Microwave detector FMC10 50m
FMC 10 series microwave detectors used to guard the surrounding territory of the object.
DISTINCTIVE FEATURES:
The multi-threshold operation algorithm provides a high resistance to outdoor disturbances;
4 independent channels, which allows to avoid the nearby zones affecting each other;
Possible sensor adjustment without tools (using build in switches);
For detectors adjustment android and windows devices can be used.
10.525GHz
Detection zone 5-50m, width 2-4m
4 channels
Manual/PC config
IP55
The purpose of local protective microwave detectors of „FMC 10 (50m)“, „FMC 10 (100m)“, „FMC 10 (200m)“, families (hereinafter referred to as the detector) is to protect perimeter sectors of different sites and generate the alarm when the intruder crosses the detector’s detection zone.
The detector is a bistatic microwave detector consisting of a transmitter and a receiver.The principle of the detector operation is to generate an electromagnetic field in the space between a transmitter and a receiver. The field forms a volumetric detection zone in the form of a stretched ellipsoid of rotation and registers the changes of this field when an intruder crosses a detection zone.
FMC 10 series microwave detectors used to guard the surrounding territory of the object.
DISTINCTIVE FEATURES:
The multi-threshold operation algorithm provides a high resistance to outdoor disturbances;
4 independent channels, which allows to avoid the nearby zones affecting each other;
Possible sensor adjustment without tools (using build in switches);
For detectors adjustment android and windows devices can be used.
10.525GHz
Detection zone 5-50m, width 2-4m
4 channels
Manual/PC config
IP55
The purpose of local protective microwave detectors of „FMC 10 (50m)“, „FMC 10 (100m)“, „FMC 10 (200m)“, families (hereinafter referred to as the detector) is to protect perimeter sectors of different sites and generate the alarm when the intruder crosses the detector’s detection zone.
The detector is a bistatic microwave detector consisting of a transmitter and a receiver.The principle of the detector operation is to generate an electromagnetic field in the space between a transmitter and a receiver. The field forms a volumetric detection zone in the form of a stretched ellipsoid of rotation and registers the changes of this field when an intruder crosses a detection zone.