High Reliability 610*512 Thermal Camera with 13X | RFQ Sourcing Details

The wide-spectrum short-wave infrared imaging system with large aperture and long continuous zoom boasts strong smoke penetration capability, enabling excellent penetrating imaging performance in environments with poor visibility such as hazy weather.

It can detect lasers within the range of 0.9-1.7 μm and trace the source of the laser irradiation position. Additionally, it can penetrate media that thermal imaging systems cannot, such as car windows, facilitating the search and rescue of people in rooms within fire scenes under smoky conditions.

This wide-spectrum short-wave infrared imaging system with large aperture and long continuous zoom features a wide spectrum, large relative aperture, and clear imaging Product Feature Main Specifications Detector Specs Detector Resolution 640×512 Pixel Size 15 μm Operating Waveband 0.9 μm ~ 1.7 μm Detector Material In.

GaAs Cooling Method TEC Cooling Dynamic Range 65dB (LG), 55dB (MG) Readout Noise 500e (LG), 60e (MG) Full Well Capacity 2.2. Me (LG), 90.

Ke (MG) Dark Current 30fA @ 0.1V & 18ºC Lens Specs Focal Length 20(±5%)mm ~ 260(±5%)mm Aperture F3 - F5 Field of View (FOV) 2.1°×1.69° ~ 27°×21.7°(±5%) Transmittance ≤80%@1064nm;70%@1550nm Functional Specs Video Output Mode HD-SDI Output Frame Rate 50.

Hz (Resolution: 1280×720) Communication Mode RS422 Integration Time Manually Adjustable Electronic Zoom ×2 / ×4 Power Supply DC12V ± 1V Steady-state Power Consumption ≤25W@25ºC Environmental Adaptability Operating Temperature -20ºC ~ +60ºC Physical Characteristics Overall Dimensions (L×W×H) ≤337mm×138mm×119mm Weight ≤2.8kg Comparison of Imaging Systems in Different Wavelength Bands In comparison, short-wave infrared (SWIR) outperforms visible light and long-wave infrared (LWIR) in penetrating adverse weather conditions like haze and smoke.

It can significantly extend the imaging distance and provide rich image details Technical Features & Applications High Resolution Delivers clear high-resolution images.

Compared with traditional thermal imaging, it distinguishes target details such as clothing texture and vehicle license plates, improving long-distance monitoring accuracy. Excellent Low-Visibility Performance Performs better than visible light systems in fog, smoke, rain and snow.

Less affected by atmospheric scattering and absorption, ensuring stable detection in forest fires, haze and harsh environments. Strong Camouflage