विद्युत रूप से समायोज्य थर्मल इमेजर 1019005

The विद्युत रूप से समायोज्य थर्मल इमेजर 1019005 is a high-performance, high-precision electrically adjustable temperature-measuring thermal imager. It is equipped with an uncooled infrared focal plane detector, provides multiple lens options, and delivers clear images with accurate temperature measurement. The device supports various protocols including RTSP, ओएनवीआईएफ और जीबी28181, and comes with professional temperature measurement analysis software and an SDK development kit for easy system integration. It is suitable for temperature monitoring and imaging in application fields such as electronic circuits, education and scientific research, और औद्योगिक स्वचालन.

It outputs high-quality images that accurately transmit on-site temperature data. Its electrically focused lens design allows observation of targets with multiple depths of field under the same lens, providing more precise temperature measurement. It delivers high-quality infrared images with 384×288 resolution, supporting rapid analysis and judgment of temperature data.

It features a high frame rate and real-time data transmission. With an image and temperature frame rate of up to 50Hz, it can capture temperature changes at an extremely fast speed, suitable for scenarios requiring real-time temperature monitoring. It is equipped with a Gigabit Ethernet interface, supporting real-time transmission of on-site status and temperature data, enabling remote monitoring and data analysis.

It has a wide temperature measurement range and a temperature compensation algorithm. The ATR31 covers a temperature range of -20℃~+550℃, adapting to industrial scenarios with different temperature requirements. It adopts a temperature compensation algorithm that offsets the impact of environmental factors on temperature measurement, ensuring the accuracy and reliability of results. The Electrically adjustable thermal imager 1019005 combines precision, versatility and easy integration, serving as a reliable tool for professional temperature monitoring in industrial and research fields.