Intelbras IVA 7100 Dual User manual

User manual
IVA 7100 Dual
IVA 7100 Quad
IVA 7100 Hexa
IVA 7100 Octa

IVA 7100 Dual, Quad, Hexa and Octa
Active infrared sensor
Congratulations, you have just purchased a product with Intelbras quality and safety.
The IVA 7100 Dual, Quad, Hexa and Octa multi-beam sensor family was designed to provide an in-
frared barrier capable of covering a larger area (height × length of the barrier). These sensors can be
installed indoors, semi-open and outdoors without degradation of functioning, that is, without causing
unwanted triggering.The cross-beam infrared technology employed in these sensors increases security
by making it difcult to circumvent them. Read the product introductory information carefully for the
correct use of the sensors.

Care and safety
» Install the sensor in a stable location that is not subject to ickering.
» Install the transmitter and receiver so that they are aligned;
» LGPD - General Law for the Protection of Personal Data: Intelbras does not access, transfer, capture, or perform any other
type of treatment of personal data from this product.
» Do not install the sensor in locations where beam obstruction may occur. Check that there are no plants, branches or
other objects that could obstruct the sensor beam;
» Do not install the receiver and transmitter with the lens facing the sun;
X
X
X
X
» Make sure that the cable input side faces down to prevent water from entering;
» Size the power supply and power cord correctly;
» Do not leave the cable exposed to the sun, rain or moisture;
» Do not install the sensor above the recommended distance;
» Always check that there are no reections on clear and polished surfaces, which can prevent the sensor from triggering.
Do walking tests in different positions along the barrier to make sure there are no reections;
» Use the sealing rubber correctly to prevent insects from entering the sensor;
» To clean the outside of the sensor, use a cloth moistened with water; never use chemicals.
» For installation of stacked sensors, the maximum number of sensors installed is 2 (two) and they must be in different
frequency channels, as shown in the image below. If a larger coverage area is required, use sensors with more beams;
» Avoid installing the receiver near sources of electromagnetic noise. After installation, perform tests to verify the correct
functioning of the product. In case of interference, exchange the Transmitter with the Receiver;
TX
Channel B
RX
Channel B
TX
Channel A
RX
Channel A
X
TX
Channel B
TX
Channel A
RX
Channel A
TX
Channel A
RX
Channel B
RX
Channel A

» For installing sensors in perimeters, always follow the sensor layout below:
Perimeter
TX
Channel B
TX
Channel B
RX
Channel B
RX
Channel B
RX
Channel A
RX
Channel A
TX
Channel A
TX
Channel A
» In order to avoid interference between sensors on the same channel, respect the side protection distance as specied
below.
Side protection distance
TX
Channel B
TX
Channel B
RX
Channel B
RX
Channel B
Distance between TX and RX
25 m 50 m 75m 100 m
Side Protection Distance (DPL) > 2.5 m > 5 m > 7.5 m > 10 m
Vertical Protection Distance (DPV) Maximum stacking of 2 sensors
That is, the Side Protection Distance is always the distance between RX and TX divided by 10 (ten).
Distance between TX and RX
10
DPL> [m]

» The Synchronism function must be used to increase the robustness of the infrared barrier. It is enabled by removing jumper J2
from the RX and connecting the SINC (Synchronism) terminals of the RX and TX through a standard cable for alarm systems
(not supplied with the product).
Note: if you are using a source to supply the TX and another to supply the RX, you must connect the GND of both sources for the synchronism
function to work correctly.
It is mandatory to use the Synchronization
function over distances greater than 60m or
environments with a high rate of fog or rain
GND
SINC
+12V
ALARME
GND
SINC
+12V
0m
60m
100m
RX TX
Connect to the alarm center
FONTE
+12V
GND
In outdoor environments with a high rate of fog or rain, install the sensors at a maximum of
50% of the distance specied for each model, in order to avoid false alarms. In these places, it is
recommended to use the SYNC function Sync cable to avoid false triggering.

Summary
1. Technical specications 7
2. Product 8
3. Installation 8
4. Troubleshooting 12
Warranty term 13

7
1. Technical specications
Model IVA 7100 Dual IVA 7100 Quad IVA 7100 Hexa IVA 7100 Octa
Number of beams 2 4 6 8
Power supply voltage 12 ~ 18 Vdc
Consumption current (TX + RX) ≤ 100 mA @ 12 Vdc
Frequency channels 2 channels, frequencies A and B
Power Levels 4 levels, Minimum (no jumper), Low (C), Medium (M), High (L)
Maximum protection distance
WITH SINC Cable
(Synchronism) 100 m
WITHOUT SINC
Cable (Synchronism) 60 m
Alarm output Congurable NO / NC output
2 A @ 24 Vdc
Alarm Time ≥ 2s
Response time 50 ms when blocking 3 or more beams
100 ms when blocking 2 beams
Detection method Block 2 neighboring beams 1
Alignment / trigger indication LED alignment and buzzer
Horizontal Alignment 360º
Tampering ON and OFF, according to jumper position
Solar lter for outdoor environments Yes
Operating temperature -10 ºC to 55 ºC
IP protection grade IP65
Dimensions (B × W × D) 3.8 × 47 × 5 3.8 × 75.5 × 5 3.8 × 107.5 × 5 3.8 × 140 × 5
Weight 0.73 kg 1.1 kg 1.4 kg 1.6 kg
1
In the IVA 7100 DUAL model, if the SINC (Synchronism) cable is not connected, it will trip if the upper beam is interrupted individually in both
alignment and continuous mode.

8
2. Product
Mounting bracket
Sealing rubber
PCI protection cover
Fixing
bracket cover
PCI
Aluminum
tube base
Aluminum tube
with UV lens
Fixing
screw holes
Alignment
xing screw
3. Installation
1. For security reasons, it is necessary to open the sensors to identify which is the transmitter and which is the receiver.
Below, the step by step to open the sensor cabinet and perform the necessary identication;
Direction of rotation
Pull out
a. Remova a Tampa do Suporte de Fixação
puxando-a para frente
b. Remova a Borracha de Vedação e a Tampa
de Proteção da PCI
GND SINC +12V
D12
c. Com o auxílio de uma ferramenta, puxe
a PCI para fora
TX
GND SINC +12V ALARME
1J
2J
3J
C
M
L
D3
J4
RX
d. Observe o silk TX e RX na borda da
PCI para identificação dos produtos
GND SI
TX
GND S
RX
1J
3J
C
M
L
J4
2. Remove the attaching bracket cover by
pulling it forward.
2. Remove the sealing rubber and the
protective cap from the PCI.
4.Observe the silk TX and RX on the edge of
the PCI to identify the products.
3.Using a tool, pull the PCI out.
3. After identication, congure the sensors:
TRANSMISSOR
C
M
L
J1
J3
J4
Padrão de fabrica
J4
Factory Default
Transmitter

9
Transmitter
J1 Frequency channels With Jumper - Frequency Channel A - (Factory default)
Without Jumper - Frequency Channel B
J3 Tamper With Jumper - Tamper disabled (Factory default)
Without Jumper - Tamper enabled
J4 Power 1'
Jumper in L Position - High Power (Factory default)
Jumper in Position M - Medium Power
Jumper in Position C - Low Power
Without Jumper - minimum power (indicated for short distances and with reection)
1
It is recommended to use the power jumper always at the highest power (L), this ensures a greater intensity of the infrared signal.
GND SINC +12V
D12
S2
J4
Canais de Frequência
Tamper Níveis de Potência
Bornes
Chave Tamper
PCI TX
J1
J3
C
M
L
LED - Alinhamento e Disparo
Tamper switch.
Power Levels
Frequency channels
Tamper
Terminals
PCI Transmitter (TX)
LED - alignment and trigger
RECEPTOR
C
M
L
J1
J2
J3
J4
Padrão de fabrica
Factory Default
J4
Receiver
Receiver
J1 Frequency channels With Jumper - Frequency Channel A - (Factory default)
Without Jumper - Frequency Channel B
J2 Synchronism With jumper - No sync cable is required (Factory default)
No jumper - Sync cable required
J3 Tamper With Jumper - Tamper disabled (Factory default)
Without Jumper - Tamper enabled
J4 Power 1'
Jumper in L Position - High Power (Factory default)
Jumper in Position M - Medium Power
Jumper in Position C - Low Power
Without Jumper - minimum power (indicated for short distances and with reection)
J5 Relay logic NF Normally closed relay (factory default)
NA Normally Open
J6 Buzzer2 With jumper - Buzzer enabled (Factory default)
No jumper - Buzzer disabled
1
It is recommended to use the power jumper always at the highest power (L), this ensures a greater intensity of the infrared signal.

10
GND SINC +12V ALARME
D3 S1
J4
J5 J6
Canais de Frequência
Sincronismo
Níveis de Potência
Bornes
Chave Tamper
PCI
Tamper
Jumper Relé
Buzzer
NF NA
OFF
ON
BUZZER
Jumper
RX
J1
J2
J3
C
M
L
LED - Alinhamento e Disparo
Tamper switch
Power Levels
Frequency channels
Tamper
Terminals
Relay Jumper
Jumper
Buzzer
Synchronism
PCI Receiver (RX)
LED - alignment and trigger
2
It is necessary to remove the receiver board to access the Conguration Jumper and disable the Buzzer.
Follow the steps below to perform this conguration:
1. Pull the base of the aluminum tube;
2. Remove the board and the Buzzer Jumper (Jumper J6);
3. Place the board back into the aluminum tube while observing the groove and then t the base of the aluminum tube.
BUZZER
ON
OFF
R10
R5
R50
R9 R1
R3
J6
B1
K1
Q4
Jumper Buzzer (J6)
Base Tubo
de Alumínio
Canaleta
de encaixe
da placa
Canaleta
de encaixe
da placa
Tubo de
alumínio
123
Aluminium
tube
Aluminium
tube
Buzzer Jumper (J6)
Plate
plug-in
channel
123
Plate
plug-in
channel
4. With the sensors properly congured, secure the transmitter and receiver so that they are vertically and horizontally
aligned. Install the cable entry side facing down. Always install the sensors in a position where the largest number of
beams will be interrupted;
Parede ou suporte
Conexão dos os
Parede ou suporte
Conexão dos os
5. Pass the cable through the protection indicated below to connect it to the terminal block;