High speed slip ring is a kind of conductive slip ring. It is named high speed slip ring because it can withstand high speed operation. The speed of ordinary slip ring is generally below 600 RPM. For larger slip rings, such as conductive slip rings with an outer diameter of more than 150 mm, the speed is generally 0~300 RPM. Higher than this speed may be defined as high speed conductive slip ring. However, high-speed slip rings are also classified. Jiachi high-speed slip rings are different from other slip ring manufacturers' products. Our high-speed slip rings are famous for their quality and service life.
High speed slip rings have emerged in recent years according to the requirements of mechanical equipment. He requires that the rotating speed per minute exceed tens of thousands of revolutions, because the structure of the slip ring determines the high-speed contact and impedance. Therefore, high-speed slip rings are widely used. The development and production of high-speed slip rings in China has a history of nearly 5 years, and a large number of domestic slip rings have been equipped with automatic slip ring internal surface grinders in China. Most domestic high-grade high-speed machining center slip rings are imported products. The machining center slip rings developed and produced in China have been equipped with domestic machinery in small quantities.
Generally speaking, when purchasing conductive slip rings such as high-speed slip rings, we need to pay attention to many factors, as well as the material, working voltage, current, working speed, number of paths and use environment of each part of the slip ring. In order to help the majority of users better understand the high-speed slip ring, the following will focus on the selection of slip ring materials. As there are many components of this type of slip ring, the main components of the slip ring are the main ones that affect the core performance of the product, so we will explain in detail the selection of the main materials of the high-speed slip ring.
