Elmes Electronic CB32 User manual

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ELMES CB32 CONTROL PANEL
v 1.3 03.2006
Installation and operation manual – contents:
INTRODUCTION..........................................................................................................2
KEYPAD USE AND ARMING METHODS ...............................................................3
ARMING &DISARMING OF ALARM SYSTEM. 3
1. Arming & disarming alarm using control panel keypad. 3
2. Arming & disarming alarm using remote control transmitter. 4
3. Arming the system with bypassing selected alarm zones. 4
SELECTED FUNCTIONS DESCRIPTION................................................................5
MONITOR OF ALL ALARM DETECTORS 5
ANTI-SABOTAGE PROTECTION OF EXTERNAL DEVICES 5
ALARMS MONITORING USING GSM PHONE 5
MAIN MENU..................................................................................................................5
ALARM MEMORY 6
FAILURE CHECK 6
SERVICE SETTINGS 6
1. Password Change. 6
2. Event Memory. 6
3. Alarm Zone Settings. 7
4. Outputs settings. 9
5. System Users - adding, editing and removing a user. 9
6. Times settings. 10
7. Alarm notification & monitoring by GSM phone. 11
8. Auxiliary functions settings. 12
RESETTING PASSWORD CODE OF USER 1 14
DESIGNING WIRELESS ALARM SYSTEM ..........................................................14
POWER SUPPLY SOLUTIONS 15
ALARM SYSTEM WITH ELMES CB32 CONTROL PANEL 16
WIRING DIAGRAMS 18
SPECIFICATION ........................................................................................................19
LIMITED WARRANTY .............................................................................................20
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INTRODUCTION
Elmes CB32 programmable, wireless alarm control panel is designed for use in anti-
burglary, anti-robbery, intrusion detection and access control installations in houses,
flats, shops, offices, etc. It operates with Elmes Electronic made wireless motion
detectors, glass break detectors, magnet contact detectors and key-fob transmitters. Its
three 1A current draw alarm signaling outputs are intended for connecting external
signaling devices such as sirens, bells or strobes and alarm notification devices as phone
dialer. The panel features a real-time clock, non-editable memory log of last 256 events
and may also be programmed to automatically send SMS alarm messages when
connected to an external GSM phone. The backlit LCD displays appropriate status
information while numeric keypad allows convenient handling and programming of the
control panel. In the event of AC power failure, special software procedures minimizing
energy consumption allow up to 72-hour autonomy with the use of two internal
1800mAh AA type rechargeable batteries. The panel supports up to 16 system users and
enables monitoring of up to 32 wireless detectors identified as alarm zones. Each user
and each zone may have any defined name with the length of 16 characters.
The CB32 control panel also supports wireless detectors in wired alarm systems. It may
be powered from the power supply line of the wired system, and its three signaling
outputs can be connected to the alarm detection terminals of a wired control panel.
General features of Elmes CB32 control panel:
- microprocessor architecture, alphanumeric backlit LCD display and real-time clock,
- 32 wireless alarm zones (detectors) with user defined name,
- identification of 16 users including 4 administrators with defining their names,
- arming and disarming of the panel by entering a password (3 to 6 digits security code)
on the keypad or with the use of remote control transmitter,
- wide range of alarm zone types for specialized purposes,
- functional modes of partial arming of the control panel (day, night modes),
- panic and robbery alarm function (call for help) activated by remote control,
- interface to GSM phone for monitoring of alarms with SMS/CLIP notification,
- memory of the last 256 events, such as arming, disarming, alarms and power failures,
- acoustic signaling (beeps) of entry in a “chime type” zone,
- entry delay activated either with remote control or by entering of the delayed zone,
- programmable “entry” and “exit” delay times in the range from 0 to 99 seconds,
- monitoring of detectors (zones) presence by the control panel,
- three transistor type alarm outputs with up to 1A current draw, overload protection
and user defined signaling purpose (alarm, AC power failure or system arming),
WARNING! This wireless control panel has been designed to be effective as much
as possible. However, there are circumstances that alarm system may fail to operate
as expected for variety of reasons. Users and installers are warned that radio
signals from wireless detectors and sensors may not reach the CB32 panel receiver
under all circumstances that could include metal objects placed on radio
transmission path, deliberate jamming or other local radio signal interference.

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- alarm outputs with programmable alarming time (0-999s),
- tamper sabotage protection for external signaling device wired to OUT1,
- radio jamming sabotage protection with alarm in zone 31,
- parametric (10 kOhm), anti-sabotage input for protection of external devices,
- RF monitor of signals received from detectors and interferences in the radio band,
- 92dB internal acoustic signaling device built-in under the keypad,
- AC power supply with 9-12VDC/150mA output (power pack included),
- up to 72 hours autonomy operation with two AA size NiMH type rechargeable
batteries (1800mAh) on AC power supply failure,
- two front panel LEDs for alarms, failures and armed indication.
KEYPAD USE AND ARMING METHODS
Daily handling of the alarm system with the CB32 control panel involves arming and
disarming of the system and checking possibly indicated alarm states. The control panel
is operated with the use of keypad buttons described below:
1,3,5,7,8,9,0 - - numeric buttons,
2▲,◄4, 6►, 8▼- - numeric and cursor buttons of the programming menus,
C - - cancel and programming menu exit button,
OK - - selection acceptance/confirm button.
Current status of the system – date/time, arming mode of the control panel are displayed
on the LCD while failure, alarm and arming information are indicated by two LED's:
"ALARM” – lights on (red) at alarm detection and flashes indicating panel failure.
Alarm signaling is cancelled after entering the main menu or on re-arming
the system. Failure signaling is cancelled after eliminating its cause.
“ARMED” – lights on (green) when the system is armed, flashes when exit delay time
is counted down.
The causes of alarms or failures can be checked after entering the main menu by longer
holding down the OK button.
ARMING & DISARMING OF ALARM SYSTEM.
Arming and disarming of alarm system may be done on the control panel keypad or
with the use of remote control transmitter. Disarming of alarm instantly stops alarming
and silences alarm sirens.
1. Arming & disarming alarm using control panel keypad.
There are two possible methods of arming and disarming using the keypad depending
on the system ”day/night” operation mode selection (see item 8.7 of the manual):
1. By entering user’s password followed by OK the system will arm if in unarmed state
or disarm if in armed state (day/night mode in item 8.7 not selected (N)).
2. By entering user’s password followed by OK the system allows a choice of one of
four supervision modes selected with “1”,”2”,”3”,“4” keypad buttons (day/night mode
in item 8.7 selected (Y)), as described further:
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“1 - disarm” - disarming the alarm – “disarmed” status appears on the display. “active
24h” anti-tamper zones remain armed.
“2 - arm” - arming the alarm. On end of the exit delay (signaled acoustically and
optically with displayed time countdown on the LCD panel), all alarm
zones are armed (*). “Armed” status appears on the display.
“3 - day” - instant arming of the alarm in the day supervision mode. The zones
earlier defined as “day armed” and the “active 24h” zones are armed (as
in item 3.1). The “day mode” message appears on the screen.
“4 - night” - arming the alarm in the night supervision mode. On end of exit delay
(signaled both acoustically and optically) all alarm zones are armed (*),
except for earlier defined as „night delayed” (as in item 3.1). The “night
armed” message appears on the screen.
(*) permanently disabled zones are not armed in any of the above modes.
2. Arming & disarming alarm using remote control transmitter.
The CB32 control panel can be operated by Elmes remote control transmitters (e.g.
UMB100H, DWB100H, AN200H) in two ways described below:
1. Remote control transmitter arming and disarming the system. Pressing the
remote control button produces one long beep and the exit delay is started. On end
of the exit delay, the system is armed. When next using the remote control two loud
beeps are produced and the system will disarm. If an intruder alarm occurred while
in armed mode, five loud beeps will be produced (*). This operating mode is
selected with arming/disarming function set to yes (Y) (item 8.1 of service settings).
NOTE! Using two channel remote control, with first button used at learning the
transmitter to the control panel, the transmitter completely arms/disarms the system.
When second button of two channel transmitter was used at learning, its use will
toggle between day and night arming modes.
2. Remote control transmitter activating entry delay only. It is possible with earlier
defined „remote delayed” zone type only (as in item 3.1). Activating the entry delay
is signaled by two loud beeps (*) and the ‘remote delayed” zone is disabled for as
long as the entry delay time is counted. Disarming of the system is done by entering
valid password on the keypad. Violation of the „remote delayed” zone and failure to
disarm the control panel during entry delay countdown with will generate intruder
alarm on end of the entry delay. This mode is activated by setting the “Remote
Arming/Disarming” function to (N) in item 8.1 of the service settings.
(*) Loud signal beeps can also be produced by an external siren connected to OUT1.
This selection will decrease intensity of the internal sound beeps (see item 8.9).
3. Arming the system with bypassing selected alarm zones.
If, in the course of arming the system, one of the zones detects intrusion, the response of
the system depends on whether the zone was earlier defined as “bypass” type (see item
3.1.h) and will be as described further:

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If the status of the zone is “bypass” (Y) – the system prompts whether to arm the system
without arming the intruded zone and produces two long beeps when arming was done
with the use of remote control. Acceptance with the use OK button or remote control
arms the system bypassing that zone. The use of any other button or no response cancels
arming procedure.
If the zone is not defined as “bypass” (N) – the control panel will display message
“Violated zone” with its name and the system will not arm. In that case, the cause of the
security violation should be cleared and a new arming attempt be made.
SELECTED FUNCTIONS DESCRIPTION
MONITOR OF ALL ALARM DETECTORS
Elmes CB32 control panel allows testing the operation of all wireless detectors installed
in alarm zones by simultaneous display of their on/off status. To activate that function
button “1” on the keypad must be pressed and hold down until two 16 points lines scale
appear on the LCD panel. The displayed points represent all 32 wireless detectors that
can operate with the CB32 control panel. Any detector activated in the system produces
“*” mark to be momentarily displayed on the LCD at point position corresponding to
alarm zone number to which the detector was learned. Tamper switch activation in the
detector produces mark “S” to be displayed in the corresponding zone point on the
scale. Exit from this function is made by next holding down button “1” of keypad.
ANTI-SABOTAGE PROTECTION OF EXTERNAL DEVICES
Connecting TAMPER switches of external devices (e.g. phone dialer or siren) as shown
on the diagram of Fig.2 enables anti-sabotage protection of these devices. Cutting off or
short-circuiting of the tamper wire generates sabotage alarm in zone 32 of the control
panel. If the TAMP terminal is not used, it must be shorted to the GND terminal with 10
kOhm resistor.
ALARMS MONITORING USING GSM PHONE
The CB32 control panel can operate with GSM phone for monitoring of an intrusion
alarm, arming, disarming or system failure notification. If an alarm occurs, SMS
messages are sent up to two phone numbers along with information of the alarm source
zone. Also, CLIP notification calls are made to these phones. The SMS messages are
user editable and may contain codes required for monitoring. AC power failure and
restoration are also reported in the form of SMS messages. GSM phones accepting AT
commands that may be used with the panel, e.g. Siemens C60, C65, C45, Sony Ericsson
T68, T230. List of accepted phones is available on website: www.elmes.pl
To connect GSM phone with the CB32 control panel, a dedicated interface cable with
integrated phone charger is required and may be optionally ordered from the seller.
MAIN MENU
To access the main menu of the CB32 panel press and hold down OK button for more
than two seconds. You can navigate the menu using vertical and horizontal cursor keys.
If the keypad is not used for more than two minutes the menu exits and display of the
current status of the control panel on the LCD panel returns.
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ALARM MEMORY
In this menu the user can view details of the last alarms: date, time and zone of the
alarm(s) source. The use of ▲▼ buttons selects an earlier or later event respectively,
and the use of ◄► buttons changes the method of displaying the alarm source – from
numeric to descriptive, e.g.: zone No. 5 ↔kitchen.
FAILURE CHECK
This menu is designed to view the causes of the failures signaled on the control panel by
flashing the “ALARM” LED. Failures signaled on the control panel include:
▪Mains power supply failure.
▪Rechargeable battery failure or absence.
▪Communication problem with the detector.
▪Detector’s low battery with zone identification.
▪Communication problem with GSM phone.
The ▲▼buttons are used to scroll through signaled failures.
The “ALARM” LED stops flashing when the cause of failure is cleared.
SERVICE SETTINGS
Access to this menu is available only if the control panel is not armed and upon entering
a valid password code confirmed by OK button. Factory setting of the password for the
user No. 1 is “„0000”. Exit from the menu and canceling entries are made by the use of
C button. Users Nos. 1-4 (administrators) have access to all functions whereas other
users can access functions 1-2 only. All editable service functions available in this menu
are described further on.
1. Password Change.
Service settings →Password change
This menu allows changing user’s own password code. Passwords of other users can be
changed in the “Users” menu (see item 5). After accessing this menu “Enter password”
prompt appears. Enter the new password code containing 3 to 6 digits, and then press
OK. When the “Repeat password” prompt appears, enter the new password code again
and press OK. The new password replaces old one. In case of entering an existing or
incorrect password “Wrong password” message appears.
2. Event Memory.
Service settings →Event memory
This menu allows viewing detailed information concerning last 256 events (alarms,
failures, arming, disarming, errors, etc.) that occurred in the system. The event memory
cannot be edited, and allows only viewing the event details in the sequence of their
occurring. The ▲▼ buttons select an earlier or later event respectively while the ◄►
buttons change the method of displaying the alarm source, e.g.: zone No. 5 ↔kitchen,
user No. 3 ↔John Smith, etc.

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3. Alarm Zones Settings.
3.1. Zone type.
Service Settings →Zone settings →Zone function
Elmes CB32 control panel allows alarm zones with one or more additional functions set
on and off by in this menu. The ▲▼ buttons are used to select the zone number and the
◄► buttons to switch between displaying the zone number and zone name, e.g.: zone
No. 1 ↔kitchen. On accepting selection with OK button the ▲▼ buttons are used to
select zone type function as in items a)….h) above. Functions can be turned on (Y) or
off (N) with the OK button. The use of C button exits zone function selection.
a) “disabled” - disabled zone (permanently turned off),
b) “active 24h” - 24 hour zone, e.g. anti-sabotage zone (permanently armed).
c) “day armed” - zone armed in day supervision mode,
d) “night disabled” - zone disabled in night supervision mode,
e) “remote delayed” - zone with entry delay set on by remote control,
f) “delayed” - entry zone with delayed alarming,
g) “chime type” - zone with door chime feature providing beep sound from
the keypad each time zone is violated,
h) “bypass” - this zone may be left disarmed if violated on system arming.
A standard zone is in supervision mode when the system is “armed” or in “night armed”
mode and disarmed when the system is “disarmed” or in “day armed" mode.
IMPORTANT: Zones can have more than one functions selected, but some functions
are mutually exclusive. In that case only one selection is valid, e.g.:
-if a zone is “disabled” all other settings have no meaning,
-if a zone is “active 24h”, then settings such as “day armed”, “night delayed”,
“delayed”, and “bypass” have no meaning.
Examples of alarm zone type settings:
•Entry zone can be “remote disabled” i.e. after using remote control button entry
delay countdown is started. Security violation in the zone during the countdown
will not generate the alarm immediately, but after the countdown is finished. That
allows user enough time for safe disarming the system.
•Entry zone can also be a delayed zone, i.e. when the zone is violated, the entry
delay countdown starts and the system must be disarmed before the countdown is
finished. If system is not disarmed an audible alarming is set on.
•The “chime type” zone which often is also a “delayed” or “remote delayed” zone,
generates two beeps sound signal on every violation of the zone (e.g. informing
about an entry to the shop).
•A basement zone can be “day armed” but it cannot be “active 24h” simultaneously.
•„bypass” zone type allows arming the alarm while intentionally leaving a window
opened protected by CTX3H or CTX4H detector. The “bypass?” prompts and the
name of this zone will appear at arming. The OK button confirms selection, and the
C button exits from arming.
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3.2. Zone name.
Service settings →Zone settings →Zone name
This menu allows alarm zones used in the system to have user defined 16-character
name, e.g.: kitchen, living room, office, Mark’s Room, etc. Uppercase and lowercase
letters, digits and the following characters: space and “-,./” are accepted.
Zone number selection is made with the ▲▼ buttons followed by OK button. The ◄►
buttons select the successive letters of the name while the ▲▼ buttons browse the
character table. Accept the name with OK button. The use of C button cancels selection
and exits the menu.
3.3. Learning detectors.
Service settings →Zone settings →Learning detectors
In this menu use the ▲▼ buttons to select zone number, and the ◄► buttons to toggle
between displaying the zone number and zone name, e.g.: zone 1 ↔kitchen. The OK
button accepts all selections. If detector is already learned to selected zone, the “OK-
remove” prompt will appear. Pressing OK button will delete detector in the zone. If the
zone is vacant, the “OK-enter” will appear on the LCD. Pressing OK button starts
learning detector to the zone. In response to the “Awaiting trans. 1” and “Awaiting
trans. 2” messages two successive alarm transmissions must be triggered(*) from
detector. Correct learning will be followed by “OK-correct” message. Errors are
signaled by 3 beeps and “Program error” message. The use of C button exits the menu.
(*) For the PTX50 detector – by setting “Test” mode and hand movement over the
lens. For the CTX3H and CTX4H – by moving the magnet away from the reed relay.
As in case of GBX1, transmissions learning the detector to a receiver appear for a while
after connecting battery. For detailed information please refer to detector’s manuals.
3.4. Radio reception range test.
Service settings →Zone settings →RF range test
To assess the level of radio reception of signals received from detectors, the most
distant detectors in particular, the CB32 panel is provided with “RF range test” function
allowing the received signal levels to be displayed on 16-point bar graph scale of LCD.
After entering this menu all RF signals in the 433.92MHz radio band will be displayed
in form of bar graph. The detectors should be triggered to send alarm transmissions. The
longer the distance of the detector from the control panel, or the greater difficulty in
radio waves propagation, the lower the level of received signals and the length of the
displayed bar graph. If the number of displayed fields is lower than three it should be
assumed that this connection does not guarantee reliable alarming. The location of
detectors or the control panel should be changed in search for better connection quality.
The “RF range test” function allows also assessing levels of all local RF signals in the
433.92MHz band, also those that can interfere and disturb operation of the wireless
alarm system. The test should be carried out prior to permanent installation of alarm
devices or, in search for causes of short range operation. To find out any interfering
signals, the LCD bar graph 16-point scale readouts should be observed without
activation of own detectors. Frequent or continuous unknown RF signals received and

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signaled on the control panel display indicate close presence of other RF devices
operating in the band. If level of these signals exceeds three fields displayed in the “RF
range test” function and their occurrence is frequent, acceptable signals from detectors
may not be received and the alarm system may fail to operate properly.
4. Outputs settings.
Service Settings →Outputs settings
In this menu, the intended use of wired outputs of the control panel can be defined. The
OUT1 output is designed exclusively for connecting external signaling device and can
be sabotage protected (see item 8.4 of service settings). The use of the OUT 2-3 wired
outputs can be as follows:
“alarm” - for connection of outdoor/external alarm signaling devices, e.g.
external siren or/and strobe, with user programmable alarming
time 0-999s (see item 6.4 in service settings), shorting output to
ground (GND) when the system is armed,
“AC power failure”- signaling AC power supply off by shorting the output to ground
(GND),
“arming” - signaling arming of the system by shorting the output to ground
(GND) on system arming.
Example: if the “arm/disarm” signaling mode is selected at OUT 2 and the output is
connected to powered external LED, lamp, etc., it will switch on the device for as long
as system is armed warning of the security system being in supervision state. The
“arm/disarm” mode can also be used for remote control. For example, operated with
Elmes ST100HGR controller it may control opening/closing of window rollers.
Signaling mode at OUT 2-3 outputs is set by accessing the menu, selecting output
number and type of signaling with the ▲▼ buttons and accepting with OK button.
5. System Users - adding, editing and removing a user.
Service Settings →System Users
Elmes CB32 control panel allows up to 16 system users, each with own password code,
name and remote control. After accessing this menu and selecting a user with a given
number using the ▲▼ buttons, the user’s status will appear on the panel:
“Active” - user with password and/or a remote control - the user can arm and
disarm the system.
“Not active” - user without password nor remote control - the user cannot
arm/disarm the system.
The ◄►buttons toggle between displaying the user number and user name, e.g.: user
No.3 ↔John Smith. After selecting a user followed by OK further edition can be made.
5.1. Setting and edition of user password.
Service Settings →System Users →Password
Please follow detailed instructions in “Password Change” (item 1 in Main Menu).
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5.2. Setting and edition of user name.
Service Settings →System Users →Name
Please follow detailed instructions in “Zone name” (item 3.2 of Service Settings)
5.3. Learning and deleting of user remote control.
Service Settings →System Users →Remote
Please follow detailed instructions in “Learning detectors” (item 3.3 of Service Settings)
Adding a user, select first inactive user number (1-16) and then input password (3 to 6
digits) or learn remote control transmitter.
Editing a user, follow procedures 5.1 through 5.3 above.
Removing a user delete its remote control transmitter in menu “Remote” above and
remove its password double pressing OK button in menu “Password” above. On „OK-
remove pass.” prompt press again OK button – “Pass. removed” message will appear.
NOTE: Users 1-4 are system administrators with access to all functions, whereas other
users – have access only to Service Settings functions 1 and 2.
6. Times settings.
6.1. System date/time setting.
Service Settings →Times settings →System date/time
Accessing this menu the user is allowed to set the system date and time. The ▲▼ and
◄► buttons set the current date and time and the use of the OK button accepts the
selection. The use of the C button exits the menu.
6.2. Entry delay (0..99s).
Service Settings →Times settings →Entry delay
This menu allows setting the alarm activation delay (in seconds: 0 to 99) needed to enter
the premises and disarm the alarm entering password code on the keypad. Two digits on
the right side of the display specify the current entry delay in seconds. The required time
is set with the use of cursor buttons and accepted with the OK button.
6.3. Exit delay (0..99s)
Service Settings →Times settings →Exit delay
This menu allows setting time delay needed to safely exit premises (in seconds: 0-99)
after security system has been armed from the keypad. Two digits on the right side of
the display specify the current exit delay in seconds. The required time is set with the
use of cursor buttons and is accepted with the OK button.
6.4 Alarm duration at outputs 1 to 3 (0..999s).
Service Settings →Times settings →Alarm duration OUT1
This menu allows setting alarm duration (in seconds: 0 to 999) on outputs OUT1..3.
Three digits on the right side of the display specify the current alarm duration in
seconds of selected output. The required time is set with the use of cursor buttons and is
accepted with the OK button. The alarm duration of OUT1 and of the built-in siren are
the same.

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NOTE: If alarm is generated three times in the same zone, the zone will be disabled
until the system is disarmed/armed again.
7. Alarm notification & monitoring by GSM phone.
This menu allows defining alarms notified by GSM phone connected to the CB32 panel.
7.1 SMS centre phone number.
Service Settings →GSM monitoring →SMS Centre Phone
This menu is used to enter the phone number of the GSM operator’s SMS centre,
preceded by country code without “+” mark in front, e.g. the following phone number
should be entered for Plus GSM operator in Poland: 48601000310
7.2 First phone number.
Service Settings →GSM monitoring →Phone 1
This menu allows entering the first phone number to which SMS and CLIP* calls will
be directed. The phone number must be preceded by country code without the “+”
mark. E.g. for France it is: 33xxxxxxxxx.
7.3 Second phone number.
Service Settings →GSM monitoring →Phone 2
This menu allows entering the second phone number to which SMS and CLIP calls will
be directed.
7.4 Phone number to which alarm test CLIP calls are made.
Service Settings →GSM monitoring →Test CLIP phone
This menu is used to enter the GSM phone number of alarm monitoring centre that will
receive cyclic test CLIP calls from CB32 control panel. Remote testing of the panel may
be done in the two following ways:
•GSM monitoring centre calls to CB32 panel and the call is rejected by the panel
after 3-4 seconds (“Test CLIP” in item 7.8 set to OFF ),
•as above, but after rejecting test call the panel reports its presence by a CLIP call to
the monitoring centre. Additionally, the panel makes cyclic calls to monitoring
centre with time intervals defined in item 7.5 (“Test CLIP” in item 7.8 set to ON).
7.5 Setting time interval of test CLIP calls.
Service Settings →GSM monitoring →Test CLIP [min]
This menu is used to set time interval (in minutes) of the cyclic test CLIP call made by
GSM phone connected to the CB32 control panel. Maximal value is 999 minutes. To
activate this function, Test CLIP in item 7.8 must be set ON.
7.6. Defining GSM phone type.
Service Settings →GSM monitoring →Phone type
This menu is used to define GSM phone type to operate with CB32 panel. List of
phones is constantly updated and may be verified at: www.elmes.pl .
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Phone symbol displayed in menu Phone model to be used
„SIE C45” SIEMENS C45
„SIE C60” SIEMENS C60
„SE T68” SONY ERICSSON T68, T230
Depending on phone model selected an appropriate cable interface must be used. The
cable interface are optionally available from the CB32 panel supplier.
7.7 Defining SMS message incident notification contents – ID Codes.
Service Settings →GSM monitoring →SMS contents
This menu is used to define the contents of ten types (10) of SMS messages (ID Codes)
used for notification of incidents that occur in the system, e.g. alarms (intruder, panic,
sabotage, fire), system arming, day arming, night arming and disarming, also AC power
failure and restoration. Each ID Code consists of any four ASCII characters except for
lower case letters. In order to impose the control panel to send ID Code messages
instead of standard messages, e.g. “Intruder alarm: kitchen”, the ID Code to phone 1
and/or ID Code to phone 2 functions of item 7.8 must be set to ON.
7.8 Other GSM Settings.
Service Settings →GSM monitoring →Other GSM settings →
→Alarm SMS to phone 1 - if set to Y sends alarm SMS message to phone 1,
→Arm/disarm SMS to phone 1 - if set Y sends arm/disarm SMS message to phone 1,
→AC failure SMS to phone 1 - if set to Y sends AC failure SMS message to phone 1,
→Alarm SMS to phone 2 - if set to Y sends alarm SMS message to phone 2,
→Arm/disarm SMS to phone 2 - if set Y sends arm/disarm SMS message to phone 2,
→AC failure SMS to phone 2 - if set to Y sends AC failure SMS message to phone 2,
→Alarm CLIP to phone 1 - if set to Y makes alarm CLIP call to phone 1,
→Alarm CLIP to phone 2 - if set to Y makes alarm CLIP call to phone 2,
→Test CLIP - if set to Y makes Test CLIP call to phone defined in item 7.4,
→ID Codes to phone 1 - if set to Y sends SMS message to phone 1 containing ID Code
defined as in item 7.7 including alarm source zone number, e.g. “#001 31” meaning:
“Incident code #001 occurred in zone 31”
→ID Codes to phone 2 – as above, to phone 2.
*Eng.: Calling Line Identification Presentation.
8. Auxiliary functions settings.
This menu contains auxiliary functions and options available in the CB32 control panel.
The use of OK button toggles between setting function on (Y) and setting off (N).
8.1 Arming & disarming alarm with remote control.
Service Settings →Aux functions →Remote Arming/Disarming
Setting this function to yes (Y) enables each system user with programmed remote
control (see: System Users), to arm and disarm the system using remote control
transmitter. With the function set to on, it is still possible to arm and disarm the alarm

- 13 -
system by entering a password code on the keypad. Setting the function to no (N)
causes that the use of remote control transmitter activates the “entry delay” only, in
„remote delayed” type zones (see item 3.1.e).
8.2 Radio jamming protection.
Service Settings →Other functions →Jamming protection
This function allows radio jamming anti-sabotage protection of wireless alarm system.
If selected (Y), will activate sabotage alarm in zone 31 (must not be disabled!) on all
detected deliberate or incidental jamming in the radio band.
8.3 Radio link test.
Service Settings →Aux functions →Radio link test
Setting this function to (Y) enables monitoring of the detector presence. Radio link
transmissions are sent at regular intervals from detectors (except for CTX3H) and
expected by the CB32 control panel. If, for any reason, radio link transmission from a
detector is not received by the control panel for longer than 24 hours, the link failure
will be indicated by flashing “ALARM” LED.
8.4 Anti-sabotage protection test of the alarm output No 1.
Service Settings →Other functions →Out1 Test
The OUT1 output, which is by default used for connecting an outdoor/external signaling
device, is provided with anti-sabotage (Tamper) protection against cutting off or
shorting to ground. After accessing this menu the user can turn this protection on or off.
Damage - cutting off or shorting of wires connecting this output with the
outdoor/external signaling device - is signaled by sabotage alarm in zone 32.
8.5 Internal siren alarming.
Service Settings →Other functions →Internal siren
This option allows setting on/off alarm signaling by the control panel internal siren
build under the keypad. It is recommended to turn off the alarming when deliberately
opening the panel cabinet or, the CB32 panel operating in a wired system environment.
8.6 AKU failure signaling.
Service Settings →Other functions →AKU failure signaling
This option allows setting on/off internal battery failure signaling recommended to off
(N) when batteries are not used (e.g. operating in wired alarm environment or, powered
by external power pack with integral battery).
8.7 Activating selection of day & night arming modes.
Service Settings →Other functions →Day/night mode
Activating the function (Y) will display additional menu on LCD allowing selection of
specific supervision modes confirmed by password and the OK button. There are 4
modes available: 1 - disarmed, 2 - armed, 3 – day, 4 – night (see: “Arming/disarming
alarm system”). With the function set off (N), the system can be armed and disarmed by
password code followed by OK button. Day or night arming modes cannot be selected.
- 14 -
NOTE! Using two channel remote control, with first button used at learning the
transmitter to the control panel, the transmitter completely arms/disarms the system.
When second button of two channels transmitter was used at learning, its use will toggle
between day and night arming modes.
8.8 Panic alarm (call for help) function.
Service Settings →Other functions →Panic alarm
Setting this function on (Y) allows panic alarm for users equipped with remote control.
The alarm is activated when remote button is pressed for longer than 2 seconds. Panic
alarm lasts for as long as the alarming time set on the OUT1. The event is registered as
panic alarm with user name. With GSM phone connected, an appropriate SMS message
is sent. Setting the alarm OFF is done by entering a password on the keypad or by the
use of remote control if “Remote arming/disarming” function (item 8.1) is selected.
8.9 Beep signals on external siren.
Service Settings →Other functions →External beep
This option allows setting on/off beep signaling on the external siren when remote
control transmitter is used.
8.10 Beep signals on internal siren.
Service Settings →Other functions →Keypad beep
This option allows setting on/off of all beep signaling on the internal siren except for
alarm signaling that may also be set on/off as described in item 8.5.
8.11 Entry delay countdown beep on internal siren.
Service Settings →Other functions →Entry delay beep
This option allows setting on/off entry delay beep signals on the internal siren, in
addition to countdown notification on the LCD of the control panel.
RESETTING PASSWORD CODE OF USER 1
If a valid password code is lost, the default factory code “0000” of user No 1 can be
restored in the following way:
1
1
1.
.
. Open the panel’s cabinet (sabotage alarm may occur), disconnect AC power and
remove batteries.
2
2
2.
.
. With a wire short circuit two RESET points (in the upper left corner of board).
3
3
3.
.
. Connect power supply or insert batteries and next open RESET points.
Password of the user 1 will be reset to “0000” and anti-sabotage zone 32 of the OUT1
output will be set to off. All other settings made by the user will remain unchanged.
DESIGNING WIRELESS ALARM SYSTEM
Designing and installation of a wireless alarm system with the Elmes CB32 control
panel should begin with careful planning of arrangement of detectors, control panel and
an outdoor siren. To ensure satisfactory protection of premises a variety of detectors
may be needed. Elmes PTX50 wireless motion detector and Elmes CTX3H or CTX4H
wireless magnet contact detectors should be installed in each protected room with
window. Additionally, Elmes GBX1 wireless glass break detector could be installed for

- 15 -
advanced protection of windows in premises and shops. When installing the detectors
respective manual instructions must be followed.
It is highly recommended that before permanent installation of detectors or control
panel operating range tests should be undertaken to confirm reliable communication of
the devices with the CB32 panel. The RF range test allows evaluation of operation
range of wireless devices. This function available in Service Settings menu (item 3.4)
and may also be helpful in detecting any interfering radio signals. If signals received by
the control panel are weak, there may be a need to relocate installation places of some
detectors or the control panel. In extreme cases, it is recommended that Elmes TRX
transceiver (repeater) be used to ensure proper communication in the alarm system.
Installation place of detectors is determined individually. Access to the control panel
should meet specific needs of protected premises but it is not recommended to place the
panel next to the door or in place easily accessible. Recommended way of disarming the
alarm system is to activate entry delay from outside of the premises with the use of a
remote control transmitter. It allows safe opening the entrance door, accessing the panel
keypad and disarming the system with password code. The entry delay programmed by
an installer or a user should allow convenient access to the control panel keypad.
The CB32 control panel may also be installed in place such as bedroom or study room,
allowing complete elimination of the entry/exit delay time. In that case, arming and
disarming of the alarm system from the outside of the premises can be made with the
use of a remote control only. It will be audibly signaled by sirens or optically by LED or
a lamp connected to an output configured to arming/disarming signaling.
The panel features also the option of arming alarm system in the night mode with
selected rooms excluded from supervision (e.g. bedroom, corridor), as well as the day
mode in which only the selected rooms (e.g. cellar, basement, garage) are supervised.
All options and functions of alarm system designed with CB32 control panel are user
selected and programmed in the Service Settings menu of the panel.
POWER SUPPLY SOLUTIONS
AC power supply connection to the CB32 panel should start with screwing in wires of
the included AC power pack to +/- terminals of the board. Plugging the pack to AC
outlet back lits the LCD panel and displays software version followed by initial date
(day_month), time (hour: minute: seconds:) and status: “disarmed”. Flashing
“ALARM” LED signals batteries absence. Two AA size NiMH type rechargeable
batteries could be installed now observing correct polarity (+/-) marked in their
compartments. After initial charging “ALARM” LED will stop flashing.
CAUTION! Use AA size NiMH type rechargeable batteries only with recommended
capacity of 1500 to 2000mAh. The use of other types of batteries with AC power supply
pack connected (battery charging) is not permitted and may cause damage.
The use of batteries with lower capacity than recommended could not guarantee 72
hours of emergency operation. After initial 25-30 hours of panel operation (batteries
first charging) the power pack should be disconnected, and the batteries discharged by
powering the panel from the batteries only. Discharged batteries will be recognised by
the LCD panel cease to display any message. The AC power pack should be mains
- 16 -
plugged again to restore panel operation and recharge the batteries. This forming
operation will allow maximum capacity of the batteries.
Operating in wired alarm environment with system backup battery Elmes CB32 control
panel may be powered from 12-14 VDC detector line voltage. In that case however,
batteries cannot be installed in the CB32 and the “AKU failure signaling” should be set
to off (item 8.6 of Service Settings). The wired system backup battery acts as
emergency power supply to entire alarm including the CB32 panel. It is also
recommended to set off alarming on the internal siren of the panel (item 8.5 of S.S.).
Same settings should be made when the panel and outdoor devices (siren, dialer, etc.)
are powered by an external buffered power pack with own backup battery, as on Fig. 2.
NOTE: By default the manufacturer delivers the control panel with the anti-sabotage
zone 32 disabled and the anti-sabotage of OUT1 output set off allowing connection of
external siren and power supply to the CB32 panel without activating sabotage alarm.
After making these connections, inserting the batteries and closing the panel cabinet, the
anti-sabotage protection in zone 32 should be enabled, i.e. set disabled zone 32 to (N).
ALARM SYSTEM WITH ELMES CB32 CONTROL PANEL
Designed alarm system may be less or more complex depending on individual needs.
Simplest alarm may consist of only few detectors and the control panel with internal
siren for audible signaling, while complex alarm system would have a range of detectors
in addition to internal and external signaling devices and GSM phone notification.
The diagram presented on the next page shows an example of a complex alarm system
with the use of Elmes PTX50 wireless motion detectors, Elmes CTX3H and Elmes
CTX4H magnet contact (open & close signaling function) detectors, GBX glass break
detector, Elmes UBM100H remote control for activating entry delay and panic alarm,
wired external siren, phone dialer or GSM phone and Elmes CB32 control panel. The
system should be power supplied from a dedicated buffered power pack with integral
backup battery. Other advisory examples of alarm configurations based on Elmes CB32
wireless control panel are presented on Fig.1 and Fig.2.
Connecting external equipment such as sirens, AC power supply or phone dialer to the
CB32 control panel terminals, wiring should be made through large installation whole
and a cable groove in the bottom part of the cabinet. Suggested installation of the
control panel is in vertical position, e.g. on the wall at the height of approx. 1.20 to
1.40m, allowing convenient entering keypad commands. The configuration procedure
for an exemplary alarm system described further assumes that the user will use a remote
control to activate the entry delay. It is recommended to make basic settings, learn
detectors and carry out the first tests in one workshop place (e.g. on a table) before
permanent installation in the rooms. Following are some basic essential steps to be
taken at first wireless alarm system configuration setting:
1
1
1.
.
. Unpack the CB32 control panel; first connect the included AC power pack and
then insert rechargeable batteries according to polarity (+/-) marked inside the
control panel cabinet.
2
2
2.
.
. Enter the Service Settings menu by pressing and holding down the OK button
(initial password: 0000), and set current date and time (item 6.1 of Service

- 17 -
Settings). Enter a new password code (item 5 of S.S.), the name of the first user and
program (add) a remote control to the user.
3
3
3.
.
. Unpack wireless detectors: Elmes PTX50 (motion), CTX3H or CTX4H magnet
contacts (opening/closing) and GBX1 (glass break), install batteries and configure
according to the included manuals and requirements of the alarm system.
4
4
4.
.
. Learn detectors to alarm zones of the panel (item 3.3) and test their operation with
the “Monitor of Alarm Detectors” function of the CB32 control panel (see page 5).
5
5
5.
.
. Set the zone with the entry detector as a „remote delayed” zone (item 3.1.e of S.S.).
6
6
6.
.
. Set the entry delay time (item 6.2) according to individual requirements.
- 18 -
The above steps allow first workshop tests of the constructed alarm system. The CB32
panel’s internal siren will audibly signal all alarms and arming/disarming commands.
After initial testing the control panel and detectors could be installed in selected places,
while checking for the level of the radio signals received from each detector by the
control panel (“RF range test”- item 3.4 of S.S.). Other person help may be needed to
activate detectors while the signal level readouts are watched and evaluated.
To enable the anti-sabotage protection against detaching the control panel from wall, the
square piece of the backside plastic over the Tamper switch should be removed.
With the system installed and tested in basic configuration, other devices such as an
outdoor siren/strobe device, phone dialer or a GSM phone can be added. Also, some
other functions of the CB32 panel such as anti-sabotage of the OUT1 output (item 8.4),
disable signaling on the internal siren (item 8.5) or the RF link test between detectors
and the control panel, can be defined and set. New users with names (item 5) can be
added as well as names of alarm zones can be defined (item 3.2).
WIRING DIAGRAMS
In a sample installation in Fig. 2, an external siren, phone dialer, GSM phone and a
buffered power pack (Z1) ensuring operation of the system at AC power failure, were
used. In such case, the use of batteries in the CB32 control panel is not allowed. The
power pack supplies power to control panel, external siren and phone dialer. The GSM
phone is powered by optional dedicated AC power supply with SMS data cable
connected to white socket on the panel pc board. The external siren should be connected
to OUT1 alarm output. OUT 2 output signals the armed/disarmed status while OUT 3 –
failure of 230VAC mains power. All three outputs may be connected to a phone dialer.
Figure 1. Sample installation diagram of a basic alarm system, in which the control
panel and phone are powered from separate power packs.
+
OUT2 OUT3
_
R
10kOhm
GND
OUT1 TAMP
VDC
Fig. 1
CB32
AKU
GSM
CB32
A
C Powe
r
Pack
GSM Phone
A
C Power Pac
k

- 19 -
Figure 2. Sample diagram of alarm installation with a buffered power pack.
+
OUT2 OUT3
_
Z1 buffer
Siren
Strobe
External siren
12VDC/1A
+
-
Phone dialer
GND
+12V
Tamper
R 10kOhm
Tamper
Alarm
Armed
GND
OUT1 TAMP
VDC
Fig. 2
Z2
Power Failure
AKU
CB32
power pack
GSM
GSM Phone
AC Power
Pack
SPECIFICATION
▪superheterodyne receiver 433.92 MHz, sensitivity better than -102dBm,
▪supports up to 32 Elmes wireless detectors defined as alarm zones,
▪supports up to 16 named users (inclusive of 4 administrators),
▪interface to a GSM phone (SMS/CLIP notification) accepting AT commands,
▪non-volatile EEPROM memory of last 256 events,
▪polymer fuse protected outputs OUT1-3 with up to 1A current draw,
▪internal siren/buzzer with alarm sound level - 92dB (at 40cm distance),
▪included AC power pack with 9-12VDC/150mA output,
▪backup power with two AA rechargeable batteries of up to 2000mAh each,
▪up to 72 hours autonomy operation with two 1800mAh rechargeable batteries,
▪external dimensions (without antenna): 110/122/32mm (width/height/thick),
▪indoor use only, with temperatures range from 0 to +40 ºC.
Manufacturer: Elmes Electronic, 54-611 Wrocław-PL, Ibn Siny Avicenny 2,
Phone: [phone], Fax [phone], e-mail: [email protected]
Certified BY Z.R.T.O.M. “TECHOM” (PL) No. 106/05 - class “B”
- 20 -
The product complies with the requirements of the following security standards:
1. PN-93/E-08390-14:1993 Alarm systems - General requirements –Application
2. PN-EN-50130-5:2002 Alarm systems – Environmental tests
Elmes Electronic declares that the product has been designed and
manufactured to comply with the EN 60950-1 electric safety standard,
the EN 301 489-1 electromagnetic compatibility standard and the EN
300 220-3 radio standard.
LIMITED WARRANTY
The manufacturer of this product warrants the original purchaser that for a period of 24-months as
from the date of purchase, the product shall be free of defects in materials and workmanship in
normal use. During the warranty period, the manufacturer shall, at its option, repair or replace any
defective product upon return of the product to the manufacturer, at no charge for labor and
materials. The defective product must be delivered to the point of purchase in a clean condition
and at buyer’s own expense, along with this guarantee with the date of purchase confirmed below,
and a short description of the failure. The cost of dismantling and installing the device is covered
by the user. The warranty does not cover batteries and damage arising from improper use or
handling, unauthorized adjustments, alterations and repairs.
Date and place of purchase…………………….. ..........................................................
The use of WEEE symbol indicates that this product may not be treated as household
waste. By ensuring this product is disposed of correctly you will protect the
environment. For more detailed information about the recycling of this product, please
contact your local authority, your household waste disposal service provider or the shop
where you purchased the product.
Copyright: Elmes Electronic – all rights reserved.