4-2170785-6

Pluggable Connectors are commonely used in a variety of computing, industrial, and communication systems to ensure a reliable connection between two or more devices. The 4-2170785-6 Pluggable Connector is a type of right angle electrical connector used in many different applications. This type of connector is usually used to connect two or more electronic devices, while providing power and communication.

The 4-2170785-6 Pluggable Connector is a right angle connector that is designed to connect two or more wires quickly and efficiently. The connector features a two-piece socket with a threaded shank. It is designed to be used with an NPT (National Pipe Thread) fitting. This type of fitting helps to reduce potential leaking and can make it easier to install the connector in a space-saving, tidy manner. The connector also features a female type receiver that can accept a variety of different wire sizes and lengths.

The 4-2170785-6 Pluggable Connector is a powerful and reliable electrical connector designed for use in various industrial and commercial applications. It is commonly used in various telecoms, computer, audio, and video systems. It is also used in manufacturing systems for the connection of various motors, control devices, and other electrical components. This type of plug is versatile, easy to use, and relatively low cost.

The working principle behind the 4-2170785-6 connector is simple. It provides a secure connection between two or more wires, so that power and communication can be transferred between two devices. The pin is inserted into the socket and pushed firmly into place. The pin is held securely in place by the O-ring at the end of the socket and the threaded shank. The connector can be easily removed and replaced.

The 4-2170785-6 Pluggable Connector is an important and versatile electrical connector that is used extensively in industrial, commercial, and telecoms systems. It is designed to provide a secure, reliable connection and is easy to use. Its use provides many advantages, including reduced installation time, lower installation costs, environmental protection, and improved system safety and reliability.