In the operation and maintenance scenarios of photovoltaic power plants, power systems, industrial equipment, etc., thermal hazards such as overheating, hot spots, and poor contact are important causes of faults, shortened equipment life, and even safety accidents. Traditional temperature measurement equipment can only measure temperature at a single point and cannot intuitively present the overall temperature distribution, making it difficult to accurately locate hidden thermal faults. Suzhou Laikesi New Energy Technology Co., Ltd. (LAILX) has launched the LX-F200 handheld infrared thermal imaging device with deep infrared technology accumulation. With high sensitivity temperature measurement, high-definition imaging, and portable intelligent design, it accurately captures fine and micro thermal hazards, providing efficient infrared detection solutions for industries such as photovoltaics, power, and industry, helping operations upgrade from traditional preventive maintenance to predictive maintenance, and empowering the intelligent upgrading of industry operations. Industrial high-temperature handheld temperature measurement infrared thermal imager

The LX-F200 handheld infrared thermal imager, as the benchmark product for LAILX mid-range infrared detection, has industry-leading core detection performance and can accurately adapt to temperature measurement needs in multiple scenarios. The equipment adopts imported high-sensitivity uncooled infrared focal plane detector, with a response band covering the long wave infrared range of 7 μ m-14 μ m. It has strong penetration and anti-interference ability, which can effectively avoid dust, water vapor, and smoke interference, and stably capture infrared radiation signals in complex and harsh environments. The detector has a thermal sensitivity of<0.05 ℃ @ 30 ℃, which can accurately distinguish subtle temperature differences of 0.05 ℃, easily identify hidden faults such as small thermal spots on photovoltaic modules, poor contact heating of electrical equipment, and local overheating of industrial equipment, and avoid small hidden dangers from evolving into major faults. The temperature measurement range covers -20 ℃ to 650 ℃, which can meet the temperature measurement needs of various equipment such as photovoltaic modules, inverters, combiner boxes, cable lines, transformers, motors, etc. It is suitable for multiple industry scenarios such as photovoltaics, power, manufacturing, and construction.

High definition imaging and intelligent analysis capabilities enable visualization and efficient detection of thermal faults. The LX-F200 is equipped with a high-resolution infrared detector, which provides clear and delicate imaging, and can intuitively present the overall temperature distribution of the detected object. The location of thermal faults is clear at a glance, bidding farewell to the limitations of traditional single point temperature measurement. The device is equipped with MagicThermal detail enhancement imaging technology, which can optimize thermal image details, improve contrast, and make subtle temperature differences easier to identify. Even in low contrast scenes, clear imaging can be achieved. Support full screen temperature rise display and phase to phase temperature difference calculation, set the ambient temperature as the reference, shield environmental interference, automatically calculate device temperature rise and phase to phase temperature difference, and provide scientific basis for fault diagnosis; Equipped with a collection annotation function, it can quickly mark abnormal hot images, filter and view them quickly in the gallery, and facilitate subsequent key analysis and report generation. At the same time, it supports image storage, video recording, and real-time data transmission. The detection data can be exported with one click, and professional analysis software can be used to quickly generate detection reports, greatly simplifying the operation and maintenance process.

Extremely portable design, suitable for outdoor and complex working conditions, enhancing operational flexibility. LX-F200 adopts an ergonomic handheld design, with a lightweight and anti slip body, comfortable to hold with one hand, and no fatigue during long-term operations; Compact in size, it can easily fit into a tool kit, making it easy to carry to various scenarios such as rooftops, mountains, workshops, outdoor construction sites, etc., and suitable for mobile inspection needs. The body is made of high-strength protective materials with a waterproof and dustproof rating of IP54, which can adapt to extreme temperature environments ranging from -10 ℃ to 50 ℃. It is not afraid of outdoor sun exposure, rain, and sandstorms, and can operate stably under harsh working conditions. Equipped with a 2.8-inch high-definition color display screen, visible under sunlight, the operation interface is simple and intuitive, the button layout is reasonable, and beginners can quickly get started; Supports manual focusing and can be flexibly adjusted according to the detection distance. It can produce clear images for both near and far range detection, adapting to the detection needs of devices of different sizes.

Exclusive optimization for photovoltaic operation and maintenance, accurately solving the pain points of thermal detection in power plants. In the operation and maintenance of photovoltaic power plants, LX-F200 can quickly detect issues such as hot spots, hidden cracks, bypass diode faults, and overheating of junction boxes in photovoltaic modules, accurately locate faulty components, and avoid long-term existence of hot spots that can cause component burnout and significant power generation attenuation; It can detect potential overheating hazards in the internal circuits and switch contacts of inverters and combiner boxes, and troubleshoot faults such as poor contact of cable joints, insulation aging, and heat generation, ensuring the safe and stable operation of the power station electrical system. The equipment supports rapid temperature screening of photovoltaic modules, and a single person can complete inspections of several megawatt level power plants in a single day, with efficiency far exceeding traditional detection methods; It can accurately measure the surface temperature distribution of components, provide data support for component performance evaluation and fault cause analysis, and help improve the quality and efficiency of power plant operation and maintenance.

Multi industry adaptation, expanding application scenarios, and enhancing device value. In addition to the photovoltaic field, LX-F200 also performs well in industries such as power, industry, and construction. In the power industry, overheating hazards can be detected in equipment such as transformers, switchgear, cable joints, and transmission lines to prevent short circuits and fire accidents; In the field of industrial manufacturing, it can detect local overheating of equipment such as motors, bearings, boilers, and pipelines, provide early warning of equipment failures, and ensure continuous production operation; In the field of construction, it can detect problems such as damage to wall insulation layers, inadequate sealing of doors and windows, and leakage of underfloor heating pipes, which can help with energy-saving renovation and quality inspection of buildings. The device supports WiFi FTP data fast transfer and can be connected to mobile phones and computers for real-time data synchronization; Compatible with North Korean and GPS satellite positioning, the location information can be saved to each thermal image, making it easy to accurately record and trace the fault location.

With its precise performance, portable design, and multi scene adaptability, the LX-F200 handheld infrared thermal imaging device has become a commonly used equipment for photovoltaic operation and maintenance, power inspection, and industrial testing, and has been widely recognized by industry customers. In the future, LAILX in Suzhou will continue to deeply cultivate infrared thermal imaging technology, continuously optimize product performance, expand functional applications, and launch more intelligent, efficient, and industry-specific infrared detection equipment to help various industries achieve refined and intelligent operation and maintenance, and contribute to the high-quality development of the industry.

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