SSR relay RSR62-60D40-R RSR62-60D40-R 3-phase 2615976

Three-phase solid-state relay RSR62-60D40-R

This RSR62-60D40-R three-phase solid-state relay from Relpol is a robust solution for switching AC loads in industrial applications. It features instantaneous switching, which is crucial in processes requiring precise control. Thanks to its design, this relay eliminates the risk of electric arc and electromagnetic interference, which translates to longer life and reliable operation.

The RSR62 relay is part of a wide range of industrial solid-state relays from Relpol, which are used in control cabinets, automation systems, temperature control, and in machines used in plastics and food processing. Its versatility makes it an ideal component for both installers building new systems and end-users modernizing existing installations.

Features and benefits:

• Instantaneous switching: enables quick start-up of loads without delays, which is important in applications requiring precise control.
• No moving parts: ensures quiet operation, minimizes the risk of failure and extends the life of the device. It also eliminates the formation of electric arc and electromagnetic interference.
• Wide voltage range: the ability to work with a 600 V AC load makes the relay compatible with various power systems.
• Universal control input: accepts DC control signals in the range of 4…32V, which facilitates integration with various control systems.
• High resistance to interference: ensures stable operation even in harsh industrial conditions.
• Rated current 40A: allows handling of medium-power loads, typical for industrial applications.

Applications:

The RSR62-60D40-R relay is perfect for:

• Switching three-phase motors
• Controlling electric heaters
• Lighting systems
• Industrial machines and equipment
• Building and industrial automation systems

It is worth remembering the possibility of expanding the relay with heatsinks (available separately), which allows increasing its thermal efficiency and adapting it to specific working conditions. The choice of the appropriate heatsink depends on the load current and ambient temperature.