EBS AVA PRO CPX300W User manual

EN
AVA PRO Control panel CPX300W
Firmware version: 3.1.7
Instructions version: v1.3
Release date: 26/05/2020
Assembly instructions for the
AVA PRO
CPX300W alarm control panel

AVA PRO - Assembly instructions for the CPX300W alarm control panel 2/23
CERTIFICATE OF CONFORMITY
EBS Sp. z o.o., under our sole responsibility, hereby declares that this product complies with all
requirements included in the Directive 2014/53/EU of the European Parliament and the Council of 16
April 2014. The copy of the "Certificate of Conformity" is available at www.ebssmart.com
IMPORTANT INFORMATION
The crossed-out bin sign means that after use of the product within the European Union
it must be disposed of in a separate container designated for this purpose. This concerns
both the device itself as well as the accessories marked with this sign. Those products
should not be disposed of with unsorted household waste.
The content of this document is presented "as is". No warranties of any kind, either
expressed or implied are provided, including, but not limited to, any implied warranties of
merchantability or suitability for a certain purpose, unless such a required by law. The manufacturer
preserves the right to amend the document or recall it at any time without prior notice.
The manufacturer of the device promotes a policy of continuous development. The manufacturer
preserves the right to introduce changes and improvements to any functions of the product referred to
herein without prior notice.
Individual functions shall be available depending on the device software version. You can check the
details at your nearest distributor of the devices.
Under no circumstances shall the manufacturer be liable for any loss of data, profit or any special,
incidental, consequential or indirect damages caused in any way.
MANUFACTURER
EBS Sp. z o.o.
59 Bronisława Czecha St.
04-555 Warsaw, Poland
E-mail : [email protected]
Technical support: [e-mail]
Website: www.ebssmart.com

AVA PRO - Assembly instructions for the CPX300W alarm control panel 3/23
Table of contents:
1. INTRODUCTION......................................................................................................................................4
2. GENERAL INFORMATION.......................................................................................................................5
2.1. System properties...........................................................................................................................5
2.2. Technical parameters......................................................................................................................7
3. SYSTEM STRUCTURE ..............................................................................................................................8
3.1. Alarm control panel motherboard..................................................................................................8
3.1.1. Description of PCB elements and screw connectors...............................................................8
3.2. GSM module..................................................................................................................................10
3.2.1. Description.............................................................................................................................10
3.2.2. INSTALLATION OF THE MODULE AND SIM CARDS ................................................................10
3.2.3. LED signalling .........................................................................................................................10
3.2.4. GSM antenna .........................................................................................................................11
3.2.5. Technical parameters of the GSM module............................................................................11
3.3. ETHERNET......................................................................................................................................11
3.3.1. Description.............................................................................................................................11
3.3.2. Module installation................................................................................................................12
3.3.3. Technical parameters of the Ethernet module .....................................................................12
3.4. WiFi ...............................................................................................................................................12
3.4.1. Description.............................................................................................................................12
3.4.2. Module installation................................................................................................................12
3.4.3. Technical parameters ............................................................................................................13
3.5. RF433.............................................................................................................................................13
3.5.1. Description.............................................................................................................................13
3.5.2. Module installation................................................................................................................13
3.5.3. Technical parameters ............................................................................................................14
3.5.4. 433 MHz antenna ..................................................................................................................14
3.6. Smart Home (Z-Wave)...................................................................................................................15
3.6.1. Description.............................................................................................................................15
3.6.2. Module installation................................................................................................................15
3.6.3. Specification...........................................................................................................................15
3.7. Description of LED signalling.........................................................................................................15
3.7.1. Login to the network .............................................................................................................16
3.7.2. GSM range .............................................................................................................................16
3.7.3. Programming .........................................................................................................................17
3.7.4. No SIM card or damage to the SIM card ...............................................................................17
4. SYSTEM INSTALLATION........................................................................................................................18
4.1. The order of installation................................................................................................................18
4.2. Location of the control panel........................................................................................................18
4.3. Location of wireless detectors......................................................................................................19
4.4. Configuration of wired input lines ................................................................................................20
4.5. An example of connecting the siren without battery...................................................................22
4.6. An example of connecting the siren with own battery ................................................................22
5. Revision History ...................................................................................................................................23

AVA PRO - Assembly instructions for the CPX300W alarm control panel 4/23
1. INTRODUCTION
Thank you for purchasing the EBS CX300W alarm control panel.
These instructions contain detailed and exhaustive descriptions of all the necessary components of the
control panel along with a discussion of the parameters and operating principles. The information
contained herein will allow a quick and trouble-free installation.
NOTE: All information regarding the AVA PRO system configuration can be found in the programming
manual using the dedicated EBS Config 2.0 application. A user-friendly interface and appropriately
grouped tabs make working with the program pleasant, and the system configuration is very simple and
trouble-free.

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2. GENERAL INFORMATION
CPX300W is a simple alarm control panel, which can be extended by 4 additional modules, allowing a
significant extension of functionality. Thanks to this structure, the user can individually choose
equipment and create a system that fully satisfies his needs and expectations.
A well-thought-out arrangement of components and an intuitive dedicated EBS Config 2.0 application
for device programming make the installation quick and pleasant, and the configuration itself is very
simple and trouble-free.
2.1. System properties
1. Available data transmission channels:
Data transmission via the GSM module,
Data transmission via a wired Ethernet network,
Data transmission via a wireless Wi-Fi network.
2. Wireless two-way system components:
KP3W - keypad,
MC-30 - magnetic contact with an additional input,
PIR-30 - motion detector,
PIRC-AM-30 - motion detector with a camera,
RC-30 - remote control,
STAG-30 –touchless user identifier AVA KEY,
BM8000PLx-C3W –visual / audible wireless siren (support from firmware version 3.1.6).
3. Wireless one-way components cooperating with the system.
Installation of the MOD-RF433 module on the CPX300W motherboard allows you to expand the
supported devices by the following list:
MC-10 - magnetic contact,
MC-11 - magnetic contact with an additional input,
PIR-10 - motion detector,
PIR-11 - motion detector (PET),
SD-20 - smoke detector,
FL-10 –water flood detector,
GS-21 - gas detector (carbon monoxide and natural gas),
GS-22 - gas detector (carbon monoxide and propane-butane),
MD-10 - movement detector,
GB-10 - glass break detector.
4. Modules:
MOD-GSM-2G / MOD-GSM-3G (including 2 nano SIM holders) - cellular network
communication module 2G or 3G,
MOD-ETH - wired Ethernet module / MOD-WiFi communication module –wireless Wi-Fi
module,
MOD-RF433–433 MHz RF communication module,
MOD-ZWAVE - communication module with Smart Home devices.

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5. Applications with which the device works:
EBS Config 2.0 in the desktop version - a computer program for installers used to configure
the system,
EBS Config 2.0 in the smartphone version - a mobile application for installers used to configure
the system,
EBS Security - a mobile application for users to manage the system.
6. Inputs:
8 surge protected wire lines,
TEOL configuration can be increased up to 16 wire lines,
7 types of wired lines (NO / NC / EOL-NO / EOL-NC / DEOL-NO / DEOL-NC / TEOL),
64 wireless lines (for wireless device data communication),
15 types of reactions.
7. Outputs:
3 low-current wire outputs 100 mA rated,
1 high-current wired output 1.1A current rated,
7 functions.
8. Power outputs:
2 13.8 V power outputs (AUX1 +, AUX2 +),
Power line rating: 350 mA,
Overcurrent and overvoltage-protected
9. Users:
1 administrator,
31 users,
2 categories.
10. Configuration:
Local using EBS programmers,
Remote via GPRS, SMS, Ethernet / Wi-Fi.
11. Programmers:
MINI-PROG-BT - a programmer that allows configuration and monitoring of the control panel
thanks to the IDC10 connector and Bluetooth technology.
GD-PROG - a programmer that has an RS232 connector to a computer and an IDC10
connector for configuring and monitoring the control panel status using the EBS Config 2.0
program.
SP-PROG - a programmer in two variants:
oSP-PROG, having an RS232 connector for connection to a computer and USB for
configuring and monitoring the control panel status using the EBS Config 2.0 program.
oSP-PROG-BT, having a micro USB connector, RS232 and a built-in Bluetooth module. For
cable connection, the situation is the same as for SP-PROG. For Bluetooth technology,
both at the Configuration port and the Information port position, the same port for
communication must be set.
12. Additional information:
4 partitions
1 keypad is used to manage 1 partition,
Up to 8 KP3W keypad can be added to the system,
Multiple keyboards can be added to 1 partition,
Up to 8 PIR-CAM-30 motion detectors with camera can be added to the system,
Up to 8 BM8000PLx-C3W wireless siren can be added to the system,

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SMS alerts for 10 different users,
Battery connection reverse polarity protection,
5 operating switches on the motherboard,
A history of events that allows you to view a minimum of 5000 recent events.
2.2. Technical parameters
Table 1. Technical parameters related to the control panel.
Available transmission channels
1) GPRS, SMS
2) ETHERNET or WiFi
Frequency bands*
868 MHz (ITU Region 1)
915 / 921 MHz (ITU Regions 2 and 3)
(optional 433 MHz with MOD-RF344
Number of supported keypads KP3W
max. 8
Number of supported sirens BM8000PLx-C3W
max. 8
Number of supported PIR-CAM-30 devices
max. 8
Power supply voltage:
18 V AC (16-20 V AC)
Transformer power required:
min. 20 VA
Current consumption @18VAC
(average / max) **
85 mA / 130 mA @18VAC / in 2G mode
~ with MOD-GSM-2G (modem uBlox Sara-G350)
78 mA / 130 mA @18VAC / in 3G mode
~ with MOD-GSM-3G (modem uBlox Sara-U201)
Current consumption with battery supply @13VDC
(average / max) **
60 mA / 120 mA @13VDC / in 2G mode
~ with MOD-GSM-2G (modem uBlox Sara-G350)
55 mA / 112,5 mA @13VDC / in 3G mode
~ with MOD-GSM-3G (modem uBlox Sara-U201)
Supply voltage:
230 V AC (acceptable: 190-250 V AC)
Power consumption (medium / maximum):
3 W / 20 W@230 V AC
Battery charging current:
max. 350 mA
Charging voltage:
13.8 V
Supported batteries:
lead-acid 12 V
Low battery signalling voltage:
11 V
Battery disconnection voltage at too low capacity:
below 9 V
Working temperature:
from -10°C to +55°C
Operating humidity range:
93±3%
Dimensions of the board:
151 x 77 x 30 mm
* National regulations may apply.
** Average for conditions: charged battery, server connection set up, keyboard, no sensors.

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3. SYSTEM STRUCTURE
The CPX300W alarm control panel can be extended with 4 additional modules
MOD-GSM-2G / MOD-GSM-3G (including 2 nano SIM holders) - cellular network communication
module 2G or 3G,
MOD-ETH - wired Ethernet module / MOD-WIFI communication module –wireless Wi-Fi module,
MOD-RF433–433 MHz RF communication module,
MOD-ZWAVE - communication module with Smart Home devices.
3.1. Alarm control panel motherboard
3.1.1. Description of PCB elements and screw connectors
Fig. 1. Main view of the CPX300W board.
(START) - a button is used to start the control panel with a connected battery, but without the mains
power supply.
(MODE) - user base formatting button, including installer code. To run the process press the button,
turn on the power supply of control panel holding for approx.10 second MODE button. At the beginning
of the process, the blue LED next to the button will flash quickly. Completion will be signalled by slow
flashing - it is a sign of deleting users process was successful and you should release the button.
(ADD+) - a button enabling the control panel to switch into the mode of adding wireless devices.
After pressing the button, the control panel will enter into the pairing state, which will be signalled by
the yellow LED above the button (see item 15). Note: To exit the pairing mode, press EXIT button (see
item 15).
(DEL-) - a button that allows you to delete all paired devices from the control panel.

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After pressing the button, the control panel will enter into the unpairing state, which will be signalled by
the yellow LED above the button (see item 16).
(EXIT) - a button used to exit the wireless devices pairing mode.
- Connector for installation of the GSM module.
- Connector for installation of the Smart Home module.
- Connector for installation of the RF433 module.
- Connector for installation of the Ethernet or Wi-Fi module.
(CELL) - Green LED indicating the presence/status of the GSM module.
(SMARTH) - Green LED indicating the presence of the Smart Home module.
(RF433) - Green LED indicating the presence of the RF433 module.
(ETH / Wi-Fi) - Green LED indicating the presence/status of the Ethernet or Wi-Fi module.
- Blue LED associated with the mode of adding wireless devices.
- Yellow LED indicating pairing mode of wireless devices.
- Yellow LED indicating unpairing mode of wireless devices.
- RF1 and RF2 - U.FL antenna connectors of the built-in 868 MHz radio module.
- LED indicating the operating status of the built-in 868 MHz module.
- Place for a latch securing the antenna wire (included to the module together with the set).
(P1, P2, P3, P4) - Yellow LEDs indicating the signal level for the GSM module.
Steady light represents about 25%, flashing light about 12.5%. Thus, when 2 diodes (P1 and P2)
have a steady light and one (P3) is flashing, it means that the signal level fluctuates within the limit
of 66.5%.
(CONF) - IDC10 connector for programming.
- LED diodes indicating the control panel status.
- Mounting holes for modules (each module has one hole).
- Mounting holes for the panel (hole spacing 132x61 mm).
The indicated holes are used for mounting the control panel in any type of housing. Optionally, a
dedicated OBDNA plastic housing can be ordered (the housing contains a suitable 230 VAC/18 VAC
transformer).
- Screw connectors:
Fig. 2. Screw fastenings on the motherboard of the alarm control panel.
AC - power connector (18 V AC),
BAT+, BAT- - connectors for 13,8 V DC battery supply,
DA, DB, DP, GND (between DP and IN1) - clamps provided for future applications,
IN1-IN8 - configurable input lines,
GND - mass,
AUX1+, AUX2 + - 13,8 V DC power outputs with 350 mA capacity,
OUT1 - programmable high-current output with a capacity of 1100 mA,
OUT2, OUT3, OUT4 - programmable OC type low-current outputs with a capacity of 100 mA.

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3.2. GSM module
3.2.1. Description
A cellular communication module cooperating with the CPX300W alarm control panel, powered directly
from the control panel motherboard. There are two variants of the module due to the generation of a
supported cellular network (2G/3G), each of which has two nano SIM card slots (Dual-SIM).
- Socket for mounting the first nano SIM card,
- Socket for mounting the second nano SIM card,
- SIM1 LED (main SIM),
- SIM2 LED (second SIM),
- Connector for installation of the module,
- SMA male connector for mounting the GSM
antenna,
- Mounting hole for the screw.
Fig. 3. View and description of the GSM module board.
3.2.2. INSTALLATION OF THE MODULE AND SIM CARDS
The module should be inserted at an angle of approximately 30° (to minimize the possibility of damage
to the connector) into the dedicated connector on the CPX300W motherboard (labelled "cellular
network" - see Figure 1 item 6) and then screwed with a screw attached to the set.
The module has two sockets for mounting nano SIM cards. To place the card, slide it from the bottom of
the socket as shown in Figure 4.
Fig. 4. The correct way of installing the SIM card.
NOTE:
1. All installation activities, including the installation of nano SIM cards and antenna, should be
carried out with power disconnected.
2. Do not power the control panel with the cellular module installed without at least one SIM card
inserted to it!
3.2.3. LED signalling
After detection of the main SIM card in the GSM module, the yellow LED indicating the presence of the
card will turn on (fig. 3, item 3). An attempt to connect to the GSM network will start - the STATUS LED
will flash and the CELL will light steadily. After successful connection, the STATUS LED will light steadily
and the CELL LED will flash. If a second SIM card is used, it is necessary to configure the control panel
accordingly - see chapter "Use a spare SIM card" in the EBS Config 2.0 instruction manual.

AVA PRO - Assembly instructions for the CPX300W alarm control panel 11 /23
3.2.4. GSM antenna
The module is adapted to work with a GSM antenna with an SMA male connector. It is delivered
separately as one of the optional system components.
The antenna should be installed (glued) to a non-metallic substrate (wood, plastics, glass, etc.) in a
vertical position. Antennas should not be installed in the immediate vicinity of metal objects (including,
for example, cable bundles) or inside the housings (with special regard to metal housings). During
installation, avoid sharp bends of the cable and extending it.
NOTE: The antenna can’t be installed on the control panel housing, near the wireless system receiver.
This position can significantly reduce its range.
3.2.5. Technical parameters of the GSM module
Table 2. Technical parameters of the GSM module.
Module variant
2G
3G
Modem
SARA-G350
SARA-U201
Supported
frequency bands
2G
850 MHz (GSM)
900 MHz (E-GSM)
1800 MHz (DCS)
1900 MHz (PCS)
850 MHz (GSM)
900 MHz (E-GSM)
1800 MHz (DCS)
1900 MHz (PCS)
3G
none
800MHz (B19)
850MHz (B5)
900MHz (B8)
1900MHz (B2)
2100MHz (B1)
Packet transmission
technologies (PS)
GPRS Class 10
GPRS Class 12
EDGE Class 12
HSDPA Cat 8
HSUPA Cat 6
SIM card format:
Nano-SIM (4FF)
Nano-SIM (4FF)
Dual SIM:
YES
YES
Chip SIM (MFF2):
option
option
Main antenna connector:
SMA, female, straight
SMA, female, straight
Detection of jamming:
YES
YES
Dimensions:
69 mm x 30 mm
3.3. ETHERNET
3.3.1. Description
Ethernet wired communication module cooperating with the CPX300W alarm control panel, powered
directly from the control panel motherboard. The module enables connection of the control panel to the
Ethernet type network.

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- Connector for installation of the module,
- Mounting hole for the screw,
- Ethernet connection for connecting the network,
Fig. 5. View of ETHERNET module boards with descriptions.
3.3.2. Module installation
The module should be inserted at an angle of approximately 30° (to minimize the possibility of damage
to the connector) into the dedicated connector on the CPX300W motherboard (labelled "ETH / Wi-Fi" -
see Fig. 1, item 9) and then screwed with a screw attached to the set (Fig. 5, item 2).
NOTE! All installation activities should be carried out with power disconnected.
3.3.3. Technical parameters of the Ethernet module
Table 3. Technical parameters of the Ethernet module.
Supported connection standards
10Base-T | 100Base-TX | Auto MDI/MDI-X
Ethernet connector
RJ45, shielded
Dimensions
36.5 mm x 27 mm
3.4. WiFi
3.4.1. Description
WLAN wireless communication module cooperating with the CPX300W alarm control panel, powered
directly from the control panel motherboard. The module enables connecting the CPX300W control
panel to a wireless WLAN network (WiFi network available at the place of installation).
- Connector for installation of the module,
- WPS button,
- SMD antenna,
- Mounting hole for the screw.
Fig. 6. View of the module boards with descriptions.
3.4.2. Module installation
The module should be inserted at an angle of approximately 30° (to minimize the possibility of damage
to the connector) into the dedicated connector on the CPX300W motherboard (labelled "ETH / Wi-Fi"-

AVA PRO - Assembly instructions for the CPX300W alarm control panel 13 /23
see Fig. 1, item 9) and then screwed with a screw attached to the set (Fig. 6 item 4). NOTE! All
installation activities should be carried out with power disconnected.
The SMD antenna is build-in the PCB, it means the module cannot be mounted in a metal housing!
3.4.3. Technical parameters
Table 4. Technical parameters of the Wi-Fi module.
Type of antenna
SMD (built-in)
Chipset Wi-Fi
ESP8266EX
Supported frequency band
2.4GHz
Supported standards
802.11 b/g/n
Safety standard
WPA/WPA2
Encryption
WEP/TKIP/AES
Support for WPS
YES
Dimensions
36,5 x 27 mm
Type of antenna
SMD (built-in)
Chipset Wi-Fi
ESP8266EX
3.5. RF433
3.5.1. Description
A radio communication module cooperating with the CPX300W alarm control panel, powered directly
from the control panel motherboard. This module enables to add one-way detectors (e.g. MC-10, PIR-
11) to the control panel, cooperating with previous versions of the CPX2xxNWB series control panel.
- Connector for installation of the module,
- antenna connection,
- MIPOT radio module,
- Mounting hole for the screw.
Fig. 7. View of the RF433 module boards with descriptions.
3.5.2. Module installation
The module should be inserted at an angle of approximately 30° (to minimize the possibility of damage
to the connector) into the dedicated connector on the CPX300W motherboard (labelled "RF433" - see
Figure 1, item 8) and then screwed with a screw attached to the set (Fig. 7 item 4).
NOTE! All installation activities should be carried out with power disconnected.

AVA PRO - Assembly instructions for the CPX300W alarm control panel 14 /23
3.5.3. Technical parameters
Table 5. Technical parameters of the RF433 module.
Radio module
MIPOT 32001309
Frequency of work
433.92 MHz
Main antenna connector (standard)
ARK-2
u.FL antenna connector
option (interchangeably with ARK-2)
Dimensions
29 mm x 35.5 mm
3.5.4. 433 MHz antenna
The set includes two types of antennas:
Internal wire antenna:
An internal antenna can be used wherever
compactness is required and it provides the
appropriate level of detector range. The
isolated end of the internal antenna should
be placed in the socket marked ANT, as
shown in the picture above.
Dipole external antenna:
This antenna works in conditions of difficult
radio transmission. The connection method is
shown in the above figure - the red end
should be attached to the ANT end, black to
GND.

AVA PRO - Assembly instructions for the CPX300W alarm control panel 15 /23
3.6. Smart Home (Z-Wave)
Smart Home is a system that allows remote management of both single devices and a whole group of
devices located in the building. The system is characterized by perfect adaptation to the user's needs,
increases comfort and safety, as well as reduces costs.
3.6.1. Description
A radio communication module cooperating with the CPX300W alarm control panel, powered directly
from the control panel motherboard. The module enables connecting the control panel with external
devices communicating using the Z-Wave protocol. Thus, CPX300W equipped with MOD-ZWAVE,
extends the functionality of the alarm control panel with the elements of Smart Home.
- Connector for installation of the
module,
- u.FL antenna connection,
- Mounting hole for the screw,
Fig. 8. View of MOD-Z-Wave module boards with descriptions.
3.6.2. Module installation
The module should be inserted at an angle of approximately 30° (to minimize the possibility of damage
to the connector) into the dedicated connector on the CPX300W motherboard (labelled "smart home" -
see Fig. 1, item 7) and then screwed with a screw attached to the set (Fig. 8 item 3).
NOTE! All installation activities should be carried out with power disconnected.
3.6.3. Specification
Table 6. Technical parameters of the Z-Wave module.
Radio module
Z-Wave
Frequency of work
868 MHz
Main antenna connector
u.FL
Dimensions
37 mm x 30 mm
3.7. Description of LED signalling
There are 15 LEDs on the motherboard of the device, thanks to which you can quickly diagnose

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3.7.1. Login to the network
Depending on the module used, the device can transmit data in three ways:
wireless via GPRS thanks to the GSM module,
wireless via Wi-Fi thanks to the Wi-Fi module,
wire by connecting to the Ethernet network thanks to the Ethernet module.
When the module was mounted on the CPX300W board and the power supply was turned on, an
attempt will be made to log in to the GSM/Ethernet/Wi-Fi network.
Table 7. GSM network login indication.
LED indicator
Description
STATUS
(green)
CELL
(yellow)
Attempt to login to the GSM
network
flashes
lights steadily
Logged in correctly to the
GSM network
lights steadily
flashes
Table 8. Ethernet/Wi-Fi network login indication.
LED indicator
Description
STATUS
(green)
ETH / WiFi
(yellow)
Ethernet/Wi-Fi network login
attempt
flashes
lights steadily
Logged in correctly to the
Ethernet / Wi-Fi network
lights steadily
flashes
3.7.2. GSM range
Yellow LEDs on the CPX300W board marked as P1, P2, P3 and P4 (Fig. 1, item 20) indicate the signal level
for the GSM module.
Steady light represents about 25%, flashing light about 12.5%. Thus, when 2 diodes have a steady light
and one is flashing, it means that the signal level fluctuates within the limit of 62.5%.
Table 9. GSM range level indication.
LED indicator
Description
P1
P2
P3
P4
GSM range around 50%
lights steadily
lights
steadily
no light
no light
GSM range around
62.5%
lights steadily
lights
steadily
flashes
no light

AVA PRO - Assembly instructions for the CPX300W alarm control panel 17 /23
The signalling of the range is interrupted during data transmission, and after sending the data the GSM
range is shown again.
3.7.3. Programming
Entering the programming mode is indicated by a synchronous flashing:
yellow P1, P2, P3, P4 LEDs (fig. 1, item 20),
green STATUS LEDs (Fig. 1, item 22),
yellow LED at IDC10 connector (fig. 1, item 14).
The output from the programming resets the control panel, which results in switching off all 15 LEDs for about 1
second, and then lighting all LEDs also for about 1 second.
3.7.4. No SIM card or damage to the SIM card
After detection of the main SIM card in the GSM module, the yellow LED indicating the presence of the
card will turn on (fig. 3, item 3). An attempt to connect to the GSM network will start - the STATUS LED
will flash and the CELL will light steadily. After successful connection, the STATUS LED will light steadily
and the CELL LED will flash. If a second SIM card is used, it is necessary to configure the control panel
correctly - see chapter "Use a spare SIM card " in the EBS Config 2.0 instruction manual.

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4. SYSTEM INSTALLATION
4.1. The order of installation
First of all, consider the place where the control panel should be installed, which should be inaccessible
to unauthorized persons, but with the possibility of continuous power supply. Then, you can proceed to
the general action plan. The most important points are presented below:
1. Prepare the installation diagram taking into account the layout of the control panel (see chapter
4.2. Location of the control panel), keyboard, detectors and other system components.
2. After temporarily placing the components in the target place, check that all system components -
keyboards, detectors, sirens - have a good signal with the control panel.
3. If this signal is correct, you can proceed to the proper (permanent) installation of the system
4. Perform the remaining cable connections.
5. Connect the battery to the screw terminals BAT+, BAT- and then the external power supply 16-20 V
AC to the screw terminals AC, AC.
6. Program the control panel functions. The programming procedure is described in the system
programming manual using the EBS Config 2.0 application.
7. Check the system operation again.
4.2. Location of the control panel
When installing the alarm control panel with the radio module, the installer should take into account
two very important rules:
1. The place of installation should be inaccessible and invisible to unauthorized persons from outside,
2. The control panel should be installed in the middle part of the building.
The central position of the device usually ensures good communication with all wireless detectors (see
figures below).
Fig. 9. Horizontal position of the alarm control panel

AVA PRO - Assembly instructions for the CPX300W alarm control panel 19 /23
Fig. 10. Vertical position of the alarm control panel
It should also be remembered that the radio waves are dampened by walls and other obstacles. The
least dampening walls are made of plasterboard and wood, and the most are made of reinforced
concrete containing a metal mesh.
The power losses after passing through various construction materials are shown below (NOTE:
simplified drawing - it should be remembered that radio waves propagate in multiple directions).
Plasterboard or wood
Loss: 0-10%
Concrete or bricks
Loss: 5-35%
Reinforced concrete or metal substrate
Loss: 30-90%
Fig. 11. Loss of radio signal strength after passing through various materials.
4.3. Location of wireless detectors
When installing devices using radio transmission, there are a few general installation rules that should
be taken into account:
installation away from large-size metal objects and large magnetic fields,
Installation at least 1 meter from the floor (exception is the GS-22 gas detector, which should be
installed NOT higher than 30-50cm above floor level),
installation away from objects that restrict the visibility of the controlled zone and disturb the
reception of the image.
More detailed guidelines on the installation of specific detectors can be found in the instructions that
come with the devices.

AVA PRO - Assembly instructions for the CPX300W alarm control panel 20 /23
4.4. Configuration of wired input lines
All wired input lines are fully configurable and can work as:
NO - a line type for connecting detectors with a normally open alarm output (NO). Short circuit will
trigger an alarm.
NC - a line type for connecting detectors with a normally closed alarm output (NC). Opening the
circuit will trigger an alarm.
EOL-NO - a line type for connecting detectors with a normally open alarm output (NO). Both
shorting and opening will trigger an alarm.
EOL-NC - a line type for connecting devices with a normally closed alarm output (NC). Both shorting
and opening will trigger an alarm.
DEOL-NO - a line type for connecting detectors with a normally open alarm output (NO) and a
tamper output. The input distinguishes three states: normal, alarm and sabotage.
DEOL-NC - a line type for connecting detectors with a normally closed alarm output (NC) and a
tamper output. The input distinguishes three states: normal, alarm and sabotage.
TEOL - a line type intended for doubling the alarm line, i.e. connection of two wire detectors to one
terminal of the control panel, whereby it will be possible to detect an alarm from detectors 1 and
detector 2 - see fig. 12, while signalling the opening of tamper switches will be common to both
detectors.
In the case of EOL, DEOL and TEOL configurations, it is necessary to use parametric resistors. The ways
of connecting detectors to inputs using 560 Ω, 1.1 and 2.2 kΩresistors, which are included in the set,
are shown below.