7032PCCA2I1C698 Industrial Controls

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 designed to be used in a wide range of applications from controlling an electrical circuit to providing warnings.

The 7032PCCA2I1C698 is a multifunction digital time delay relay and has features such as programmable logic, time delays, programmable timers and counters, as well as time regimes for various settings. It is capable of recognizing different phases and timing when a specific signal is detected. The various applications this product can be used in include motor protection, stop and start controls, and lighting control.

The working principle of a Time Delay Relay is straightforward. It utilizes a normally open or normally closed contact, and when the contact is closed, it will activate an electronic timer circuit which will delay the closing of the output contacts by a predetermined amount of time. In essence, the output contacts will delay the closing of the input contacts. The output contacts will stay closed after the timer has expired until the input contacts are opened again, thus fulfilling the purpose of the relay.

The 7032PCCA2I1C698 also includes features such as input and output isolation, adjustable timing for each relay contact, and various other features that help make it a powerful tool. It also includes overload protection to protect the relay from excessive currents that may damage it. The relay can be set to activate and deactivate itself after a certain amount of time has passed, or it can be set to stay on until a signal or condition is satisfied.

Time Delay Relays are an essential part of any electronic system, and the 7032PCCA2I1C698 is a reliable and powerful tool for controlling circuits and providing warnings. With its adjustable timing and overload protection, this time delay relay is an exceptional option for a variety of applications.

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