| Customization: | Available |
|---|---|
| Technology: | Infrared |
| Style: | Zoom Lens |
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Introducing a revolutionary advancement in fire prevention: the Dual Spectral Thermal Imaging Camera, designed with unmatched precision and efficiency by Hebei Flyir Technology Co., Ltd. This cutting-edge device utilizes a sophisticated blend of visible light fireworks recognition and infrared thermal imaging for precise temperature measurement. With its intelligent dual spectrum recognition capabilities, it excels in fire detection and accurate identification. Seamlessly locate forest fires by utilizing the versatile rotation of its azimuth and elevation angles, facilitated by a robust digital gimbal. The system ensures seamless connectivity through the use of wireless bridges and Beidou satellites, establishing reliable transmission links. This enables the delivery of real-time video images and alert control signals directly to the command center, facilitating comprehensive monitoring, storage, and management. The entire system is composed of three core components: the front-end monitoring station system, the wireless transmission system, and the command center system.
Versatile and indispensable, this leading-edge technology is ideal for a multitude of scenarios: from forest fire monitoring and early warning systems, safeguarding rivers and lakes, and ensuring the safety of oil fields to providing robust surveillance in ports and terminals. It is adept at enhancing urban fire warning protocols, monitoring tourist attractions, and fortifying border and coastal defenses. Additionally, it is pivotal in securing substations, nuclear power plants, petrochemical industries, and providing vigilant urban high-altitude surveillance, including monitoring airport runways, and more.
| 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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