Visible Light | Sensor type | 1/1.8" Progressive Scan CMOS | |
Pixel | 2MP | 4MP | |
Resolution | 1920(H) × 1080(V) | 2560(H) × 1440(V) | |
Focal length | 22.2mm～755mm | 11mm～1100mm | |
Optical/Digital zoom | 34× | 100× | |
Iris | / | F2.2～F11 | |
HFOV | 15.72°～0.48° (Wide-Tele) | 32°～0.45° (Wide-Tele) | |
Focus | Auto/Manual/Semi-auto | ||
Cooled MWIR | Detector type | Mercury Cadmium Telluride Medium Wave Cooled Infrared Detector | |
Resolution | 640 × 512 | ||
Spectrum | 3.7～4.8μm | ||
NETD | ≤20mK@F1.0,300K | ||
Cooling time | ≤7 minutes | ||
Focal length | 15mm～300mm | 35mm～690mm | |
FOV | 35.5°×28.7°～1.8°×1.5° | 15.6°×12.5°～0.8°×0.6° | |
IFOV | 1～0.05mrad | 0.43～0.02mrad | |
Focus/Zoom type | Electric focus/zoom | ||
Frame rate | 50Hz/100Hz | 50Hz/100Hz | |
Digital zoom | 1×/2×/3×/4× | ||
Pseudo | White Hot / Black Hot / Rainbow / Iron Red / Lava / Sky / Purple Orange / Gradient Red / Gradient Green / Gradient Blue | ||
Image process | Non-uniformity Correction/Digital Filter Noise Reduction/DDE | ||
Gimbal | Pan speed | 0.01°～30°/s | |
Tilt speed | 0.01°～15°/s | ||
Preset | Max 256 | ||
Pan | 360° rotating continuously | ||
Tilt | -45°～+45° | ||
Cruise | 200, 4 tracks | ||
Dimension | Encode | H.265/H.264 | |
Interface protocol | ONVIF/GB28181 | ||
Communication | 1×BNC/1×RJ45 | ||
Power | DC24V | ||
RH | <90%RH | ||
Protection grade | IP66 | ||
Anti-salt-fog | PH value 6.5～7.2, continuous spraying for 48 hours, no surface change | ||
Operation temp | -40℃～+55℃ | ||
Storage temp | -55℃～+65℃ | ||
Consumption | ≤110W | ||
Weight | ≤50Kg | ||
Dimension | 370mm × 593mm × 550mm | ||
Start a free consultation with our engineer to discuss detailed and customization options.
Wildfire prevention requires early detection and rapid response. This system performs automated patrol scanning through preset cruise routes, detecting abnormal heat signatures before flames become visible to the human eye. Utilizing medium-wave cooled infrared technology, this system provides superior thermal contrast detection in complex outdoor terrain. The 3.7–4.8μm spectral band is particularly effective for identifying high-temperature anomalies such as early-stage fire sources. The high-resolution visible channel enables terrain mapping and post-detection verification.
High sensitivity improves early-stage fire detection capability.
Automatic cruise detection minimizes human supervision.
Multiple pseudo-color palettes optimize thermal contrast visualization.
Operates reliably in remote, off-grid installations.
Forest fire early warning systems
Grassland monitoring
Ecological reserves
Mining self-ignition monitoring
Environmental law enforcement
Uncooled LWIR cameras offer lower power consumption, smaller size, lighter weight, and lower cost compared to cooled MWIR systems. They require minimal maintenance and are ideal for portable, long-duration, or cost-sensitive deployments—while still delivering reliable thermal imaging in most environments.
The camera meets MIL-STD-810G standards for shock, vibration, and temperature resistance. It is dustproof (IP66) and waterproof, capable of withstanding heavy rain, salt spray, and extreme temperatures from -40℃ to 70℃.
Yes, it supports real-time video output via IP (Ethernet), HDMI, and SDI interfaces. It is compatible with standard video management systems (VMS) and can transmit video over long distances via fiber optics or 4G/5G networks for remote monitoring.
Absolutely. Its compact size and low weight make it ideal for integration into UAVs, ground vehicles, and marine vessels. We offer custom mounting brackets and power configurations for mobile applications.
