Self-contained (up to 7 years of operation from a single power source)with a radio channel of 869.25 MHz (transmission range 500 meters) digital passive infrared detector "SPLAV L70RA m" with a linear zone length of 70 meters (50 meters in outdoor conditions) and a height /width of the zone at a maximum distance of 2x3 meters. It is intended for the organization of a mobile or stationary perimeter security line as part of a fast-moving security complex FDAMC "Staya".
The detectors use fully digital detection technology. The infringer detection algorithm is registered as intellectual property (certificate No. 2006612146 dated 06/20/06 ROSPATENT).To increase the stability of the detector in difficult conditions, it is possible to set the adaptive sensitivity mode.
There are three mounting options – a stationary bracket, a tripod, and a "clothespin" type bracket.
Main technical characteristics:
- Detection range not less than: 70 m
- Detection range in the mode of increased protection against false alarms is not less than: 50 m
- Availability of adaptive sensitivity mode
- Sensitivity levels: 15
- DC power supply voltage: 3.6V
- Battery Capacity: 2.4Ah
- Current consumption:
- standby mode no more than 0.025 mA
- message transmission of at least 30 mA
- Radio alarm transmission range: 500m
- Operating temperature: -40...+55°C
- Dimensions: 177x80x260 mm
- Weight: 0.4 kg
IMPORTANT! "SPLAV L70RA m" are used only as part of a fast-deployable security FDAMC "Staya" with a radio channel on the frequency 869.25 MHz.
Detection zone
Top view
Side view
Advantages:
- self-contained - does not require installation of power and communication wires
- long battery life - up to 7 years
- Easy to install, set up and easy to operate
- high mobility - the ability to easily move and quickly configure the security perimeter
Features:
- compatible with only as part of the fast-turning security complex DBK Pack.
- requires periodic recharging or replacement of the power supply
- the transmission range of the alarm depends on the terrain and the presence of radio interference
