| Customization: | Available |
|---|---|
| Technology: | Infrared |
| Style: | Zoom Lens |
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Discover the cutting-edge technology of the Heavy-Duty Dual Spectral Binoculars for Enhanced Fire Detection, designed by Hebei Flyir Technology Co., Ltd. This remarkable device combines the precision of visible light fireworks recognition with the power of infrared thermal imaging for intelligent dual spectrum recognition, offering unparalleled fire detection and recognition capabilities. Harnessing the agility of a heavy-duty digital gimbal, it expertly pinpoints forest fires through dynamic azimuth and elevation angle adjustments. Seamless communication is achieved through wireless bridges and Beidou satellites, ensuring that video images and critical warning control signals are efficiently relayed to the command center for real-time monitoring, secure storage, and comprehensive management. Our robust system is a harmonious integration of three pivotal components: the front-end monitoring station, an advanced wireless transmission system, and a sophisticated command center.
Our Heavy-Duty Dual Spectral Binoculars are meticulously engineered for a broad range of application scenarios, including forest fire monitoring and alert systems, safety oversight in rivers, lakes, and oil fields, as well as surveillance for ports and terminals. They are indispensable for urban fire warnings, tourist attraction security, border and coastal defense operations, and critical installations such as substations, nuclear power plants, and petrochemical industries. Additionally, they offer enhanced capabilities for urban high-altitude lookouts and airport runway monitoring, ensuring comprehensive safety and security across diverse environments.
| Type | FLYIR-SLFH-12KM |
| Farthest smoke alarm distance | 13500M (5 m x 5 m) |
| Fire point farthest alarm distance | 11000M (2 m x 2 m) |
| The vehicle's maximum alarm distance | 5500M (4 m x 1.4 m) |
| Maximum alarm distance for personnel | 1800M (1.8m x 0.5m) |
| Thermal imaging system components | |
| Detector type | Uncooled infrared focal plane array sensor, microside bolometer induction |
| Pixel | 384x288 |
| Spectrum | 8-14µm |
| Infrared lens focal length | 25-225mm |
| Focus | Continuous autofocus |
| Field angle | 3.5ºx 2.8º-17.2ºx 13.8º |
| Visible light system device | |
| Vidicon | HD1920x1080 |
| Color 2 million HD | |
| Color 0.002Lux | |
| At night, 0.002lux | |
| Lens focal length | 25~800mm |
| Field angle | 0.53ºx 0.3º-40.7ºx 23.6º |
| Network characteristic | |
| Coded format | H.265/264/BP/MP/HPMJPEG/SDL |
| Code rate | 64Kbps-8Mbps |
| Frame rate | 1-25 frames per second (PAL), 1-30 frames per second (NTSC) |
| Storage temperature | -40°C~+85°C |
| Operating temperature | -40°C~+70°C |
| Salt-spray resistant | Spray continuously for 48 hours at Ph 6.5-7.2 |
| Level of protection | IP66 |
| Materials | aluminium alloy |
| PTZ characteristics | |
| Rotation angle | Horizontal constant speed 3º/S or variable speed 0.01º~30º/S Vertical constant speed 1.5º/S or variable speed 0.01º~25º/S |
| Rotation range | Horizontal 360 ° continuous rotation, vertical ±45 ° (adjustable) |
| Presetting bit | 256 |
| Cruise control function | Supports 8 cruise points with 10 cruise points each |
| Control mode | RS485/422, Pelco-P, Pelco-D, and baud rate 9600/4800/2400 Optional |
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