ESQT-130-02-M-5-375

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ESQT-130-02-M-5-375 is an example of a rectangular connector that belongs to the subcategory of headers, receptacles, and female sockets. This type of connector is used for a variety of applications and is able to withstand the requirements for high-temperature exposure as well as shock and vibration.

These connectors are typically used in applications where space is at a premium, as they are designed to provide easier access and greater convenience. They are also designed to make the connection process simpler and more efficient. These connectors are often used in industrial, automotive, and communications applications.

The ESQT-130-02-M-5-375 is a two-row, right-angle female header. It is designed to accept wire harnesses up to .092” or 2.3 mm in diameter. It features eighteen contacts which each have a current rating of 1.02A and a voltage rating of 500V. This makes the ESQT-130-02-M-5-375 suitable for use in demanding applications such as power electronics and robotics equipment.

This connector is designed to have a tight and secure connection and has a contact retention force of 4.5N per contact. It has a contact spacing of 0.079” or 2mm and a mounting height of 0.236” or 6.00mm. The connector is suitable for use in temperatures between -55ºC and 85°C. It also has a moisture resistant seal which helps to protect the contacts from water and other liquids.

The working principle of the ESQT-130-02-M-5-375 is relatively simple. An electrical current passes through the connector when the contact points on the female socket and header connector make contact. This connection can then be used to pass a signal or data between the two different devices or components.

The ESQT-130-02-M-5-375 is a durable and reliable rectangular connector that is suitable for a variety of applications. It uses the standard two-row, right-angle female header design which is very convenient and efficient. It is suitable for use in a variety of different industries and offers a reliable connection that can withstand shock, vibration, and high-temperatures.

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