Maximum heat resistance temperature 200℃! Smooth movement continues even with high-speed sliding.
This is a heat-resistant contact probe compatible with a maximum environmental temperature of 200°C. The sliding parts of the probe use resin components, allowing for smooth movement even during high-speed sliding. Since the section from the tip of the probe to the connection part is made as a single component, fluctuations in probe resistance due to the number of contacts or environmental temperature can be minimized. It enables precise measurements even in high-temperature, low-temperature, or temperature-variable environments. We are selecting probes that meet the measurement conditions. For more details, please contact us through our website. ● Sankei Engineering Website ● http://www.sankei-engineering.com/
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【Overview】 ○ Heat resistance temperature: Below 180-200℃ ○ Durability of sliding components: Over 500,000 cycles* ○ Safe current: 5-35A* ○ Mounting flange diameter: 2.2-9.0mm ○ Integrated structure with low probe resistance, enabling precise measurements *Durability and safe current values vary depending on the size of the probe. We can suggest a probe that meets your conditions, so please contact us through our website. We also offer contract measurement services for durability testing in high and low temperature environments (compatible with -180 to 300℃), contact resistance measurement, and high current conduction experiments. Meetings can be held while viewing measuring instruments. Please contact us through our website. 【Other Heat Resistant Probes】 ○ CPU Series → Heat-resistant type of general-purpose CP probe ○ CPRU Series → Probe tip with anti-rotation mechanism ○ CPUSK Series → Sliding components made of SK material (high-speed sliding compatible) ○ CPUM Series → Can be screw-mounted to the mounting board ○ CPUEM Series → Sliding components made of resin (high-speed sliding compatible) and can be screw-mounted to the mounting board ● Sankei Engineering ● http://www.sankei-engineering.com/
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Model number | overview |
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CPUE15 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE20 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE25 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE30 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE30S Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE35 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE35S Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE40 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE40S Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE50 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE65 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
CPUE90 Series | Please check the catalog for details. For catalogs by model number, please request them from the website. |
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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.