T3P20MW2LZ

T3P20MW2LZ is a type of multi purpose contact. The contact is classified into the industrial control switches that are meant to perform certain tasks. It is designed to meet the requirements of both low and high frequency electrical systems. The contact is used in a number of applications including industrial automation, panel building, and telecommunications. In this article, we’ll discuss the application field and working principle of T3P20MW2LZ contacts.

Applications

T3P20MW2LZ contacts can be used in various applications. It is mainly used for anti-interference and vibration control in industrial automation. It is also used in panel building for switch/ relay control, circuit protection, motor control, and more. In addition, T3P20MW2LZ is used for signal detection and conversion in telecom equipment, and safety and security systems.

Working Principle

T3P20MW2LZ contacts are based on a double-contact trigger principle. The contact consists of two parts: the contact and a spring. The contact is made of metal plates, which are connected by an embedded steel spring. When the contact is triggered, the metal plates are forced together and create a closed loop, allowing electricity to flow from one point to another.

When the contact is triggered, the spring pushes the contact plates together, creating a closed loop that allows electricity to flow from one point to another. This closed loop also helps reduce the chances of interference from external sources. In addition, the spring helps to dissipate any electrical stress on the contacts, thus increasing the lifespan of the contact.

Advantages

T3P20MW2LZ contacts offer several advantages. The contact has a double-contact trigger principle, which helps reduce the chances of interference from external sources. In addition, it has a spring which helps to dissipate any electrical stress on the contacts, thus increasing the longevity of the contact. Furthermore, the contact has a small size and a high performance, making it ideal for various applications.