In the operation and maintenance of photovoltaic power plants, the hot spot effect is an important hidden danger that affects the lifespan and power generation efficiency of components. Timely and accurate detection of hot spot defects is the key to ensuring the safe operation of power plants. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) focuses on the demand for photovoltaic detection and has launched the LX-F200 handheld infrared thermal imaging instrument. With professional temperature measurement performance, convenient operation, and powerful analysis functions, it has become an accurate tool for thermal spot detection and electrical equipment inspection in photovoltaic power plants, providing reliable guarantee for equipment safety detection in the photovoltaic and power industries.

LX-F200 is an industrial handheld infrared thermal imaging device designed for scenarios such as hot spot detection in photovoltaic power plants and temperature measurement of power system equipment. It has the ability to measure temperature with a wide range and high precision. Its temperature measurement range covers -20 ℃~120 ℃ and 0 ℃~650 ℃, and can intelligently switch ranges to meet temperature measurement needs in different scenarios; The temperature measurement accuracy reaches ± 2 ℃ or ± 2% (the larger value is taken when the nominal temperature is 10 ℃ -35 ℃), ensuring the accuracy of temperature measurement data and providing scientific basis for the judgment of hot spot defects.

This device is equipped with a high-resolution infrared detector, which has clear imaging and can accurately capture the temperature distribution differences on the surface of photovoltaic modules, quickly locating the location of hot spots. In response to the special requirements for hot spot detection of photovoltaic modules, LX-F200 has a full screen temperature rise test function, which can automatically calculate the temperature rise value of the entire thermal image, effectively shielding environmental temperature interference and accurately identifying local overheating areas of the module. At the same time, the device supports center point temperature measurement, center frame temperature measurement, 4 movable points temperature measurement, 4 movable areas (circular/rectangular) temperature measurement, and 1 movable line temperature measurement. It can also achieve full screen and area high and low temperature point positioning, fully meeting the temperature measurement and analysis needs of different parts of photovoltaic modules.

The convenience of operation is a significant advantage of LX-F200. The device adopts a handheld design, with a lightweight body that conforms to ergonomic principles. Long term handheld operation is not easy to fatigue, and it is suitable for complex scenarios such as outdoor power stations and high-altitude operations. It is equipped with an intuitive operating interface, a reasonable layout of functional buttons, supports one click screenshot and quick storage, and has a built-in large storage space that can store a large number of thermal imaging images and data, making it convenient for subsequent analysis and traceability. The device supports USB OTG wired connection and WiFi wireless connection, which can quickly transfer thermal imaging data to terminals such as mobile phones and computers, achieving real-time data sharing and remote analysis.

To improve detection accuracy, LX-F200 has powerful parameter calibration function. It supports full screen emissivity correction, which can be customized or called on the built-in material emissivity table. At the same time, it supports partition emissivity correction, setting emissivity separately for different measurement areas without affecting full screen parameters; In addition, the device also has functions such as reflection temperature compensation, environmental temperature compensation, and environmental humidity compensation, effectively eliminating the interference of environmental factors on temperature measurement results and ensuring accurate data output even in complex outdoor environments.

In terms of application scenarios, the LX-F200 handheld infrared thermal imager is not only the "guardian angel" of photovoltaic power plants, but also widely used in multiple industries such as power, electronics, and manufacturing. In the field of photovoltaics, it can be used for daily inspections of power plants, component arrival detection, and fault troubleshooting. It can quickly detect issues such as component hot spots, junction box overheating, and abnormal cable temperature, and take timely measures to avoid the hot spot effect causing component burnout and a significant decrease in power generation; In the power system, temperature measurement can be carried out on equipment such as transformers, switchgear, and line joints to detect potential faults such as insulation aging and poor contact in advance, ensuring the safe and stable operation of the power system.

Suzhou Laikesi has always been guided by industry demand, focusing on the research and production of detection equipment. The LX-F200 handheld infrared thermal imaging instrument is Laikesi's masterpiece in the field of infrared thermal imaging. This device combines professional infrared temperature measurement technology with user-friendly design, balancing precision and convenience, solving the pain points of traditional temperature measurement devices with single functions and cumbersome operation. Compared to similar products, LX-F200 has higher cost-effectiveness, functional design that better meets industry needs, and more comprehensive after-sales service, making it an essential tool for testing personnel in industries such as photovoltaics and power.

With the rapid development of the new energy and power industries, the importance of equipment safety testing is becoming increasingly prominent. The LX-F200 handheld infrared thermal imaging device, with its precise temperature measurement performance, convenient operation, and powerful functions, will effectively improve the efficiency and accuracy of equipment fault detection, help enterprises reduce operation and maintenance risks, and ensure production safety. In the future, Suzhou Laikesi will continue to innovate, continuously optimize the performance of infrared thermal imaging equipment, expand application scenarios, and provide more professional and reliable technical support for safety testing and quality control in various industries.