Industrial Detection Thermal Cameras

The IDTE-RM-200A features a self-developed 12μm infrared thermal imaging detector with a high thermal sensitivity of 256×192. Utilizing intelligent and precise temperature measurement algorithms along with HD image algorithms, it aims to serve as a professional infrared thermal imaging tool. With high-definition images, a large-screen display, and accurate temperature measurement capabilities, this device is ideal for applications such as electrical maintenance and circuit design.

The IDTE-RM-200F is equipped with a self-developed 12μm infrared thermal imaging detector with high thermal sensitivity and a resolution of 256×192. Leveraging intelligent and precise temperature measurement algorithms, HD image processing, and cloud services, it aims to be a professional infrared thermal imaging tool. With features like HD images, a large-screen display, and accurate temperature measurement, it is well-suited for applications such as electrical maintenance and circuit design.

The IDTE-RM-305 is a professional-grade handheld thermal camera designed for temperature measurement, boasting high resolution and manual focus capabilities. It is equipped with a self-developed 384×288 infrared detector that offers a sensitivity of 35mK. This device is widely used in various fields, including electric power, electrical automation, building inspection, and commercial HVAC applications.

The IDTE-RM-320 features a 12μm infrared detector that delivers 384×288 high-resolution thermal images and a sensitivity of 35mK, allowing for the easy detection of small hot spots. With a temperature measurement range extending up to 650°C, this device is ideal for various applications, including routine electrical inspections, electronic circuit design, HVAC, industrial manufacturing, petrochemical industry, photovoltaic testing, and more.

The RM600G is a professional-grade handheld thermal camera designed for temperature measurement, offering high resolution and manual focus capabilities. It is fitted with a self-developed 640×512 infrared detector that delivers a sensitivity of 35mK. This device is widely applicable in various fields, including electric power, electrical automation, building inspection, and commercial HVAC.

The IDTE-RM-620 is equipped with a 12μm infrared detector that delivers 640×512 high-resolution thermal images and boasts a high sensitivity of 35mK, making it easy to detect small hot spots. With a temperature measurement range extendable up to 650°C, this device is ideal for a wide range of applications, including routine electrical inspections, electronic circuit design, HVAC, industrial manufacturing, petrochemical industry, photovoltaic testing, and more.

The IDTE-ATR-31 is a high-performance, high-precision thermal imager with electrically adjustable temperature measurement, utilizing an uncooled focal plane detector and offering various lens options. It supports multiple protocols, including RTSP and ONVIF, and comes with professional application software and a universal SDK development package. This makes it an ideal choice for applications in electronic circuits, education and research, and industrial automation.

The IDTE-ATR-61 is a high-performance, high-precision thermal imager with electrically adjustable temperature measurement, featuring an uncooled focal plane detector and offering a variety of lens options. It supports multiple protocols, including RTSP and ONVIF, and is equipped with professional application software and a universal SDK development package. This makes it an excellent choice for fields like electronic circuits, education and research, and industrial automation.

The IDTE-ATR-1280 is a high-performance, high-precision thermal imager with electrically adjustable temperature measurement, capable of outputting infrared images at a resolution of 1280 x 1024. It features an electric focusing system and supports the GigE protocol, ensuring stable operation and fast response. Equipped with professional application software, it is an ideal choice for applications in education, scientific research, and industrial automation.