Impact Analysis of Claw Spring Scratching on Male Pin
Impact Analysis of Claw Spring Scratching on Male Pin
Firstly, electrical performance may decline. A scratched male pin results in an uneven contact surface, increasing contact resistance. This not only reduces the efficiency of electrical signal transmission but may also lead to overheating, potentially causing circuit shorts or opens, and disrupting normal device operation.
Secondly, mechanical stability is compromised. Scratches on the male pin surface disrupt its smoothness, affecting the tight fit between the claw spring and male pin. This looseness can lead to inaccurate mechanical positioning, increased vibration and noise during operation, and reduced overall mechanical performance.
Thirdly, wear and aging are accelerated. Scratch areas become stress concentration points, speeding up the wear process of both the claw spring and male pin. Over time, this localized wear spreads, shortening device lifespan and increasing maintenance costs.
Lastly, potential safety hazards arise. In high-voltage, high-current conditions, damaged contact surfaces may fail to withstand rated loads, leading to device failure or even safety incidents like fires.
Guangdong Corecon Precision Industry Co., Ltd. specializes in the production of various specifications of push-pull self-locking connectors, new energy storage connectors, M-series circular waterproof connectors, electric bicycle signal and power BMW connector harnesses, and other high-current connectors to meet the diverse needs of customers. We will provide you with professional solutions. If you have any questions or suggestions, please leave a message, we will reply as soon as possible!
