Intelbras IVA 3070 X Bedienungsanleitung

User manual

IVA 3070 X

IVA 3110 X

IVA 3070 X and IVA 3110 X

Sensor

Congratulations, you have just purchased a product with Intelbras quality and safety.

The IVA 3070 X and IVA 3110 X sensors have Automatic Signal Gain Control (AGC) and a Fresnel

lens, which guarantee a strong and stable signal. They offer efcient detection via dual pulsed infrared

beams and can be powered with either a DC or AC source. Read the introductory product information

presented in this manual carefully for the correct use of the sensors.

Care and security

» Do not install the sensor in areas exposed to strong winds where objects such as trees, signs or hanging clothes may

interfere with the operation of the detector.

» Avoid installing the sensor close to objects that can cause changes in temperature.

» Do not install the receiver facing the sun.

» Remove any object in front of the detector lens.

» Install the sensor in a stable location that is not subject to ickering.

» Do not install the sensor in locations that are prone to the formation of puddles of mud or dirty water that may splash

on the sensor lens.

» To clean the outside of the sensor, use a cloth moistened with water, never use chemicals.

» The sensor must be attached well so that the beams do not misalign over time.

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. It must be kept in mind that the

distance between the sensors will depend on the density of the fog.At short distances the effect of multiple

reections is higher. So it is extremely important to make sure that the beam can be interrupted when the

sensors cross. Otherwise, there may be no triggering of alarms.

» 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 specications 5

2. Product 6

3. Installing the sensors 6

3.1. Wall installation ............................................................................7

3.2. Pole installation ............................................................................8

4. Beam alignment 9

4.1. Beam alignment display .....................................................................10

5. Tests 11

5.1. Response time adjustment (receiver only) ........................................................11

6. Frequently asked Questions 12

Warranty term 13

1. Technical specications

Model IVA 3070 X IVA 3110 X

Range External 70 m 110 m

Internal 190 m 310 m

Beam characteristics Dual pulsed infrared beam

Detection method Detection by simultaneous obstruction of the beam

Response time 50 - 1400 ms

Alarm Period ≥2s depending on the beam obstruction time

Alarm output (relay) Congurable relay output NO / NC (Form C - AC / DC: 30 V and 0.5 A)

Power supply voltage DC: 12 - 24 V

AC: 11 ~ 18V

Current consumption ≤ 55 mA @ + 12 Vdc

≤ 55 mA @ + 11 Vac

≤ 65 mA @ + 12 Vdc

≤ 65 mA @ + 11 Vac

Operating temperature -10 to 55°C

Tamper switch NC (normally closed), opens when the cover is removed

Adjusting the optical axis ± 12 ° vertical; ± 90 ° horizontal

Dimensions (B × W × D) 82 × 175 × 85 mm

Weight 300 g

Protection rating IP54

Color Black

LED indicators

Receiver:

»Level (orange): the brightness of the LED varies according to the incident signal level on the receiver. When only the

orange LED is lit, the receiver will be misaligned. When, in addition to the orange LED, the green (Good) LED is lit, the

alignment is good.

»Good (green): when lit, it indicates that the beams are aligned. When off, it indicates that the sensor needs better

alignment (even if the

Level

LED is lit). Use the voltmeter to get the best t.

»Alarm (red): when lit, it indicates alarm triggering, blocked beams.

Transmitter:

»Power (green): when lit, it indicates that the sensor is powered on and ready to transmit / receive.

2. Product

Lenses

Top xing screw

Response time

adjustment

Cover lock screw

Beam alignment

display

Fixing screw

with clamp

Terminal block

Threads

Indicator

LEDs

Interior xing

screw

Receiver

Adjustment

vertical

Tamper

Horizontal

adjustment

Reception level

3. Installing the sensors

The IVA 3070X and 3110X sensors can be installed at a distance of 100 m from the panel, however, the ohmic characte-

ristics of the cable being used must be taken into account as well as the characteristics of the panel area.

Longitudinal protection distance and lateral protection distance

No fog With fog

Model Longitudinal protection

distance Side protection distance Longitudinal protection

distance Side protection distance

IVA 3070 X 70 m 5 m 35 m 2.5 m

IVA 3110 X 110 m 8 m 55 m 4 m

Note: this sensor has high immunity to false triggering with fog, however, triggering can occur depending on the density

of the fog or fog in the environment.

If the longitudinal protection distance is different from that shown in the table above, use the formula below to calculate

the side protection distance.

DPL = Side protection distance

DP = Longitudinal protection distance

DPL = SD × 0.072

Longitudinal Protection Distance (PD)

DPL

Protection Distance

Side (PDS)

3.1. Wall installation

1. Loosen the screw and remove the front cover;

2. Mark the installation holes and drill the guide holes. Side or top / bottom holes can be used for wall mounting as shown

in the gure below;

If you are going to use the top and bottom hole do not

remove the rubber lm it is a guarantee of sealing against

water and insects, use the screw itself to tear it.

Note:

M4 × 25 perforating screw.

3. Tear the rubber lm on the back of the sensor and pass the wires through the hole;

Do not remove the rubber lm it is the guarantee of sealing

against water and insects.

4. Mount the sensor on the wall.

5. Connect the wires to the terminal according to the gure on the terminal block.

3.2. Pole installation

1. Pass the wires through the hole and then pull them out;

2. Remove the cover;

3. Attach the base to the support as shown in the gure below. The base of this sensor has a suitable design for connection

to a pole.

Note: M4 × 25 perforating screw.

Terminals

Transmitter

Transmitter Receiver

Receiver

Alimentation Alarm Tamper

Receiver

Transmitter Receiver

IVA sensors can be used in conjunction with the Intelbras family of alarm panels. To connect these sensors to our line of

alarm panels, follow the steps:

» Supply the sensor with an external power supply DC 12 ~ 24 V or AC 11 ~ 18 V. If you do not have a source, use the

auxiliary output of our control units;

» Connect the ALARM output of the receiver to a corresponding terminal of the zone / sector alarm panel.

The relay output of the receiver can be congured via jumper in NC (normally closed) or NO (normally open). Adjustment

available on the rear of the jumper receiver plate (JP1).

Note.:

factory default: NC Normally closed

To change the jumper (JP1), open the receiver with the help of a screwdriver and unlock the rear cover.

Hangs Hangs

Back

cover

Wiring / power ratio

Note:

variations in the sensor power input may occur due to the internal resistance in the cable being used.

Always check at the sensor input if the supply voltage

is between 12 - 24 Vdc or 11 ~ 18 Vac.

4. Beam alignment

1. Position the transmitter and receiver so that they are aligned and cover the area you want to protect. Remove the front

cover and power on the transmitter and receiver;

Receiver

Transmitter

Sight

2. Observe the other sensor through the holes located near the sights. The rst adjustment must be visual, try to leave the

opposite sensor centered in the sight of the other sensor, as shown in the gure.

Note:

use a voltmeter to achieve a better adjustment - the higher the voltage level at the receiver output, the stronger the

signal level -, preventing false alarms caused by medium interference.

Sensor oposto visto pela mira

The desirable voltage values must

be between 3 and 4 Vdc.

Opposite sensor seen through the sight

» Visual adjustment is considered “coarse adjustment” due to the fact that the small mirrors used in the sensor sights

may be slightly misaligned.

» The adjustment considered “ne” is made through the voltage level and must be considered together with the indication

LEDs as a reference for a good alignment.

4.1. Beam alignment display

The alignment display is used with a crosshair to adjust the sensors. The rst step in aligning the sensors is to see if the

opposite sensor is centered within the sight. Look at the gure.

Right eye alignment display

Left eye alignment display

Opposite sensor seen through the sight

Visor de alinhamento

olho direito

Visor de alinhamento

olho esquerdo

Sensor oposto visto pela mira

Mira

Sight

1. Adjust the vertical angle adjustment screw (gure A) and the horizontal angle adjustment bracket by holding it at the

top as shown in (gure B). In this way, it will be possible to obtain greater precision in the adjustment. Do this at the

receiver and transmitter.

The

Good

LED should be on. Improve beam adjustment if the

Good

LED is not lit.

Note:

use a voltmeter to achieve a better adjustment - the higher the voltage level at the receiver output, the stronger

the signal level -, preventing false alarms caused by medium interference.

Figura A

Ajuste vertical

Para cima Para baixo

Parafuso de

Ajuste Vertical

Figure A Figure B

Suporte para ajuste horizontal

Vertical adjustment

screw

UP Down

Figure B

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