The excellent surge absorption performance of ZnO (zinc oxide) devices protects equipment from lightning surges!
The "LT-C Series with Circuit Disconnection Mechanism" is a surge absorber that achieves a compact design through the adoption of multi-terminal elements. Even if the SPD element deteriorates or fails, the ZnO circuit disconnection mechanism prevents the SPD main unit from smoking or catching fire (failure mode open). Additionally, the built-in ZnO (zinc oxide) element disconnection mechanism eliminates the need for traditional external fuses, contributing to space-saving. 【Features】 ■ Safe design (improved safety) and reduced lightning damage ■ Reliable lightning surge resistance ■ Compact design (effective use of space) ■ Compliance with safety standards *For more details, please download the PDF or feel free to contact us.
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basic information
【Other Features】 ■ Indicator for product replacement timing ■ In case of any abnormalities or element degradation, the display changes from "green" to "red"; "red" indicates that replacement is necessary ■ Can be used as single-phase even in three-phase; in that case, insulate the unused wire *For more details, please download the PDF or feel free to contact us.
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【Usage】 ■ Power circuit protection for various machine tools such as distribution boards, control panels, NC lathes, welding machines, and general industrial equipment. *For more details, please download the PDF or feel free to contact us.*
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Company information
Since its establishment in 1938 as a mica capacitor manufacturer, our company has continued to provide unique electronic components, including mica capacitors, film capacitors, noise filters, multilayer dielectric filters, high-frequency components, and thick-film printed circuit boards, utilizing our proprietary technology. Moving forward, we will leverage our materials and design technology to develop electronic components that contribute to advanced technologies in the information and communication fields, which require high speed, high functionality, and high reliability. We will also focus on the new development of products for the industrial infrastructure market that require high current and high voltage. Specifically, we will consistently conduct everything from measurement and diagnosis to the development and manufacturing of EMC filters to address electromagnetic noise generated in industrial equipment, providing the best solutions for our customers. Additionally, we will respond to the growing social demand in the clean energy sector and the railway sector, which requires high reliability and is expected to expand, particularly in overseas markets.
