




multi-functional eddy current detector features digitalization, intelligence, and high integration. It is suitable for detecting surface and near-surface defects on metals, as well as material heat treatment hardness sorting. It has upgraded conventional flaw detection, self-learning flaw detection, and hardness sorting functions. Optional 4/8-channel detection hosts are available.
It has powerful detection and experimental functions, with good stability and high signal-to-noise ratio. It can also expand various practical application functions. The system is developed based on current advanced microcomputer electronic technology, DSP digital processing technology, and FPGA technology. Based on the system detection platform, it enables multi-directional sharing of detection signals and data, and intelligent processing of data collection, output, analysis, storage, and reading throughout the process.
The powerful software functions include parameter saving, data storage, report analysis, and statistics.
It can be equipped with coils of various structures with very low clearance requirements (the selection of the probe can be completely determined according to the user's detection requirements), and can flexibly and quickly customize various high-performance and cost-effective detection probes (point type, planar type, inner-through type, outer-through type, saddle type, rotating sweep device, sorting, etc. probes).
The instrument is simple, reasonable and intuitive in operation, and the configuration of various detection functions is flexible.
Economical configuration, which can be matched with any notebook computer or desktop computer running Windows systems (such as WINXP/WIN7/WIN10, etc.) for work.
A wider frequency range enables the detection of any solid metal workpieces.
An 8-frequency material sorting module can be selected, and the software can display the 8-frequency sorting working interface of a single channel. A software for graded statistical monitoring results can also be selected.
The IO automation module is integrated, which can match the signal connection of any customized non-standard automation equipment.
It can adapt to outdoor work with a battery, and an integrated wireless transmission module can be used to achieve remote detection.
This system can be widely applied in nuclear power, petrochemicals, metallurgy, university teaching, automation enterprises, automotive parts manufacturing, various laboratories and other industries.