Threaded connection method is a connection method often used for electrical connectors with larger contact parts and working in strong vibration environments. Threaded connection method can be equipped with a fuse to prevent loosening after the connection is completed. Threaded connection method is reliable to use, but the connection and disconnection speed is slow.
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GX connectors can be divided into several different types, mainly reflected in size, number of contact points, function and design style.
Common GX connector types:
1. GX12 connector
2. GX16 connector
3. GX20 connector
4. GX connector (waterproof type)
5. GX connector (high-speed signal type)
The GX12 connector is a circular electrical connector that is commonly used in small and medium-sized electronic devices, industrial equipment and other fields that require reliable electrical connections. The "GX" of the GX12 connector indicates its model and structure, while the "12" represents the 12 mm thread diameter on the outside of the connector.
Size is one of the most obvious differences between GX12 and GX16 connectors. The outer diameter of the GX12 connector is 12mm, while the outer diameter of the GX16 connector is 16mm. This size difference means that the GX16 connector is larger in space, so it can provide more contact points and higher current carrying capacity.
A 3-pin connector is a common electrical connection component that is used to connect and transmit power, signals or data. Usually, the number of pins of a connector is related to the requirements of its application. The 3-pin connector is one of the standardized designs and is widely used in various electronic devices.
A high-voltage connector is a connector used to connect electrical equipment, systems or components, which is specially designed to withstand working environments with a higher voltage range. Typically, high-voltage connectors are used in systems with a rated voltage of more than 1000V, and they can achieve safe and stable electrical connections under high voltage environments.
