slip rings

The gas electric slip ring is composed of gas slip ring and electric slip ring, which saves a lot of space compared with the traditional mode. Since its establishment in 2006, JARCH Electromechanical Co., Ltd. has been committed to the research, development and production of conductive slip rings. It has paid a lot of energy and made many breakthroughs. The independently researched, developed and produced gas electricity integrated slip rings are widely used in various fields.

The conductive slip ring does not rotate smoothly, the conductive slip ring is short-circuited, the conductive slip ring is burnt out, and so on. What should we do when encountering these problems?

The conductive slip ring is an electrical component responsible for transmitting energy and signals to the rotating body. The conductive slip ring is usually installed at the rotating center of the equipment and is mainly composed of rotating parts and static parts.

An explosion-proof conductive slip ring conducts electricity through the relative friction between conductive contact materials, so in principle, electric sparks cannot be avoided. Conventional conductive slip rings usually focus on electrical performance, while protection is relatively weak. Therefore, using non-explosion-proof conductive slip rings will be a major potential safety hazard in explosive environments.

Customers of conductive slip rings will ask us how to install the conductive slip rings, and whether there is anything special to pay attention to when installing the conductive slip rings. In fact, the installation of conductive slip rings is very simple, and there are not too many problems to pay attention to.

It is easy for customers to confuse the disc slip ring and PCB slip ring. They are very similar in shape and almost the same in function. They are both suitable for the limited height space and the expanded horizontal space to meet the special space series requirements. However, their material, size, installation environment and service life are different.