Monday, October 14, 2013
Conductive slip ring, slip ring in industrial applications which can solve the problem?
conductive slip ring,
slip ring in industrial applications which can solve the problem? Slip
ring is also called a rotary electrical joint, slip ring, slip ring, the
conductive connector 360, the conductive coupling 360 degree rotation,
360 ° electrically conductive commutator, under reflux, refluxed for
conducting multi-called slip ring or ring so named, according to
different applications in various industries are not uniform; but it
works basically the same can be said of modern industrial development
process along with Yu said slip ring, rotary electrical joint, collector
rings, collector ring, conductive connector 360 degrees, 360 degrees
rotating conductive connector, 360 conductive commutator ring back,
multiple conductive loop is the inevitable product of the evolution of
industrial modernization, and its role is to resolve most of the
relative rotation of the two parts of the reliable conductivity between
various communication signal connections conduction effect, completely
solve the problem of conductive cable winding rotation. With precision
inertial instruments, test and measurement, electronic equipment,
inertial navigation control systems, medical equipment, test and
measurement systems, precision rotary table, 360-degree position,
amusement and other industries indispensable device;Separate Slip Rings
requirements, but also from the basic current conduction control signal
to the current weak, laser inertial navigation system communication
transmission, the transmission requirements from a low frequency to a
high frequency signal transmission. Is a variety of precision turntable,
centrifuges and inertial guidance device's key components. Successfully
applied to many industries, not only confined to industrial automation,
electrical, instrumentation, chemical, metallurgy, medicine, aviation
communications transmission, military tracking and positioning,
ship-oriented, winding transportation electromechanical modern
industrial equipment....
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