The core advantage of this detector lies in its ultra-high testing sensitivity, which can solve the pain point that traditional detectors cannot detect early micro-defects. It adopts magnetic memory testing technology, which can collect the inherent magnetic field signal changes of the wire rope to identify potential safety hazards before the defects appear. It supports 3D imaging test report generation, which can intuitively display the distribution of defects on the wire rope. With an IP67 protection rating, it can adapt to harsh industrial environments such as dust, rain and high humidity. It also supports cloud data backup and one-click sharing of test reports, meeting the high-standard testing requirements of high-end manufacturing and special equipment industries.
The detector has 16 detection channels, with a sampling frequency of 100kHz and a defect positioning accuracy of ±5mm. The overall dimensions are 320mm(L)×150mm(W)×90mm(H), and the charging time is 4 hours. The working temperature range is -15℃ to 65℃, and the storage temperature range is -30℃ to 70℃. It supports data export in PDF and CSV formats, and is compatible with iOS and Android mobile operating systems. It is suitable for testing wire ropes with diameters from 8mm to 80mm, including galvanized steel, stainless steel and alloy steel wire ropes.
This high-precision magnetic memory wire rope flaw detector is widely used for high-precision testing of wire ropes for aviation ground traction equipment, large amusement facilities, precision lifting equipment and wind power tower lifting ropes. It is suitable for high-end manufacturing, special equipment maintenance and aviation ground support teams, which require ultra-high testing accuracy to ensure the safety of key lifting equipment, effectively avoiding major safety accidents caused by early micro-defects.
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