The system can control a motor to rotate forward or backward based on the received signals, enhancing operational flexibility. Upon power activation, both relays remain inactive until a signal or button trigger occurs, initiating the relay sequence. The device operates with two relays, where relay 1 turns off after N seconds, followed by relay 2, creating a continuous cycle. It supports NPN signal sensors, allowing for customizable relay monitoring based on programmed signals. The device is designed for efficient timing control, enabling precise management of relay actions and motor functions.
The system can control a motor to rotate forward or backward based on the received signals, enhancing operational flexibility. Upon power activation, both relays remain inactive until a signal or button trigger occurs, initiating the relay sequence. The device operates with two relays, where relay 1 turns off after N seconds, followed by relay 2, creating a continuous cycle. It supports NPN signal sensors, allowing for customizable relay monitoring based on programmed signals. The device is designed for efficient timing control, enabling precise management of relay actions and motor functions.
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