ESQT-113-02-F-S-437

ESQT-113-02-F-S-437 is one of the most popular rectangular connectors that incorporate headers, receptacles and female sockets. They are designed to provide reliable and secure connection in demanding industrial and manufacturing applications. Typically used for power and signal transmission, this type of connector is perfect for environments where high frequencies, harsh and extreme temperatures, or shock and vibration are present.

ESQT-113-02-F-S-437 Application Field and Working Principle

ESQT-113-02-F-S-437 is typically used in the electrical, electronic and industrial markets, most commonly in instrumentation, control, communications, and aerospace applications. The connector is well suited for high power motor control, data bus communication and signal applications. The ESQT-113-02-F-S-437 is constructed with a 2.54mm spacing between contacts, providing excellent high-frequency performance.

The connector utilizes a hybrid design that utilizes both metal contact points as well as plastic insulation contact points. The advantages of this design are that it is both reliable and durable. Furthermore, this connector type provides an extremely secure connection that is resistant to shock and vibration, as well as extreme temperatures.

The ESQT-113-02-F-S-437 also provides a very robust latching system, which helps to ensure that the connection is secure and reliable. This is achieved through the use of two metallic interlocking plates, which fit together to create a much stronger connection than conventional connector designs.

Finally, the ESQT-113-02-F-S-437 connector utilizes a back-panel mounting design, which allows for easy installation and removal in tight spaces. The design of the connector also allows for easy maintenance and inspection, and the contacts are readily accessible for simple modifications and repairs.

In conclusion, ESQT-113-02-F-S-437 connectors are designed to provide reliable and secure connections in demanding industrial and manufacturing environments. The hybrid design provides excellent frequency performance, durability, and robust latching mechanisms. Furthermore, the connectors provide easy installation, maintenance, and repair with their back-panel mounting design, making them the ideal choice for many applications.