EBS CPX230NWB Installation And Programming Manual

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

+ 114 hidden pages

EBS CPX230NWB Installation And Programming Manual

Specifications and Main Features

Frequently Asked Questions

User Manual