ESQT-130-02-G-Q-610

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Rectangular Connectors - Headers, Receptacles, Female Sockets have an array of applications and functions, and the ESQT-130-02-G-Q-610 part is no exception. It is a rectangular connector, designed and built by Eaton\'s Crouse-Hinds series, belonging to the series UTG. This is a type 130 device, meaning that the part number includes the total number of lands, and the version of UTG series which it is based on.

The ESQT-130-02-G-Q-610 connector is generally used to interconnect devices or subsystems. It features two rows of alternating contacts and two positions of terminations. There are two key elements in this part number, a rating of 2A or 6A and, more importantly, a maximum operating temperature of -60°C. It is also important to note that it can be configured to accommodate both single and double entry.

The working principle of the ESQT-130-02-G-Q-610 is essentially the same as all other components of this type: to connect two separate components to carry currents. The two components are equipped with pins that match, which are then housed within a plastic or metal shroud to provide protection and insulation. This connector can be used in both small and medium power applications. The electrical contacts are designed for a specific purpose according to requirements and specifications, and these pins are held in place in the connector by an adhesive or soldering process.

The first step in the ESQT-130-02-G-Q-610 application process is the selection of the correct type of connector for the application. This requires an analysis of the application to determine the number of contacts needed, the type of installation, and the maximum voltage and current levels. Once the right type of connector is chosen, it is then necessary to make sure that the connector meets all of the necessary UL and CSA safety requirements, such as insulation requirements and contact resistance. The number of contacts and connectors should also be considered in the final assembly.

The next step in the process is the actual assembly of the connector. This consists of the pins fitting into the corresponding holes of the receptacles and then soldering the two pieces together. The assembly should be performed in a temperature-controlled environment, since excessive heat can cause damage to the components as well as the contacts. After the assembly, the appropriate testing should then be performed, verifying that the contacts are properly soldered and the insulation has not been damaged. Once tests have been completed, the connector can be installed.

The ESQT-130-02-G-Q-610 is a rugged and versatile connector, ideal for a variety of industrial applications. Not only does it provide a simple and reliable method of interconnecting two components, but it also offers the added protection of a reliable seal and temperature resistance. Furthermore, its 2A/6A ratings provide added power capabilities when needed. As always, it is important to read the instructions for proper application and usage in order to ensure that the connector will perform as intended.

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