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In sensors and automation equipment. The rated voltage of the M12 connectors used is usually between 30V and 250V. In most cases, 30V to 250V is the operating voltage range of M12 connectors, but there are also specially designed M12 connectors that can withstand higher voltages.

The "number of pins" of an M12 connector refers to the number of metal contacts or terminals inside the connector. Depending on different needs, the number of pins of an M12 connector can range from 2 to 12.

Rated current is an important parameter when matching M8 connectors with wires. The rated current of M8 connectors is usually between 1A and 4A, which means that the rated current of the selected wires must be able to carry current within this range.

The names of M8 connectors and M12 connectors come from their outer diameters: the outer diameter of the M8 connector is 8 mm, while the outer diameter of the M12 connector is 12 mm. On the surface, the M12 connector is larger than the M8 connector, but this difference is not only reflected in size.

For most M12 connectors, there are usually several common standards for rated voltage: 24V, 48V and 250V. However, the specific rated voltage varies according to different application scenarios and design specifications of the connector.

The following are the main differences between M12 and M16 connectors: Dimensional differences Current carrying capacity Contact points and number of pins Application environment and working conditions

The following are some common application areas of M12 connectors: 1. Industrial automation 2. Robotics 3. Automotive industry 4. Communications industry 5. Medical equipment 6. Food and beverage industry

The "M12" code of the M12 connector is a direct identification of the outer diameter of the connector. M12 means that the outer diameter of the connector is 12 mm, which is also its most basic identification.

It is connected in the form of plugs and sockets, and forms a closed channel for electrical signal transmission after connection. M series connectors usually adopt round or rectangular plug design and are widely used for electrical connection tasks in high frequency, high voltage or harsh environments.

A thread connector is a connector that is connected to each other through threads. Threaded BNC connectors usually consist of a plug and a socket. The plug part has an external thread, while the socket part has a matching internal thread.

Bayonet connectors have higher operational convenience and are suitable for application scenarios with fast plug-in and unplugging; thread connectors are suitable for environments that require higher connection stability and mechanical strength, although their operation is more cumbersome.

The answer is yes! Push Pull Connectors are fully suitable for electricians' work scenarios, which can not only improve work efficiency, but also ensure the stability and safety of the connection. Whether in industrial automation, building construction, communication systems, medical equipment maintenance and other fields