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Rotary joints offered by Jinpat Electronics

by Arica James JINPAT Electronics is a professional slip ring man

Slip ring has become very common in use in the electromechanical sectors. Conceptually, a slip ring is a electrical component which is basically responsible for power and signal transmission and rotating body connection. Its primary function is to transmit power and electrical signals from a stationary to a rotating structure. It ensures uninterrupted power supply in electrical connections from points in a fixed unit to points in a section that rotates

Fiber optical rotary joint is such a slip ring which is pervasively used due to its brilliant technology. High speed transmission and less insertion loss are the basic features of such slip rings.  The most advantageous feature of this slip ring is it transmits data & signal between rotary plat form and static platform from a distance more than hundreds of kilometers. It ensures no leak and no electromagnetic interference.

The role of coaxial rotary joint slip rings is very significant in case of transmission of high frequency coax rotary joint signal. It is highly applicable in HD surveillance systems, radar systems, military weapon systems, etc.

Platter separate slip ring is a special type of separate slip ring. It is popularly known as pancake slip ring. Platter separates can be an ideal solution for space requirements. Various configurations are manufactured having simple or integrated components. Platter separate slip rings have following features and advantages-

Ø  Simple installation

Ø Available in Separate components or integrated assemblies

Ø  It can utilize existing bearing system

Ø  Its applications are also suitable in minimum available space.

JINPAT Slip ring is one of the leading Chinese brands of slip rings. Contact us today for getting quality slip rings.


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About Arica James Advanced   JINPAT Electronics is a professional slip ring man

162 connections, 0 recommendations, 417 honor points.
Joined APSense since, November 4th, 2015, From Shenzhen, China.

Created on Dec 31st 1969 18:00. Viewed 0 times.

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