N2510-6002RB-WD

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The N2510-6002RB-WD is a high-quality rectangular connector, or header, designed for a wide range of applications. It is a single-row, two-position, two-pin male connector designed to securely link two or more points in a powered circuit. The N2510-6002RB-WD features a lanced, Molex/JST style terminal interface on the front, enabling quick, secure, and easy connections. The N2510-6002RB-WD is rated for up to 40V and 1A per pin. With its small size, the N2510-6002RB-WD is suitable for a variety of high-density applications.

The N2510-6002RB-WD is commonly used in the electronics industry, such as in computers, televisions, and gaming consoles. Its small size and single-row design make it ideal for applications where space is limited. It is popular for use in circuit boards and components, allowing for easy connections without the need for large panel connections and extra wiring. The two-pin design allows it to be used as a power connector for various devices, such as LED lights and motors.

The working principle of the N2510-6002RB-WD is simple but effective. It features two lanced terminals which mate with two corresponding female terminals, either on a cable or a second N2510-6002RB-WD connector. When the terminals mate, they create a secure and reliable connection. The two terminals are held in place by a locking tab in the rear of the connector, which prevents accidental disconnection. By keeping dirt and other debris out of the connectors, the lanced terminals provide a reliable connection even in high-vibration or extreme climates.

The N2510-6002RB-WD is a reliable and versatile rectangular connector, perfect for a variety of application needs. It is simple to use and install, and provides a secure and reliable connection for all types of circuits. With its small size and two-pin design, the N2510-6002RB-WD is perfect for applications where space is limited, yet a robust and dependable connection is required.

The specific data is subject to PDF, and the above content is for reference