Conductive Slip Ring Used In High Temperature Environment

The conductive slip ring for the signal and current transmission of the rotating part of the device with the fixed part is now widely used in all walks of life. It mainly includes the ring body composed of many metal ring, and the ring body contact of brush, a fixed role of support and protection housing and so on several parts.

Which is made of ring body with injecting into and laminated pressed into two ways, In the metal ring and the surface of the brush wire are usually required to do high-quality plating surface treatment, And most of the plating is precious metals, which mainly to meet the conductive slip ring of good conductivity, wear resistance, corrosion resistance and other requirements.

Due to the application of conductive slip ring are quite widely, many of them are high-tech, high demand, and often to under the condition of high temperature, vibration, such as high-speed continuous work, this puts forward very high requirements for the performance of conductive slip ring.

Want to be able to operate safely, you need the quality of conductive slip ring and other aspects of excellent performance, and through a series of experiments to prove the conductive slip ring in a special environment to work the reliability.

If you want to be able to operate safely, it is needed to be conductive slip ring in excellent quality and so on various aspects of performance, and through a series of experiments to prove the conductive slip ring reliability of the work under special circumstances. While It can be carried out in the vacuum state of the conductive slip ring in a variety of temperature and speed under different tests to see the temperature and speed changes caused by the transmission of the voltage signal changes and signal-to-noise ratio. After the experiment proved that under the vacuum state, increasing the speed and raise the temperature will lead to the signal-to-noise ratio of the voltage signal to become larger. But even if the temperature rises to 100 degrees, the rotation speed increased to 1.3 m / s, the signal to noise ratio is still greater than 279/1. So we can conclude that the conductive slip ring temperature and speed have little effect on the transmission of electrical signals. Which can basically able to meet the same environment applications.

Jinpat independent research and development of high temperature resistant Hydraulic electrical slip ring which can work under 500℃.  which not only achieved the infinite rotation , but also With high security and reliability.