This product integrates a variety of professional detection technologies, including low-voltage pulse method, high-voltage flashover method and OTDR technology, realizing comprehensive fault detection for different types of cables. The built-in AI intelligent diagnosis algorithm can automatically identify fault types and provide targeted maintenance suggestions, reducing the professional threshold for maintenance personnel. The ±0.5m ultra-high positioning accuracy ensures that fault points can be located with minimal excavation, greatly reducing maintenance costs. It supports remote collaboration via Bluetooth and cloud synchronization, allowing on-site operators to share test data with remote experts in real time for joint fault analysis. The IP67 dust and water protection rating ensures stable operation in harsh outdoor environments, and one-click automatic report generation function simplifies post-maintenance data archiving work.
The analyzer has a detection range of 0-100km, with a positioning accuracy of ±0.5m. It supports detection of copper core, aluminum core and fiber optic cables, and can identify open circuit, short circuit, high-resistance grounding, flashover and fiber attenuation faults. It is equipped with a 7-inch 1920*1080 resolution touch LCD screen, displaying real-time test data, fault analysis results and AI diagnosis suggestions. The fuselage dimensions are 400*300*200mm, with a weight of 8.5kg. It supports two power supply modes: AC 110-240V mains power and DC 19V external battery pack, meeting the needs of different on-site power supply conditions. The protection rating is IP67, and the operating temperature range is -20℃~60℃. It supports USB flash drive and cloud platform data export, and can automatically generate standard maintenance reports in PDF format. It also supports firmware upgrade via USB interface to continuously improve detection performance.
This intelligent digital cable fault analyzer is suitable for large-scale power grid maintenance teams, communication network operation and maintenance companies, industrial equipment maintenance departments and other professional institutions with high detection accuracy requirements. It is widely used in high-voltage power transmission line maintenance, large-scale factory cable system inspection, data center comprehensive cable wiring fault detection, urban rail transit signal cable maintenance and other scenarios. By providing accurate and comprehensive fault detection data and intelligent analysis suggestions, it helps to improve the efficiency and accuracy of cable maintenance work, ensuring the stable operation of large-scale power and communication systems.
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