Digital autonomous (up to 7 years of operation from a single power source) optoelectronic passive infrared single-position detector with a volumetric zone "SPLAV V10RA Braslet" is designed to protect areas of territories, objects both outdoors and indoors by issuing an alarm notification via radio channel 433,92 MHz (transmission range 7,500 meters) when an intruder crosses a volumetric detection zone with an opening of 30 degrees vertically and 90 degrees horizontally with a range of up to 10 meters at speeds from 0.1 to 5 m/s.
The detector is powered by a built-in battery (3.6 V AA battery SAFT LS14500 is included in the delivery package), with an estimated battery life of up to 7 years, subject to one alarm per day. The current consumption in standby mode is 20 Ma.
It is a part of the mobile fast-turning complex "SPLAV-DBK "Braslet".
Main technical characteristics:
- Transmission range: 7500 m;
- Detection range: up to 25 meters;
- Recommended detection range in outdoor conditions: 10 meters
- Adaptive sensitivity mode;
- Sensitivity levels: 15
The detectors use fully digital detection technology. The infringer detection algorithm is registered as intellectual property (certificate No. 2006612146 dated 06/20/06 ROSPATENT).
The integrated bracket is designed for mounting the detector on a wall or pole.
Detection area:
Top view
Side view
To increase the stability of the detector in difficult conditions, it is possible to install a mode of increased protection against false alarms (the "FALSE IMMUNITY" jumper on the printed circuit board). At the same time, the maximum range of the detection zone is reduced to 8 meters.
Advantages:
- self-contained - does not require installation of power and communication wires
- long battery life - up to 7 years
- Transmission range up to 7,500 m
- Easy to install, set up and easy to operate
- high mobility - the ability to easily move and quickly configure the security perimeter
Features:
- requires periodic replacement of the power supply
- the transmission range of the alarm depends on the terrain and the presence of radio interference
