Intelbras IVP 2000 SF Manual de usuario
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 efcient 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 reections;
» 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 dene 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 specications 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.Conguring 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. Conguring 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 specications
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 conguration, 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. Conguring 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.
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2
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