Introduction to Industrial Connectors

Industrial connectors are indispensable key components for industrialization. Because it is widely used in the aerospace industry, it is also called an aerospace socket and an aerospace plug-in. Connectors have the characteristics of versatility, diverse specifications and models, and complete processing technology. They are widely used in intelligent manufacturing systems, aerospace, high-speed railways, automatic control, urban rail, 5G communications and other industries. According to different appearances, it can be divided into circular connectors, small connectors, micro connectors, switching power supplies mainly used in industrial production, data transmission, medical devices, connectors for automatic control, etc. Traditional connected devices provide users with several years of service guarantee in a typical office environment. However, exposing the same copper wire or fiber optic connector to extreme conditions can reduce performance and reliability, and end users must pay expensive maintenance for troubleshooting and accessory replacement.

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Industrial connectors are new connectors designed specifically to establish strong Ethernet connections in harsh environments and are stronger, stronger and more resistant than previous connectors. This new interface is generally considered an "industrial connector", and its application is not limited to manufacturing. This connector is designed to withstand the harshest industrial environments. Connectors are two or more containers connected to each other under the face of the ticket. Connectors containing the same liquid and the same liquid level pressure have the same liquid level height. 1. The connector contains the same liquid, but if the pressures of the face values are different, the pressure difference of the face values is equal to the differential pressure caused by the height difference of the face values of the two containers in the connector. 2. The pressure of the connector face value is the same, but there are different liquids on both sides that do not mix with each other. Starting from the split interface, the height of the two face values is inversely proportional to the density of the liquid. Connector principle has a wide range of applications in engineering. Various liquid level gauges (water level gauges, liquid level gauges, etc.), mercury vacuum gauges, liquid column wind pressure gauges, differential pressure gauges, etc. are all made using the connecting rod principle. Understanding the definition and working principles of connectors can help to better understand and explore the connectors market.

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