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Product Introduction
The JMT series power connector adopts a spring type contact structure, which has the characteristics of integration, small size, high current carrying capacity, soft insertion and removal, blind insertion, self guidance, and high dynamic contact reliability. This series of products can be exchanged with FCI's POWERBLADE series and TYCO's MULTI-BAM XI series products. To enhance compatibility with other similar products, this series of connectors has been expanded to flexible combinations of 1~11P power+0~55P signal. The two series of products are widely used in projects such as new energy charging piles, UPS uninterruptible power supplies, railway power supplies, laser medical power supplies, etc. At the same time, all connector product series are constantly being updated and expanded. Attention that T is the plug and Z is the socket
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What are the commonly used materials?
materials Common materials include iron, 65 # manganese steel, 301 stainless steel, 304 stainless steel, brass, phosphor copper, aluminum alloy, etc. Among them, stamping power supply spring pieces are generally made of materials with higher hardness, and some use metal materials with lower hardness, which are strengthened by electroplating layers to enhance the hardness of the product.
How is the shrapnel type structural contact manufactured?
stamping technology is used to apply pressure to the material at room temperature through a stamping die, causing it to separate or undergo plastic deformation, thereby obtaining the desired shape of the shrapnel. Afterwards, polishing, coating treatment, etc. may be carried out to improve the brightness, corrosion resistance, and service life of the shrapnel.
How to extend the service life of contact shrapnel?
By reasonable design, high-quality material selection, correct usage methods, and regular maintenance, the service life of contact shrapnel can be extended. For example, avoiding overtravel and overpressure operations, preventing shrapnel from being scratched and corroded, taking appropriate heat dissipation measures in high-temperature environments, etc.
