In the application fields of robots, mechanical equipment, factory automation equipment, wind energy and electric power, the equipment continues to be miniaturized, which also puts forward higher requirements for connectors. Connectors need to achieve higher power and provide the required flexibility for modular, hybrid solutions.
In order to meet the goals of domestic manufacturing transformation and upgrading and the realization of Industry 4.0, new challenges are presented to the connector. Not only must it have excellent performance and be able to be used in harsh industrial environments, but also meet the diverse needs of users for smart control equipment. demand. Traditional connectors have been unable to meet this market demand. At this time, heavy-duty connectors have emerged accordingly.
Heavy-duty connectors, also known as heavy-duty sockets, are widely used in construction machinery, textile machinery, packaging and printing machinery, tobacco machinery, electric locomotives and petrochemical electrical equipment that require electrical and signal connections. The international advancement of heavy-duty connectors in terms of structural design
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