1601021-2 Connectors, Interconnects

1601021-2 is a type of magnetic wire connectors that has been deployed in offline usage for industrial applications to ensure the efficient and secure connection of power or signal cables among electronic devices or components. It is designed with simplicity, durability, and cost-effectiveness in mind, making it one of the most reliable and commonly used magnetic connectors on the market.

Product Design

The 1601021-2 features a two-part design, with a female part and a male part that fits together. The male part is designed with two round terminals that snap into the female part, and the two parts are secured with a locking screw to ensure a secure connection. Each part is made of high-temperature polyamide material that is resistant to shock, corrosion, and vibrations, giving the connector a long service life. Additionally, the two terminals on the male part are isolated from each other to reduce the chance of a short circuit.

Application Field and Working Principle

The 1601021-2 is primarily used in industrial applications, such as fieldbus systems, automated factory control systems, and vending machines. Its strong connection, leakage-proof design, and durable build make it particularly suited for these applications. To use the 1601021-2, the wires are placed in the respective terminals on the male portion of the connector, and the female and male parts are then joined together and tightened using the locking screw. Once the connection is secure, the terminals are energized, thus forming a strong and stable connection between the two devices.

Benefits

The 1601021-2 magnetic connector is an ideal choice for use in industrial applications due to its simple design, durable construction, and reliable performance. It features an easy-to-use design, with no need to strip the wires or use tools for installation, as well as its quick and secure connection, which ensures a tight seal between the two parts. Additionally, the design of the 1601021-2 is resistant to electrical interference and contamination, making it an ideal choice for those applications that require a reliable connection.