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Photoelectric Identification and Tracking Device
FSTH-EOS01
The photoelectric identification and tracking device integrates high-definition visible light cameras, refrigerated / non-refrigerated thermal imaging cameras, laser illuminators, and various spectrum detection modules, along with automatic tracking, intelligent analysis, and precision electronic control. It features a compact and covert design, used to detect, locate, track, and identify small unmanned aerial vehicle (UAV) targets. It can also interact with communication surveillance subsystems and radar detection subsystems, enabling reconnaissance, verification, and video evidence collection for small aerial UAVs or other low, slow and small targets.
Designed with military-grade quality, the device is housed in a super-strong aluminum alloy shell with a low-drag spherical design, making it resistant to strong winds and low vibrations. It employs dual-layer "three-proof" technology and vacuum nitrogen sealing technology, achieving an IP66 protection rating, effectively ensuring the stable operation of the device in harsh field conditions over the long term.
System Function
1). Strong Load Capacity: It can carry long-focus visible light cameras, large-aperture thermal imaging cameras, dynamic laser illuminators, and optional sensor modules such as laser rangefinders, position navigation, and digital compasses, enabling long-distance target observation.
2). Wide Detection Spectrum: It can integrate high-definition visible light, refrigerated/non-refrigerated thermal imaging, and laser illuminators, offering complementary advantages across multiple spectrums. Combining passive and active detection, it aggregates and fuses data from multiple sources to meet monitoring requirements in day and night, all-weather conditions.
3). Fast Rotation Speed: It has a rotating speed of up to 80°/s and an acceleration of up to 100°/s, allowing for quick start-up, smooth operation, and the ability to capture and track rapidly moving targets.
4). Broad Coverage Range: The azimuth rotation range is 0° to 360°, and the pitch rotation range is -90° to +90°, achieving comprehensive, all-dimensional coverage without blind spots.
5). High Control Precision: It utilizes precise angle encoders in conjunction with a high-precision closed-loop servo control system, achieving positioning accuracy as fine as 0.02°. This is paired with a high-performance image processing unit and high-precision focus control mechanisms for precise autofocus.
6). Excellent Tracking Performance: It incorporates multiple advanced target acquisition and tracking algorithms within the automatic tracking module, supported by high-precision servo control to ensure stable tracking of targets during rapid flight and changes in direction.
7). High Level of Intelligence: It supports intrusion detection, motion detection, and other abnormal behavior detection. It also supports target classification and recognition, as well as features like hotspot alerts, radar linkage, 3D zoom positioning, significantly enhancing the system's automation, informationization , and unmanned capabilities.
8). Multiple Active Protections: It includes strong heat source protection, internal temperature monitoring, and directional industrial defrosting to enhance system reliability.
9). Strong Environmental Adaptation: Constructed with high-strength aluminum alloy materials and employing dual-layer "three-proof" technology, it provides IP66 protection, making it resistant to rain, dust, corrosion, and electromagnetic interference, suitable for long-term use in challenging outdoor environments.
Main parameter:
1). Effective Range: Visible Light ≥ 3 km; Infrared ≥ 3 km
2). Infrared Detector: Cooled Mercury Cadmium Telluride (MCT) Infrared Focal Plane
3). Spectral Range: 3.7 μm～4.8μm
4). Resolution: 640×512
5). NETD (Noise Equivalent Temperature Difference): Better than 20 mK
6). Lens Focal Length: 22-450 mm Continuous Zoom Lens
7). Infrared Sensor: 1/1.8" Starlight-grade CMOS with ICR Day-Night Mode
8). Resolution: 1920×1080
9). Focal Length: 12-860 mm, High-Definition Electric Zoom Lens
10). Defog: Support Optical Fog Reduction and electronic fog reduction
11). Tracking Modes: Manual, Automatic Tracking, Supports Radar Linkage
12). Tracking Functions: Built-in Multiple Tracking Algorithms, Supports Multi-Target Detection, Auto-Capture, Short-Term Obstruction Handling, etc.
13). Viewports: Dual/Triple Viewports, Can Simultaneously Mount 2/3 Different Spectrum Sensors
14). Horizontal Range: N×360° Continuous Rotation, Mechanical Locking After Power Off
15). Pitch Range: -90° to +90°, Soft Limit Function, Programmable
16). Rotation Speed: Horizontal 0.01° to 80°/s, Pitch 0.01° to 60°/s
17). Power Supply: AC 220V
18). Total Power Consumption: ≤ 500W
19). Dimensions: ≤ 572 mm × 472 mm × 655 mm
20). Total Weight: ≤ 90 kg
Photoelectric Identification and Tracking Device
FSTH-EOS01
The photoelectric identification and tracking device integrates high-definition visible light cameras, refrigerated / non-refrigerated thermal imaging cameras, laser illuminators, and various spectrum detection modules, along with automatic tracking, intelligent analysis, and precision electronic control. It features a compact and covert design, used to detect, locate, track, and identify small unmanned aerial vehicle (UAV) targets. It can also interact with communication surveillance subsystems and radar detection subsystems, enabling reconnaissance, verification, and video evidence collection for small aerial UAVs or other low, slow and small targets.
Designed with military-grade quality, the device is housed in a super-strong aluminum alloy shell with a low-drag spherical design, making it resistant to strong winds and low vibrations. It employs dual-layer "three-proof" technology and vacuum nitrogen sealing technology, achieving an IP66 protection rating, effectively ensuring the stable operation of the device in harsh field conditions over the long term.
System Function
1). Strong Load Capacity: It can carry long-focus visible light cameras, large-aperture thermal imaging cameras, dynamic laser illuminators, and optional sensor modules such as laser rangefinders, position navigation, and digital compasses, enabling long-distance target observation.
2). Wide Detection Spectrum: It can integrate high-definition visible light, refrigerated/non-refrigerated thermal imaging, and laser illuminators, offering complementary advantages across multiple spectrums. Combining passive and active detection, it aggregates and fuses data from multiple sources to meet monitoring requirements in day and night, all-weather conditions.
3). Fast Rotation Speed: It has a rotating speed of up to 80°/s and an acceleration of up to 100°/s, allowing for quick start-up, smooth operation, and the ability to capture and track rapidly moving targets.
4). Broad Coverage Range: The azimuth rotation range is 0° to 360°, and the pitch rotation range is -90° to +90°, achieving comprehensive, all-dimensional coverage without blind spots.
5). High Control Precision: It utilizes precise angle encoders in conjunction with a high-precision closed-loop servo control system, achieving positioning accuracy as fine as 0.02°. This is paired with a high-performance image processing unit and high-precision focus control mechanisms for precise autofocus.
6). Excellent Tracking Performance: It incorporates multiple advanced target acquisition and tracking algorithms within the automatic tracking module, supported by high-precision servo control to ensure stable tracking of targets during rapid flight and changes in direction.
7). High Level of Intelligence: It supports intrusion detection, motion detection, and other abnormal behavior detection. It also supports target classification and recognition, as well as features like hotspot alerts, radar linkage, 3D zoom positioning, significantly enhancing the system's automation, informationization , and unmanned capabilities.
8). Multiple Active Protections: It includes strong heat source protection, internal temperature monitoring, and directional industrial defrosting to enhance system reliability.
9). Strong Environmental Adaptation: Constructed with high-strength aluminum alloy materials and employing dual-layer "three-proof" technology, it provides IP66 protection, making it resistant to rain, dust, corrosion, and electromagnetic interference, suitable for long-term use in challenging outdoor environments.
Main parameter:
1). Effective Range: Visible Light ≥ 3 km; Infrared ≥ 3 km
2). Infrared Detector: Cooled Mercury Cadmium Telluride (MCT) Infrared Focal Plane
3). Spectral Range: 3.7 μm～4.8μm
4). Resolution: 640×512
5). NETD (Noise Equivalent Temperature Difference): Better than 20 mK
6). Lens Focal Length: 22-450 mm Continuous Zoom Lens
7). Infrared Sensor: 1/1.8" Starlight-grade CMOS with ICR Day-Night Mode
8). Resolution: 1920×1080
9). Focal Length: 12-860 mm, High-Definition Electric Zoom Lens
10). Defog: Support Optical Fog Reduction and electronic fog reduction
11). Tracking Modes: Manual, Automatic Tracking, Supports Radar Linkage
12). Tracking Functions: Built-in Multiple Tracking Algorithms, Supports Multi-Target Detection, Auto-Capture, Short-Term Obstruction Handling, etc.
13). Viewports: Dual/Triple Viewports, Can Simultaneously Mount 2/3 Different Spectrum Sensors
14). Horizontal Range: N×360° Continuous Rotation, Mechanical Locking After Power Off
15). Pitch Range: -90° to +90°, Soft Limit Function, Programmable
16). Rotation Speed: Horizontal 0.01° to 80°/s, Pitch 0.01° to 60°/s
17). Power Supply: AC 220V
18). Total Power Consumption: ≤ 500W
19). Dimensions: ≤ 572 mm × 472 mm × 655 mm
20). Total Weight: ≤ 90 kg
