7-1472973-3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Time Delay Relays are an important part of many electrical and electronic systems, especially where safety and accuracy are paramount. 7-1472973-3 is a type of time delay relay that has many applications. It is known for its adjustable time delay parameters and its ability to perform precise and repeated time-limited operations when the input requirements are fulfilled.

The 7-1472973-3 time delay relay is an analog device that has a base configuration of 250 volts. Its time-delay settings are adjustable and it contains a built-in timing circuit. The timing aspect of the 7-1472973-3 relay is programmable from 0-30 minutes in duration. It is designed to enhance safety, accuracy and reliability when used in industrial, military and other applications.

The main application of 7-1472973-3 is to precisely delay an operation until a specified time has elapsed. It can be used to ensure accurate start and stop times for motors, pumps, conveyors and other industrial machines. It can be used for overload protection of electrical circuits, especially those that are difficult to monitor, such as those that control large industrial machinery. It can also be used in industrial automation processes and as a part of overall system control.

The working principle of 7-1472973-3 relay is based on the use of a fixed, adjustable timing circuit. When power is applied to the relay, the timing circuit is activated. The time delay that is set into the circuit is then triggered by an external system control signals. Once the timer is activated, the output of the relay is energized after the preset time delay.

7-1472973-3 offers reliable and accurate operation in a wide range of applications. It is typically used as an ultra-reliable time delay mechanism or part of industrial automation processes. The device is robust and long-lasting, making it ideal for applications that require extremely accurate and reliable timing.

The specific data is subject to PDF, and the above content is for reference