1-1102564-3

The 1-1102564-3 heavy-duty connectors housing, hood, and base are used in a wide variety of applications. These heavy-duty connectors offer a reliable and robust connection, which is the primary reason they are used in a variety of installations.

The connectors feature a housing, with a hood and base designed for use with various combinations of male and female contacts. The housing is made of a heavy-duty plastic or metal material that provides enhanced durability and corrosion resistance. The housing has two integral features – an external surface and an internal chamber. The housing also features an interlocking mechanism, which enables a secure and reliable connection.

The hood and base are designed to provide a secure connection between the male and female contacts. The hood and base are made from heavy-duty metallic or plastic-coated materials, which offer increased corrosion resistance. Additionally, these components have a snap-in design, allowing for easy and secure installation.

The primary application for the 1-1102564-3 heavy-duty connectors housing, hood, and base is for installations in outdoor or rugged environments. This type of connector is often used in industrial, automotive, agricultural, and marine applications. These connectors are suitable for a variety of demanding applications, including wire or cable routing, waterproofing, and electrical insulating.

The working principle of the 1-1102564-3 heavy-duty connectors housing, hood, and base is fairly simple. The connectors are designed to connect two or more wires or cables together. The connectors provide a secure and reliable connection, which is made possible by the snap-in design of the hood and base. The external part of the housing helps to secure the connection from exterior elements, such as dust and water. Additionally, the internal chamber of the housing helps to protect the connection from electromagnetic interference (EMI).

In summary, the 1-1102564-3 heavy-duty connectors housing, hood, and base are used in a variety of applications. They offer a reliable and robust connection, which is the primary reason they are used in a variety of settings. These components are designed for demanding installations in extreme environments, and provide a secure, reliable, and EMI-resistant connection.