The structure of Electrical Slip Rings and its performance & use
No matter what kind of industrial product, the structure is an important factor in determining its performance and use. The same is true for electrical slip rings.
Slip rings with different external structures have different application scenarios. For example, the pancake slip ring with flat structure design is especially suitable for installation in equipment with very small axial space. The slip ring with separated structure design can be used in some platforms that require quick disassembly or timely maintenance due to its convenient installation.The through-hole slip ring can be quickly installed on the transmission shaft and other rotating parts.
The different internal structure design of slip ring makes it have different electrical and mechanical characteristics. For example, the internal structure of the slip ring can determine the service life of the slip ring, which is one of the important factors of electrical performance. A typical example is the long-life slip ring and the high-speed slip ring, which are very different in their internal structures. Although the long-life slip ring and high-speed slip ring have one thing in common:The service life of both slip rings will exceed 100 million revolutions. However, the difference is that the long-life slip ring will rotate slower than the high-speed slip ring, which determines that the high-life slip ring will last longer than the high-speed slip ring.
As an veteran manufacturer who has struggled in the field of slip ring manufacturing for more than 20 years, JINPAT Electronics has established a very complete slip ring structure verification mechanism. Since the establishment of the R & D center, JINPAT laboratory has designed more than 1000 different slip ring structures and applied these structures to standard and customized products.