| Overall parameters | |
| Product weight | 257g |
| Product dimensions | 78*62*106.6mm |
| Input voltage | 14.8V~25.2V |
| Dynamic current | 1250~1650mA @ 16V |
| Power | Average power is 20W, peak power is 26.4W |
| Video output | Ethernet: IP (RTSP/UDP 4K/1080p/720p@30fps H264/H265) |
| Protection rating | IP4X |
| Operating environment temperature | -20℃ ~ +50℃ |
| Storage | Storage capacity within 256GB, read/write speeds above Class 10 |
| Image storage format on TF cards | JPG (visible light supports 4K/48M, selectable by mode, thermal image 640x512) |
| MP4 (visible light supports 4K/1080P/720P, thermal image 640x512) | |
| Control methods | S.BUS or TTL(either one, default is TTL) / TCP / UDP |
| Gimbal specifications | |
| Structural design angle range | Pitch angle: -65° (up) ~ 135° (down), roll angle: ±50°, yaw angle: ±150° |
| Software limits the range of angles | Pitch angle: -45°~125°, yaw angle: ±140° |
| Angle jitter | Pitch/roll/yaw angle: ±0.02° |
| One-click return to the center | √ |
| Visible light camera specifications | |
| Image sensors | 1/2-inch CMOS |
| Statue size | 0.80 µm (H) ×0.80 µm (V)； After 2x2 binning, the equivalent is 1.6μm |
| Image prime | 48MP (8000*6000) |
| EFL | 4.5mm |
| Viewing angle FOV | Approximately H 68.6°, V 42.0°, D 76.1° |
| Thermal imager parameters | |
| Lens focal length | 9mm |
| Horizontal field of view | 46.2° |
| Vertical field of view | 37.7° |
| Diagonal field of view | 57.3° |
| Detection Distance (person: 1.8x0.5m) | 375 meters |
| Recognition distance (person: 1.8x0.5m) | 94 meters |
| Verification distance (person: 1.8x0.5m) | 47 meters |
| Detection Distance (Car: 4.2x1.8m) | 1150 meters |
| Recognition distance (Car: 4.2x1.8m) | 288 meters |
| Verification Distance (Car: 4.2x1.8m) | 144 meters |
| Work standard | Uncooled longwave (8μm~14μm) |
| Detector pixels | 640*512 |
| Pixel-sized | 12μm |
| Electronic zoom | 1x~8x |
| Focusing method | No heating, no need for focusing |
| NETD (Thermal Sensitivity/Noise Equivalent Temperature Difference) | ≤25mK(f /1.0 300K) |
| Color swatch | White heat, black heat, iron red |
| Track performance parameters | |
| Pixel deviation update rate | 30Hz |
| Pixel output delay | <30ms |
| Minimum target contrast | 5% |
| Minimum signal-to-noise ratio | 4 |
| Minimum target size | 16*16 pixels |
| Maximum target size | 256*256 pixels |
| Tracking speed | 48 pixels per frame |
| Target memory time | 100 sessions |
| Identify performance parameters | |
| Type | People, vehicles |
| The quantity that can be detected simultaneously | ≥ 10 goals |
| Contrast | ≥ 5% |
| Minimum target size | 5×5 pixels |
| Vehicle detection probability | ≥85% |
| false alarm rate | ≤10% |
| Distance measurement performance parameters | |
| Effective distance | 5~1200 meters |
| Error accuracy | 1 meter |
| Beam | 905nm pulsed laser |
| and dispatched a scattered horn | ~6 mrad |
| Laser pulse frequency | 1~4Hz |
| Security level | Class1 |
| Measurement | Measure the distance between the object at the center of the image and the laser instrument at two points |
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| Overall parameters | |
| Product weight | 257g |
| Product dimensions | 78*62*106.6mm |
| Input voltage | 14.8V~25.2V |
| Dynamic current | 1250~1650mA @ 16V |
| Power | Average power is 20W, peak power is 26.4W |
| Video output | Ethernet: IP (RTSP/UDP 4K/1080p/720p@30fps H264/H265) |
| Protection rating | IP4X |
| Operating environment temperature | -20℃ ~ +50℃ |
| Storage | Storage capacity within 256GB, read/write speeds above Class 10 |
| Image storage format on TF cards | JPG (visible light supports 4K/48M, selectable by mode, thermal image 640x512) |
| MP4 (visible light supports 4K/1080P/720P, thermal image 640x512) | |
| Control methods | S.BUS or TTL(either one, default is TTL) / TCP / UDP |
| Gimbal specifications | |
| Structural design angle range | Pitch angle: -65° (up) ~ 135° (down), roll angle: ±50°, yaw angle: ±150° |
| Software limits the range of angles | Pitch angle: -45°~125°, yaw angle: ±140° |
| Angle jitter | Pitch/roll/yaw angle: ±0.02° |
| One-click return to the center | √ |
| Visible light camera specifications | |
| Image sensors | 1/2-inch CMOS |
| Statue size | 0.80 µm (H) ×0.80 µm (V)； After 2x2 binning, the equivalent is 1.6μm |
| Image prime | 48MP (8000*6000) |
| EFL | 4.5mm |
| Viewing angle FOV | Approximately H 68.6°, V 42.0°, D 76.1° |
| Thermal imager parameters | |
| Lens focal length | 9mm |
| Horizontal field of view | 46.2° |
| Vertical field of view | 37.7° |
| Diagonal field of view | 57.3° |
| Detection Distance (person: 1.8x0.5m) | 375 meters |
| Recognition distance (person: 1.8x0.5m) | 94 meters |
| Verification distance (person: 1.8x0.5m) | 47 meters |
| Detection Distance (Car: 4.2x1.8m) | 1150 meters |
| Recognition distance (Car: 4.2x1.8m) | 288 meters |
| Verification Distance (Car: 4.2x1.8m) | 144 meters |
| Work standard | Uncooled longwave (8μm~14μm) |
| Detector pixels | 640*512 |
| Pixel-sized | 12μm |
| Electronic zoom | 1x~8x |
| Focusing method | No heating, no need for focusing |
| NETD (Thermal Sensitivity/Noise Equivalent Temperature Difference) | ≤25mK(f /1.0 300K) |
| Color swatch | White heat, black heat, iron red |
| Track performance parameters | |
| Pixel deviation update rate | 30Hz |
| Pixel output delay | <30ms |
| Minimum target contrast | 5% |
| Minimum signal-to-noise ratio | 4 |
| Minimum target size | 16*16 pixels |
| Maximum target size | 256*256 pixels |
| Tracking speed | 48 pixels per frame |
| Target memory time | 100 sessions |
| Identify performance parameters | |
| Type | People, vehicles |
| The quantity that can be detected simultaneously | ≥ 10 goals |
| Contrast | ≥ 5% |
| Minimum target size | 5×5 pixels |
| Vehicle detection probability | ≥85% |
| false alarm rate | ≤10% |
| Distance measurement performance parameters | |
| Effective distance | 5~1200 meters |
| Error accuracy | 1 meter |
| Beam | 905nm pulsed laser |
| and dispatched a scattered horn | ~6 mrad |
| Laser pulse frequency | 1~4Hz |
| Security level | Class1 |
| Measurement | Measure the distance between the object at the center of the image and the laser instrument at two points |