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Intelligent digital ,eddy current flaw detector,Dedicated to
composite wire quality control
Descriptions
SWT-C eddy current flaw detector is specially used for the quality
control of cable core wire such as copper clad aluminum, copper
clad steel and other wire composite wire. It can effectively detect
the defects such as aluminum exposure on the surface of the wire,
copper layer fracture or slag inclusion, crack, folding and heavy
skin inside the core wire. The instrument is equipped with an alarm
that can issue a warning to the exceedance defect in real time, and
output the shutdown control signal, so that the operator can deal
with the fault.
The Digital Intelligence Eddy Current Detector is a high-precision,
non-destructive testing (NDT) instrument designed to detect surface
and sub-surface flaws, cracks, corrosion, and material
inconsistencies in conductive materials. This technology utilizes
the principles of eddy currents to identify defects without
damaging the material being inspected. Here’s an overview of its
description and features.
SWT-C eddy current flaw detector is equipped with cutting-edge
digital signal processing (DSP) technology, providing enhanced
accuracy, faster response times, and improved flaw detection
sensitivity. This ensures precise identification of even minute
defects in various metals, such as aluminum, copper, steel, and
other conductive materials.|
Specifications
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Other descriptions
1,The SWT-C digital intelligence eddy current detector offers
customizable settings, intuitive menus, and an easy-to-navigate
interface, making it suitable for both novice and expert operators.
Training requirements are minimal due to its smart digital
interface.
2,The SWT-C digital intelligence eddy current detector is equiped
with built-in high-pass filter, effectively filter clutter
interference.
3,The SWT-C digital intelligence eddy current detector provides 100
groups of preset parameter groups to meet a variety of detection
requirements
The SWT-C digital intelligence eddy current detector inspection site diagram