Digital conductivity meter with built-in microprocessor. High-precision conductivity (resistivity) measurement of non-magnetic metals such as Cu, Al, Ag, and Ti alloys.
Conductivity (resistivity) of non-magnetic metals such as copper, aluminum, silver, and titanium alloys can be measured with high precision using a one-touch method. The conductivity meter, Sigma Test, is applicable for a wide range of uses including physical property testing of various metals.
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basic information
**Features** - The latest digital conductivity meter from Felstar, equipped with a microprocessor. - High-precision one-touch measurement of the conductivity (resistivity) of non-magnetic metals such as copper, aluminum, silver, and titanium alloys. - Applicable for a wide range of uses including detecting thermal damage in aircraft components, measuring phosphorus content in copper, distinguishing different materials, and physical property testing of various metals. **Other Basic Specifications** - Easy operation to avoid human measurement errors. - Five measurement frequencies: 60, 120, 240, 480, and 960 kHz, with the maximum measurement frequency being among the highest in the industry. - High precision and stable measurements due to a temperature compensation circuit. - Gap with the test material: up to 0.5 mm. - Measurement range: 0.5 to 65 MS/m (1 to 112% IACS). - High-speed measurement: 20 times per second. - Remote operation possible via RS-232. - Measurement results can be saved to compact flash. - Measurement in dark environments is possible with a backlit LCD. For functions and details, please contact us.
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Applications/Examples of results
Application Examples - Quality evaluation of aircraft components - Component determination of non-ferrous metal materials (aluminum alloys, copper alloys, titanium, zirconium) - Monitoring the homogeneous state of copper and aluminum ingots and controlling the manufacturing process - Evaluation, determination, and quality control of mechanical strength such as hardness and tensile strength after heat treatment of aluminum alloys - Process management of aging hardening and microstructure state of aluminum alloys - Evaluation, determination, and quality control after heat treatment of copper alloys - Quality control of thermal conductivity of copper and aluminum alloy tubes for heat exchangers - Monitoring and quality control of the coin manufacturing process - Quality control of electrical contact materials - Quality control of electrical functional components - Purity inspection of copper and aluminum - Foreign material contamination inspection
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Company information
Ferster Corporation, which established eddy current and magnetic exploration methods ahead of the world, is a company that conducts cutting-edge research and development focused on the basic theme of "proof" (reliability, stability, and consistency) for the automation and labor-saving of inspection systems. It offers excellent detection performance based on a track record of world-leading market share.