Intelbras AMT 2018 E User manual

Installation Guide
AMT 2018 E
AMT 2018 EG
AMT 2118 EG
AMT 2018 E3G

AMT 2018 E, AMT 2018 EG, AMT 2118 EG and AMT 2018 E3G
Alarm center
Congratulations, you have just purchased a product with Intelbras quality and safety.
The AMT 2018 E,AMT 2018 EG, AMT 2118 EG and AMT 2018 E3G monitored alarm
centers have advanced technology and are easy to program. They have 8 memories
for phone numbers, Panic function, Emergency function, 24-hour zone, intelligent
battery charger with protection against short circuit or reverse polarity, timer and
sensor test function. They can be connected to opening, infrared, impact, and other
sensors. They report events to 2 IP destinations (monitoring companies) and have a
remote conguration option.
For more information, access the QR codes below:
Complete manual Video tutorials
This is a product homologated by Anatel, the homologation number can be found on
the product’s label. For further information use the link sistemas.anatel.gov.br/sch.
Attention: this product comes with a factory default password. For your safety, it
is ESSENTIAL that you change it as soon as you install the product.

Summary
1.Installation 4
1.1. Power supply board connector ....................................5
1.2. Network cable connector ........................................6
1.3. Battery connector .............................................7
1.4. Siren input...................................................7
1.5.Wireless device receiver input XAR 4000 and XAT 2000/3000/ 4000 keyboard ....8
1.6. Auxiliary output .............................................12
1.7. Telephone output ............................................12
1.8. Telephone line input ..........................................13
1.9. Connector for GPR module......................................13
1.10. Zone/sector input............................................14
2.Connection via Cloud 19
3.Apps 21
3.1. Mobile Apps ................................................21
4.Resetting Passwords and Center congurations 26
4.1. Reset......................................................26
4.2. Temporary master password and installer reset.......................26
4.3. Reset by programming mode ....................................26
4.4. Wireless device Reset ..........................................27
5.Programming 27
Warranty Terms 50

4
1. Installation
13 12 11
10
9
87654321
AMT 2018 E/EG
AMT 2018 E3G
AMT 2118 E/EG
1. Connector for power supply from the switched-mode power supply;
2. Connector for network cable connection (Ethernet);
3. Battery connector;
4. Siren input;
5. Zone/sector input;
6. Bus input T1 and T2;
7. Auxiliary Output (AUX);
8. PGM programmable output;
9. Telephone output;
10. Telephone line input;
11. Connector for recording the center’s micro;
12. Connector for recording the micro that controls the GPRS card;
13. Connector for GPRS module.
Note: » The GPRS XL 865 module is only compatible with the AMT 2118 EG center,
whereas the GPRS AMT E/EG module is only compatible with the AMT 2018 EG center .
» AMT 2018 E3G is only compatible with 3G module.

5
1.1. Power supply board connector
When purchasing the alarm center, a complementary kit containing resistors, cables
and guides is provided to the user.
Before starting to use the product it is necessary to integrate the main and power
supply boards. This process must be done manually by connecting the 4-way cable
from connector J4 on the main board to connector CN3 on the power supply board.
Ground
Connect to electrical network
Power supply for the alarm center
Power supply
14.5 V/1.8 A
Alarm center
Yellow
Orange
Black
4
3
Red
21
5
1. PTH fuse 5,1x20 Delay 250 V/1 A.
2. PTH fuse 5,1x20 Delay 250 V/1 A.
3. 90 and 265 Vac mains input - full range, i.e., without the need for a voltage selec-
tor switch.This way, even if some variation of voltage occurs in the power grid, the
center will continue working normally.
4. Ground.
5. 14.5 Vdc/1.8 A DC output to power the alarm center, meeting the needs of most
installations.

6
Connecting the power cable
To connect the board to the AC mains it will be necessary to connect the cable to the
CN1 (AC) and the (CN2) GROUND connector of the power supply board, as shown
in the image below:
G R OUND
AC
AMT 2018 EG and AMT 2118 EG:
o
Antenna Connector 
 1 SIMl
 SIM2
AMT 2118 E3G:
lnlbs
O a■■■a ■a 
   °
 
Antenna Connector
Note: Intelbras alarm centers have on their sides some aps that can be cut to pass
cables without losing the product warranty.
G
R
OUND
AC
AMT 2018 EG
and
AMT 2118 EG:
o
Antenna Connector

 1 SIMl
 SIM2
AMT 2118 E3G:
lnlbs
O a■■■a ■a 
   °
 
Antenna Connector
G
R
OUND
AC
AMT 2018 EG
and
AMT 2118 EG:
o
Antenna Connector

 1 SIMl
 SIM2
AMT 2118 E3G:
lnlbs
O a■■■a ■a 
   °
 
Antenna Connector
1.2. Network cable connector
Communication via Ethernet is done through cabling on the main board. To use this
type of communication simply place one end of an RJ45 cable into the connector on
the board and the other end should be connected to an internet port on the router/
modem.
G R OUND
AC
AMT 2018 EG and AMT 2118 EG:
o
Antenna Connector 
 1 SIMl
 SIM2
AMT 2118 E3G:
lnlbs
O a■■■a ■a 
   °
 
Antenna Connector
G R OUND
AC
AMT 2018 EG and AMT 2118 EG:
o
Antenna Connector 
 1 SIMl
 SIM2
AMT 2118 E3G:
lnlbs
O a■■■a ■a 
   °
 
Antenna Connector
Note:the port speed is 10 Mb.

7
1.3. Battery connector
To connect the battery to the center, observe the polarity, i.e., red wire (positive)
connected to the center’s positive side and black wire (negative) connected to the
center’s negative side.As shown in the illustrative gure below:
The center has protection against reverse polarity, battery short-circuit, and also pro-
tection to prevent the battery from being damaged in case of a mains failure. If the
battery voltage is below 10 V, the siren and auxiliary outputs will be deactivated.
Note:the battery charger works pulsatively, so it cannot be measured using a volt-
meter.
ALARM CENTER
Red Black
ZONES ZONES ZONES ZONES BUS
PHONE LINE
1.4. Siren input
One or more sirens can be connected, provided that the total current is:
» Without battery: 400 mA;
» With battery: 1 A.
Note: to connect more than one siren, the system must be equipped with a battery.
It is important to emphasize that if the siren is connected to the center being fed only
by the electrical network, without the battery, its tone will be pulsative.

8
7
Resistor
Golden
Red
Red
Red
2K2
7
Attention: connect a 2K2 Ohm resistor (supplied with the center) in parallel with
the siren wire, this procedure prevents the siren from making noise while it is turned
off.This noise is generated by the siren wire’s short-circuit or cut detection circuit and
does not cause any damage to the equipment.
For the alarm center to recognize the cut or short circuit of the siren wire, it must be
enabled in programming mode.
1.5. Wireless device receiver input XAR 4000 and XAT 2000/3000/
4000 keyboard
Used for communication of wireless keyboards and device receivers.
Keyboard Connection:
The AMT 2018 E/EG control panel comes with the XAT 2000 LCD keyboard, which is
used to program the product.
Note: The AMT 2018 E/EG alarm center can also be connected to the XAT 3000 LED
and XAT 4000 LCD keyboards.
When unpacking the keyboard it will have some connected wires with colors and
meanings explained below:
Keyboard Connector Wire Color
Power Vdc +12V Red Wire
Grounding or (-) Black Wire
T1 Bus Green Wire
T2 Bus Yellow Wire
Zone 9 (Z9) or Wired Single Zone (*) Blue Wire
Zone 10 (Z10) or Wired Single Zone (*) White Wire
Common for zones Black Wire

9
To cancel the keyboard zones connect the blue and white wire to the black wire of the 6 way cable
The Vdc +12 V power supply, red wire, of the keyboards should be connected to the
AUX+ point of the alarm center. The grounding, black wire, for the keyboards must
be connected to the center’s AUX- point. As for the busbars T1, green wire, and T2,
yellow wire, from the keyboards must be connected to points T1 and T2 of the alarm
center units, respectively.
Note: » The keyboard zones (Zone 09 and Zone 10) behave as single zones, they
can’ t be duplicated.
» We recommend that you do not use external power supplies to feed the devi-
ces connected to bus T1 and T2, their power supply must be connected to the
center’s AUX output.
» If it is necessary to use an external power supply for powering some device on
bus T1 and T2, it must be connected the Negative (-) of the power supply in
common with the Negative of the Auxiliary Output of the center (AUX -).
Keyboard addressing jumper
A maximum of 4 keyboards may be connected per center.The jumper’s position in the Address
connector denes which will be Keyboard 1, Keyboard 2, Keyboard 3, and Keyboard 4.
4 3 2 1 4 3 2 1 4 3 2 1 4 3 2 1
Keyboard 4 Keyboard 3 Keyboard 2 Keyboard 1
Address Address Address
Address
The following table shows the identications of the zones according to the addres-
sing of the keyboard jumper.
Keyboard Blue Wire White Wire
Keyboard 1 Zone 09 Zone 10
Keyboard 2 Zone 19 Zone 20
Keyboard 3 Zone 21 Zone 22
Keyboard 4 Zone 23 Zone 24

10
Wireless device Receiver connection
The AMT 2018 E/EG,AMT 2018 E 3G and AMT 2118 EG centers are compatible with
the XAR 4000 receiver, operating only in OOK modulation (unsupervised devices).
Note:we do not guarantee the operation of XAR 4000 Smart with centers or wireless
sensors not manufactured by Intelbras.As for remote controls from other manufactu-
rers, they must have the following features to work with XAR 4000 Smart:
1. Operate in OOK modulation;
2. Operate on 433.92 Mhz frequency;
3. Transmission rate 1.886 Kbps.
Connection to the T1/T2 bus
1. Connect the receiver’s T1 terminal to the center’s T1 input and the receiver’s T2
terminal to the center’s T2 input. Use 4 × 26 AWG or higher cable with a maxi-
mum length of 100 m and a total resistance of up to 40 ;
2. Power is connected to the auxiliary output of the alarm center;
3. For addressing the XAR 4000 SMART, there are four jumpers: JP1, JP2, JP3, and
JP4.All receivers leave the factory with the jumper in position JP1. If you are using
more than one device, the second one should have the jumper in the JP2 position,
and so on;

11
4. For bus selection, jumper JP5 must be in position T1T2;
Note:the AMT 2018 E/EG and AMT 2118 E/EG centers have only the T1 and T2 bus.
5. Jumper JP6 must be open;
6. Jumper JP7 can be positioned for OOK, because the AMT 2018 E/EG, AMT 2018
E3G and AMT 2118 E/EG centers accept only OOK modulation (unsupervised de-
vices).

12
1.6. Auxiliary output
Output is used to power accessories such as infrared sensors, remote keypad, etc.
It is recommended that you use 4 X 26 AWG gauge cable (approximately 0.41 mm
diameter of the metal part of the wire).
Attention: when connecting, observe polarity (+/-). Maximum allowed current: 1.2 A.
To cancel the keyboard zones connect the blue and white
wires to the Common, black wire, of the 6-way cable
1.7. Telephone output
It is the exit of the telephone line, connect to it the wires intended for the telephone
sets installed in the place.
Alarm Center
BUS
Telephone
Line
Telephone
ZONES ZONES ZONES ZONES

13
1.8. Telephone line input
This is the telephone line’s input, connect the two wires of the public telephone line
to it.
Alarm center
LINEPHONE
BUSBAR
SIREN
LINE
Telephone Line
Note: to congure the dialing settings through the telephone line, access the com-
plete manual on the site: www.intelbras.com.br .
1.9. Connector for GPR module
Communication via GPRS occurs through the addition of the CHIP in the module that
comes with the center.
Note: only the AMT 2018 EG,AMT 2018 E3G and AMT 2118 EG centers come with
the GPRS module.
G R OUND
AC
AMT 2018 EG and AMT 2118 EG:
o
Antenna Connector 
 1 SIMl
 SIM2
AMT 2118 E3G:
lnlbs
O a■■■a ■a 
   °
 
Antenna Connector
AMT 2018 EG and AMT 2118 EG AMT 2018 E3G

14
1.10. Zone/sector input
J10 J9 J11 J12
Z1 COM. Z2
(Z11) (Z12)
ZONES
Z3 COM. Z4
(Z13) (Z14)
ZONES
Z5 COM. Z6
(Z15) (Z16)
ZONES
Z7 COM. Z8
(Z17) (Z18)
ZONES
Input for connecting the wired sensors, where a 4×26 AWG or higher cable with a
maximum length of 100 m and a total resistance of 40  must be used.
These terminals are divided into groups of three, with the common (COM, in the
middle) and zone inputs (Z1, Z2, Z3, Z4, Z5, Z6, Z7 and Z8, on the sides).
If you are using Single Zones, the zone number is what is described next to the word
COM .
For example, in the last terminal block we have Z7 (Zone 7), COM (Common) and
Z8 (Zone 8). If congured as Dual Zones, use the following chart to identify the high
zones.
Input terminal Dual zone number
Z1 Zone 11
Z2 Zone 12
Z3 Zone 13
Z4 Zone 14
Z5 Zone 15
Z6 Zone 16
Z7 Zone 17
Z8 Zone 18
Note: the sensor connected to the 2K2  resistor becomes zone 1, the sensor con-
nected to the 3K9  resistor becomes zone 11.
The system supports eight different combinations numbered 0 to 7 and are chosen
through programming. The chosen conguration is valid for all the panel’s zones,
except for the keyboard zones. For each of the combinations it is necessary to follow
a connection scheme for the sensors.
Note : to guarantee the correct operation in all the connection types presented be-
low, all the resistors must be installed close to the sensor and not directly in the
center’s zone terminal block, because this will not be useful and the system’s security
will be compromised.

15
Center zone Sensor
ZONES ZONES
(0) Single zone without end-of-line resistor
This standard connection mode is the simplest, but the most vulnerable to sabotage,
because if the sensor wire is short circuited, the alarm center will not recognize the
problem.
Alarm center
ZONES ZONES ZONES ZONES BUS
ALARM
Alarm center
Sensor

16
(1) Single zone without end-of-line resistor and with tamper detection
This connection mode brings more security than the previous one, because if there is
an attempt to sabotage the sensor box, this contact will be opened, indicating that
there was a violation.
The connection mode applies to all zones in the center. See below, the connection
mode for sensors that have tamper and sensors that don’t have tamper.
Alarm center
Sensor
ZONES ZONES ZONES ZONES BUS
ALARM
Alarm center
Sensor connection with tamper
Alarm center
Sensor
ZONES ZONES ZONES ZONES BUS
Alarm center
Sensor connection without tamper
Note: This connection mode does not detect short-circuiting of the wiring.
(2) Single zone with end of line resistor and wiring short circuit
detection
This connection mode detects if the sensor wire has been short circuited. In this
connection mode there is no tamper detection.
Alarm center
Sensor
Alarm center
ZONES ZONES ZONES ZONES BUS

17
(3) Single zone with end of line resistor, tamper and wiring short circuit
detection
It is recommended to congure the center in this mode, because despite being the
most complex to connect the sensors, it is the one that offers the highest security for
the alarm system. This connection mode is valid for all zones of the alarm center. See
below, the way to connect sensors that have tamper and sensors that don’t have
tamper, for example: opening sensors.
Alarm center
Sensor
Alarm center
ZONES ZONES ZONES ZONES BUS
Alarm center
Sensor
ZONES
ZONES ZONES ZONES BUS
Alarm center
Sensor connection with tamper Sensor connection without tamper
(4) Dual zone without end-of-line resistor
This conguration is the least secure for Dual Zones, since it does not recognize short-
-circuiting of the wiring.The sensor connected to the 2K2  resistor becomes zone 1,
the sensor connected to the 3K9  resistor in zone 11.
Alarm center
Zone 1 sensor Zone 11 Sensor

18
(5) Dual zone without end-of-line resistor and with tamper detection
Since the connection mode applies to all zones, see below for the connection method
for tampered and un-tampered sensors.
Alarm center
Zone 11 sensor Zone 1 sensor
Alarm center
Zone 11 Sensor Zone 1 sensor
Connecting the two sensors with tamper Connection of sensor 11 without tamper
and sensor 1 with tamper
(6) Dual zone with end of line resistor, tamper and wiring short circuit
detection
It is recommended to congure the center in this mode, because although it is the
most complex to connect the sensors, it is also the one that offers the highest security
for the alarm system. Since the connection mode applies to all zones, refer to the
following diagrams for the connection of sensors with tamper and sensors without
tamper.
Alarm center
Zone 11 sensor Zone 1 sensor
Sensor connection with tamper
Alarm center
Zone 11 sensor Zone 1 sensor
Sensor connection without tamper

19
(7) Parallel duplication with wiring short-circuit detection
The sensors are connected in parallel at the zone input, as if they were two indepen-
dent inputs and the resistor is connected in series with the sensor.
Alarm center
Zone 11 sensor Zone 1 sensor
Here is the table with the necessary settings for the zone modes, depending on the
above conguration that was chosen in the scenario.
Zone mode Programming
(0) Single zone without end-of-line resistor ENTER + INSTALLER PASSWORD ENTER + 54 + 0 + ENTER
(1) Single zone without end-of-line resistor and
with tamper detection ENTER + INSTALLER PASSWORD ENTER + 54 + 1 + ENTER
(2) Single zone with end of line resistor and wiring
short circuit detection ENTER + INSTALLER PASSWORD ENTER + 54 + 2 + ENTER
(3) Single zone with end of line resistor, tamper
and wiring short circuit detection ENTER + INSTALLER PASSWORD ENTER + 54 + 3 + ENTER
(4) Dual zone without end-of-line resistor ENTER + INSTALLER PASSWORD ENTER + 54 + 4 + ENTER
(5) Dual zone without end-of-line resistor and
with tamper detection ENTER + INSTALLER PASSWORD ENTER + 54 + 5 + ENTER
(6) Dual zone with end of line resistor, tamper and
wiring short circuit detection ENTER + INSTALLER PASSWORD ENTER + 54 + 6 + ENTER
(7) Parallel duplication with wiring short-circuit
detection ENTER + INSTALLER PASSWORD ENTER + 54 + 7 + ENTER
2. Connection via Cloud
To maintain the ease of connection between the alarm center and our app via Ether-
net/GPRS and to give more security to the customers, we created a new QR Code
label model, as shown in the image below, which has the following elds:
» MAC;
» Random master password with 4 numeric digits;
» Random remote access password with 6 numeric digits.

20
MAC: XXXXXXXXXXXX
Master password: XXXX
Remote access password: XXXXXX
The MAC number, master password, and remote access password registered on the
label will come saved in the center from the factory. This new label and the previously
saved passwords will prevent all centers from leaving the factory with the master pas-
sword 1234 and the remote access password 878787 . If you want to access the center
with one of our compatible applications via Cloud, just use the QR Code reader of the
application, which are always displayed on the left side, as shown in the images below
of the AMT Mobile V3 and AMT Remoto Mobile applications respectively.
When you select the reader, bring the cell phone close to the label on the cover of
the center to read the code. The application will automatically ll in the MAC, Master
Password and Remote Access Password elds. If you want to use any other feature of
the center that requires a master password (4 digits) or remote access password (6
digits), use the passwords that are registered on the QR Code.
Note: the centers leave the factory already programmed to connect through the cloud.
Pressing the 9 key on the XAT 2000 and XAT 4000 for 2 seconds will display the
status of the connections to the monitoring servers for the Ethernet and GPRS/3G
channels. To exit, press the Clear key.
Connected
Disconnected
AMT 2018 E/EG
and AMT 2118 EG
Eth: IP1 IP2
GPRS: IP1 IP2
AMT 2018 E3G
Eth: IP1 IP2
3G: IP1 IP2