334-40-136-00-000000

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Rectangular connectors are multipin interfaces used to connect two or more cables or components. They have become the most popular form of interconnect system due to their wide variety of available configurations and ease of use. The headers, specialty pins and sockets in particular are important components that are used in these connectors for both power and signal transmission.

The screw-lock 334-40-136-00-000000 application field and working principle is an example of a particular form of a rectangular connector. This device is composed of two contacts, each with a threaded insert molded in plastic. The two contacts are an internal and external contact. The internal contact has two small pins that are designed to hook into the two larger pins in the outer contact. When the contacts are pressed together, the internal contact locks into the external contact creating a secure and reliable connection.

The contacts of the screw-lock connector are designed to create a watertight connection when screwed into one another. Once connected, a metal retaining clip is added to secure the contacts in place. This clip also assists in making sure the connection remains secure and correctly sealed.

The physical dimensions of the screw-lock connector are important to consider when selecting one for a project. It has an overall length of 40 millimeters and a diameter of 13.6 millimeters. It also has a maximum current rating of 6 amps, 600 volts, and a maximum operating temperature of -20°C to +125°C.

The screw-lock connector is specially designed to be used for a variety of applications including navigation and automotive systems, medical equipment, automotive electronics, industrial automation systems, security systems, and others. It can also be used in harsh environments such as high temperature, vibration, and humidity.

The most important part of selecting the right screw-lock connector for a project is to understand the working principle behind it. When the internal and external contacts of the connector are connected, the two parallel grooves on the internal contact and the two larger pins on the external contact form a unique locking system. When the two contacts are connected, the two small pins on the internal contact will fit into the grooves in the external contact and create a secure connection with maximum power and signal transmission.

The screw-lock connector is also known for its ability to create a low profile and compact design. This makes it attractive for applications where space is limited and the user needs to route wires in confined areas. It is important to note that the connector should be securely fastened by using screws to insure a dependable connection.

In conclusion, the screw-lock connector 334-40-136-00-000000 application field and working principle is an important device that is used in many different types of applications. It is designed for reliable performance even in difficult conditions. By understanding the working principle and the physical dimensions of the connector, users can confidently select the right connector for their needs.

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