In order to achieve 360 ° unrestrictedrotational transmission of electrical energy, air energy, liquid, lightsignals, and weak electrical signals in the electromechanical system, arotating joint must be installed at the rotating connection of the electromechanicalsystem, which is commonly referred to as a sliding ring or rolling ring. As aprofessional slip ring manufacturer, JINPAT is able to develop conductive sliprings for different fields of application. Next, we will briefly introduceseveral common rotary joints.

Due to the abundance of electromechanicalproducts driven by electricity, the most commonly used ones on the market arestill electric slip rings, which are used to solve the problem of transmittingelectrical energy and weak electrical signals between two rotating components.To distinguish between the two, some manufacturers refer to electric slip ringsthat only transmit electrical energy as power slip rings, and those thattransmit weak electrical signals as electrical signal slip rings.

In many cases, power slip rings and weaksignal slip rings need to be integrated together for use. For example, in somespecial instruments and equipment, RF rotary joints are indispensable.Essentially, RF rotary joints are also a type of weak signal slip ring, whichis often integrated into slip rings with through holes.

In addition to the electric slip ring, FORJfiber optic rotary joint is also a commonly used signal transmission slip ringin electromechanical systems; Unlike traditional electric slip rings, fiberoptic slip rings transmit optical signals of specific wavelengths. Thewavelengths commonly used in single-mode fiber slip rings are 1310nm and1550nm, while the wavelengths used in multi-mode fiber slip rings are mainly850nm and 1300nm. Moreover, the fiber optic slip ring has a characteristic thatit is equipped with prisms or reflectors inside its cavity, without a frictionpair system, so there is no physical contact between the rotor and statorduring operation, which gives it a longer lifespan than the electric slip ring.

In the rotating system of electromechanicalsystems, gas-liquid slip rings are also quite common. The air slip ring isresponsible for transmitting compressed air to drive certain automaticmachinery, while the liquid slip ring is responsible for transmitting liquidswith various functions; Due to their independent pathways, gas-liquid sliprings can transport both gas and liquid simultaneously. In addition to beingused separately, the gas-liquid slip ring can also be integrated with theelectric slip ring to form a multifunctional integrated slip ring thatintegrates gas-liquid and electric components. As a professional manufacturerof gas-liquid slip rings, JINPAT has developed over a hundred types ofgas-liquid electric integrated rotating conductive slip ring solutions forcustomers.