With the progress of science and technology, automation equipment has gradually replaced the labor-intensive production mode, and a large number of automation equipment has entered the factory workshop. The wide application of automation equipment not only reduces the production cost of the factory, but also improves the production capacity of the factory. As an indispensable electrical component of modern automatic equipment, conductive slip ring is also widely used in all walks of life. But many customers in the use of conductive slip ring will ask "conductive slip ring rotation ring can withstand the external force"? Today, the Xiaobian of Shenzhen Jiachi Mechanical and electrical will talk to you about whether the conductive slip ring can withstand a certain external force when rotating.
When the conductive slip ring works, the middle rotor part needs to rotate continuously with the rotating spindle of the equipment. Normally, the rotor part of the conductive slip ring and the rotating spindle of the equipment are fixed by the four fixing screws above the conductive slip ring. However, it is inevitable that the concentricity of the same rotating spindle and conductive slip ring is different when fixed, so in many cases, the stator part of the conductive slip ring will have slight jitter when the device rotates. Such jitter actually does not affect the normal use of conductive slip ring, but such jitter can reduce the concentricity of some of the influence of the conductive slip ring.
However, in this case, there will be jitter when the conductive slip ring rotates at a high speed. When the speed of the conductive slip ring is very low, there will be generally no jitter. So when we go back and explain whether the conductive slip ring can withstand gravity when it rotates, we understand that when the rotating spindle of the device drives the rotor of the conductive slip ring to rotate at a high speed, there can be no external force acting on the conductive slip ring. This will affect the concentricity of the conductive slip ring and the rotating spindle. The external gravity will cause the stator part of the conductive slip ring to be unable to shake and unload the force brought by the rotor, and the long-term operation will lead to the structural deformation or damage of the internal conductive slip ring. But when the ring is rotating very slowly, the outside of the ring can withstand a certain amount of gravity.
Therefore, we must make clear a specific use environment of the conductive slip ring when using the conductive slip ring. We must ensure that the conductive slip ring can operate normally under the premise of imposing other factors that may affect the normal operation of the conductive slip ring. The conductive slip ring developed and produced by Shenzhen Jiachi Electromechanical Institute has a series of advantages such as high speed and high quality.
