Intelbras IVP 2000 SF User manual

User manual
IVP 2000 SF
English

IVP 2000 SF
Passive infrared sensor
Congratulations, you have just purchased a product with Intelbras quality and safety.
The passive infrared sensor IVP 2000 SF was developed by Intelbras with 100% digital technology.The sensor features SMD
technology, offers efcient detection with reduced risk of false triggering and has automatic temperature compensation. It
is compatible with most devices on the market that work at the same frequency and modulation.
For access to tutorial videos, frequently asked questions and other support materials, visit the link: www.intelbras.com/
pt-br/ajuda-download/faq/sensor-de-movimentoinfravermelho-passivo-sem-o-ivp-2000-sf

Care and safety
» Follow all instructions in the manual for assembling and installing the product;
» LGPD – Data processing by Intelbras: Intelbras does not access, transfer, capture or perform any type of processing of
personal data from this product.
» Fix the sensor on stable surfaces, where there are no vibrations;
» This sensor is intended for an indoor environment;
Externo
Interno Semiaberto
ExternalInternal Semi-open
» Do not use the sensor in areas with sudden temperature changes such as near air conditioners and heaters, fans, refri-
gerators and ovens. Do not expose the sensor directly or to sunlight reections;
» Do not touch the surface of the infrared sensor (PIR), if necessary, use a cleaning cloth;
» Do not place objects in front of the sensor. To ensure the detection area, avoid curtains, screens, screens, or any object
that may interfere with its coverage area;
» Wireless communication technology, when exposed to environments with high power irradiation, may suffer interference
and have its performance impaired. Example: locations close to TV towers, AM/FM radio stations, amateur radio stations,
routers, etc;
» The maximum recommended installation height is 2.2 m, do not exceed it;
» The sensor must be installed where a possible intruder can be easily detected, that is, where it makes transverse
movements to the detection beams (see the gure below).
Note: before starting the installation, it is necessary to dene the height at which the sensor will be positioned, which can
vary from 2 m to 2.2 m.

Scan
12
10
8
6
4
2
0
2
4
6
8
10
12
115º
Distância (m)
Distance (m)
Upper view
Faixa de detecção
1.2 4 6 8 10 12m
2.0 ~2.20m
Side view

Summary
1. Technical specications 6
2. Characteristics 6
3. Product 6
4. Sensor opening 7
5. Sensor stabilization 7
6. IVP 2000 SF sensor registration 7
7. Installation 8
8. Trial period 9
9. Test 9
10.Conguring the IVP 2000 SF sensor (for boards in version 4230312/5 and rmware 2.0.0 or higher) 10
10.1. IVP 2000 SF sensor sensitivity adjustment ......................................................10
10.2. LED adjustment ..........................................................................10
10.3. IVP 2000 SF sensor operating mode ...........................................................11
11. Conguring the IVP 2000 SF sensor (for board version 4230312/4 and rmware 1.0.2 or earlier) 11
11.1. IVP 2000 SF sensor sensitivity adjustment ......................................................11
11.2. LED adjustment ..........................................................................11
11.3. IVP 2000 SF sensor operating mode ...........................................................12
12. Low battery sensor 12
13. Homologation 12
Warranty term 13

6
1. Technical specications
Ooperating voltage 9Vdc
Operating current < 25 mA
Detection angle 115°
Detection range 12 m
Operating Temperature - 10 °C to + 50 °C
Transmission frequency 433,92 MHz
Detection method PIR
Supervision Unsupervised (OOK)
2. Characteristics
» Micro processed digital detection technology;
» 2 sensitivity levels;
» Operating modes: Economical;
» Battery level sensor;
» Dual-element passive infrared;
» Power: 9 V battery;
» Ease of installation.
3. Product
1
2
3
4
5
IVP 2000 SF
6
7
8
9
99
10
4230312/6
JP1
D
L
J.LEDS
IVP 2000 SF
LD1
JP3
JP2
2
1
SENS
BT1
1. Pir sensor
2. LED trigger
3. Battery connector
4. Jumper LEDs (JP1)
5. Jumper (JP2) Sensitivity
6. Front cover
7. Fresnel lens
8. Basis
9. Screw installation seal
10. Base lock

7
4. Sensor opening
To access the IVP 2000 SF sensor board for battery change or conguration, squeeze the base latch,located on the bottom.
See image below:
4230312/6
JP1
D
L
J.LEDS
IVP 2000 SF
LD1
JP3
JP2
2
1
SENS
BT1
5. Sensor stabilization
After inserting the battery, the sensor goes into stabilization mode and the blue LED ashes for a few seconds. When
stabilization is complete, the blue LED will stop ashing.
6. IVP 2000 SF sensor registration
To register the sensor in the alarm control panel, check the procedure in the manual of the used alarm panel and trigger a
trigger by moving in front of the sensor to complete its registration.
Note: do not register the sensor in the control panel during the stabilization time.

8
7. Installation
After identifying the best installation location, follow the recommendations:
» It must be installed at a height of 2.0 m to 2.2 m and positioned so that the intruder makes transverse movements to
the sensor’s detection radius.
» It is not recommended to install the sensor tilted upwards or downwards, as this could impair its functioning.
» Make sure the sensor is securely xed and not subject to jitter in order to avoid unwanted triggers.
The IVP 2000 SF sensor does not have an articulator, as it already has a 15° inclination angle.Therefore, for its installa-
tion, follow the procedure:
1. Remove the front cover by pressing the base latch, as shown in the image.
4230312/6
JP1
D
L
J.LEDS
IVP 2000 SF
LD1
JP3
JP2
2
1
SENS
BT1
2. For direct-to-wall or corner-wall installation, remove the plate and break the indicated seals for the holes in the base.
Wall mounted Mounted on the corner of the wall
Seal
Seal
Seal
Seal
3. To close the lid, place the battery at the bottom of the base, as shown in the image.
4230312/6
JP1
D
L
J.LEDS
IVP 2000 SF
LD1
JP3
JP2
2
1
SENS
BT1
Bateria 9V
Battery

9
4. After xing the base, t the front cover to the top of the base and press the bottom of the front cover so that it ts into
the base latch.
Encaixe
Aperte
Fitting
Press
8. Trial period
The sensor goes into test mode for 15 minutes after inserting the battery and after the stabilization time. During this period,
at any motion detection, the blue LED lights up and a trigger is generated, regardless of the settings that are applied.
9. Test
Once installed and running, walk across the area to be protected simulating a possible intrusion into the environment.
Check if the sensor is able to detect your movements during the course, through the Blue LED (triggering). Adjust the
sensitivity if necessary or reposition the sensor. Be sure to take all precautions and follow installation recommendations to
get the best operating performance from your product.
Note: if the control panel used is Intelbras, put it in test mode, this way it will not be necessary to observe the LED, as
the control panel will indicate the functioning of the sensor through siren beeps. For more information, consult the central
manual on the website: www.intelbras.com.br.

10
10. Conguring the IVP 2000 SF sensor (for boards in version
4230312/5 and rmware 2.0.0 or higher)
After the sensor is properly installed, perform the adjustments according to the information below:
4230312/6
JP1
D
L
J.LEDS
IVP 2000 SF
LD1
JP3
JP2
2
1
SENS
BT1
1 2
JP2
SENS
L D
JP1
LEDS
10.1. IVP 2000 SF sensor sensitivity adjustment
The SENS jumper (JP2) is used to control the detection sensitivity.With jumper JP2 in position 1 the sensor provides maxi-
mum sensitivity. With jumper JP2 in position 2 the sensor provides minimum sensitivity.
Factory default: position 1 (maximum).
10.2. LED adjustment
The LEDS jumper (JP1) is used to control the indication of the LEDs, without interfering with the detector. With the key in
the L position, the LEDs are enabled to function normally. With the key in position D, the LEDs are disabled, that is, they do
not light up. Factory default: L position.

11
10.3. IVP 2000 SF sensor operating mode
After being energized, the sensor will operate during the test period for 15 minutes so that the installer can make all
adjustments to the sensor’s positioning. During this period, at any movement detection, the LED lights up and a trigger is
generated.Then the sensor will operate in economy mode.
» Economy Mode: when detecting movement, it turns on the LED, triggers and goes into hibernation, remaining for
a period that can last from 30 seconds (environment with little movement) to 2 minutes (environment with a lot of
movement). During this sleep period the LED is not activated and no new triggers are generated, as a notication has
just been sent to the control panel. After the hibernation period, the sensor monitors the environment again until a new
movement is detected.
This ability to learn from the movement of the environment means that in places with a lot of movement, periodic
and non-continuous shots are generated, in turn, saving battery life.
Após inserir a
bateria o LED
azul piscará por
alguns segundos
e não há
detecção.
A qualquer
detecção o
LED
acende e
informa a
central.
Após a detecção do primeiro
movimento o sensor informa
a central e entra no
período de hibernação.
Durante esse período o
sensor entra em
hibernação e não
detecta movimento.
Passado o tempo
de hibernação o
sensor volta a
detectar movimento,
iniciando o ciclo
novamente.
15 min
Período de
estabilização
Período de
teste Modo Econômico
After inserting the battery,
the blue LED will ash for
a few seconds and there
will be no detection.
Trial period Economy mode
At any detection, the
LED comes on and
informs the control
panel.
After detecting the rst movement, the sensor
informs the control panel and enters the
hibernation period.
During this period, the
sensor sleeps and does not detect
movement.
After the rest time, the sensor
detects movement again,
restarting the cycle.
Stabilization period
11. Conguring the IVP 2000 SF sensor (for board version
4230312/4 and rmware 1.0.2 or earlier)
11.1. IVP 2000 SF sensor sensitivity adjustment
The SENS jumper (JP2) is used to control the detection sensitivity.With jumper JP2 in position 1 the sensor provides maxi-
mum sensitivity. With jumper JP2 in position 2 the sensor provides minimum sensitivity.
Factory default: position 1 (maximum).
11.2. LED adjustment
The LEDS jumper (JP1) is used to control the indication of the LEDs, without interfering with the detector. With the key in
the L position, the LEDs are enabled to function normally. With the key in position D, the LEDs are disabled, that is, they do
not light up. Factory default: L position.

12
11.3. IVP 2000 SF sensor operating mode
After being energized, the sensor will operate during the test period for 10 minutes so that the installer can make all
adjustments to the sensor’s positioning. During this period, at any movement detection, the LED lights up and a trigger is
generated.Then the sensor will operate in economy mode.
» Economy mode operation: the sensor will detect and transmit 1 (once) time to the alarm center, after this trigger, the
sensor enters economy mode (low consumption mode without detection). In this mode, the sensor will detect again and
transmit to the alarm center only after 2 (two) minutes without movement in the environment.After 2 (two) minutes, the
sensor will be able to detect and transmit the event to the alarm center. For a better understanding of Economy mode,
observe the timeline below.
10 min
20 seg
Economy mode
Time that the sensor remains on.
After inserting the battery,
the sensor enters stabilization
mode and the LED ashes.
Note: Do not enroll the sensor
to the control panel during
this period, wait 50 seconds
for the sensor to go into
continuous mode.
In this mode, the sensor
detects the rst movement
and generates a trip,
however it goes into
hibernation and detects
again after two minutes
without movement in
the place, during the
hibernation period the LED
does not light up.
In this period of 2
minutes, if there is
movement in the
place, the sensor waits
for the last movement
to start counting the
two minutes.
After 2 min from the
last movement of the
location, the sensor
detects and activates
the control panel
again.
In this mode, any
detection LED lights
up and activates.
Stabilization
mode
Continuous
mode
12. Low battery sensor
The IVP 2000 SF sensor controls the battery level, and if it is critical (equal to or below 7 V), it sends the information to
the alarm control panel.
» If the low battery signal is enabled on the control panel, the information is sent during the trip.
Note: consult the alarm control manual to verify compatibility with low battery signaling and supervision.
Use only quality batteries with the correct size for the device, as the expected battery life can be inuenced by the number
of activations, weather conditions and conguration mode.
13. Homologation
0577-09-0160
This equipment is not entitled to protection against harmful interference and may not cause interference in duly authorized
systems. This is a product approved by Anatel, the approval number can be found on the product label, for inquiries visit
the website: https://www.gov.br/anatel/pt-br

13
Warranty term
It is expressly stated that this contractual warranty is given subject to the following conditions:
Name of customer:
Signature of the customer:
No. of the invoice:
Date of purchase:
Model: Serial No:
Reseller:
1. All parts and components of the product are under warranty against possible manufacturing defects, which may present, for a period
of one (1) year, – comprising 90 (ninety) days of legal warranty and 9 (nine) months of contractual warranty, –, counted from the date
of purchase of the product by the Consumer, as stated in the invoice of purchase of the product, which is part of this Term throughout
the national territory. This contractual warranty includes the express exchange of products that are defective in manufacture. In case no
manufacturing defect is found, but aw(s) from inappropriate use, the Consumer will bear these expenses.
2. Product installation must be done in accordance with the Product Manual and/or Installation Guide. If your product needs to be installed
and congured by a qualied technician, look for a suitable and specialized professional, and the costs of these services are not included
in the value of the product.
3. If the defect is found, the Consumer should immediately communicate with the nearest Authorized Service listed by the manufacturer,
– only they are authorized to examine and remedy the defect during the warranty period provided herein. If this is not respected, this
guarantee will lose its validity, as the violation of the product will be characterized.
4. In the event that the Customer request home care, he/she should refer to the nearest Authorized Service for the technical visit fee. If the
need for withdrawal of the product is found, the expenses arising, such as transportation and safety to and from the product, are under
the responsibility of the Consumer.
5. The warranty will totally lose its validity in the event of any of the following: a) if the defect is not of manufacture, but caused by the
Consumer or by third parties alien to the manufacturer; b) if the damage to the product comes from accidents, claims, agents of nature
(lightning, oods, landslides, etc.. ), humidity, mains voltage (overvoltage caused by accidents or excessive mains uctuations), installation/
use in disagreement with the user manual or due to natural wear of parts and components; c) if the product has been inuenced by
chemical, electromagnetic, electrical or animal (insects, etc.); d) if the product’s serial number has been tampered with or erased; e) if the
device has been tampered with.
6. This warranty does not cover loss of data, so it is recommended that the Consumer make a regular backup of the data on the product.
7. Intelbras is not responsible for the installation of this product and also for any attempts of fraud and/or sabotage on its products. Keep
software and application updates, if any, up to date, as well as network protections necessary to pro¬tect against hackers.The equipment
is guaranteed against aws within its normal conditions of use, and it is important to be aware that, since it is an electronic equipment,
it is not free from frauds and scams that may interfere with its correct functioning.
8. This product has an internal battery. After their useful life, the batteries must be delivered to an authorized technical assistance ofce at
Intelbras or directly to the environmentally appropriate nal disposal, avoiding environmental impacts and health. If you prefer, the battery,
as well as other unused Intelbras electronics, can be disposed of at any Green Eletron collection point (electronic waste manager to which
we are associated). In case of doubt about the reverse logistics process, please contact us by phone [phone] or 0800 704 2767
(Monday to Friday from 8 am to 8 pm and on Saturdays from 8 am to 6 pm) or through e -mail [e-mail].
Since these are the conditions of this complementary Warranty Term, Intelbras S/A reserves the right to change the general,
technical and aesthetic characteristics of its products without prior notice.
All images in this manual are illustrative.

01.23
Made in Brazil
Customer Support: (48) 2106 0006
Forum: forum.intelbras.com.br
Support via chat: chat.intelbras.com.br
Support via e-mail: [e-mail]
Customer Service: 0800 7042767
Where to buy? Who installs it? 0800 7245115
Produced by: Intelbras S/A – Indústria de Telecomunicação Eletrônica Brasileira
Rodovia BR 459, km 124, nº 1325 – Distrito Industrial – Santa Rita do Sapucaí/MG – 37540-000
CNPJ 82.901.000/0016-03 – www.intelbras.com.br