With the intelligent operation and maintenance transformation of industrial manufacturing, new energy photovoltaics, power grids, and building HVAC industries, non-contact infrared thermal imaging detection is gradually replacing traditional manual contact temperature measurement and becoming the mainstream solution for pre inspection of equipment hazards. Due to the high price of imported thermal imagers, long after-sales cycles, and insufficient localization adaptation, the market urgently needs high cost-effective domestic handheld thermal imaging products. Based on years of experience in infrared optoelectronic technology, LAILX in Suzhou has independently developed the LX-F100 handheld infrared thermal imaging device. With product features such as ultra-high temperature sensitivity, high-definition imaging, long battery life and portability, and adaptability to multiple working conditions, LAILX is deeply involved in the photovoltaic and industrial testing fields, accelerating the localization and popularization of infrared testing equipment. High sensitivity and clear imaging

The core detection hardware determines the upper limit of thermal imaging camera detection. LX-F100 abandons low-end universal detectors on the market and uses industrial grade non cooled long wave infrared focal plane detectors, which effectively respond to the 7-14 μ m atmospheric window infrared band and can resist interference from water vapor, dust, and mist environments. It maintains stable imaging in harsh outdoor environments such as sandstorms, rainy weather, and high and low temperatures; The thermal sensitivity of the equipment is better than 0.05 ℃ @ 30 ℃, which can distinguish extremely small temperature differences, accurately capture subtle heating hazards of the equipment, and output 320 × 240 high-definition infrared pixels. The image details are full, and small thermal spots of components, virtual heating of cables, local overheating of junction boxes, and abnormal heating of distribution cabinet terminals can be visually presented, solving the pain points of blurred imaging and frequent missed detection of small faults in low-end instruments. The temperature measurement range covers -20 ℃~550 ℃, with dual range intelligent automatic switching, which can not only meet the room temperature inspection of photovoltaic modules, but also adapt to high temperature equipment such as high-voltage distribution cabinets, motor windings, and high temperature industrial pipelines for temperature measurement. One machine can meet the needs of multi category detection.

In the field of photovoltaic operation and maintenance, LX-F100 is a necessary equipment for regular inspection of power plants. Hidden cracks in photovoltaic modules, damage to bypass diodes, short circuits due to water ingress in junction boxes, and inadequate crimping of cables can all form local hot spots. If left unused for a long time, it is highly likely to burn out components or even cause fires, and temperature anomalies cannot be predicted in advance with the naked eye. The operation and maintenance personnel hold the LX-F100 remote non-contact scanning array, which can quickly locate the heating fault point without shutting down the power station for power generation. Combined with EL detector and IV tester, a complete set of "thermal imaging initial screening+accurate detection and diagnosis" solution is formed, greatly reducing the time for troubleshooting power station faults. Many centralized photovoltaic and distributed industrial and commercial power stations in China have included this model as a standard instrument for daily inspections. In addition, the equipment is widely used in scenarios such as power transmission and distribution inspection, mechanical and electrical equipment maintenance, building wall hollowing and temperature leakage, and central air conditioning pipeline troubleshooting. One device can be reused across industries, helping enterprises reduce the procurement cost of multiple specialized testing instruments.

The portable body optimized by ergonomics is suitable for long-term outdoor operations. The whole machine adopts an anti slip and wear-resistant industrial plastic shell, with an IP54 dustproof and waterproof protection level, and is resistant to drops and bumps. It is suitable for extensive use in construction sites, deserts, and outdoor power stations; Built in large capacity lithium battery, with a continuous range of over 15 hours at room temperature, meeting the requirements for uninterrupted outdoor inspections throughout the day. The body is equipped with a high brightness touch display screen, which provides clear and readable data under strong light. Temperature measurement points, isotherms, and temperature difference data are real-time overlaid on the infrared screen. It supports area frame selection for temperature measurement and automatic locking of high and low temperatures, making it easy for beginners to learn and operate proficiently. The detection image is automatically stored locally, supporting Bluetooth and USB fast transmission to mobile phones and computers. It is equipped with LAILX data analysis software to automatically generate temperature inspection reports, making it easy for enterprises to establish equipment operation and maintenance files, and realizing the transformation from post fault maintenance to early preventive maintenance.

Relying on the LAILX national localized service network, LX-F100 enjoys a one-year warranty for the entire machine, a three-year warranty for the core detector, and free lifetime firmware upgrade services. The technical team provides on-site practical training. With performance comparable to imported mid-range models and affordable pricing, the product has quickly seized the domestic market for small and medium-sized operation and maintenance enterprises, third-party testing, and factory equipment maintenance since its launch, becoming one of the benchmark products for domestic handheld thermal imaging.

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