control between low-power control circuits and high-power loads. Designed to enhance operational flexibility, intermediate relays enable the control of multiple circuits or the amplification of weak signals in complex systems, making them essential in industrial automation, motor control, and signal isolation.

Intermediate relays work by receiving an input signal from a primary control device, such as a timer or sensor, and then activating or deactivating secondary circuits. This function allows for safer and more efficient control of high-voltage or high-current devices without direct interaction.

These relays are widely used in electrical panels, automation systems, and protection circuits due to their reliability and ability to simplify complex control operations. By incorporating intermediate relays, engineers can enhance system performance, ensure safe switching, and streamline the management of electrical loads in both industrial and commercial applications.