3113-4-00-80-00-00-08-0 Datasheet/PDF3113-4-00-80-00-00-08-0 PC Pin, Single Post Connectors are used across many different industries, including the aerospace, automotive, medical and industrial automation industries. These robust and reliable connectors offer a wide array of features and specifications that make them perfect for a variety of industrial applications.
Application Fields
The 3113-4-00-80-00-00-08-0 PC Pin, Single Post Connectors can be used in a wide range of applications, including power, signal and control applications. They offer reliable performance in demanding environments, especially when subjected to continual shock, vibration and extreme temperatures. They are highly resistant to water, dust, moisture, corrosion and many other environmental factors.
These connectors are suitable for a wide range of different electronic devices, including computers, cameras, printers, scanners, monitors, and other digital devices. They are also commonly used in military and aerospace applications, as well as industrial manufacturing.
Working Principle
A 3113-4-00-80-00-00-08-0 PC Pin, Single Post Connector consists of two metal pieces, with one piece typically made of stainless steel and the other made of brass or copper. The stainless steel piece has a pin that fits into the corresponding receptacle on the board of the electronic device. The metal pieces are held together by an insulation sleeve.
When the connector is plugged into the board, the pin is inserted into the receptacle and forms a tight connection which is firmly held in place by the insulation sleeve. This allows for reliable electrical connection. The single post terminals also provide sturdiness and strength with their unique design which is easy to install and remove.
The 3113-4-00-80-00-00-08-0 PC Pin, Single Post Connectors are used across many industries to create reliable electrical connections for a variety of electronic devices. Their robust and reliable design makes them perfect for industrial applications, offering reliable performance in a variety of different conditions.