As a high-voltage direct current electrical system, photovoltaic power plants are exposed to complex outdoor environments for a long time, with typical characteristics of local abnormal heating, such as component hot spots, loose wiring terminals, cable aging, poor contact of combiner boxes, and abnormal inverters. If these heat hazards are not detected and dealt with in a timely manner, they can easily lead to major safety accidents such as component burnout, system short circuits, fires, etc., which not only cause huge economic losses, but also may endanger personnel safety. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) focuses on the core needs of photovoltaic thermal safety detection. With the accumulation of technology and industry insights in the field of infrared thermal imaging, it has launched the LX-F200 handheld infrared thermal imaging device. This product features ultra-high thermal sensitivity, wide temperature range precise temperature measurement, high-definition infrared imaging, portable and durable design, and intelligent analysis functions. It quickly captures subtle temperature differences in equipment, accurately locates heating hazards, and provides efficient and reliable thermal safety detection solutions for photovoltaic power plants, power operation and maintenance, industrial manufacturing, and other scenarios, building a strong defense line for safe equipment operation. Industrial high-temperature handheld temperature measurement infrared thermal imager

The LX-F200 handheld infrared thermal imaging device is equipped with a self-developed high-performance infrared detector, which has industry-leading temperature measurement accuracy and imaging clarity. The device adopts a detector manufactured with advanced technology of 12 μ m, with an infrared resolution of 320 × 240 pixels and a thermal sensitivity of up to 50mK. It can accurately capture subtle temperature differences as low as 0.05 ℃, easily identify hidden dangers such as small thermal spots on photovoltaic modules and virtual connection heating of electrical equipment joints, and avoid missed fault diagnosis due to small temperature differences. The temperature measurement range covers -20 ℃ to 650 ℃, which can meet the temperature measurement needs of different equipment such as photovoltaic modules, combiner boxes, inverters, cables, and wiring terminals. It is suitable for dual scenarios of low-temperature environment hazard investigation and high-temperature fault detection. In terms of imaging quality, the equipment is equipped with a high transmittance infrared lens, which provides clear and delicate imaging images with distinct thermal distribution levels. It can clearly present the temperature gradient on the surface of the equipment, helping operation and maintenance personnel to intuitively determine the location, scope, and severity of faults, and providing accurate basis for fault handling.

The ultimate portability design and outdoor adaptability make the LX-F200 perfectly meet the needs of outdoor inspection operations. The whole machine adopts a lightweight ergonomic design, with a body weight of only 0.8kg, which can be easily held and operated with one hand, making it less prone to fatigue during long-term inspections; The compact size of the device allows it to be carried around in a tool kit, making it suitable for various complex photovoltaic power plant scenarios such as mountains, rooftops, and deserts. It is easy for operation and maintenance personnel to move and inspect flexibly, without blind spots to identify hidden dangers. The equipment casing is made of high-strength engineering materials and has an IP54 dustproof and waterproof rating, which can effectively resist outdoor sand and rain erosion; Anti fall and seismic design, passing a 1.5-meter drop test, suitable for complex outdoor work environments, and not easily damaged by bumps. At the same time, the device is equipped with a 3.5-inch high-definition touch color screen, which is clearly visible under sunlight and supports automatic brightness adjustment. It can also clearly view thermal imaging images and temperature measurement data in strong light environments; The layout of the body buttons is reasonable, the operation is simple and intuitive, and beginners can quickly get started without professional training, improving inspection efficiency.

Intelligent temperature measurement analysis and convenient data management greatly improve the efficiency of fault diagnosis and operation management. LX-F200 supports multiple temperature measurement modes such as real-time temperature measurement, fixed-point temperature measurement, area temperature measurement, and temperature difference analysis. It can quickly obtain surface temperature data of equipment, automatically mark the highest and lowest temperature positions, intuitively display temperature difference values, and help operation and maintenance personnel quickly locate abnormal heating areas. The device has a high temperature alarm function and can customize the alarm temperature threshold. When the detected temperature exceeds the threshold, the device automatically emits an audible and visual alarm to remind the operation and maintenance personnel to investigate hidden dangers in a timely manner and avoid the expansion of the fault. Equipped with specialized analysis software, it supports the storage, export, analysis, and report generation of thermal imaging images. The body can store more than 10000 sets of thermal imaging images and supports USB one click data export for easy traceability analysis and maintenance record retention. At the same time, the device supports laser positioning function, emitting laser points to accurately mark the location of faults, making it easy for operation and maintenance personnel to quickly locate and deal with hidden dangers, especially suitable for high-altitude and long-distance equipment detection.

In the application scenario of photovoltaic power plants, LX-F200 can achieve full field thermal safety detection, covering core components such as components, electrical equipment, cables, etc. For photovoltaic modules, it can quickly detect issues such as hot spots, hidden cracks, aging, etc., avoiding the long-term existence of hot spots that can cause module power attenuation or burnout; For combiner boxes and inverters, faults such as loose wiring terminals, oxidized contacts, and overheating of components can be detected to prevent short circuits or fires caused by poor contact; For cables, hidden dangers such as insulation aging, joint heating, and overload can be investigated to ensure transmission safety. In addition, this device is widely used in fields such as power operation and maintenance, industrial manufacturing, building security, HVAC testing, etc. It can detect abnormal heating hazards in electrical equipment, mechanical equipment, pipelines, walls, etc. It is versatile and cost-effective.

Relying on LAILX's comprehensive technology and service system, the LX-F200 handheld infrared thermal imaging device has reliable quality and worry free after-sales service. The company has been deeply involved in the fields of photovoltaics and industrial testing for many years, with a mature R&D, production, and quality inspection system. The products strictly follow industry standards from design to production, and have undergone multiple rounds of rigorous testing to ensure stable and reliable performance. The company adheres to the concept of "customer first, service-oriented", providing customers with one-stop services such as equipment operation training, technical consultation, after-sales maintenance, etc., establishing a rapid response mechanism, timely solving various problems encountered by customers during use, and ensuring the stable operation of equipment.

With the large-scale development of photovoltaic power plants and the increasing demand for intelligent operation and maintenance of industrial equipment, thermal safety testing has become a key link in equipment operation and maintenance. The Suzhou LAILX LX-F200 handheld infrared thermal imaging device provides strong support for thermal safety detection in photovoltaic power plants and industrial scenes with its core advantages of precise temperature measurement, high-definition imaging, portability, durability, and intelligent efficiency. It helps users identify hidden dangers in advance, reduce safety risks, reduce operation and maintenance costs, and improve equipment stability. In the future, LAILX will continue to focus on innovation in detection technology, continuously optimize product performance, and launch more high-quality detection equipment that meets market demand, contributing to the development of the photovoltaic industry and industrial safety.

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