It suppresses fever and achieves stable measurements!
We propose a probe that keeps contact resistance low, reduces the heating temperature of the contact area and the probe body, and achieves stable resistance. It can also handle currents of 400A or more, so please feel free to consult us. We also offer contract measurement services for pre-experimental current testing, as well as units and fixtures that incorporate the probes. Please contact us through our website first. ★http://www.sankei-engineering.com/★
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basic information
In the case of high current conduction, unexpected events may occur at the probe tip and the surface of the workpiece (measured object) due to heat generation from contact resistance. Please consult us in advance for high current conduction. Also, please refer to this for considerations during selection. We offer four types for high current applications. ● CP Series → The tip material of the general-purpose CP series is AgW. ● CPM Series → The bush section is a nut-fixed type with threaded processing. ● CPMM Series → A large probe capable of conducting over 70A. ● Coaxial Type → A probe compatible with high current that allows for four-terminal measurement. Approximate dimensions are displayed in the downloadable materials. We accept custom orders for size changes and other specifications according to your requests, so please contact us.
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![[Four-terminal measurement compatible] High current compatible coaxial contact probe](https://image.mono.ipros.com/public/catalog/image_generated/01/fde/292362/292362_IPROS3428390403716296094_1.jpg?w=120&h=170)
Company information
Contact probes are indispensable for the manufacturing of all precision instruments. Since entering this field 30 years ago, Sankei Engineering has actively worked on "technologies and products that cannot be imitated by other companies," accumulating unique know-how. Particularly in specialized areas that require high precision, such as measurements under high current, high voltage, and extreme temperatures, it is difficult to meet the demands without our outer spring type (integrated) contact probes, establishing a significant competitive advantage in this market.
![Explained in a video! The mechanism of layered probes [Free case study provided]](https://image.mono.ipros.com/public/product/image/be9/2000425948/IPROS14683834086276795995.JPG?w=280&h=280)
