68602-164HLF

The 68602-164HLF is a rectangular connector, classified as a header with male pins. This connector is used for a variety of applications, including remote key systems, telecommunications, and medical equipment. In this article, we will discuss the application field and working principle of the 68602-164HLF.

The 68602-164HLF header has sixty-four contacts, and is rated for eight amps per pin. It is suitable for a variety of applications, such as telecommunications, remote key systems, and medical equipment. The contacts are rated for a maximum voltage of 250V at 20A, and allow for data rates up to 10Mbit/s. Moreover, the insulation resistance of the connector is 1000MΩ or more at 500V DC.

The 68602-164HLF header is designed to mate with a complementary 68602-144HLF female connector. The two connectors are secured together by screws, allowing for easy installation and excellent conductivity. The proprietary design of the connectors ensures that they will mate securely, and will not vibrate loose during use. The connectors are also designed to be resistant to moisture and dust, making them suitable for outdoor applications.

The 68602-164HLF employs a reliable working principle. The pins on the header make contact with the corresponding female connectors, allowing for data and power to be transferred. The proprietary design of the connectors ensures that they stay securely mated, and will not vibrate loose during use. In addition, the insulation resistance of the connectors prevents the build-up of static electricity, minimizing the risk of electrical shock.

In summary, the 68602-164HLF is a rectangular connector, classified as a header with male pins. This connector is suitable for a variety of applications, such as telecommunications, remote key systems, and medical equipment. Moreover, the connectors are designed to be resistant to moisture and dust, ensuring reliable performance in a variety of environments. Finally, the proprietary design of the connectors ensures that they stay securely mated, and the insulation resistance of the connectors prevents the build-up of static electricity, minimizing the risk of electrical shock.