BQX-TP23

The SZMID BQX-TP23 Handheld Thermal Imager is a cutting-edge tool designed for precise temperature measurement and scene monitoring, integrating both thermal imaging and visible light technology. Equipped with a high-sensitivity infrared detector and a high-resolution visible light camera, this thermal imager allows users to detect subtle temperature changes and accurately assess target temperatures. The fusion of thermal and visible images, along with advanced image processing techniques like picture-in-picture overlay, enhances the clarity of visual details, making it easier to identify and interpret scenes. Designed for ergonomic handheld use, the BQX-TP23 supports seamless integration with other detection equipment such as signal detectors and bug locators, further expanding its functionality in security and inspection operations. It allows real-time temperature monitoring and features dual-light fusion for more detailed analysis. Users can capture both video and still images, which can be stored on an SD card for later review. The device offers a range of advanced features, including multiple false color modes with customizable alarms, ensuring quick alerts based on the selected mode. Wi-Fi and Wi-Fi hotspot connectivity provide easy access for remote operations, while Bluetooth support enables users to receive voice communication through a headset. The 9.7mm thermal imaging lens, with a minimum focusing distance of 0.2 meters, ensures sharp close-up inspections. The 3.5-inch touchscreen is designed for outdoor use, providing clear visuals even in bright sunlight. The thermal imager also supports advanced temperature measurement functions such as maximum, minimum, and center point positioning, as well as point, line, and frame temperature measurement. With a temperature range of -20°C to 150°C or 100°C to 550°C, and a measurement accuracy of ±2°C or ±2% of the reading, the BQX-TP23 ensures precise and reliable performance in diverse environments. Additional features like 3D noise reduction, digital zoom, and customizable contrast further enhance its utility, making it a versatile tool for professionals requiring accurate thermal imaging.