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Structural Analysis Of Commonly Used Heavy-duty Connectors

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One of the commonly used structures of heavy duty crimp connectors is that the inner conductor, dielectric support, and outer conductor are fixed together with adhesive. If the amount of glue applied to this heavy duty waterproof electrical connectors structure during assembly is insufficient or the glue connection strength is insufficient, the glue coating may break due to stress during use heavy duty connector, causing the inner conductor to rotate or move axially. This will prevent good electrical contact between the inner conductors and lead to failure of the heavy duty electrical connectors connection. Improvement method: During assembly heavy duty power connectors, an appropriate amount of conductive glue or thread locker can be applied to the threaded connection to increase the reliability of the threaded connection. Use an adhesive with high bonding strength, and ensure that the glue fills the entire glue hole of heavy duty connector 24 pin when applying the glue; knurl the glue coating area of ​​the inner conductor of 16 pin heavy duty connector to increase the contact area between the inner conductor and the adhesive and prevent the inner conductor from rotating; appropriately adjust the radial dimensions and tolerances of the inner conductor, outer conductor, and dielectric support to achieve an interference fit between the inner conductor, dielectric support, and outer conductor, which can also make the three assembled together more securely.

Structural Analysis Of Commonly Used Heavy-duty Connectors

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