ESQT-127-02-L-D-310

Rectangular Connectors – Headers, Receptacles, Female Sockets offer a reliable connection point for electrical systems with their versatility, durability and ease of installation. ESQT-127-02-L-D-310 is a common type of connector in this category, which is used in many applications in various industries. In this article we will discuss the application field and working principle of the ESQT-127-02-L-D-310 connector.

ESQT-127-02-L-D-310 Application Field

The ESQT-127-02-L-D-310 connector has an impressive list of potential applications. In industrial applications, it can be used for connecting numerous tools and process equipment, controlling multiple motors with one power supply, connecting lighting systems, and more. It is also used in power, astrophysical, communications, instrumentation, security systems, and some industrial applications. To illustrate the wide range of potential uses for the ESQT-127-02-L-D-310 connector, here are some examples from different industries:

• Industrial: connecting multiple motors to one power supply, controlling multiple machines with one source of power, connecting lighting control systems
• Power: connecting and transferring energy from central generators to end users
• Astrophysical: connecting electronic equipment for space exploration
• Communications: connecting fiber optic cables and routers to electrical networks
• Instrumentation: interfacing electrical systems with optical networks and sensors
• Security systems: connecting video surveillance cameras and controlling alarms
• Industrial controls: connecting sensors, switches, and controllers in various automated systems

The list of potential applications for the ESQT-127-02-L-D-310 connector is almost limitless. As several examples mentioned above illustrate, it is a versatile and reliable choice for a wide range of applications in many different industries.

ESQT-127-02-L-D-310 Working Principle

The ESQT-127-02-L-D-310 connector consists of two parts – the socket (the female part) and the header (the male part). The socket has two rows of pins, which fit into the header’s two rows of sockets. A key on the inner surface of the socket ensures proper alignment of the two parts, preventing accidental short circuits. Each pin has a polarity designation, which is marked on the socket and the header. When the header is inserted into the socket, electrical contact is secured via the pins, and the connection is completed.

The connector also has metal contacts embedded in the plastic housing. When the header is inserted into the socket, the two metal contacts on the socket create an electrical connection with the metal contacts on the header. This ensures greater protection against electrical currents, and also helps to control temperature and humidity.

The ESQT-127-02-L-D-310 connector is designed to be resilient to shock and vibration, as well as temperature and humidity variations. The plastic housing helps to dissipate heat quickly, protecting the contacts from damage by excessive heat. The pins are also designed to be resistant to corrosion and mechanical wear-and-tear, ensuring a reliable connection.

Conclusion

In conclusion, the ESQT-127-02-L-D-310 connector is a reliable and versatile connector, with applications in a wide range of industries. Its robust design offers excellent protection against shock, vibration, and temperature and humidity variations, while its metal contacts provide better electrical performance. With its reliable and resilient design, the ESQT-127-02-L-D-310 is a recommended choice for many electrical systems.