ESQT-112-02-L-D-595

The ESQT-112-02-L-D-595 is a type of rectangular connector, commonly referred to as a header, receptacle, or female socket. As the name implies, it is used to connect two circuits, providing an electrical pathway for signals. It is most often used in electronics, including computers, connectors, and communication systems.

This particular type of connector features two rows of 2mm spaced square pins, offering a range of 0.5-100 Amp current capacity, depending on the application. It is compatible with a variety of industry standards, including ANSI, UL, CSA, and TUV, making it one of the most widely used connectors in the industry. The ESQT-112-02-L-D-595 can be easily connected to solderable contacts, and the connection is reinforced by means of a locking housing that keeps components secure.

This connector is designed for high voltage applications, providing robust protection from electric shock for both the operator and the system. Its hub pins are nickel plated, giving it improved mechanical strength and corrosion resistance. Its insulation is self-extinguishing, meaning that the risk of fire or other hazards is greatly minimized. In addition, its housing is molded, offering increased strength and durability.

The application field and working principles of the ESQT-112-02-L-D-595 can be divided into two categories. Firstly, it is used in electronic systems for the transfer of signals and data. Generally, signals are transmitted at high speed and high voltage levels, and the connector’s design ensures that electrical isolation is maintained and ESD damage is avoided. Secondly, it is used in industrial control systems where its ability to handle high current levels make it ideal for power transmission and control applications.

Overall, the ESQT-112-02-L-D-595 is a versatile rectangular connector designed specifically for use in electrical systems. Its high current capacity, robust insulation, and corrosion resistance make it suitable for high voltage, power, and control applications in both consumer and industrial situations.