XG4A-6035

XG4A-6035 rectangular connectors are versatile, easy-to-use connectors. They are available with either male or female headers and are commonly used in various applications such as industrial automation, motion control, medical equipment, and robotics. Their positive locking feature and rugged construction make them well-suited for reliable, long-term connection.

The headers are designed with polarized, power, or high-speed/low-capacitance options to meet different requirements of the application. The male pins are designed with angled pins, precision terminals, and positive locking ribs to ensure a secure connection.

The XG4A-6035 is designed with a unique combination of metal and plastic construction. The metal parts are made of stainless steel, and the plastic body has been molded from flame-retardant thermoplastic. This combination provides better insulation, improved mechanical strength, and superior electrical characteristics. The pins are designed with a metal-to-metal contact design to provide improved stability and low contact resistance.

The working principle of the XG4A-6035 is based on the concept of interlocking. The connectors consist of two parts: a male header and a female pin. The male header has a rectangular shape with an array of pins. The female pin has a circular shape with an array of ribs. When the male header is plugged into the female pin, the ribs and the pins lock together, creating an electrical and mechanical connection.

The XG4A-6035 is designed to provide reliable connections in a wide range of applications. It is well-suited for applications where high voltage and high current capabilities are needed. The polarized design eliminates the risk of wrong connections and ensures a secure connection. The rugged construction and positive locking system make it ideal for applications that require frequent connection and disconnection.

In conclusion, the XG4A-6035 rectangular connector is a versatile and easy-to-use connector. It is available with either male or female headers and is designed with a combination of metal and plastic construction to provide enhanced insulation, mechanical strength, and electrical characteristics. Its working principle is based on the concept of interlocking, and it provides a secure connection with high voltage and current capabilities. Its rugged construction and positive locking system make it well-suited for reliable, long-term connections.