FPA Thermal Imaging Binocular
- UND
Equipped with a high-standard 640×512 long-wave uncooled infrared detector
The combination of ultra-low-light color CMOS sensor and advanced digital noise reduction processing algorithm
3Km eye-safe laser ranging
Beidou II satellite positioning and high-precision digital electronic compass
advanced image compression algorithm is used to record real-time images
FPA Thermal Imaging Binocular
Equipped with a high-standard 640×512 long-wave uncooled infrared detector
The combination of ultra-low-light color CMOS sensor and advanced digital noise reduction processing algorithm
3Km eye-safe laser ranging
Beidou II satellite positioning and high-precision digital electronic compass
advanced image compression algorithm is used to record real-time images
Products Description
TB-673 FPA Thermal Imaging Binocular stands out as an exceptional product in the market. It is equipped with a 640×512 long-wave non-cooled infrared detector that captures high-resolution thermal images of the surroundings. This feature makes it possible to detect even the slightest changes in temperature and accurately locate targets. The thermal imaging feature is also compatible with the infrared detector for all-weather observation.
The binoculars also feature the use of ultra-low illumination color CMOS sensors and advanced digital noise reduction algorithms that enable users to obtain clear images even in low-light conditions. They can also be used in conjunction with the infrared detector to provide a clearer, more detailed view of the target object. With these features, the TB-673 enables users to observe and detect targets more effectively, whether during the day or at night.
With a range of integrated features, the TB-673 FPA Thermal Imaging Binocular offers excellent performance. This product has a range of up to 3km with the built-in human eye-safe laser ranging feature. It also has the North-Star II satellite positioning feature and high-precision electronic compass, making the observatory a precise and reliable tool for outdoor enthusiasts. Moreover, it is water-resistant and dust-resistant, making it an ideal partner for outdoor exploration in various weather environments.
The TB-673 is designed with a compact and durable structure, making it perfect for outdoor environments. It has a robust build that can withstand harsh weather environments, and its battery life is up to7 hours. The device's LED screen is also easy to read in daylight and low light.
The product is designed to be user-friendly. The controls are simple and intuitive, allowing users to switch between different modes and quickly adjust settings to suit their specific needs.
In summary, the TB-673 FPA Thermal Imaging Binocular is an excellent product that offers outstanding performance. This product is equipped with a 640×512 long wave non-cooled infrared detector, a low-light color CMOS sensor, and digital noise reduction algorithms that offer clear imaging in most conditions. With its various integrated features, including the human eye-safe laser ranging, North-Star II satellite positioning, and high-precision electronic compass, the TB-673 is a reliable tool for outdoor exploration. Furthermore, its water-resistant, dust-resistant, and durable structure makes it perfect for use in harsh environments.
Technical Parameters
SPECIFICATIONS | |
Detector Type | Uncooled FPA |
Detector Specifications | 640×512@12μm |
Operating Band | 8~12μm |
Frame Rate | 50Hz |
Temperature Sensitivity | ≤ 40mK@300K |
Infrared Lens Focal Length | 75mm (F#1.0) |
Focusing Method | ESC |
Field Of View | 5.9°× 4.7° |
Electronic Zoom | 1X~4X |
Polarity | Black heat / white heat / pseudo-color |
Display Control | Brightness/Contrast Ratio |
Image Processing | Digital filtering / detail enhancement |
Display | 2× (1024×768 0.5' OLED) |
Eyepiece | 13× (adjustable vision) |
Low Light Imaging | |
Detector | Ultra Low Shimmer Color CMOS |
Detector Specifications | 1920×1080 |
Lens Focal Length | 50mm |
Electronic Zoom | 1×~16× zoom |
Characteristics | Wide Dynamic, 3D Noise Reduction, Auto Shutter |
Laser Rangefinder | |
Operating Band | 905nm |
Distance Measuring Range | 20m~2500m (max. 3000m) Test conditions: visibility ≥ 17km target reflectivity ≥ 30% |
Distance Measurement Accuracy | ±2m |
Distance Measurement Frequency | 5 times/second |
Distance Measurement Efficiency | >98% |
Bdii Satellite Positioning/Direction | |
Positioning Accuracy | CEP<1m |
Electronic Compass | Azimuth accuracy:< 0.8˚(RMS) Pitch accuracy:< 0.3˚(RMS) |
Video Recording | |
Photo | JPEG |
Video | MP4 |
Recording Capacity | 32GB |
Interface | High-speed USB2.0, analog video |
Power Supply | |
Replaceable Lithium Battery | 3×18650 |
Battery Operating Time | 7 hours (IR mode) |
Environmental Parameters | |
Protection Level | IP66 |
Operating Temperature Range | -30°C ~ +55°C |
Storage Temperature Range | -40°C ~ +65°C |
Humidity | 5%~95%( non-condensing) |
Vibrations | Scan frequency:5-200-5Hz,G-force:2.5g |
Impact | 10g/11ms half sine wave |
Physical Parameters | |
Weight | 2.0kg (including battery, hand strap) |
Dimensions (mm) | 253× 242× 97 |
Installation Interface | 1/4' standard tripod mount |
Detection Distance ( typical climate conditions) | For people (1.8×0.5m) 3.5km For vehicles (2.3×4.7m) 7.5km |
Recognition Distance ( typical climate conditions) | For people (1.8×0.5m) 1.5km For vehicles (2.3×4.7m) 4.5km |