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Active Infrared Barrier 

ACTIVA

 

 

activa_en 03/15 

The ACTIVA is a series of photoelectric devices which serve as active infrared barriers. Each device 
is composed of a transmitter and a receiver units. The ACTIVA barrier is available in seven models 
which differ among themselves by the number of beams/height: 

  ACTIVA-2 (2 beams, height: 52 cm), 

  ACTIVA-3 (3 beams, height: 78 cm), 

  ACTIVA-4 (4 beams, height: 105 cm), 

  ACTIVA-5 (5 beams, height: 130 cm), 

  ACTIVA-6 (6 beams, height: 158 cm), 

  ACTIVA-7 (7 beams, height: 184 cm), 

  ACTIVA-8 (8 beams, height: 210 cm). 

This manual applies to the ACTIVA barriers with firmware version 2.00 (or later). 

1.  Features 

  Coding of infrared beams, which prevents swapping of the transmitters (light entering the receiver 

from another infrared source will be interpreted as beam interruption). 

  Beams sensitivity adjustment. 

  Option to automatically bypass the beams after preset number of interruptions. 

  Option to permanently disable the beams. 

  Selectable number of beams whose interruption will trigger an alarm. 

  Memory of bypasses. 

  Signal strength adjustment (barrier range). 

  Programming capability by using the ACTIVA program. 

  Tamper switch for detection of an attempt to open the cover or tear the device off the wall. 

  Esthetic and durable covers made of aluminum and polyamide. 

  Designed to prevent water ingress and allow easy drainage. 

2.  Description of electronics boards 

Electronics boards of the ACTIVA barriers have a modular structure. Depending on the model of the 
device, they differ by the number of interconnected basic components. Presented below is a 
description of simplified views of the transmitter and receiver electronics boards. 

2.1  Transmitter 

 

 

Figure 1. A simplified view of the transmitter board. 

 
Explanations for Figure 1: 

  tamper switch leads; 

Содержание ACTIVA-2

Страница 1: ...interruption Beams sensitivity adjustment Option to automatically bypass the beams after preset number of interruptions Option to permanently disable the beams Selectable number of beams whose interruption will trigger an alarm Memory of bypasses Signal strength adjustment barrier range Programming capability by using the ACTIVA program Tamper switch for detection of an attempt to open the cover o...

Страница 2: ...e re synchronization can be only done after power is turned off and turned on again LED pins Setting the jumper will activate signaling of the beam interruption by means of the LED irrespective of the LED input status terminals 1 power supply input 2 common ground 3 synchronization terminal it must be connected to the counterpart terminal of the transmitter 4 5 tamper switch 6 7 relay NC 8 the inp...

Страница 3: ... operation and cause triggering of false alarms Figure 4 Optimum positioning of the barrier with respect to the sun T transmitter R receiver The barriers can be mounted with their power supply leads facing either up or down However the mounting position in which the cables of transmitter and receiver are oppositely directed i e the cables of transmitter are upward directed and those of receiver do...

Страница 4: ...using 1 to the wall using the screws 2 Insert the tamper switch holder 3 into the mounting plate guides and secure it to the wall with the screw 4 Insert the tamper switch 5 into the secured holder B Connect the power supply cables the and synchronizing cable Place the housing cover 6 C Push the cover in position D Secure the cover using the screw 7 3 2 Mounting parallel to the wall plane Figure 9...

Страница 5: ...er switch and solder its ends as required to the cables of angular holder tamper switch Place the plastic cover of the housing 7 C Push the cover in position D Secure the cover using the screw 8 E Using the screws 9 attach the holder to the wall If the installation requires that the barrier be positioned at a distance from the wall in case when the beam path is obstructed by elements protruding fr...

Страница 6: ...IVA barriers communicated with the computer through the RS 232 interface To connect the barrier to the computer use the USB RS converter for programming SATEL devices In order to configure the barrier by using computer follow the procedure below 1 Connect the power supply cables and the sync cable to the device 2 Connect the barrier to the computer 3 Make sure that the beam path is not obstructed ...

Страница 7: ...re version and build date of the connected barrier 5 Button for reading data from barrier memory 6 Button for writing data to barrier memory 7 Button for erasing the memory of bypasses 8 Diagnostic window The window displays the following information A Receiver In the ACTIVA program its color can be as follows white normal running mode of the device red tamper of the receiver blue synchronization ...

Страница 8: ...ndicate two states Output TMP OK Tamper as in Figure 11 I Power supply indicator it shows the current voltage level across the barrier terminals J Alarm output indicator It can indicate two states Output NC OK as in Figure 11 Alarm 5 Specifications ACTIVA 2 ACTIVA 3 ACTIVA 4 ACTIVA 5 ACTIVA 6 ACTIVA 7 ACTIVA 8 Nominal power supply voltage 15 12 V DC Current consumption standby 40 mA 40 mA 40 mA 40...

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