Infrared Panoramic Camera
The advantages of infrared panoramic cameras compared with radars are mainly reflected in the following aspects:
Image details: Infrared cameras provide high-resolution thermal images that can identify specific objects and details, making them suitable for fine monitoring.
Low-light environment: Infrared cameras can work effectively in complete darkness or low-light conditions, while radars usually cannot provide corresponding image details.
Heat source detection: Infrared cameras are good at identifying temperature differences and can quickly locate heat sources, which is particularly important in the fields of security and fire protection.
Equipment simplicity: Infrared cameras are usually small in size, easy to install and move, and highly adaptable.
Model | FS-UPT300HZIR120 | FS-UPT300UDIR55 | FS-UPT300UDIR75 |
Monitoring distance | Drone (0.3m×0.3m) 2×2 pixels | 1200m | 680m | 930m |
Human (1.8m×0.5m) 5.3×1.6 pixels | 2400m | 1450m | 2000m |
Vehicle (4.6m×2.3m) 6×3 pixels | 6000m | 3500m | 4800m |
Photoelectric pod & Scan | Horitontal FOV | 360° |
Vertical angle | -45°~ +45° |
Scan speed | 360°/s | 180°/s | 154°/s |
Video output | Gigabit network |
Power | DC24V/5A |
Detector | Detector | Cooled focal plane detector | Uncooled FPA microbolometer, Vox |
Effective pixels | 640×512 | 1280×1024 |
Spectrum range | 3~5μm | 8~14μm |
NETD | ≤25mK@F2.0,300K | ≤50mK@F1.0,300K |
Thermal lens | Focal length | 120mm | 55mm | 75mm |
FOV | 3.7° @512 | 12.7° @1024 | 9.3° @1024 |
F value | F2.0 | F1.0 |
iFOV | 0.13mrad | 0.22mrad | 0.16mrad |
Physical & Environmental indicator | Working temperature | -40℃~+60℃ |
Protection grade | IP66 |
Weight | ≤18Kg |
The operation of infrared panoramic cameras relies on the detection of infrared radiation emitted by objects. These cameras are equipped with specialized sensors that convert this radiation into visible images, enabling the capture of objects with varying temperatures. Additionally, they are typically furnished with multiple lenses or rotating mechanisms to facilitate rapid scanning and capture of panoramic images, making them suitable for a diverse range of monitoring and imaging requirements.
