registered for the server (serial number and SIM card number – see OSM.Server Manual) you can use the connection via OSM. Provided that no GPRS connection is established. Programming attempt (via GPRS connection – see the above) will end with a question whether you want to use a modem connected to the server. If the answer is yes, the procedure will continue as in case of other programming channels.

5.3.1.6. File -> Automatic device settings backup

All configuration wizard’s settings, both these read from devices and these saved in the equipment are automatically recorded on a hard drive. If, during configuration wizard’s

installation no directories were changed, the files can be found in e.g.:

C:\Program Files\EBS\KonfiguratorLX\configs\CPX230NWB_20000\

CPX230NWB_20000 directory contains all files related to programming the CPX230NWB type device of the serial number 20000. Files names contain date and time of the operation and its type (recording/reading). The files are recorded with .cmi extension.

5.3.1.7. File -> Exit

Ends the program operation.

5.3.2. Menu -> Operations

5.3.2.1. Operations -> Read

The function reads the data saved in the memory of GPRS module. Data is exchanged through the port selected in the section “Select connection type” (see the description of

“Configuration” option below). A correct readout is confirmed with relevant message. You

can save the data downloaded from the equipment in a file (see item 5.3.1.3.), and then use it for other devices.

You can use that function after you define a type and parameters of the connection. E.g. for local connection the following window is displayed:

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where:

Connection – type of connection to the device.

Service or installer code – access code of the equipment.

For detailed description of connection configuration, please refer to item 5.3.1.5.

5.3.2.2. Operations -> Write

The function is similar to the above, but it allows recording data to the memory of the device. It is also possible to set internal timer of the device. For the above you have to

check the box “Set the time” and enter a respective date and time. A correct entry is

confirmed with a relevant message.

For all the changes which you made in the Configurator and added new users and wireless devices are stored by the control panel, you should send it using this function.

5.3.2.3. Operations -> Restore device’s default settings

In case the “Read” operation results in an error message (e.g. when access code is not

known) you can return to default settings. For the above select that function. The screen

displays the message “Do you really want to overwrite current configuration with default values?” Upon confirmation the connection definition window will be displayed:

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The operation is possible using local connection only. After the operation is completed the equipment parameters will return to default factory settings.

5.3.2.4. Operations -> Events history

The function enables to read out the events lately recorded in the memory of the equipment. Please refer to chapter 6.12.

5.3.2.5. Operations -> Equipment monitoring

The function allows the on-going monitoring of the equipment condition. Please refer to chapter 6.11.

5.3.3. Menu -> Help

Select this function for additional information about the program.

5.4. DEVICE PROGRAMMING

In order to program the equipment, first you have to establish a connection with the equipment. Depending on the connection mode two programming methods are available.

5.4.1. Local programming

For local programming of the equipment, you should:

 In PROG mode connect e.g. GD-PROG, SP-PROG-BT, or MINI-PROG-BT service cable

between CONF connector (on device’s PCB) and computer’s COM port, defined in

Connections -> RS-232 option or MINI-PROG (from the name programmer).

 Connect the power supply to the alarm control panel. Upon connecting the power

supply and detecting the programming cable, the module will indicate it with LEDs: the green one will go on and the red one will flash quickly.

 Start the configuration wizard and define the options of the equipment (please refer

to chapter 6).

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NOTE: Enter correct PIN code for used SIM card.

 Select Send function. The window will appear where you have to select the

previously defined local connection (chapter 5.3.1.5.1.). Copy the settings into the memory of the equipment.

 Switch the power off and disconnect the programming cable or switch the

programming device into DEBUG (or MONITOR) mode to monitor the operation.

 Insert SIM card.  Re-connect the power supply.  The equipment is ready for operation.

5.4.2. Remote programming

Remote programming of the equipment is possible in two cases:

 User has a configuration wizard of GPRS transmitters and computer-connected GSM

modem.

 User works based on the receiver of OSM.Server monitoring system.

In the first case remote programming is carried out via CSD channel and the procedure is the same as for local programming, with the only difference that in the options of a connection the “GSM modem” shall be selected (please refer to chapter 5.3.1.5.2. – CSD connection.

NOTE: Remote configuration via CSD channel is available only in case the CSD data transfer is active for both SIM card inserted in the equipment and SIM card installed in GSM modem.

In the second case, in accordance with chapter 5.3.1.5.2. – GPRS connection, you shall define remote connection based on OSM.Server parameters. Since OSM.Server receives (and sends) information only from equipment that is registered in its database, the first operation you have to do for remote programming it to properly register the equipment. The procedure is described in OSM.Server user manual.

5.4.2.1. First programming of the equipment

As no access parameters to GPRS network and OSM.Server are defined in the equipment, you shall start the programming with defining the parameters. Irrespectively of the input method, first you have to register the equipment in the OSM.Server database.

Before starting the remote programming, you have to make sure that the SIM card was inserted (subject to conditions defined in chapter 6.1.5.3.) and the equipment was connected to power supply. The user must know the serial number of the equipment and SIM card telephone number.

The programming procedure is the following:

 Using the pad of OSM.Server device, indicate with the cursor the correct equipment

in ‘Equipment’ tab.

 Click “Config” option and then indicate “Set configuration” function. A list of

parameters will be displayed.

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 Enter server address, server port and APN. When clicking OK, the system will send

entered parameters to the equipment (SMS).

 Wait until the equipment reports to the server (in Equipment tab, it will be marked

green).

 Start the software and define the options of the equipment (for description, please

refer to chapter 7).

 Select Send function. The window will appear where you have to select the

previously defined remote connection (chapter 5.3.1.5.2.). Copy the settings into the

memory of the equipment.

 Close the configuration wizard’s window after you finish the data input.  The equipment is ready for data transmission.

5.4.2.2. Reprogramming of equipment

As access parameters to GPRS network and OSM.Server are defined in the equipment, you can proceed with programming any time.

If the equipment is installed in a secured facility, i.e. it has a SIM card inserted and it is connected to power supply, the programming procedure in the following:

 Start the configuration wizard software and define the options of the equipment (for

description, please refer to chapter 6.).

 Select Send function. The window will appear where you have to select the

previously defined remote connection (chapter 5.3.1.5.2.). Copy the settings into the

memory of the equipment.

 Close the configuration wizard’s window after you finish the data input.  The equipment is ready for data transmission in accordance with new settings.

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6. PROGRAMMABLE PARAMETERS

Parameters available in configuration wizard were divided into groups: Access, Transmission, Inputs/Outputs, System Options, Users, Monitoring, Restrictions, SMS Notifications, Link Control, Firmware. Each of the groups will be described in detail further on.

6.1. ACCESS

6.1.1. Parameters

6.1.1.1. Equipment operation mode

Depending on user’s preferences, the equipment can operate in one of 4 modes (to be

selected from a drop list):

 GPRS & SMS: GPRS transmission (TCP/IP protocol) in standard and in case of

problems with that connection, automatic switch into SMS mode

 SMS: Transmission only in SMS mode without the attempt of establishing a GPRS

connection

 GPRS: GPRS transmission (TCP/IP protocol) in standard. In case of any problems with

that connection, no remote connection is possible

 No server connection: no transmission with server, remote communication with a user

is possible only via SMS messages

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6.1.1.2. GPRS test period

At a pre-defined interval the equipment sends “Test” signal that informs the monitoring station that the device is operating. In that box, you can determine at what interval defined in seconds the message will be sent.

6.1.1.3. SMS mode after a number of unsuccessful attempts

Here you define the number of attempts to connect with the server. If during the attempts no connection is established, after they terminate, the device will switch into SMS mode. In this mode the equipment still attempts to connect with the server, at an interval defined in item 6.1.3.3.

6.1.1.4. SMS test period

The function is the same as for GPRS. It refers to the situation of any problems with GPRS transmission, when the equipment automatically switches into SMS mode (it also refers to the operation mode via SMS only). Sending a test SMS message as often as in case of GPRS transmission is usually undesirable. That parameter allows significant extension of interval between tests (time in minutes) or disabling that option.

6.1.1.5. Telephone number of a server

If to the server application (e.g. OSM.Server) a GSM modem is connected, here you have to enter its number. SMS messages will be sent to this number in case the equipment encounters problems with GPRS transmission.

In case the box remains empty or one digit is entered only (including 0), the device will not switch into SMS mode – it will operate in GPRS mode only.

NOTE: This box will be inactive in case the GPRS operation mode of the equipment was defined.

6.1.1.6. Send SMS events immediately

In case the GPRS connection is lost, information on upcoming events will be sent by SMS immediately, even in case the equipment has not switched to SMS mode yet.

6.1.2. Access Point Parameters

6.1.2.1. APN

The parameter depends on GSM network operator whose GPRS service will be used. It defines the name of access point to GPRS network. There is a possibility to obtain a private access point. In this case its name will be given by a particular GSM network operator.

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6.1.2.2. User ID

Most often it is not required while using public APN. For private APN, you should obtain that parameter from the operator (without it no access to GPRS network can be granted).

6.1.2.3. User password

Most often it is not required while using public APN. For private APN, you should obtain that parameter from the operator (without it no access to GPRS network can be granted).

NOTE: Using private APN increases the system security.

6.1.2.4. DNS1 and DNS2

It defines the address of primary and secondary DNS (Domain Name System). If server address was entered as a domain name at least one DNS address must be entered.

6.1.3. Primary Server Parameters

6.1.3.1. Server IP Address

It is the IP address of a monitoring system receiver (OSM.Server) or a computer on which

“Communication server” software is installed, e.g. 89.123.115.8. The address can be given as a server’s domain name, e.g. modul.gprs.com. In such a case at least one DNS

server address is required.

6.1.3.2. Server port

It defines a port which was dedicated in the server for the receipt of data from the equipment.

6.1.3.3. Interval between subsequent attempts

The programmed equipment with SIM card inserted will automatically attempt to establish connection with a server. Here you can define an interval (in seconds) after which the equipment will retry to connect with a server, in case the previous attempt was unsuccessful.

6.1.3.4. Number of attempts of establishing connection with a server

You can define how many times the equipment will try to connect with the server in case of subsequent faults. After a defined number of attempts, the equipment will initiate the procedure of connecting with secondary server. The option is active only in case the secondary server parameters were defined.

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6.1.3.5. Sequence of connections with servers

If you check this box, the equipment will try to establish a connection with primary server, irrespectively of the secondary server parameters set (in particular, the number of connection attempts).

6.1.4. Secondary Server Parameters

6.1.4.1. Server IP Address

It is the IP address of a secondary (redundant) monitoring system receiver (OSM.Server)

or a computer on which “Communication server” software is installed, e.g. 89.130.125.82. The address can be given as a server’s domain name, e.g. monitor.gprs.com. In such a

case at least one DNS server address is required.

6.1.4.2. Server port

It defines a port which was dedicated in the server for the receipt of data from the equipment.

6.1.4.3. Interval between subsequent attempts

If the equipment cannot connect with primary server, after the defined number of attempts it will initiate the procedure of connecting with a secondary server. Here you can define an interval (in seconds) after which the equipment will retry to connect with a server, in case the previous attempt was unsuccessful.

6.1.4.4. Number of attempts of establishing connection with a server

You can define how many times the equipment will try to connect with a secondary server. In case of subsequent unsuccessful attempts, after the defined number of attempts is executed, the equipment will return to the procedure of connecting to primary server.

6.1.4.5. Time for disconnection

If you check this box, the equipment will disconnect the secondary server after a defined time. The following operation depends on the Connection sequence parameter (refer to

7.1.3.5). If the option is active the equipment will try to connect to primary server. In case the option is inactive, the equipment will complete the procedure of connecting to secondary server first, and in case it is unsuccessful, it will move on to attempting the connection with primary server.

6.1.5. Access

6.1.5.1. Service code

It secures the equipment against unauthorized access. It is used for both, equipment programming and for its remote control (in TCP/IP or SMS mode). Default factory setting

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is 0000. It should be changed at first equipment start-up (programming). The code can be composed of from four to seven digits.

6.1.5.2. Installer code

Installer’s code is used for equipment programming process using KP32 keypad. Default factory setting is 2222. It should be changed at first equipment start-up (programming). The code can be composed of from four to seven digits.

Installer’s code could be read and change remotely via OSM.Server Console or by sending SMS message. In case of reading Installer’s code via OSM.Server Console, please send

following Custom command:

GETPARAM=3,1

The answer with current Installer’s code appears in the bottom part of the Console window.

Installer’s code could be changed via OSM.Server Console. In such case, please send

following Custom command:

SETPARAM=3,1,new_code

where new_code should contain from 4 up to 7 digits.

6.1.5.3. SIM Card PIN code

Since the equipment uses GSM network for its operation, it is necessary to obtain a SIM card from a mobile network operator. You have to set a PIN code of a SIM card dedicated for operation in particular equipment before its first use. It is necessary for automatic start up of the system. In case you have a card without the PIN code, you can enter any value in that box, e.g. 0000.

If you enter incorrect PIN code, the system will not start after inserting the card and switching the power supply on and you will not be able to use the card until you enter the PUK code (using any GSM phone).

Default factory PIN code entered in the equipment is: 1111.

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6.2. TRANSMISSION

For the maximum transmission security the data transmitted are encrypted using AES. The option can be used for both, GPRS and SMS transmissions.

In case encrypted transmission was selected, you can enter own data encryption key (DEK) (256 bits - 0-9 and A-F characters) or use default setting.

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6.3. INPUTS / OUTPUTS

The alarm control panel has 32 configurable zones and 3 software controlled outputs. Zones can be freely divided into two partitions. Each of zones and outputs has a number of programmable parameters defined below.

6.3.1. Zones (inputs)

6.3.1.1. Zone mode

The parameter allows for determining the stable input zone state. Any change of that state causes alarm message to be sent. Wired input can be NO or NC type. The following configuration types are available: NO / NC / EOL-NO / EOL-NC / DEOL-NO / DEOL-NC / Wireless / TEOL. NC type input must be closed for the whole time. Zone interruption causes its induction. NO type input remains open. It activates when closed. EOL and DEOL (with parameters or double parameters assigned) differ in the number of resistors allowing to distinguish alarm from sabotage. The TEOL configuration is used to double an alarm zone, i.e. connect two wire detectors to one clamp at the central, and it is possible to detect alarms from detector 1 and detector 2 (see drawing 3), while signaling sabotage switch (tamper) open will be common for both detectors.

Electric diagrams for all configuration types were described in chapter 3.4 Configuration of wired input zones.

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6.3.1.2. Response type

 Instant – disruption of the zone causes immediate alarm, if the system is armed.  Delay – that type of zone is usually used for detectors operation at the facility entries.

The zone switches into alarm state after the expiration of programmed time for entry. If the system is armed, the zone activation initiates counting the time for entry to a particular partition. The system should be disarmed before the expiration of programmed time in order not to trigger the alarm.

 24h burglary – that zone causes immediate alarm irrespectively of whether the

system is armed or not.

 Arming/disarming by violation – the zone can be used for arming or disarming the

system. In case the zone is activated with the system disarmed, the partition assigned to the zone is armed. In case the zone is activated with the system armed, the partition assigned to the zone is disarmed. Note: For wired zones, it is recommended to configure them as NC or NO for this response type.

 24h tamper – the zone can be used for connecting tamper/sabotage circuits. In case

of trigger when partition is disarmed, it generates “violation of the zone” event without the alarm. In case of trigger when partition is armed, it generates “violation of the zone” event and raises the alarm.

 Interior delay – the zone can be used when keypad is not in the first partition which

could be triggered during access to the keypad. In case of the interior delay partition is triggered, system checks if time for enter is counting. If yes, the zone is treated as delay zone. If not, the lien is treated as instant zone.

 24h burglary silent – sends a report to the central station but provides no keypad

display or sounding.

 24h fire – works like 24h burglary.  Perimeter – This zone will be armed immediately after arm command. Detectors

protecting the entrance to the building (doors and windows) are defined like this. Violation of this zone will raise the alarm, even during the exit time countdown.

 Perimeter exit – If the system is armed only by using a code, without selecting the

arming mode, violating this zones during exit time countdown will arm the system in the fully armed mode. If this is not violated during exit time countdown, partition will be armed in the stay mode. If the system is armed and a mode is selected, then triggering this zone during the exit time countdown will be ignored, and the system will be armed in the selected mode. If the system is armed, this zone behaves like the delayed zone.

 24h gas − works like 24h burglary.  24h water leakage − works like 24h burglary.  Night (bypassed) − this zone is used for detectors located in places where humans

move around during the night. Violation of this zone will not trigger an alarm when the system is armed in sleep mode. When the system is armed in full mode, the zone will behave like an instant.

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 Night with prealarm − When the system is armed in sleep mode violation of this

zone will start the exit time countdown. The system should be disarmed before the expiration of programmed time, in order for the system not to trigger an alarm (or arm it in daily mode if there are people in the building). If the system is armed in full mode, then a night delayed zones will behave like an instant, while in perimeter mode, triggers on this zone will be ignored.

 Arming/disarming by state change - Violation of the zone will arm the partition to

which the zone is assigned. End of violation will disarm the partition. In case the system is armed and the zone violation occurs, the partition to which the zone is assigned will start to arm again (signaling the countdown of the configured time for exit). End of violation will result in disarming the partition. Note: For wired zones, it is recommended to configure them as NC or NO for this response type.

Arming/disarming by state change is available since the firmware version

2.10.0.

6.3.1.3. Interlocking

The option allows interlocking any input zone, which means that any changes of state at this input are ignored and not reported to monitoring station.

You can set the set permanently blocking input ("Permanent"), or turn on the blocking after a given number of input violations.

If you select "After time for exit", the input zone will be blocked if the zone was violated when arming. In this case, an event about blocked zone will be generated, which allows to inform the monitoring station about the problem with the zone. This lock will last until disarming. If the input is selected as the "Alarm after time for exit", then "Interlocking after time for exit" has priority - the zone will be blocked and will not generate an alarm.

If the zone is set to "After time for exit" and is violated or sabotaged after the time for exit, then is automatically blocked (bypass is activated). Automatically blocked zones (block “After time for exit”" or automatic blockout after "n" disruptions) are automatically unlocked after disarming partitions to which they belong

6.3.1.4. Sensitivity

That parameter defines a minimum time the change must maintain at the particular zone, to be detected by a transmitter. Default factory setting of the parameter is 400 ms.

6.3.1.5. Delay

The parameter is active for delayed and perimeter exit zones only. It defines a time from the zone disruption was detected after which an alarm is generated.

6.3.1.6. Alarm after time for exit

When selected, the alarm will be generated if the zone remains violated when the time to exit is up.

When deselected, alarm will NOT be generated in above case.

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First alarm will be generated after the zone is returned and violated again.

6.3.1.7. Ignore during arming

Zone can be violated during partition arming (e.g. delay zone shall be set to that option).

6.3.1.8. Chime

The function “Chime” allows to inform the person in the room about violation of the input

zones (e.g. opening or closing the entrance door). When the system is disarmed and 'chime zone' is violated, all wired keypads make a beep sound. No report is sent to the monitoring station

6.3.2. Wireless zones (devices)

CPX230NWB is capable of storing information up to about 32 wireless inputs: A1 to A8, B1 to B8, C1 to C8, D1 to D8.

There are two ways to add detectors (described below).

The first way is to add the device to the list on the computer (by entering the serial number) on which the Configurator is installed, and then to send all newly added devices to the control panel.

When you press "Add to list" the following window appears:

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Enter the serial number S/N located on the label of the detector. The next box refers to the zone (input) number, which can be assigned. The device type will appear automatically when the first two digits are entered. After filling this field, press the “OK” button.

Now for the detector to be seen by the panel, this information must be sent by pressing

Write

on Quick Access bar (or Operations -> Write). A window will pop up:

where one have to mark the third checkbox "Write Wireless Devices (only for CPX)” and press ”Write”. From now on, the detector and the control panel will communicate with each other correctly.

NOTE: To receive the control panel signals from the detector it is necessary to enter the correct serial number.

The second way is to directly register the detector in the control panel. To add a wireless detector press the "Register Device" button.

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In the new window, select proper connection (serial port number to which CPX230NWB is

connected) and zone number for new device. Then enter service code and press “Read”

button. A new window pops up with an information about the control panel starting listening for wireless devices.

Configurator will be waiting for a wireless signal. User has to press the tamper button on the sensor for a while. CPX230NWB will detect the transmission and print sensor’s type and ID. It is recommended to add wireless sensors individually. To prevent the accidental transmissions from other detectors, only one detector cover should be removed during the procedure of adding a new detector. The control panel detects the communication, and informs the user about the type and serial number of the device.

To bind this sensor with the Alarm Control panel, press “Add Device”. New sensor will appear in the previously selected Zone row:

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Now, each detector can be attributed to the type of reaction and assigned with other parameters (in the "Zones" tab), except for sensitivity.

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6.3.3. Partitions

6.3.3.1. P1 - Partittion 1, P2 – Partition 2

In that tab you can assign the zones from group A, B, C and D to the specific monitoring partitions. If the zone is not assigned to any of the partitions (and it is not of 24h type), all events received from that zone (disruption/return) will be ignored.

6.3.3.2. Entry / Exit

The parameter allows switching off the indication of time for entry/ exit displayed by KP32 keypad.

6.3.3.3. Time for exit

It is time for leaving the partition. Assigned zones will be active (monitored) after the expiration of pre-defined time, counting from the time the arming zone was disrupted.

6.3.3.4. Alarm time

The parameter defines the time the alarm will be indicated by KP32 keypad.

6.3.3.5. Partition name

The parameter allows you to give any name for the partition.

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6.3.3.6. Timer

In this section, you can set the parameters of automatic arming and disarming the partition.

You can set the time for arming/disarming and you can independently turn on and off each time. By clicking the check box, located on the left side of the time field, you can activate/deactivate the time. If auto-arming/disarming is off, the time field is grayed out.

When the partition is automatically armed / disarmed, to the monitoring station is sent a report that was done by the user with the number 253.

At the time of auto-arming, exit time is starting. During the exit time, the user may at any time to stop arming with the code. Then the system will not be armed.

If there is a fault in the system, they not prevent arming (like remote control and remote command).

For each input zone is available „Interlocking after time for exit” option. If this option is active, in the case of arming with violated zone, after time for exit, will be generated event about blocked zone. Zone blocking will continue until partition disarming (see item

6.3.1.3. Interlocking).

When set to the same time arming and disarming, the system will first be disarmed and then immediately armed.

If the time in the device is set forward (eg. when the time is changed to Daylight saving time), and arming or disarming time is in the period which has been ommited, then the hour will be not used. Eg. If the auto-arming time is set to 2:30, and time was changed forward from 2:00 to 3:00, the control panel will not arm.

Times of arming and disarming can also configure by remote command via GPRS or SMS.

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6.3.4. Outputs

6.3.4.1. Outputs 1 / 2 / 3

Types of outputs:

 Unused – Output is inactive.  Alarm – Output is activated when alarm is detected.  Armed status – Output is activated when any of the assigned partitions is armed in

any mode (stay, sleep, fully armed).

 Power supply fault – Output is activated when power supply fault is detected.  Communication loss – Output is activated when information transmission to

server is not possible.

 GSM jamming indicator – Output is activated when jamming GSM.  Chirp – The output is activated when arming (1 chirp) or disarming (2 chirps). The

minimum duration of the chirp signal possible to set from the configurator is 40ms.

In the case of set time for exit chirp is generated after arming, similarly in the case

of the time for entry chirp is generated after disarming.

 Alarm & chirp – The output is activated when alarm is detected or when

arming/disarming.

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6.3.4.2. Partition 1 (P1) / 2 (P2)

The parameter allows assigning particular monitoring partitions to outputs.

6.3.4.3. Activation time

The parameter defines the time the output is to be active.

6.3.4.4. Bistable

The parameter allows set bistable mode of the output. In this mode, the output will be switched on for the duration of the state specified in the "Output Type".

If you set the output type as "unused", the output state can be changed only with remote command.

6.3.5. Remote controllers

Configurator allows adding and configuring remote controllers in the same way as it was done in the Wireless Inputs configuration. In order to add a remote controller, User has to select a row corresponding to desired remote controller and press the

Add Device

button. New window will appear, where necessary serial port configuration and service code parameters have to be filled in. Pressing OK will invoke new window indicating, that control panel is waiting for incoming transmission from the remote controller. User has to press one of the controller button, in order to bind it with the Alarm Control panel.

Device’s ID and serial number will appear. To accept, press

Add Device.

New remote

controller has been added in the previously selected row.

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User can configure remote controllers, to suit his needs. Remote controller has to be assigned to one of the previously added users (or administrator) –

User

column. Controller’s buttons can be assigned to the actions of the Alarm Control panel. In order to assign a button to the action, one has to select the desired action from the drop-down menu in the corresponding

Button

column – columns from

Button 1

Button 4

. Remote

controller can have less then 4 buttons, in that case, additional

Button

columns should be

left with the None option selected.

NOTE: The selected user number must be activated by the Administrator. For this user number should be generated an access code.

“Arm” function is fully arming the system.

“Disarm” function is disarming the system.

„Alarm” function is triggering an alarm with audible signal.

„Silent alarm” function is triggering an alarm without audible signal.

Switch on/off output 1, 2 and 3 functions allow control of any external devices.

„Ambulance” function works the same way as „HELP” button on the keypad, ie generates a medical alarm.

“Arm immediately” function allows fully arming the system without counting down time

for exit (if is set).

Alarms from remote control can be generated regardless of whether or not the partition is armed.

For normal and silent alarm can be sent a message to the monitoring station, depending on the configuration of the control panel.

The control panel allows you to assign remote control buttons to various functions. It is possible to configure different alarm button but the manufacturer recommends assigning

a button to normal alarm, and to silent alarm

Configuration for pilots should be automatically write to the control panel. Nevertheless the Manufacturer recommends that after adding and configuring the pilot/s information has been sent by pressing the red arrow "Write" from the Quick Access bar (or "Operations" -> "Write"). A window will appear, as in the chapter on wireless detectors.

You have to select third checkbox “Write Wireless Devices (only for CPX)” ", enter the service code and press “Write”.

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6.3.6. Emergency Buttons

6.3.6.1. Icons

symbols match the function keys on the keypad. The “On” checkbox has to be checked in order to enable the function key support. Events associated with emergency buttons will be transmitted to monitoring station only if they are enabled in the “Monitoring” tab (see item 6.6.).

6.3.6.2. Outputs

User can choose which outputs should be turned on in case of the emergency button activation (pressing and holding a button for 3 seconds).

Each of the outputs has the reminder of it’s function chosen in the “Outputs” tab.

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6.4. SYSTEM OPTIONS

6.4.1. Show failures history with SYSTEM diode

Selecting this option will result in notifying about the occurrence and ending of failures in the system by blinking the SYSTEM diode on KP32 keypads until the failure memory is deleted.

6.4.2. Ignore ATS failure

Selecting this option turns off signaling a loss of communication with the server on KP32 keypad.

6.4.3. Request arming confirmation (by pressing #) in case of failure

If this option is enabled, the user is additionally notified of system failures when arming the system. The wired keypad produces a continuous sound, the ALARM and SYSTEM diodes start flashing slowly and error codes are displayed on diodes 1–8 (see User’s Manual, section 6.6 Arming the system with a malfunction). To arm the system press # button. Information on failures and triggering are available after entering with the use of the wired keypad the user's function:

faults memory

and

current input status

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6.4.4. Access to alarm and fault memory requires authorization

Selecting this option enables limitation to access to alarm memory and fault memory. Checking alarm memory and fault memory will be available only after entering user code. This option must be enabled in order to comply with EN 50131 standard requirements for Grade 2.

6.4.5. Alarms and inputs interlocking states are not displayed

Selecting this option disables display alarms and inputs interlocking states. This option must be enabled in order to comply with EN 50131 standard requirements for Grade 2.

6.4.6. Temporary keyboard lock after three access failures

Selecting this option enables keypad blocking after entering invalid codes. The keypad will be blocked for 90 seconds, after entering an invalid code three times. After this period, another lock will occur after entering a wrong code three times. The counter of invalid codes will be reset after a correct code is entered (e.g. after entering invalid code two times). This option must be enabled in order to comply with EN 50131 standard requirements for Grade 2.

6.4.7. Use duress code

Duress code is used to inform the monitoring station about a distress event without an audible alarm. Each user has his own duress code.

6.4.8. Show partition arming mode instead of inputs interlocking states

Option not available for CPX230NWB

6.4.9. Premises lock

This function turns off the ability to arm the control panel. When this function is turned on, the user will not be able to arm the site by any way (i.e. SMS/GPRS, remote, arming input, schedules, keypad, wireless keypad). Disarming the system is possible, however.

Attempts to arm will be rejected by the control panel - the wired keypad emits a 4 times sound and at the same time, the diodes GROUP, ALARM, SYSTEM and PROG will light up for 4 times. System failures do not affect this option The Configurator log will then register that the system was not armed due to the Premises lock function being on (log entry only when arming from a keypad).

6.4.10. Defaults restoral lock

The function “Defaults restoral lock” allows the user to turn off the ability to restore the factory-default installer’s code. However, when restoring default settings using the

Configuration, when the "Restore device’s default settings" option is selected, a window with a request to enter the installer’s code or service code (ATS) will appear.

When this function is turned on, the Manufacturer recommends the installer’s code and service code (ATS) are changed.

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NOTE: If newly set codes are lost, it will be necessary to send the blocked devices to the EBS technical service.

6.4.11. Communication parameters lock

After checking that option changing:

 service code (ATS)  turning on/off “Communication settings lock” option  server phone number  APN, user ID, user password  primary server port  secondary server port  SMS encryption key  GPRS encryption key  DNS server addresses  phone numbers, to which SMS messages will be forwarded

will require service code (ATS) knowledge! As a result, it will be impossible to register control panel in other monitoring station without authorization.

After activating this option, resetting to default settings via Configurator, will also require service code (ATS).

On the other hand, installer will be able to:

 change transmission parameters, e.g. GPRS and SMS test periods, SMS limits,  send it to control panel (with the exception of communication parameters written

above, which will be blocked),

 read settings saved on the device,  save control panel settings to .emi file.

Default service code (ATS) is 0000 – it is recommended to change it to unique, preferably 7-digit code. In case of losing this code it will be necessary to send the device to EBS office.

6.4.12. Allow quick arming without user authorization

When this function is selected, it is possible to quickly arm the system using a keypad, without the need to enter the user authorisation code. Partial or complete disarming of any part of the system will only possible using the sequence where the code is entered.

6.4.13. After disarming disable alarm history notification

When this function is selected, after disarming the system (partition), past alarms from zones assigned to partition (F diode blinking - partition 1, 6 diode - partition 2), after assigned delay time, (refer to chapter 6.4.14) will cease to be shown on the keypad (diodes will turn off). The user will retain access to state of the alarm memory from inputs, by entering the 3# function, untill he chooses to delete it. If the system is armed, and the alarm caused by any 24-hour zone will occur, then the fault memory can be turned off by arming and disarming the system (if this option is checked) or by entering the 3# keypad function and deleting the memory.

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6.4.14. Alarm history notification disabling delay

This function is only availible after checking "After disarming disable alarm history notification" option. It sets the delay time in seconds, after which the alarm memory will no longer be shown on the keypad. It means, that when the system is armed, and there will be violation of input zones shown by the F and 6 diodes blinking, then after disarming and previously defined time the diodes will turn off. The alarm memory will still be accessible with 3# function, until the user decides to delete it.

6.4.15. Prevent arming using wired keypad when inputs are triggered or

sabotaged

If this option is selected, you can’t arm the system with KP32 if the detectors have been

triggered or tampered with. Triggering/tampering with any detector assigned to the system is signalled by the diodes READY – D going off – in the case of a detector assigned to Partition 1; 4 in the case of a detector from Partition 2. If the system has been broken into two partitions, you can’t arm the control panel even, if the detector has been triggered/tampered within only one of them. When attempting to arm the system, the wired keypad emits a high one-second sound and, at the same time, the diodes GROUP, ALARM, SYSTEM and PROG will go on for about 4 seconds. System failures do not affect this option.

NOTE: This option is available since the firmware version 2.8.8.

6.4.16. Time to detect loss of wireless detector

This function allows you to set the time after which a notification is sent to the monitoring station about the loss of the wireless detector.

The time is expressed in hours. The default value is 6 hours, the minimum is 2 and the maximum is 24.

NOTE: This option is available since the firmware version 2.8.8.

6.4.17. Repeat every

This function allows you to switch on periodic repeating of wireless detector loss events to the monitoring station (starting from the first loss).

The time is expressed in hours. The default value is 6 hours, the minimum is 2 and the maximum is 24.

NOTE: This option is available since the firmware version 2.10.0.

6.4.18. Access code length

The function enables setting the length of the administrator and user codes (the change applies to all users). The code range is from 4 to 7 digits. By default, this value is set to 4.

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Reducing the code length is possible only if the shortened user codes do not conflict with each other.

During shortening the access code length is recommended to remove

old and upload a new users to avoid conflicts.

Example:

There are 5-digit codes in the CPX database – 44440, 44444, and 44449. It will not be possible to shorten the code to 4 digits due to the conflict of identical resulting codes. The change will not be accepted, which the keypad will signal with a several seconds long continuous sound and a message window will be displayed):

In such a case, one solution is to delete a user or users who have similar codes.

1. If the user code in the CPX database is shorter than the defined

value, then '0' will be added to the codes at their ends:

Example: If the code 1234 exists in the database, then after code length is changed to 6 digits, the code will appear as 123400.

2. If a user code in the CPX database is longer than the defined value,

then the access code will be the "n" first digits, according to the value set.

Example: If the code 1234567 exists in the database, then after code length is changed to 5 digits, the code will appear as 12345.

3. For codes under duress:

 If the code 12345 exists in the database, then after code length

is changed to 7 digits, the code will appear as 1234500, so the code under duress will be 1234501.

 If the code 12345 exists in the database, then after code length

is changed to 4 digits, the code will appear as 1234, so the code under duress will be 1235.

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6.5. USERS

6.5.1. Users

This option allows user managing. To be able to manager the users one has to press the

‘Edit’ button first and the input the correct administrator code. Granted the authorization,

it will be possible to edit the users’ passwords, partition privileges and category choose (regular user, arming only).

After editing press the ‘Accept changes’ button to save the configuration in the program, or press the “Cancel” button to withdraw the entered data. Then a question box will appear:

After accepting changes please remember to upload the configuration to the device. When uploading a configuration, "Write users" option must be selected in the writing options (second box):

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Users’ configuration changes can be made only via programming cable. Users update is

not possible remotely via GPRS.

6.5.2. User categories

Due to the different level of access to the functionality of the system, there are three user categories:

1. Administrator – the user with the highest access level. They can both arm, and disarm

the system, as well as access and make changes in all user functions presented in

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chapter 9 User’s Functions and its subsections. The Admin is an A1 user and their rights can’t be changed.

2. Regular user – a user who can arm and disarm the system and has access to the

history of alarms and failures, the status of inputs, and can block inputs, change their code, test inputs and outputs.

3. Arming only – a user who can only arm the system. They do not have access to

functions that require a code. If the option “Access to alarm and fault memory requires authorisation” has not been enabled during the set-up, this user can enter

the functions to which this option applies (see chapter 9).

6.6. MONITORING

That option allows determining which of available signals generated by the equipment will be transmitted to the monitoring station.

NOTE: The “Configuration change” event refers to configuration

change via SMS or via GPRS instructions only.

6.6.1. Events

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6.6.1.1. GPRS ON/OFF

In these columns you can check which signals are to be reported to the monitoring station via GPRS transmission. You have the option to send information on both, alarms (change of zone state from idle into active) and returns of zones states from active into idle (normalisation). In order to transmit a particular signal you have to check it (by clicking a relevant check box on the right hand side).

Press [Clear] button to remove all checked signals.

Press [Reverse] to reverse the check into the opposite ones.

6.6.1.2. SMS ON/OFF

In these columns you can check which signals are to be reported to the monitoring station via SMS message – when the equipment is not connected with server via GPRS connection. You have the option to send information on both, alarms (change of input state from idle into active) and returns of zone states from active into idle (normalisation). In order to transmit a particular signal you have to check it (by clicking a relevant check box on the right hand side).

Press [Clear] button to remove all checked signals.

Press [Reverse] to reverse the check into the opposite ones.

6.6.1.3. Power loss

One of the additional options of the equipment is the control of supplying voltage. As transient power losses can occur in some facilities, you can avoid reporting them by entering the time after which the information will be sent. The value of the parameter means that power loss must last for that pre-defined time for the equipment to recognize it a factual power loss and to send a relevant message.

6.6.2. Additional data

The Additional data functionality allows for defining kinds of additional data which will be transmitted together with events to monitoring station via GPRS/SMS. The data may become valuable information about device's work conditions though it may increase amount of bytes sent through GSM network.

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6.6.2.1. For test and other events

It is possible to define two separate sets of additional data kinds: for test events (sent periodically according to setting on Access tab) and for other events. Put a mark next to the name of data kind to turn on transmission of this data kind to monitoring station. Empty field means that this kind of data will be not transmitted.

The adjustable parameters are:

 Power status – information about connected charger and battery charging  GSM status – status about connection to GSM network, type of connection to

server (GPRS/SMS), information about ongoing phone calls

 GSM signal level quality – quality of connection to GSM network (CSQ and BER

parameters)

 Battery voltage – voltage of battery in millivolt unit

6.6.2.2. Contact ID

When transmitting data in the Contact ID format, in this section you can define individual numbers for system account identification – ACN0, and its subsystems accounts, partition 1 – ACN1 and partition 2 – ACN2. This allows you to determine, which part of the system the signal from.

NOTE: This option is available since the firmware version 2.9.0.

NOTE: Numbers ACN0, ACN1 and ACN2 consist of four hexadecimal characters.

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System Account Number – ACN0 6.6.2.2.1.

If ACN0 number is set, it is attached to each system event sent to the monitoring station. System events are those that provide information about the entire system, i.e. power failure, modem reset, clock loss.

Partition Account Number – ACN1 (partition 1),ACN2 (partition 2) 6.6.2.2.2.

If numbers ACN1 and ACN2 are set, the ACN1 is attached to each non-system event (with Partition ID 1 and/or 2) with information about partition 1, and to events with information about Partition 2 – the ACN2. Non-system events are those with information about particular partitions, i.e. about arming/disarming Partitions 1 and/or 2, alarms activated by triggering the detectors assigned to partitions.

If you enter an account number only for one of the partitions, you will not be able to send settings to the control panel. Both ACN1, and ACN2 must be provided.

Send system events to all accounts 6.6.2.2.3.

Selecting this option will send system events to all accounts, i.e. the system account, partition 1 account and partition 2 account.

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6.7. RESTRICTIONS

6.7.1. SMS and data calls (CSD)

6.7.1.1. Authorized SMS Telephone Numbers

The user can restrict a remote access to the equipment (via SMS) from pre-defined telephone numbers. Created list of telephone numbers (up to 5) means that the equipment can be controlled from these telephone numbers only.

Available options are:

 Restrict all: Means no possibility of communication.  Allow all: Means that communication is allowed from any telephone number.  Allow selected: Means that communication is allowed only from these listed

telephone numbers. You can define up to 5 telephone numbers.

When ‘Allow selected’ box is selected you receive access to an edit box. Enter the

subsequent numbers in the box and click [Add] button to move the number to the table below. To remove the number from the table, place the cursor in a particular number zone and click [Remove].

“Remove all” option will clear all the numbers from the table.

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NOTE: Incoming SMSs are authorized by comparing the number from which the SMS arrived with the ones that are entered in the table. It is allowed to enter only a part of the number in the table e.g. 1234. Then, all numbers containing the stipulated sequence, e.g. 600123456 or 601234567 will be accepted.

NOTE: If modem connected to OSM.Server server will be used for sending SMS, its telephone number must be added to the above list.

6.7.1.2. Authorized GSM Modems Numbers

For connections in CSD channel the user can restrict a remote access to the equipment via GSM modems. Created list of numbers (up to 5) means that the equipment can communicate with these numbers only.

Available options are:

telephone numbers. You can define up to 5 numbers.

When ‘Allow selected’ box is checked, you receive access to an edit box. Enter the

subsequent numbers in the box and click [Add] button to move the number to the table below. To remove the number from the table, place the cursor in a particular number zone and click [Remove].

“Remove all” option will clear all the numbers from the table.

NOTE: Incoming CSD connection is authorized by comparing the number from which it arrived with the ones that are entered in the table. It is allowed to enter only a part of the number in the table e.g. 1234. Then, all numbers containing the stipulated sequence, e.g. 600123456 or 601234567 will be accepted.

NOTE: If modem connected to OSM.Server server will be used for incoming CSD connection, its telephone number must be added to the above list.

6.7.1.3. Validity Period of Outgoing SMS

The user can define time for the equipment to transfer information via SMS. Validity period is defined separately for the following groups of information:

 SMS tests to server  SMS events sent to server  SMS events sent to the user  Replies to commands

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You have an option to select among the values on a drop list by clicking the arrow next to the check box. Available options are: 5, 10, 15, 30 minutes; 1, 2, 6, 12 hours; 1, 7 days; MAX (no validity period set).

Outgoing SMS

The user can restrict the number of SMS to be sent by the equipment. As GPRS shall be the primary transmission mode, this restriction is important mainly for economic reasons.

Check the [Activate SMS restrictions] check box to activate the access to information groups subject to restrictions:

 SMS tests to server  SMS events sent to server  SMS events sent to the user  Replies to commands  Restrictions are defined by specifying two values:  Max number of SMS: Defines a maximum number of SMS sent in a time unit

(please refer to ‘Counter reset’ parameter). This option protects the user against

sending too large volume of SMS, e.g. in case of a fault.

 Counter reset: That parameter defines time (in minutes) after which the counter

of SMS sent is to be reset.

6.7.2. Remote commands

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6.7.2.1. Users remote management enable

Selecting this option allows you to remotely configure user accounts.

NOTE: If the user will use mobile application AVA the option “Users remote management enable” have to be turn on.

6.8. SMS NOTIFICATIONS

6.8.1. Phones

CPX230NWB can notify users about occurrence of certain events by text message. Before sending the message, may occur an additional attempt a voice call (see item 6.8.4. Options).

In order to add user’s number to the notification list, one has to type in the number next

to the number index. Device can handle up to 10 phone numbers.

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6.8.2. Messages

Text for each message has to typed in the Messages tab. These messages can be later assigned to specific events in the Events tab. Before sending the message, may occur an additional attempt a voice call (see item 6.8.4. Options).

NOTE

In text messages can be used only alphanumeric characters, as well as: ! @ # $ % " < > & * ( ) + : ? ` ; ' = , . / and space.

EBS CPX230NWB Installation And Programming Manual

Specifications and Main Features

Frequently Asked Questions

User Manual