ESQT-120-02-F-D-400

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Rectangular Connectors – Headers, Receptacles, Female Sockets, play a vital role in many industries for the purpose of connectivity and power transmission between devices. Connectors such as ESQT-120-02-F-D-400 are particularly used in applications that require bulky transfer of power in minimal space.

The ESQT-120-02-F-D-400 connector incorporates a dual row design, wherein each side of its second row has a total of two pins, with two rows of 4 pins each. The pins themselves are made up of a durable gold-plated copper, which makes them capable of carrying high volumes of current efficiently, further making the connector suitable for heavy-duty applications which require power transmission in tight and limited spaces.

Each pin is moulded with a thermoplastic material, which is immensely durable and capable of withstanding heavy temperatures of up to 150°C, thus giving the connector a very low rate of abrasion. The ESQT-120-02-F-D-400 also incorporates an internal plating on its surface that prevents accidental exposure of the pins to humidity or any other kind of exposure to the atmosphere.

Usage of such a heavy duty connector is most evident in applications such as aerospace, automotive, and other manufacturing industries wherein the data transfer and power distribution needs to be efficient and swift across various systems. The ESQT-120-02-F-D-400 is also used for communication systems in many engineering and communication related projects.

The inherent property of the ESQT-120-02-F-D-400 connector that makes it capable of transferring power in the most efficient way is its working principle. The conventional working principle of this connector relates to its dual-row design, which we have already discussed earlier. The dual-row design enables power or data to be transferred naturally in two distinct phases - an upright phase and a downward phase.

In the upright phase, the connector’s middle pin connects support contacts the host for direct power transmission. This direct line associated with the middle pin connects the pins of the ESQT-120-02-F-D-400 together, thus enabling a power transfer in the most efficient manner. At the same time, connecting these pins also helps in reducing unwanted interference or noise that is produced in the outside environment.

In the downward phase, the pins located on the upper row of the ESQT-120-02-F-D-400 are connected with the earth. This enables the current to travel directly to the ground which also helps reduce noise in the environment.

The idea of connecting the pins of the ESQT-120-02-F-D-400 in this manner not only enables efficient and swift power transfer, but also provides an added layer of protection against electrostatic discharge (ESD) and other interference. The connectors are also IP 67 rated which means that they are dust and water tight and can be used in areas that are prone to harsh weather conditions.

That said, the ESQT-120-02-F-D-400 is an ideal choice for large-scale power transfer projects in various industries. Its dual row design ensures maximum efficiency of the power transfer and can be a great alternative to bulky and expensive solutions. Moreover, its delicate plating ensures protection against corrosion due to exposure to extreme temperatures or humidity.

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