67997-106HTLF

Rectangular Connectors are used in various fields, ranging from electrical, communication, industrial, and domestic applications. The 67997-106HTLF, which is part of this family of connectors, is commonly used in industry. This article will provide information about its specific application field, as well as its working principle.

The 67997-106HTLF consists of several components, among which we may find a single-row header, contact pins, and a locking device. As one of the industry standard plug and socket connectors, it is suitable for a broad range of industrial applications. Specifically, it is typically used for power distribution, wire harness, cable assembly, and other electrical systems that require a robust, high-quality connection.

The single-row header is made of an electrically-conductive material and features a plated brass or copper alloy contact, which acts as the connector’s connection point. The contact pins, or male pins, are designed with an insulative material, such as a polyester substrate, and are shaped to fit the header to create a secure connection. Finally, the locking device ensures the connection is firmly sealed and kept in place during any kind of movement or vibration.

Now that we are familiar with its components, let us look at how the 67997-106HTLF works. The working principle is relatively simple. First of all, the male pins are inserted into the header’s contact points. Then, the locking device is applied to lock the pins in place. Finally, a voltage is supplied in order to activate the connection. This series of steps ensures that an electrical current flows uninterruptedly between the two parts and a robust connection is obtained.

In conclusion, the 67997-106HTLF is a rectangular connector from the Headers, Male Pins family, used mainly in industrial applications. It consists of a single-row header, contact pins, and a locking device. Its working principle is based on inserting the male pins into the contact points of the header, then applying the locking device to secure the connection, and finally, supplying a voltage to activate the circuit.