1-1776489-0

Headers, Plugs and Sockets

The 1-1776489-0 is a terminal block or header, plug, and socket designed for high-current applications. This product was developed by TE Connectivity, and is designed to provide a reliable, secure connection between power networks and electrical components. This product is also UL approved and complies with IEC and other safety standards, providing a safe, high current connection.

Application Field

The 1-1776489-0 is designed for high-current applications, such as home appliances, lighting, and industrial driver applications. This product is perfect for high-power, high-current systems, providing a reliable, secure connection with a high level of safety. It is perfect for mission-critical applications, where reliable connections and safety are essential.

Working Principle

The 1-1776489-0 header, plug, and socket utilizes a variety of features, such as:

• Self-Locking design – prevents accidental disconnects from power sources by continuously locking the plug and housing securely.
• Current limiting features – Max current is rated at 16 amps and max temperature is rated at 32 degrees. This helps to prevent over-heating and reduce stress on the connection.
• Slip resistant design – helps to prevent the plug from being accidentally disconnected from the power source.
• Integrated strain relief – helps to protect the connection from damage due to movement or vibration.

The 1-1776489-0 is also designed for quick installation, with a simple interface and easy installation process. The header plug is designed to fit securely into the housing, and the sockets are designed to accept the plug without needing to adjust the housing. It also features quick-connect terminals, which can be used to make quick and secure connections.

Conclusion

The 1-1776489-0 is an ideal solution for high-current applications, providing a reliable, secure connection with a high level of safety. It is perfect for mission-critical applications, where reliable connections and safety are essential. It features a variety of features, such as self-locking designs, current limiting capabilities, slip resistant design, and integrated strain relief.