SSR relay RSR52-24A60 RSR52-24A60 1-phase 2615926

Solid State Relays – Reliable Load Control

The RSR52-24A60 solid state relay is a component designed for effective and safe control of electrical loads. Manufactured by the renowned company Relpol, this device features zero-crossing switching, which minimizes interference and extends the lifespan of both the relay and the connected devices. This is particularly important in industrial applications where reliability and durability are crucial.

Characteristics and Application

The RSR52-24A60 relay is designed to work with loads at 240 V AC. The control input accepts signals in the range of 90…280 V AC, ensuring compatibility with a wide range of control systems. The rated AC1 load current is 60/240 V AC. Thanks to its construction and parameters, this relay is ideal for applications requiring frequent switching and high resistance to interference.

• Zero-crossing switching: Ensures smooth switching and reduces overvoltage generation, protecting both the relay and connected devices.
• Wide input voltage range: Enables easy integration with various control systems.
• High resistance to interference: Guarantees stable operation in harsh industrial conditions.
• Application in control cabinets: Ideal for mounting in control cabinets and automation systems.
• Lighting control: Works well in switching lighting circuits.
• Temperature control: Can be used in temperature regulation systems.

Construction and Benefits of Use

Solid state relays, such as the RSR52-24A60, eliminate the need for mechanical components, which translates to a longer lifespan and quieter operation of the device. The lack of moving parts minimizes the risk of electric arc formation and electromagnetic interference – these are important advantages for installers who care about the safety and reliability of systems. Additionally, the ability to mount heatsinks (available separately) allows for increasing the load current and adapting the relay to specific application requirements. This allows you to optimize device operation and avoid costly downtime caused by failures.