4305.0048.11

Power entry connectors are mechanical devices that are mainly used to connect electrical wires or cables, and are an integral part of any electrical assembly. They are usually divided into two categories – single-pole AC or DC connectors and double-pole AC or DC connectors. The 4305.0048.11 is an example of a single-pole AC connector and is part of the 4305 series of connectors.

The 4305.0048.11 is mainly used for medium to high-powered AC applications and can handle voltages up to 600 volts. Due to its robust design, it is suitable for use in demanding environments such as chemical processing plants. It also comes with a built-in noise filter to help reduce interference and protect connected electrical components from outside electromagnetic interference.

The 4305.0048.11 consists of two parts – a male and a female part. The male part consists of a contact pin that is connected to the external power source and a terminal for making the connection to the external device. The female part consists of a socket for connecting to the external device and a strain relief for securing the connection.

The working principle behind the 4305.0048.11 is relatively simple. When the user inserts the male pin into the socket of the female part, an electrical connection between the two is established. This connection allows current to flow from the power source to the external device, thus providing power to the device.

In addition to the 4305.0048.11, there are other power entry connectors available, such as the 4305.0047.11 and 4305.0047.21. These connectors are similar to the 4305.0048.11 but have a different pin contact and terminal. Depending on the application, users can choose the connector that best suits their purpose.

The 4305.0048.11 is an example of power entry connectors that are designed to provide reliable electrical connections in demanding environments. Their robust design and built-in noise filter make them ideal for industrial applications. Furthermore, they are available in a variety of sizes and configurations, making them suitable for many different applications.