LCB2-10F-Q

The LCB2-10F-Q terminal is a rectangular connector with a 5.08 mm pitch. It is a two-row connector with polarization features which prevent incorrect mating. It has an insulation displacement connector (IDC) design which eliminates the need for the conventional labor-intensive soldering process. It is suitable for applications that require two polarized wires to be connected. It comes with a wide variety of configurations, including snap-in, wire-to-board, board-to-board, and harness/cable terminals.

The LCB2-10F-Q terminal has wide application fields. Primarily, it’s used for industrial automation equipment, electric distribution box, train control systems, metering systems, medical instrumentation systems, and other similar applications. Its compact design also makes it ideal for applications that require minimal space. The terminal is designed to be used in harsh, industrial environments, thanks to its IP67-rated protection and impervious insulation.

To understand the working principle of the LCB2-10F-Q terminal, it’s necessary to understand the operating principle of insulation displacement connectors. It’s a type of connector that uses a high voltage arc to make a connection without requiring soldering, welding, or another type of permanent connection. To make the connection, two metal contact surfaces with insulation between them are placed in the contact pocket of the terminal. When the arc is generated, it melts the insulation and causes the metal to fuse together. This creates a reliable, low resistance connection.

The LCB2-10F-Q terminal is able to maintain a reliable connection over a long period of time thanks to its compact design and minimal stress on the connection points. Its insulation displacement design also prevents corrosion and fading due to electrical arcing. Additionally, its durable construction ensures that the connector will withstand years of repetitive melding cycles without degrading.

In summary, the LCB2-10F-Q terminal is a rectangular connector with a 5.08 mm pitch. It has wide application fields, especially for industrial automation equipment, electric distribution box, train control systems, and other similar applications. Its insulation displacement design makes it suitable for making low resistance connections without soldering, welding, or other permanent connections. It is also designed to be durable and withstand years of repetitive cycles. Consequently, it is ideal for applications that require reliable connections over a long period of time.