NP23E13在线式红外热像仪
2053像元数384×288,像元间距17μm,焦距13mm(F#1.0),视场角28.1°×21.3°,主要用于钢铁冶金、 煤炭化工、电力电网、新能源电路检测 、安防监控等。
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像元数384×288,像元间距17μm,焦距13mm(F#1.0),视场角28.1°×21.3°,主要用于钢铁冶金、 煤炭化工、电力电网、新能源电路检测 、安防监控等。
View Details像元数384×288,像元间距17μm,焦距8mm(F#1.0),视场角44.3°×34.0°,主要用于钢铁冶金、 煤炭化工、电力电网、新能源电路检测 、安防监控等。
View Details像元数384×288,像元间距17μm,焦距5.7mm(F#1.0),视场角59.5°×46.5°,主要用于钢铁冶金、 煤炭化工、电力电网、新能源电路检测 、安防监控等。
View Details像元数384×288,像元间距17μm,焦距4mm(F#1.0),视场角78.4°×62.9°,主要用于钢铁冶金、煤炭化工、电力电网、新能源电路检测 、安防监控等。
View Details像元数640×512,像元间距 12μm,焦距35mm(F#1.0),视场角12.5°×10.0°,主要用于户外观测整机、无人机集成等。
View DetailsCombustion furnaces and boilers play an important role in heating systems in many industries and commercial and administrative buildings.
View DetailsResearch status at home and abroad: the development and application of Infrared Thermal Imaging Nondestructive testing technology benefit from the development of thermal imaging equipment in the 20th century. 1964, after World War II [...]
View DetailsIt outputs full stream lossless temperature data and video stream data in H.264 compressed format, and provides SDK to facilitate customer back-end integrated development. It has strong smoke penetration performance and can be used in a wide range of ambient temperatures.
View DetailsThe self-developed temperature measurement correction algorithm is adopted to realize accurate temperature measurement, which is applied to police fire protection, forest fire protection, rail transit, petroleum and petrochemical, scientific research, and security monitoring.
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