Basic Information
| Model NO. |
MX-2400 |
|
Working system
|
Phased array system (azimuth scanning+elevation scanning)/pulse
Doppler
|
|
Working band
|
C Band
|
|
Azimuth coverage
|
360°
|
|
Data rate
|
0.2Hz
|
|
Data interface
|
RJ45/1 1CH Ethernet 10/100M port
|
|
Input power
|
≤45W(power dissipation) AC200-AC240(input)
|
|
Working temperature
|
-40ºC~+55ºC
|
Packaging & Deliver
|
Weight (N.W)
|
≤5.5kg(Whole device with 360° electric rotary)
|
Product overview
The innovative MX-2400 series emerges as a sophisticated security solution crafted by Safety-Protection (Beijing) Trading Co., Ltd., tailored for meticulous perimeter border protection and dynamic ground detection of both human and vehicle presence. It offers customizable monitoring distances for pedestrians and vehicles alike. This cutting-edge system adeptly measures azimuth, distance, trajectory, and speed of moving targets. It excels in automatically discovering and identifying suspicious intrusion targets. Enhanced by radar and photoelectric fusion technology, it enables seamless automatic mobilization, tracking, and monitoring of potential threats.
Product Features:
High Real-time and High Precision: It delivers exceptional high-precision tracking for distant detection targets, providing a solid basis for informed decision-making by border defense personnel.
Robust Environmental Adaptability: Designed for unwavering 24/7 operation, it easily adapts to challenging conditions like night, rain, snow, haze, and dust, ensuring consistent performance.
High Flexibility: Facilitates long-range target detection with ease and offers straightforward installation.
DBF Technology: Harnesses DBF technology to bolster anti-interference capabilities by transmitting multiple beams, technology
Phased Array System: Integrates a state-of-the-art active phased array system to enhance radar detection efficiency, providing precise output of target coordinates.
High Cost-effectiveness: By continually refining the product, we ensure superb detection performance while achieving an ideal blend of reliability, usability, and economic value.
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