Multipole Wire Waterproof Connector

For a WKDQ Circular Multipole Wire Waterproof Connector with Thread Solder Docking and Wk17 Docking Pin Plug Socket, you can consider connector series such as the M12 or M23. These connectors are commonly used in industrial and outdoor applications where waterproofing and reliable electrical connections are crucial.

Here are the key features of these connectors:

Circular Multipole Design: These connectors have a circular shape and are designed to accommodate multiple poles or pins for transmitting various electrical signals. The multipole design allows for versatile connectivity options.

Waterproofing: The connectors are specifically engineered to provide excellent waterproof capabilities, often with an IP68 rating or higher. They incorporate seals or gaskets that effectively prevent water ingress, ensuring reliable performance in wet or harsh environments.

Thread Solder Docking: The connectors employ a threaded coupling mechanism, enabling secure and robust connections. The threaded design ensures a tight fit and minimizes the risk of accidental disconnection, providing a reliable and stable electrical connection.

Plug and Socket Configuration: The connectors are available in plug and socket configurations, facilitating easy mating and unmating of the connectors. The plug serves as the male connector, while the socket is the female counterpart, allowing for simple and efficient connections.

Solder or Crimp Contacts: Depending on the specific connector model, you have the option to choose between solder or crimp contacts. Solder contacts require soldering the wires to the connector pins, while crimp contacts involve using a crimping tool to attach the wires securely.

When selecting a circular multipole wire waterproof connector with thread solder docking and Wk17 docking pin plug socket, it is important to consider factors such as the connector series (e.g., M12, M23), the number of poles or pins required for your application, wire gauge compatibility, and any additional specific requirements relevant to your use case.