2 Axis 2 Frame POD Multiple Spectral Electro Optic Camera Sensor 4.5kg
Functions
High-defnition visible light video and real-time infrared monitoring imaging reconnaissance, as well as image switching display;
Laser ranging;
Gyro image-stabilization (two-axis stabilization);
Al target detection and identifcation;
Stable tracking of ground and aerial targets;
Real-time output of aiming rectangular position and angular velocity;
Designated area search and scanning;
Azimuth and elevation following;
Specifications
|
Satellite IR imaging spectrograph
|
|
System specifications
|
System type
|
Two-Axis Gyro Stabilization
|
|
size
|
≤ Φ180mmx260mm
|
|
weight
|
≤
4.2kg
|
|
Voltage
|
Standard 24VDC,adaptable to 19-32VDC
|
|
Power consumption
|
Average power consumption<35w,peak<100w
|
|
Azimuth Axis working angle
|
Nx360°
|
|
Elevation Axis working angle
|
-110°~+30°
|
|
Maximum Angular Velocity
|
≥60°/S
|
|
Maximum Angular Acceleration
|
≥60°/S2
|
|
Stability Accuracy
|
≤100μrad
|
|
Video Interface
|
Network port
|
|
Communication Interface
|
RS422/RS232/Ethernet
|
|
Visible Light
|
Resolution
|
1920*1080
|
|
Operating Waveband Range
|
0.4~0.7μm
|
|
Optical Lens
|
4.3~129mm continuous zoom
|
|
FOV
|
2.34°
X 1.32
°
~63.1
°
X 35.5
°
|
|
Operating range
|
Identification distance for vehicles≥7km
Under visibility ≥
20km and relative humidity
≤70%
|
|
Infrared Thermal Camera
|
Resolution
|
Longwave uncooled 640*512
|
|
Operating waveband Range
|
8-12μm
|
|
FOV
|
7.3°
x 5.8
°(±5%)
|
|
Focal Length
|
60mm at F1.0
|
|
Detection Range
|
For humans(0.5m x 1.8m)≥1.8km,for vehicles(4m x 6m)≥4.0km
|
|
Identification Range
|
For humans(0.5m x 1.8m)≥0.9km,For vehicles(4m x 6m)≥
1.9km
|
|
Laser Rangefinder
|
Laser wavelength
|
1535nm
|
|
Ranging Distance
|
≥5.2km
|
|
Ranging Accuracy
|
≤3m(RMS)
|
|
Ranging Frequency
|
1Hz
|
|
Environmental Adaptability
|
Operating Temperature
|
−20°c~+50°c
|
|
Storage Temperature
|
-30°c~+55°c
|
|
Humidity
|
(95±3)%(±40°c)
|
Application
Search and Rescue
Weeklywarning
Perimeter Security
Traction power inspection
