Intelbras IVP 3000 PET Manuel utilisateur
User manual
IVP 3000 PET
IVP 3000 PET
Passive infrared sensor
Congratulations, you have just purchased a product with Intelbras quality and safety.
The IVP 3000 PET passive infrared sensor offers efcient detection with reduced risk of false triggering
caused by the detection of pets. The detector will sound the alarm when a person enters the detection
area, but will not do so when pets enter the protected area. Read the product introductory information
carefully for the correct use of the sensors.
Care and security
» Follow all instructions in the manual for assembling and installing the product.
» This sensor is intended for indoor environments.
» Do not touch the surface of the infrared (PIR) sensor. If necessary, use a soft cloth for cleaning.
» The sensor must be installed where a possible intruder is easily detected, that is, where a person performs movements
transverse to the sensor’s detection beams when entering the environment.The suggested installation height varies from
2.1 m to 2.2 m, depending on the installation environment. Check the installation instructions.
» Do not place objects in front of the sensor. To ensure the detection area, avoid curtains, screens, partitions, or any object
that blocks the scan. Do not exceed the maximum sensor installation height (2.2 m).
» Do not use the sensor in areas with sudden changes in temperature, near air conditioners, heaters, cooling fans and
ovens. Do not expose the sensor to direct sunlight.
» Do not install the sensor facing glass doors or windows.
» 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.
Summary
1. Technical specications 5
2. Characteristics 5
2.1. Scan ....................................................................................5
2.2. Detection range ............................................................................5
2.3. Terminal Block .............................................................................6
3. Product 6
4. Installation 7
4.1. Installation without using the articulator .........................................................7
4.2. Installation without using the articulator .........................................................8
5. Operation 10
6. Test 11
Warranty term 12
5
1. Technical specications
Operating voltage 9 ~16 Vdc
Operating Current ≤25 mA
Detection Angle 110°
Detection Range 12 m
Detection method PIR
Sensor Low noise PIR
Immunity to animals ≤35 kg
Detection pulse (P. COUNT) 1P or 2P optional
Installation height 2.1 m ~ 2.2 m
Operating temperature -10 °C to + 50 °C
Start Time 60s
Relay opening time 6s
Alarm output NO / NC
Tamper switch NC without voltage
output, 28 Vdc, 100 mA
Dimensions (W × H × D) 65 × 120 × 50 mm
2. Characteristics
» Microcontrolled sensor.
» Sensitivity Adjustment.
» Automatic temperature compensation.
» Highly effective algorithm against false triggering.
» Dual PIR sensor.
» Immunity to pets up to 35 kg.
» Anti-tamper switch for front cover.
2.1. Scan
12 10 48 2 0 12104 82
110°
Top view
2.2. Detection range
1.2 4 6 8 10 12 m
2.2m
Side view
6
2.3. Terminal Block
TAMPER GND +12 ALARM
Terminal Block
» ALARM: sensor output.
» GND: negative feed.
» +12 V: positive feed.
» TAMPER: anti-tamper switch.
3. Product
4
5
6
7
7
11
11
3
11
2
11
110
8
9
1. Wire outlet.
2. Tamper switch.
3. Guidance signal.
4. Connection terminals.
5. LED indicator.
6. Relay.
7. Sensor.
8. RELAY jumper.
9. P. COUNT jumper.
10. LED jumper.
11. Installation hole for the corner of the wall.
7
4. Installation
The IVP 3000 PET sensor has the
PET
function. This function allows the sensor to be immune to false triggering caused by
small animals and this sensor model is immune to false triggering caused by crawling animals up to 35 kg.
Note: it is important to emphasize that the PET function is designed for crawling animals, so if the animal is not on the ground,
such as on a bench, for example, the animal can be detected thus annulling the PET function, as can be seen in the image below.
Installation
Before starting the installation, it is necessary to dene the sensor installation height, which can vary from 2.1 to 2.2 m,
installation below 2.1 m will compromise the sensor’s
PET
function.
4.1. Installation without using the articulator
1. Open the sensor through the lock at the bottom;
TRAVA
Lock
2. Loosen the screw that holds the board and slide the board down to remove it;
Note: it is not necessary to remove the screw.
Parafuso
3. Tear the seal at the top of the back cover for cable passage;
LACRE LACRE
Seal Seal
8
4. For installation directly on the wall, drill the holes in the positions indicated on the back cover. For installation in the corner of the
wall, drill the holes in the positions indicated on the side of the back cover;
Montado na parede
Montado no canto
da parede
Mounted on the corner
of the wall Mounted on the wall
5. Pass the cables through the holes in the back cover and x the sensor to the wall, make sure that the back cover is
parallel to the wall;
6. Snap the board back into the back cover and connect the cables to the terminal block, as indicated in the item
2.3.
Terminal Block
;
7. Align the screw that secures the board with the arrow indicated on the board and tighten the screw. Place the front cover.
4.2. Installation without using the articulator
Note: if the sensor is installed at an angle to the ground, the characteristics of the PET function will change.
1. Repeat steps 1 and 2 of the item
4.1. Installation without using the articulator
;
2. Tear the seal on the back cover to connect the articulator;
LACRE
Seal
9
3. Separate the moving part from the base of the articulator;
Parte móvel Base do articulador
Moving part Articulator base
4. For installation directly on the wall, drill the holes in the positions indicated on the base of the articulator. For installation
in the corner of the wall, drill the holes in the positions indicated on the side of the back cover;
Montado na
parede
M ontado
no canto da
parede
Mounted on
the corner of
the wall
Wall mounted
5. Pass the cable through the holes indicated on the articulator;
6. Attach the movable part of the articulator to the rear sensor cover, attaching the hex nut;
7. Snap the board back into the back cover and connect the cables to the terminal block, as indicated in the item
2.3. Terminal Block
;
8. Align the screw that secures the board with the arrow indicated on the board and tighten the screw.
10
9. Fit the movable part of the articulator to the base, pressing down;
10. Make sure the back cover of the detector is parallel to the wall and then attach the articulator.
5. Operation
The
LED
jumper is used to control the LED indication without interfering with the detector. With the jumper closed ON, LED
on. With the jumper open, LED off.
Factory default:
LED on.
The Pulse
jumper
controls the pulse count to activate the alarm.With the jumper in position
1P
the sensor provides maxi-
mum sensitivity (1P one pulse).With the jumper in the
2P
position the sensor provides detection suitable for environments
with high incidence of EMI and RFI interference (2P two pulses).
Factory default:
jumper in position 2P.
The
Relay
jumper controls the state of the relay contact.With the jumper in the
NC
position, the contact is normally closed.
With the jumper in the
NO
position, the contact is normally open.
Factory default:
NC.
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