CWN-570-10-0021

CWN-570-10-0021 is a type of rectangular connector and header featuring male pins. This connector is specially designed to ensure a sterile, medium level transmission of signals and power. It is commonly used in applications such as automotive, rail, audio-visual and data communications.

The CWN-570-10-0021 rectangular connector and header features an angled male pin design. This feature adds space-saving benefits while keeping up with the tight tolerance requirements. It is designed to be withstanding to harsh environment conditions, as well as providing up to a 1000 mating cycles. The rated current/voltage of the connector is 24A/40Vdc, and it has a contact diameter of 2.54mm to 4.41mm.

The CWN-570-10-0021 rectangular connector and header also provides an assured lock-in mechanism of the housings due to its two piece construction. The housing is securely locked in place with a simple push-to-lock system, eliminating the need to use additional fixing tools or screws. The contacts remain firmly in place inside the housing due to the positive lock feature. The connector also has highly durable insulation and contact material for reliable voltage and heat dissipation.

The working principle of CWN-570-10-0021 is simple yet effective. The male pin contacts are inserted and locked into the housing first. Once it is firmly in place, the housing is then pushed downwards until it clicks into its locking place. This two-piece locking mechanism ensures that the housing and contacts remain firmly in place. The contacts are then connected to the power or signal sources, which effectively transmits the signals or power to its destination. With its secure locking system, the connector is able to provide a reliable and high-performance connection even in harsh environments.

The CWN-570-10-0021 is a reliable and reliable rectangular connector and header system for making reliable and high-performance connections. It is suitable for a wide range of applications and offers a simple but effective locking mechanism. It is also designed to be robust and resistant to harsh environmental conditions, ensuring reliable performance even in the toughest conditions. It is also conveniently space-saving while providing a secure connection.