HR3340810000G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The HR3340810000G is a popular choice for Terminal Blocks - Wire to Board applications. These components are an integral part of making a reliable, consistent connection between two components in a circuit, such as a sensor and a controller.

HR3340810000G components include a housing, terminals, and a board. The board provides secure, secure connection points for the wires to the terminals. The housing provides the physical protection and insulation for the terminals and the board.

Terminals are designed to accept wires up to a certain size. For the HR3340810000G, the terminals are designed to accept up to 24 AWG (American Wire Gauge) wire.

For a reliable, consistent connection, these components must be properly secured to each other. This usually involves securing the housing to the board with screws, and then crimping the terminals onto the ends of the wires. This also helps to prevent vibrations from loosening the connections and damaging the wires.

The working principle of the HR3340810000G is based on taking the electrical signal running through the wires and completing the circuit with the board. The board then distributes this signal to its intended destination. This helps to keep the electrical signals isolated while still allowing them to be properly distributed. In the case of the HR3340810000G, this helps to prevent interference and noise from affecting the signal.

In addition to its use in Terminal Blocks - Wire to Board applications, the HR3340810000G is also commonly used in many other applications. These include medical equipment, telecommunications equipment, automotive applications, and many more.

The HR3340810000G provides a secure, consistent connection for a variety of applications. Its wire-to-board terminals provide reliable insulation and easy wire installation that is trusted in this market. The housing also provides additional protection against shocks and vibration, all while providing electrical signal isolation.

The specific data is subject to PDF, and the above content is for reference