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IRM-LWIR-UWA0032-3101

UNCOOLED WIDE-ANGLE THERMAL IMAGER

Vehicle-mounted night vision photoelectric pods hunting
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Product Introduction

The uncooled wide-angle thermal imager consists of a fixed-focus wide-angle lens and a high-performance vanadium oxide uncooled core. The lens has a focal length of 4.4mm@F1.2; the high-performance vanadium oxide uncooled core features a resolution of 640x512, a pixel size of 12μm, and an operating wavelength range of 8μm~14μm. It adopts a modular design, boasting small size and high integration.The thermal imager is equipped with various algorithms such as filtering, non-uniformity correction, bad pixel correction, polarity selection, image flipping, enhancement, and dimming. It can be widely applied in fields including vehicle-mounted night vision, optoelectronic pods, industrial inspection, security monitoring, and scientific research.

Product Features

  • Product Features Equipped with a wide - angle lens, the field of view can reach 90° × 77°;

  • Adaptive non - uniformity correction technology;

  • Small size, low power consumption, and light weight.

Technical Indicators


ModelIRM-LWIR-UWA0032-3101
Performance
Indicators
Operating Band8μm - 14μm
Number of Pixels640 (H) × 512 (V)
Pixel Size12μm
MaterialVanadium oxide
NETD≤45mk
Frame Rate50Hz
Field of View90° × 77°
Lens Focal Length4.4mm@F1.2
MRTD≤500mk
Functional
Indicators
Image AlgorithmAlgorithms such as filtering, non - uniformity correction, bad point correction, polarity selection, enhancement, dimming, etc.
Brightness/Contrast AdjustmentManual/automatic adjustment
Shutter CorrectionManual/automatic
MirroringHorizontal, vertical, diagonal
Electronic ZoomX2, X4
Program UpgradeSupports serial port upgrade
Environmental
Adaptability
Operating Temperature-40℃ - +60℃
Storage Temperature-45℃ - +70℃
Physical
Characteristics
Size≤67mm × 43mm × 31mm
Weight<100g
InterfaceVideo Output InterfaceCamera Link, MIPI, etc.
Input VoltageTypical value 12V
Stable Power Consumption≤2.5W@room temperature
Communication InterfaceRS422


Imaging Effect