PXP4082

PXP4082 is a circular connector with a threaded interface. It is designed for applications that require electrical connection with equipment and machines under harsh conditions. The connector is sealed for protection against dust, moisture and other harsh elements. It can provide reliable and sturdy connections where protection is essential.

The PXP4082 consists of two main components: a body, which also contains two contact sides, and a threaded coupling nut. The body is composed of stainless steel or aluminum, depending on the type of application. The contact sides are made of steel and can be soldered or crimped to the wire. The threaded coupling nut is made of brass and provides a secure connection.

The PXP4082 is ideal when using a power cord such as the one found in hazardous environments, including industrial, chemical, automotive, and aviation applications. With its threaded coupling nut, the connector is capable of providing an effective seal. It also helps prevent vibration and misalignment of the terminals, providing a secure connection. Additionally, the threaded connection makes the connector highly resistant to mechanical vibrations, such as those found in airborne applications.

The working principle of the PXP4082 connector is based on a threaded interface. When the coupling nut is screwed onto the body, it forms a secure connection between the contact sides. The contact sides have a slotted design to ensure that the connection is maintained between the contacts. The connection is secured by the pressure created by the threads. The connection is further protected by an O-ring seal, which ensures the integrity of the connection, even if there is vibration or misalignment.

In summary, PXP4082 connectors are designed for applications in which dust, moisture, and other harsh elements are present. The connectors are designed with a threaded interface and an O-ring seal for a secure connection. The PXP4082 is ideal in hazardous environments and powered lines and can also be used in airborne applications, thanks to its resistance to vibration and misalignment.