High-voltage reed relays provided by Standex now pass the latest stringent high-voltage testing criteria.
In the realm of high-voltage electromagnetic components, Standex Electronics' high-voltage reed relays have emerged as a reliable choice. These reed relays are suitable for a wide range of industries, including automated test equipment (ATE), medical devices, electric vehicles, alternative energy systems, ARC testers, battery management systems, pre-charge circuits, and electrosurgical generators.
The relays are engineered with hermetically sealed rhodium or tungsten contacts and offer reliable and long-life operation. They are designed for applications requiring compliance with high-voltage testing benchmarks, making them a perfect fit for industries where safety, reliability, and compliance with global norms like IEC standards for high-voltage insulation and electromagnetic compatibility (EMC) are paramount.
One of the key advantages of Standex's high-voltage reed relays is their ability to maintain high insulation resistance, above 10 TOhm, which enhances reliability in test and measurement instruments and high-voltage control equipment. They also offer low leakage currents, minimizing unwanted current flow and improving measurement accuracy in sensitive high-voltage systems.
Moreover, these relays deliver fast switching times, enabling rapid and precise switching necessary for dynamic electromagnetic testing setups, control equipment, and relay panels. This makes them ideal for high-voltage testing stations in design and manufacturing laboratories, power system components such as instrument transformers and switchgear, and advanced EMI/EMC test environments simulating real-world electromagnetic conditions.
Standex Electronics' high-voltage reed relays are also suitable for battery management systems and pre-charge circuits. Their mechanical robustness and stable electrical performance under high-voltage conditions make them ideal for both industrial and test environments where stringent operational standards govern.
It's worth noting that Standex Electronics supplies custom-engineered electromagnetic components, ensuring that their high-voltage reed relays can be tailored to meet specific industry requirements. Furthermore, the breakdown/stand-off voltage levels for these relays can reach up to 15 kVDC, and switching times are below 1 millisecond, providing exceptional performance in high-voltage applications.
In conclusion, Standex Electronics' high-voltage reed relays excel in high-voltage test & measurement equipment, power systems, and EMC compliance testing applications—fields deeply reliant on standards emphasizing insulation integrity, controlled leakage, and swift switching actions. Their versatility and reliability make them an invaluable asset in various industries where high-voltage components are essential.
[1] High-Voltage Testing Standards for Electromagnetic Components. (n.d.). Retrieved from https://www.standexelectronics.com/resources/news/high-voltage-testing-standards-for-electromagnetic-components [2] Standex Electronics' High-Voltage Reed Relays. (n.d.). Retrieved from https://www.standexelectronics.com/products/high-voltage-reed-relays [3] Electromagnetic Compatibility (EMC) Testing. (n.d.). Retrieved from https://www.standexelectronics.com/resources/news/electromagnetic-compatibility-emc-testing [4] High-Voltage Insulation Standards. (n.d.). Retrieved from https://www.standexelectronics.com/resources/news/high-voltage-insulation-standards
- The advanced technology and engineering in Standex Electronics' high-voltage reed relays make them suitable for various industries, such as electric vehicles, which require reliable high-voltage components for their power systems.
- With their ability to meet stringent industry requirements, such as environmental, safety, and finance regulations in the electric vehicle industry, Standex Electronics' high-voltage reed relays can significantly contribute to the growth and energy efficiency of this evolving sector.
