640x512 50FPS CMOS GigE LWIR Thermal Camera LEO 640LW/LWT-50gm

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Q1. What is the resolution of the LEO Series LWIR cameras?
The LEO Series provides 640 × 512 thermal imaging resolution with a frame rate of 50fps.
Q2. What sensor technology do these thermal cameras use?
The cameras use uncooled vanadium oxide (VOx) detectors with 17μm pixel size for long-wave infrared imaging.
Q3. What is the spectral range of the LEO Series?
The series operates in the 8–14μm LWIR spectral range, supporting thermal contrast imaging in industrial applications.
Q4. Do the LEO Series cameras support temperature measurement?
Temperature measurement is available on designated LWT models, such as the LEO 64006LWT-50gm. Standard LW models are intended for thermal observation.
Q5. What lens options are available?
The series offers 6.3mm, 15mm, 25mm, and 35mm focal length configurations for different field-of-view requirements.
Q6. Are these cameras compatible with GigE Vision and GenICam?
Yes. The LEO Series supports GigE Vision and GenICam for integration with compatible industrial imaging software and acquisition systems.
Q7. What is the difference between LWIR and SWIR cameras?
LWIR cameras detect long-wave infrared radiation and are commonly used for thermal imaging. SWIR cameras capture shorter infrared wavelengths and are often used for material differentiation and inspection with reflected or transmitted light.
Q8. Can the LEO Series be used for industrial equipment monitoring?
Yes. These cameras support thermal observation of machinery and industrial processes. Applications requiring quantitative temperature measurements should use a thermometric model.
Q9. Which focal length should I choose?
A 6.3mm lens provides wide-area coverage, while 25mm and 35mm configurations offer narrower fields of view. The appropriate choice depends on working distance and target dimensions.