1718707-1

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Magnetic wire connectors are devices designed to establish and maintain electrical contact between two isolated components. They are commonly used in circuits controlling applications like motor control, lighting, heating, and other types of industrial equipment. A magnetic wire connector is composed of several components, including a shell, magnet, contactor, and a contact plate. The shell of a magnetic wire connector houses the other components and helps protect them from external environmental factors, such as water and vibration. The magnet is typically made of steel or other magnetically attractive material and it serves two main functions: to attract the contactor (the component which makes contact with the wire), and to establish a pathway for the flow of current. The contactor is often made of brass or some other non-magnetic material and has two main points of contact for the wire. The contact plate acts as a platform for the contactor and the magnet.

The 1718707-1 model of magnetic wire connectors are designed for use in enclosure applications and they are currently rated for up to 600 volts. Each 1718707-1 unit has 9 poles, one of which is equipped with a grounding connection, and these units have a molded shell with a combination of brass and stainless steel contacts. This construction helps provide excellent conductivity and protection from corrosion damage caused by age or exposure to the environment. These magnetic wire connectors have a very simple working principle; the magnet inside the shell attracts the contactor, which is then pulled into contact with the wire. As the wire is attached to the contactor, it forms a secure electrical connection. The contact plate then provides a platform for the magnet and contactor, preventing them from shifting and establishing a more secure connection.

1718707-1 magnetic wire connectors can be used in a wide variety of applications, such as data-control, audio-visual, and motor control. They are especially suited to medical and biomedical applications, as they have been approved for use in health-care facilities. This model is also suitable for use in areas with extreme temperature swings, as its construction helps to resist corrosion damage in both hot and cold climates. The shell of the 1718707-1 magnetic wire connector is designed to lock firmly on to the enclosure and its dual-conductive design prevents any possible accidental contact between a conductor and an un-insulated surface. These features help ensure that the connections established by the 1718707-1 are secure and reliable.

The simple yet effective working principle of the 1718707-1 magnetic wire connector, combined with its reliable construction and multi-application capabilities, make it an ideal solution for enclosure applications in a wide range of industries. The connector’s strong insulated shell helps protect the components inside, while its stainless steel and brass contacts provide high conductivity and excellent resistance to environmental and use-based corrosion damage. In addition, its convenient locking feature ensures a secure connection between wires and the downstream component, providing peace of mind when making connections between critical components.

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