Solid-state relay elevates performance in high-frequency switching applications

Its ability to switch at zero crossing, minimising electrical noise, positions it as the engineer's choice for high-frequency applications such as plastic injection moulding machines, thermoforming, solder lines, and packaging machines.

One significant advantage of the RK 9260 is its capacity to monitor and manage high in-rush currents up to 165A for 20ms at 230V AC. This feature addresses a common challenge in many systems, such as LED Lighting control, by switching short but very high in-rush currents that often occur at start-up. Integrating the RK 9260 within the system design helps LED lamps operate smoothly, reducing stress on the relay and minimising the risk of failures and downtime.

Another key feature that improves performance is its use of Direct-Copper-Bonding (DCB) Technology. This method bonds a copper heat sink directly to the ceramic substrate, efficiently dissipating the heat generated by switching high currents within the relay. As a result, operational temperatures are kept lower, extending the life of the relay.

With a compact design measuring an impressive 17.5 mm in width, the RK 9260 is not only space-efficient but also highly resistant to vibrations and shocks. It supports a load current of up to 5A and promises an extended lifespan due to its high switching frequency and robust build. Additionally, the RK 9260 is ready for immediate use, thanks to its user-friendly, plug-and-play design, ensuring quick and easy integration into various systems.