In the long-term operation of photovoltaic power plants, thermal defects such as module hot spots, overheating of junction boxes, and abnormal combiner boxes are the main culprits leading to power generation losses and even fire accidents. The traditional manual temperature measurement method is not only inefficient, but also difficult to fully cover. The LX-F300 handheld infrared thermal imaging device, created by LAILX in Shanghai, is becoming a powerful tool for predictive maintenance of photovoltaic power plants due to its excellent imaging quality and intelligent analysis functions. It builds a solid "thermal safety line" for the safe and stable operation of power plants. Visual remote temperature measurement

The LX-F300 is equipped with a 320 × 240 high-resolution infrared detector with a thermal sensitivity (NETD) of less than 0.05 ℃, which can sensitively capture extremely subtle temperature changes. Its biggest technological highlight lies in the innovative MagicThermal detail enhancement imaging technology. Through the touch screen, users can easily activate the multi-color dynamic imaging mode, presenting the subtle temperature differences in the target area as high contrast color thermal images, while the background is displayed in black and white, greatly enhancing the recognition of defects in complex scenes. With the Picture in Picture (PIP) function, operation and maintenance personnel can freely overlay and move thermal images on visible light images, accurately locating the physical location of the fault point in the real scene.

In terms of data analysis and on-site applications, LX-F300 demonstrates extremely high professional standards. The device supports full screen temperature rise display and automatic calculation of phase to phase temperature difference, which can automatically shield environmental temperature interference and scientifically evaluate the heating status of electrical equipment. In response to the large number of photovoltaic power plant components, LX-F300 provides convenient collection, annotation, and automatic naming functions. It supports scanning component QR codes to directly associate thermal images, making the tracking and troubleshooting of faulty components orderly. In addition, the full standard positioning system (Beidou/GPS/GLONASS) and all-round automatic orientation function can synchronize and save position and direction information to each thermal image, providing a perfect closed loop for digital asset management of large power plants.

Whether it is quick screening during daily inspections or deep diagnosis after faults occur, the LX-F300 has greatly improved the work efficiency of the operation and maintenance team with its comfortable design for one handed operation, IP67 level protection, and WiFi FTP data fast transmission function. The Lexus LX-F300 is safeguarding the long-term stability of photovoltaic assets with visible temperature.

Visual remote temperature measurement, portable industrial thermometer, portable 8-hour battery life