Multispectral LWIR Camera
A high-precision Multispectral LWIR Camera engineered for long-range thermal detection, multi-band imaging, and mission-critical performance in extreme, low-visibility environments.
Key Features:
✔️ LWIR sensing across 8–14 µm for high-contrast thermal detection in total darkness
✔️ Cooled MCT detector (640×480) delivering ultra-sharp thermal imagery
✔️ Exceptional thermal sensitivity of <20 mK to capture minimal temperature variations
✔️ Stirling cryocooler at –196°C to suppress noise and preserve radiometric accuracy
✔️ Multi-band LWIR imaging enabling emissivity-based material differentiation
✔️ Rugged magnesium-alloy housing with IP67 sealing for harsh field deployment
✔️ Operates reliably from –40°C to +55°C with internal vibration-isolation mounts
✔️ Real-time processing with bad-pixel correction & non-uniformity calibration
✔️ Ethernet output supporting 14-bit radiometric data recording
✔️ Long-range detection capability ideal for security, emergency response, and industrial inspection
Multispectral LWIR Camera
The Multispectral LWIR Camera operates within the long-wave infrared spectrum (8-14 micrometers), detecting thermal radiation emitted by objects regardless of visible light conditions. The sensor array contains a cooled mercury cadmium telluride (MCT) detector with 640×480 pixel resolution, achieving thermal sensitivity below 20 millikelvin for detecting minute temperature differences. A Stirling cycle cryocooler maintains the detector at -196°C, eliminating thermal noise that degrades image clarity. The camera captures data across multiple spectral bands within the LWIR range, enabling material differentiation based on emissivity characteristics.
The housing measures 240mm x 180mm x 160mm and weighs 4.2 kilograms, constructed from magnesium alloy with internal vibration isolation mounts. Operating temperature tolerance spans -40°C to +55°C, with IP67-rated seals protecting electronics from dust and water. Embedded system software processes thermal imagery in real-time, applying bad pixel correction and non-uniformity calibration before output. Data transmission occurs via Ethernet to PC-based recording modules that store footage in 14-bit radiometric format.
Military forces deploy the Multispectral LWIR Camera on border observation towers to detect human movement through complete darkness, identifying targets up to 5 kilometers away based on body heat signatures. Fire departments mount the system on aerial ladder platforms during rescue operations, locating trapped individuals inside smoke-filled buildings by their thermal profiles. Energy companies use it for power line inspections, scanning electrical infrastructure to identify overheating components before failure occurs.
Tactical Supply Pakistan provides this thermal camera with calibration certificates and PC analysis software, ensuring measurement accuracy meets operational standards from initial deployment. The company offers technical support for integrating the system into existing surveillance networks.
How long does the cryocooler require to reach operating temperature after startup?
The Stirling cooler achieves full detector stabilization within 6 minutes of power application, after which thermal imaging becomes available.
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