In the daily operation of photovoltaic power plants, the hot spot effect is the primary culprit that leads to component performance degradation, shortened lifespan, and even safety accidents. Due to defects, obstructions, poor contact, or internal damage of battery cells, abnormal high temperatures may occur in certain areas, which not only cause loss of power generation but also accelerate material aging and even pose a risk of fire. To achieve rapid, accurate, and non-contact troubleshooting of thermal hazards, LAILX in Suzhou has launched the LX-F100 handheld infrared thermal imaging device, which has excellent thermal sensitivity, clear infrared imaging, and powerful temperature analysis capabilities, becoming a "personal weapon" for photovoltaic power plant operation and maintenance personnel to troubleshoot and ensure safety.

LX-F100 is designed specifically for industrial grade high-precision temperature measurement and thermal imaging applications, with core performance benchmarking against international first-class standards. The device is equipped with a high-resolution uncooled infrared focal plane detector with excellent thermal sensitivity (<0.05 ℃ @ 30 ℃), which can capture extremely subtle temperature differences and convert invisible temperature distributions into clear and intuitive thermal infrared images. Its temperature measurement range covers * * -20 ℃ to 650 ℃, and supports intelligent dual range automatic switching. Whether it is the slight temperature difference of photovoltaic modules at room temperature or the high temperature overheating of electrical connection points, it can achieve accurate capture. The temperature measurement accuracy is as high as ± 2 ℃ or ± 2% * *, ensuring that every temperature data is true and reliable.

Clear imaging and convenient operation are the core advantages of LX-F100. The device adopts an ergonomic handheld design, with a compact and sturdy body, anti slip and wear-resistant, and can be comfortably held and operated with one hand. Equipped with a high brightness, large-sized color LCD display screen, supporting multiple display modes such as picture in picture (PIP), infrared/visible light fusion, etc., combined with more than 15 standard color palettes and a dedicated MagicThermal color palette, users can freely switch the most suitable display effect according to different scenes and detection targets, making abnormal hotspots invisible. The screen supports touch operation, combined with physical buttons, balancing intuitiveness and operational efficiency, and can produce clear images even under strong light.

As a professional photovoltaic detection tool, LX-F100 has powerful fault location and analysis capabilities. In the inspection of photovoltaic power plants, operation and maintenance personnel only need to hold the device and quickly scan the component array, junction box, combiner box, inverter, and cable line. They can instantly locate all abnormal heating points such as hot spot components, poorly contacted joints, aging cables, faulty diodes, overloaded electrical components, etc. through thermal imaging. Compared to traditional manual inspection or point by point temperature measurement methods, LX-F100 achieves non-contact, large-area, and efficient inspection, greatly improving the speed and comprehensiveness of discovering hidden dangers, truly achieving "early detection and early treatment".

The powerful data processing and storage transmission capabilities make LX-F100 not only a "temperature sensor", but also a "data center". The device has a built-in 32GB large capacity storage space, supporting the storage of massive hot images and videos. Equipped with powerful image analysis capabilities, it can automatically track and mark the highest/lowest temperature points, display the center point, highest and lowest temperature values in real time, and support custom temperature alarms (above/below/interval alarms). Once overheating hazards are detected, they will be immediately alerted with sound and light to avoid omissions. Rich data interfaces, the Type-C 3.0 interface can be used to connect to a computer for real-time transmission of full radiation thermal imaging video streams. Combined with professional Analyze IR analysis software, it can perform in-depth operations such as post temperature data analysis, report generation, and video recording; Equipped with HDMI high-definition output, it can be directly connected to large screens or projectors for on-site consultations, training demonstrations, and other scenarios.

Long battery life and high protection ensure all-weather outdoor operations. LX-F100 comes standard with two rechargeable, hot swappable large capacity lithium-ion batteries, supporting ultra long continuous working time, and battery replacement without shutting down, ensuring uninterrupted inspection process. The equipment as a whole has reached a high industrial protection level, with waterproof, dustproof, and anti drop properties. It can adapt to harsh outdoor environments such as wind, sand, rain, snow, high and low temperatures commonly found in photovoltaic power plants. Whether in hot deserts and Gobi or cold plateau mountainous areas, it can work stably and reliably, becoming the most trusted outdoor partner for operation and maintenance personnel.

The application scenarios of LX-F100 far exceed the photovoltaic field, demonstrating strong versatility. In the power industry, it can be used to detect overheating faults in transmission lines, transformers, switchgear, motors and other equipment; In the field of construction, it can detect external wall insulation defects, pipeline heat leakage, and electrical hazards; In industrial scenarios such as metallurgy and petrochemicals, it can be used for equipment status monitoring and production process monitoring. A device that meets the needs of multiple industries such as industrial testing, electrical maintenance, and photovoltaic operation and maintenance, bringing users a high return on investment.
LAILX has always been at the forefront of the industry and deeply understands the core demands of users in on-site testing. The LX-F100 handheld infrared thermal imaging device is an innovative achievement of the company that deeply integrates advanced infrared thermal imaging technology with photovoltaic operation and maintenance scenarios. It has completely revolutionized the traditional fault diagnosis mode with its outstanding performance of "high precision, fast response, easy operation, and strong adaptability", and has raised the operation and maintenance efficiency and safety guarantee capability of photovoltaic power plants to a new height.

In today's era of intelligent and unmanned operation and maintenance of photovoltaic power plants, efficient and accurate detection tools are an indispensable foundation. The Suzhou LAILX LX-F100 handheld infrared thermal imaging device, with the eyes of technology, senses temperature changes, captures traces of thermal hazards, and provides all-weather support for the safe, stable, and efficient operation of photovoltaic power plants. Choosing LX-F100 means choosing to keep the safety of the power station under the control of the stock market, and building a solid "thermal safety" defense line for asset preservation and stable income growth.