EBS CPX230NWB User manual

Version of the manual: v1.3
Date of issue: 26.07.2018
EN
ALARM CONTROL PANEL
CPX230NWB
User manual
Firmware version: 2.10.0
GPRS transmitter configurator version: 1.4.85.3
OSM server version: 1.3.71.036

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 2 / 42
EN
DECLARATION OF COMPLIANCE
We, EBS Sp. z o.o., declare with full responsibility that the present product
meets all requirements provided for in the Directive 1999/5/EC of European
Parliament and Council dated 9 March 1999 The copy of the “Declaration of
Compliance” can be found at http://www.ebs.pl/en/certificates/ .
IMPORTANT INFORMATION
Crossed symbol of a trash bin means that at the territory of European Union,
the product, after finishing its useful life, shall be disposed of in a separate,
specially dedicated collection point. It refers to the equipment itself and its
accessories marked with that symbol. The products shall not be disposed of
together with non-sortable municipal waste.
The content of the document is presented “as is”. The present document shall
not be deemed to be providing any warranties, either express or implicit, including but not
limited to, any implied warranties of merchantability or fitness for a particular purpose, unless
it is required by relevant law. The manufacturer reserves the right to amend the present
document or withdraw it any time, without notice.
The manufacturer of the equipment promotes the sustainable development policy. It reserves
the right to modify and improve any functions of the product described in the present
document without previous notice.
The availability of particular functionalities will depend on the software version of the
equipment. Details can be found at the nearest dealer of the equipment.
In no event, the Manufacturer shall be held liable for any loss of data or loss of profits or any
specific, incidental, consequential or indirect damages caused in any way.
MANUFACTURER
EBS Sp. z o.o.
59 Bronislawa Czecha St.
04-555 Warsaw, POLAND
E-mail : [email protected]
Technical support: [email protected]
Webpage : www.ebs.pl

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 3 / 42
EN
CONTENT:
1. INTRODUCTION.............................................................................................................................5
2. CONTROL UNIT FUNCTIONS..........................................................................................................6
2.1. FUNCTIONAL CHARACTERISTIC ...................................................................................................... 6
2.2. SPECIFICATIONS............................................................................................................................ 7
3. KEYPAD KP32 SPECIFICATION......................................................................................................8
4. WIRELESS KEYPAD KP2W ...........................................................................................................12
4.1. TRANSMISSION............................................................................................................................ 12
4.2. LED SIGNALLING.......................................................................................................................... 12
4.3. DESCRIPTION OF KEYPAD ELEMENTS ........................................................................................... 13
4.4. KEYPAD SPECIFICATION............................................................................................................... 14
5. REMOTE CONTROL SPECIFICATION ............................................................................................15
6. USER CATEGORIES ......................................................................................................................15
7. ARMING THE SYSTEM ..................................................................................................................16
7.1. ARMING MODES........................................................................................................................... 16
7.2. ARMING METHODS....................................................................................................................... 16
7.3. ARMING INDICATION ON THE KP32 KEYPAD................................................................................. 16
7.4. ARMING THE SYSTEM USING THE STANDARD METHOD, WITH MODE AND PARTITION SELECTION. 16
7.4.1. ARMING USING A KP32 KEYPAD ........................................................................................... 16
7.4.2. ARMING USING A KP2W KEYPAD .......................................................................................... 18
7.4.3. ARMING FROM THE REMOTE ................................................................................................ 18
7.5. QUICK ARMING WITH MODE AND PARTITION SELECTION............................................................. 18
7.5.1. ARMING USING A KP32 KEYPAD ........................................................................................... 19
7.5.2. ARMING USING A KP2W KEYPAD .......................................................................................... 20
7.5.3. QUICK SWITCHING OF ARMING MODES WITHOUT CODES FOR KP31 AND KP2W.................... 20
7.6. ARMING THE SYSTEM WITH FAULT .............................................................................................. 20
8. DISARMING THE SYSTEM............................................................................................................21
8.1. DISARMING THE SYSTEM ............................................................................................................. 21
8.1.1. DISARMING USING A KP32 KEYPAD ...................................................................................... 21
8.1.2. DISARMING USING A KP2W KEYPAD ..................................................................................... 22
8.1.3. DISARMING USING THE REMOTE.......................................................................................... 22
8.2. ALARM DISPLAY ........................................................................................................................... 22
8.3. ALARM MUTE ............................................................................................................................... 23
9. USER FUNCTIONS ........................................................................................................................24
9.1. ALARMS MEMORY ........................................................................................................................ 25
9.1.1. HISTORY OF ALARMS FROM TRIGGERED INPUTS .................................................................. 25
9.1.2. OTHER ALARM HISTORY ...................................................................................................... 25
9.2. FAULTS MEMORY ......................................................................................................................... 26
9.3. BLOCKING INPUTS ....................................................................................................................... 27
9.4. CURRENT INPUT STATUS ............................................................................................................. 28
9.5. FUNCTION CHIME ........................................................................................................................ 28
9.6. ADDING NEW USERS.................................................................................................................... 28
9.7. ARMING ONLY USER (CAN’T DISARM THE SYSTEM)....................................................................... 29
9.8. DELETING USERS......................................................................................................................... 29
9.9. CHANGE OF USER CODE............................................................................................................... 30

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 4 / 42
EN
9.10. PROGRAMMING TIME ................................................................................................................... 30
9.11. PROGRAMMING DATE .................................................................................................................. 31
9.12. TESTING THE ZONES ................................................................................................................... 31
9.13. TESTING THE OUTPUTS ............................................................................................................... 31
9.14. DURESS CODE ............................................................................................................................. 32
9.15. EMERGENCY BUTTONS ................................................................................................................. 32
9.16. TEXT MESSAGES .......................................................................................................................... 32
10. CHANGE HISTORY .......................................................................................................................42

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 5 / 42
EN
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 and 7 wired (for TEOL configuration up to 14) 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.

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 6 / 42
EN
2. CONTROL UNIT 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 32 wireless zones
Detection lines –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 signalling device output (max. current 350mA)
1 detector output (max. current 350mA)
1 keypad output (max. current 100mA)
PARTITIONS
2 partitions with the possibility to assign any number of zones to each of them
KEYPAD
cooperation with LED KEYPAD KP32
ability to connect up to three keypads
cooperation with KEYPAD KP2W
ability to program up to 32 KP2W keypads (every keypad occupies one of the available
wireless zone)
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

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 7 / 42
EN
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:
min. 20VA max 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 totalny discharged battrey)
max. 350mA
Charging voltage:
13.8V
Supported bartery type:
Lead-acid 12V
Low voltage –event treshold:
11V
Voltage battery cut off level:
below 9V
Working temperature:
-10ºC to +55ºC
Working humidity:
5% to 93%
PCB dimensions:
152mm x 78mm x 30mm

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 8 / 42
EN
3. KEYPAD KP32 SPECIFICATION
Communication:
wire
Power supply voltage:
10 –13.8 VDC
Power consumption:
typ. 20 mA, max. 80 mA
Keypad weight:
70 g
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
Drawing 1. 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.

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 9 / 42
EN
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 sleep mode,
Not lit: partition not armed in sleep 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 stay mode,
Not lit: partition not armed in stay mode.
4. READY symbol –indicated with diodes D (partition P1) and 4 (partition
P2)
Lit when all lines (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 lines assigned to the
partition,
Lit continuously: there is an alarm from a line assigned to the partition.
7. Line bypass symbol –indicated with diodes G (partition P1) and 7
(partition P2)
Lit when at least one line belonging to the partition is locked out (bypassed) by the
user.
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)

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 10 / 42
EN
A row of diodes used to indicate the status of partition P1 (example: when lit, “B” diode
means partition P1 is armed in sleep 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 mode).
11. Partition 1 (“P1”)
The P1 symbol means partition 1, to which diodes from A to H are assigned.
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
lines 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.

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 11 / 42
EN
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 sleep mode.
23. Button 9 (sun)
A function button that supports the arming in stay mode.
24. Button “*” (flame)
FIRE function button - pressing for about 3 sec generate a fire alarm.
25. Button 0 “+”
HELP function button - pressing for about 3 sec generate a medic alarm.
26. Button “#” (shield)
BURGLARY function button - pressing for about 3 sec 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 control.
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 control. A spring is mounted on the
switch lever to compensate for uneven surfaces.

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 12 / 42
EN
4. WIRELESS KEYPAD KP2W
The wireless keypad KP2W is intended as a secondary keypad. It allows only to:
arm/disarm the system in a full and circuital mode
activation of attack, fire and medical alarm analogically as for main keypad operation.
Keep in mind, that the wireless keypad KP2W uses one-way transmission and cannot receive
communication from the control panel.
The keypad KP2W is equipped with keys marked with numbers 0 to 9and function keys
and
After pressing any key, the keypad is backlit.
4.1. TRANSMISSION
The transmission is signaled by blinking of the blue transmission LED located in the lower
right corner of the display. This means that the information is send to the alarm control
panel.
The keypad transmits the entered characters as soon as any of the following conditions is
met:
a) key or is pressed
b) 8 keys are pressed
c) after 3 seconds of pressing the last key
4.2. LED SIGNALLING
The keypad KP2W is equipped with two LEDs that inform about low battery and sending a
radio transmission.
The low battery is signalled by showing a red battery symbol in the upper left corner of the
display:
After such icon appears, the battery should be replaced as soon as possible.
Each user-called keypad transmission to the system is signalled by the LED in the lower
right corner of the keypad display:
Displaying this symbol during operation means sending data to the alarm control panel and
is a normal and desired device operation.

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 13 / 42
EN
4.3. DESCRIPTION OF KEYPAD ELEMENTS
Drawing 1. 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
Buttons on the KP2W keypad function the same as on the KP32 keypad (see section 3
KEYPAD KP32 SPECIFICATION - 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 switch contact is closed. Unauthorized disassembly
of the keypad will send the message to the alarm control panel.

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 14 / 42
EN
5. Canal for wires
6. Mainboard
7. Antenna
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
4.4. 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, keypad use (arming/disarming) 2 times a day,
open door switch closed, working temperature 20°C

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 15 / 42
EN
5. REMOTE CONTROL SPECIFICATION
Frequency:
433,92MHz
Coding:
Code hopping
Number of buttons:
4
Batteries:
2 x lithium 3V type CR2016
–ARM button
–DISARM button
–SILENT ALARM button
–ALARM button
Note! The above shows the recommended settings for remote buttons. During the
control panel configuration stage, it is possible to freely assign functions to
individual buttons!
6. 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
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 history requires authorisation”
has not been enabled during the set-up, this user can enter the functions to which this
option applies (see chapter 9).

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 16 / 42
EN
7. ARMING THE SYSTEM
7.1. ARMING MODES
Each partition can be armed in one of the following modes:
Stay - arming partitions in this mode results in only perimeter and perimeter output
lines reacting to triggering.
Sleep - arming partitions in this mode means that night lines do not activate alarms
when triggered.
Fully armed –partition is armed and violation of any zone will cause an alarm.
The user can select the arming mode or allow the system to make this decision
independently.
7.2. ARMING METHODS
standard –requiring authorisation with the user's code, which is active always, without
the need for additional configuration when setting up the control panel,
quick (so called quick arming ) –arming the system or its part without the need for code
authorisation, which can be additionally defined when configuring the control panel,
immediately –applies only to arming by the remote control. If during the
configuration of the remote control, the "arm immediately" function was assigned to the
any button, pressing this button will fully arm immediately (omitting time for exit).
7.3. ARMING INDICATION ON THE KP32 KEYPAD
System arming is indicated by lighting up appropriate diodes below the arming mode
symbols. Diodes being lit below the symbol means full arming, the symbol means
sleep arming, and the symbol means stay arming. Diodes in the first row (A-H) indicate
the status of partition P1, diodes in the second row (1-8) indicate the status of partition P2.
7.4. ARMING THE SYSTEM USING THE STANDARD METHOD, WITH
MODE AND PARTITION SELECTION
7.4.1. Arming using a KP32 keypad
7.4.1.1. Fully armed mode
Note: If no zone and/or output is assigned to the partition, the
partition will not be armed.
Note: When the correct code and appropriate button sequence are
entered, the keypad will always generate a triple tone.
When an incorrect code is entered, the keypad will generate a long
continuous sound. Press , and then enter the correct code.
If the keypad rejects the correct code (continuous long sound), also

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 17 / 42
EN
In order to arm the system in fully armed mode, enter one of the following sequences:
1. Arming all partitions:
<user code> or <user code> or
<user code> <-here, the system will be armed in full mode in two cases:
a) If perimeter output lines are assigned and they are triggered during the
exit time countdown.
b) If no perimeter output lines are assigned.
2. Arming only the first partition P1:
<user code>
3. Arming only the second partition P2:
<user code>
When the correct code is entered the keypad will generate a triple tone and then the
system will be armed at once or after the exit time passes.
7.4.1.2. Sleep mode
Arming partitions in sleep mode is sensible when the partition has at least one night line
assigned (whether switched off during the night or delayed). In order to arm a partition
in sleep mode, enter one of the following sequences:
1. Arming all partitions:
<user code> or <user code>
2. Arming only the first partition P1:
<user code>
3. Arming only the second partition P2:
<user code>
7.4.1.3. Stay mode
Arming partitions in stay mode is possible only when they have perimeter lines assigned.
If not, the system will reject arming attempts, which will be indicated by the keypad with
a continuous, several seconds-long sound.
The system ill be armed in stay mode when one of the following sequences is entered:
press , to delete previously entered data, and then re-enter the
correct code.

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 18 / 42
EN
1. Arming all partitions:
<user code> or <user code> or
<user code> <- in this case, partitions will be armed in stay mode only if the
partitions has at least one perimeter exit assigned to them and it is not triggered
during exit time countdown (if a trigger occurs, the system will switch to full mode).
Arming only the first partition P1:
<user code>
2. Arming only the second partition P2:
<user code>
7.4.2. Arming using a KP2W keypad
Arming with KP2W keypads is done exactly the same way as with KP32, but
pressing after entering the code speeds up sending the information to the
control panel by about 2 - 3 seconds.
7.4.3. Arming from the remote control
Press the remote button marked with the locked padlock symbol , assigned to the
system arming function (NOTE: it is assumed that during configuration of the remote
control, arming was assigned to the locked padlock button, as the central enables
assigning remote buttons to various functions; it is possible to configure arming with a
different button). If exit time has been selected, the keypad will confirm arming by
blinking diodes A (partition P1) and/or 1 (partition P2) below the locked padlock symbol on
the glass. Diodes lit permanently mean the system is armed in full mode.
Arming using the remote always arms partitions in full mode, even if a partition has
perimeter lines assigned.
7.5. QUICK ARMING WITH MODE AND PARTITION SELECTION
If the installation engineer enabled the “Allow quick arming without user authorisation”
option during configuration, then so called quick arming is available, which does not require
entering the access code.
Note: The KP2W keypad has no ability of indicating arming,
disarming or entering an incorrect code by sound. Arming and
disarming of the system may be indicated by main signaller chirp
(if active). Armed –once, disarmed –twice. Full system status
indication is available with KP32 keypads.

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 19 / 42
EN
7.5.1. Arming using a KP32 keypad
7.5.1.1. Quick arming of all partitions
To arm all partitions without entering the code, three button combinations can be used.
The table below shows methods for quick arming of all partitions, including modes in
which the control panel is to be armed.
FULLY ARMED MODE
SLEEP MODE
STAY MODE
FULLY ARMED MODE
hold for 3 seconds
SLEEP MODE
hold for 3 seconds
STAY MODE
hold for 3 seconds
FULL MODE
SLEEP MODE
STAY MODE
7.5.1.2. Quick arming with partition selection
To arm the selected partitions without entering the code, three button combinations can
be used. The table below shows methods for quick arming of selected partitions,
including modes in which the control panel is to be armed.
Quick arming of partition P1, with mode selection
Quick arming of partition P2, with mode selection
FULLY ARMED MODE
SLEEP MODE
STAY MODE
FULLY ARMED MODE
hold for
3 seconds
SLEEP MODE
hold for
3 seconds
STAY MODE
hold for
3 seconds
FULLY ARMED MODE
SLEEP MODE
STAY MODE
FULLY ARMED MODE
hold for
3 seconds
SLEEP MODE
hold for
3 seconds
STAY MODE
hold for
3 seconds

CPX230NWB ALARM CONTROL UNIT –USER MANUAL 20 / 42
EN
7.5.2. Arming using a KP2W keypad
Arming with KP2W keypads is done exactly the same way as with KP32!
7.5.3. Quick switching of arming modes without codes for KP31 and
KP2W
It is possible to change the system arming mode without entering the code and disarming
first, in the following order:
Stay mode
Sleep mode
Full mode
System disarmed
Sleep mode
Fully armed mode
Fully armed mode
7.6. ARMING THE SYSTEM WITH FAULT
If the installation engineer enabled the “Request arming confirmation (by pressing #) in
case of a failure” option, and failures occur during any arming (regardless of the method or
mode), the KP32 keypad will indicate this fact by blinking the ALARM and SYSTEM diodes
and a long sound signal. Additionally, lit diodes 1 to 8 will indicate system errors. This
condition will last for 10 seconds. If failures cannot be repaired quickly, press to arm
the system. Pressing will cancel arming.
Note: Remove the causes of faults as soon as possible.
Error codes:
1 –Damage or disruption of detector
2 –Damage of signalling device or signalling device active
3 –Damage of internal connection or sabotage
4 –AC power supply damage
5 –Battery damage
Note: The KP2W keypad has no ability of indicating arming, disarming
or entering an incorrect code by sound. Arming and disarming of the
system may be indicated by main signaller chirp (if active). Armed –
once, disarmed –twice. Full system status indication is available with
KP32 keypads.
Note: This only works in the order shown, never in reverse! Partial
or complete disarming of any part of the system is only possible
using the sequence where the code is entered.