CLE-161-01-G-DV-A-K

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CLE-161-01-G-DV-A-K is a rectangular connector. It is designed for applications that require a connection with multiple signal or power lines to be routed between devices for circuit completion. It is usually used in industrial, automation, automation control, medical, and communication electronic equipment for electrical connection, signal transmission, and space saving.

Construction

The CLE-161-01-G-DV-A-K rectangular connector is made from a one-piece die-cast zinc housing that has been strategically designed to provide superior electrical insulation. It has two rows of gold-plated contact pins and is capable of mating with a straight male connector of the same size. The pins are arranged in two rows and have a typical spacing between them of approximately 2.5mm. The contact pins are encased in a thermoplastic insulation sleeve to ensure reliable electrical contact. The contact pins are arranged in a symmetric pattern to provide superior EMI and RFI protection and prevent miss-alignment of the mating parts.

Features

The CLE-161-01-G-DV-A-K rectangular connector features a die-cast zinc housing that provides superior electrical isolation and a high-temperature rating of up to 105°C. The low insertion force of the contact pins ensures easy installation. It can be used in both high-density and low-density applications. The integrated latching system, which consists of two latching arms, ensures a secure and reliable connection. The contact pins are also designed to provide superior EMI and RFI shielding.

Application Field and Working Principle

The CLE-161-01-G-DV-A-K rectangular connector is primarily used for applications that require a connection with multiple signal or power lines to be routed between devices for circuit completion. The contact pins are designed to provide a high level of connectivity between the two components. The low insertion force helps with the installation process, and the latching system ensures a secure connection. The contact pins are designed to provide a high level of EMI and RFI shielding to protect sensitive circuits from interference.

The basic principle of the CLE-161-01-G-DV-A-K rectangular connector is simple. The contacts are designed to mate with the corresponding straight male connector, and provide a high level of connectivity between the two components. In order for a secure and reliable connection to be established, the two components must be aligned correctly and the locking arms must be engaged. The contact pins are then inserted one by one and secured with a locking screw. Once the contact pins are all securely connected, the two components will be securely joined.

Advantages

The CLE-161-01-G-DV-A-K rectangular connector provides a number of advantages over other types of connectors. Firstly, its one-piece die-cast zinc housing is designed to provide superior electrical insulation, making it well-suited to applications that require a high degree of electrical protection. The integrated latching system ensures a secure and reliable connection between the two components. The contact pins also provide a high level of EMI and RFI shielding, making it an ideal choice for applications that demand a high level of signal integrity. The low insertion force enhances the installation process, making it easier and quicker than other types of connectors.

Conclusion

The CLE-161-01-G-DV-A-K rectangular connector is an ideal choice for applications that require a connection with multiple signal or power lines to be routed between devices for circuit completion. Its construction, features and advantages make it well-suited to a number of applications, such as industrial, automation, automation control, medical, and communication electronics. The die-cast zinc housing provides superior electrical isolation, while the low insertion force and integrated latching system ensure a secure and reliable connection. The contact pins also provide a high level of EMI and RFI shielding, making it an ideal choice for applications that demand a high level of signal integrity.

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