1-1472973-3

Time Delay Relays are electronic devices that delay the actuation of an electric circuit by a predetermined amount of time. They are used to delay the actuation of circuits in order to ensure the safe operation of equipment in a range of applications. The 1-1472973-3 is a type of Time Delay Relay which is specifically designed for motor control applications.This type of relay works by receiving a signal from the motor, and then delaying the actuation of the circuit. This delay can be adjusted according to the requirements of the application. It is usually used to ensure that the motor has time to stop and restart in a controlled manner.The 1-1472973-3 relay has a range of adjustable parameters which make it suitable for a variety of motor control applications. These parameters includes the input voltage, the time delay setting, the output current, and the override input. Input voltage determines the operating voltage of the relay, while time delay setting determines the amount of time before the circuit is actuated. The output current determines the amount of current that can be drawn by the circuit, while the override input allows for an external signal to be used to override the delay settings.The 1-1472973-3 relay can be used in a variety of motor control applications, such as variable speed drives, single phase and three phase motors, and servo motors. It is also suitable for wind turbines, compressors, and other motor control applications.The 1-1472973-3 relay has a number of advantages over other forms of motor control devices. It is more efficient than mechanical relays, as it requires less energy to operate. It is also more precise and reliable than other types of relays, as it can be precisely adjusted to meet the needs of the application. Additionally, it is more cost-effective than other types of relays, as it requires less wiring and components.Overall, the 1-1472973-3 is a type of time delay relay which is specifically designed for motor control applications. It works by receiving a signal from a motor, and then delaying the actuation of a circuit by a predetermined amount of time. It can be used in a variety of motor control applications, such as variable speed drives, single phase and three phase motors, and servo motors. Additionally, it is more efficient, reliable, and cost-effective than other types of relays.