IDSR.500T

The IDSR 500T is an electronic-controlled circuit breaking technology developed specifically for photovoltaic systems, capable of interrupting and controlling currents that are up to 10 times higher than those of traditional electronic components. This technology combines the advantages of both mechanical and electrical components, offering superior performance and reliability, especially in solar and electrical systems.

One of the most common applications for the IDSR 500T is its use as an Abnormal Overload Protection (AOP) device. This feature allows the device to limit the amount of current passing through the system under certain abnormal conditions, such as power surges, lightning strikes, or voltage fluctuations. In addition, the IDSR 500T also functions as a Reverse Connection Protection (RCP) device, which helps protect the system against possible damage caused by a reverse connection of the connections. Furthermore, the device also works as an Overload Protection (OP) device, restricting the current flow when the maximum rated current is exceeded.

The working principle of the IDSR 500T is based on the use of electronic fuses and an electronic triggering system. When an overload or reverse connection occurs, the electronic fuses open, preventing any further current from passing through the system. Similarly, when the OP circuit is activated, it restricts the current flow when the rated current is reached. The entire process takes only a few milliseconds, so it does not affect the normal functioning of the system.

In addition, the IDSR 500T also features an emergency stop and restart functionality. This system ensures that the device can be temporarily turned off when the situation becomes critical, and it restarts automatically once the conditions are restored to normal. Furthermore, the IDSR 500T also carries out periodic diagnostics, helping to identify any problems within the system.

The IDSR 500T is a powerful and reliable solution for protecting photovoltaic systems from potential damage caused by power surges, lightning strikes, or voltage fluctuations. It is also easy to install and maintain, offering superior performance in terms of overload protection and reverse connection protection. Furthermore, it offers emergency stop and restart functionality, helping to keep the system running in case of emergency. Finally, the device carries out periodic diagnostics, helping to identify any potential problems within the system.