OQ1854000300G Connectors, Interconnects

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Terminal blocks, headers, plugs and sockets serve to establish connections between electrical components in various industrial, commercial and household applications.

The OQ1854000300G is a terminal block solution designed for complicated wiring applications. It is suitable for high-density applications where it is necessary to make high current connections in a high-temperature environment. The product is compliant with UL standards and also complies with RoHS standards.

The OQ1854000300G terminal block includes a 3-pin header with an insulation sleeve. This configuration enables efficient wiring of the block allowing for a wide range of possible connections. The three pin-header comes with a pre-cut insulation sleeve which serves to protect against shorts, reverse polarity and strong temperature fluctuations. The product also features a unique design which provides a better grip for a firmer connection resulting in a stronger and more reliable connection.

Furthermore, the design also provides excellent insulation and current-carrying capability, while the terminal block\'s construction allows for quick and easy assembly. The OQ1854000300G connects components placed in close proximity for superior wiring flexibility and precision.

In terms of working principle, the OQ1854000300G terminal block works by connecting the metal contacts of two or more components together, providing an electric connection between them. The contact is made by the insertion of a conductor, such as a wire, into a slot in the terminal block. The wire is then held securely in place by a spring-loaded mechanism, with the contact tips breaking the circuit if the wire is removed.

The OQ1854000300G can be used in applications such as electrical control panels, automotive, industrial automation, consumer electronics, and computer systems. The terminal block is reliable and can handle high current flows and high temperature changes. It also ensures a secure and reliable connection between components, making it suitable for multiple applications.

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