SSR relay RSR52-24D60 RSR52-24D60 1-phase 2615931

Solid State Relays – Reliable Load Control

The RSR52-24D60 solid state relay is a component dedicated to efficient and safe control of electrical loads. It belongs to the RSR52 series from Relpol, known for the high quality and reliability of industrial automation components. The device is designed to operate in single-phase circuits, offering zero-crossing switching – which minimizes interference and extends the lifespan of both the relay and the connected devices.

Characteristics and application

The RSR52-24D60 relay finds application in a wide spectrum of industrial and building automation applications. It is ideal for controlling lighting, heaters, AC motors with low power, and other loads requiring precise and maintenance-free switching. Its construction based on semiconductor technology eliminates mechanical elements prone to wear, which translates into a longer lifespan and lower failure rate compared to traditional electromagnetic relays. Zero-crossing switching limits the occurrence of overvoltages and interference, protecting connected devices.

Advantages and benefits

• High reliability: Lack of moving parts ensures long-term and trouble-free operation.
• Silent operation: Semiconductor construction eliminates noise associated with mechanical contact operation.
• Zero-crossing switching: Reduces electromagnetic interference and extends the life of the load.
• Wide range of control voltages: Accepts input voltage in the range of 4…32V DC, ensuring compatibility with various control systems.
• Versatility: Can be used in various industrial and building automation applications.
• Compact dimensions: Facilitate mounting in tight spaces.
• Overvoltage protection: Withstand voltage 4000 Vrms provides additional installation safety.

The RSR52-24D60 relay is a solid solution for professionals looking for a reliable component to control AC loads. Its parameters allow for effective operation in demanding industrial conditions, and silent operation and the lack of mechanical elements minimize the need for maintenance. Thanks to zero-crossing switching, the device protects both itself and the connected load from damage caused by overvoltages or interference.