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High Sky Type Slip Ring
(for Aerostat/Aircraft)
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Description:
- Our high sky
slip rings are designed to transmit various
power currents, electrical signals and optical
signals between the stationary and rotating
platforms from earth environment to high sky
environment.
- The model I
can be designed to undertake very high tensile
strength according to the demand of the real
application.
- Withstanding
high surge voltage caused by thunder and
lightening and capable of conducting high
current.
- Small size and
light weight.
- Reliable for
power transfer with high voltage and high
current.
- Capable of
adapting to various environment such as typhoon,
storms, heavy rains, and etc.
Features:
- Compact size
and light weight.
- Reliable
endurance of heavy weight and high voltage.
- Gold to gold
multi-point contact with least friction
coefficient, contact resistance and resistance
fluctuation to work for a long life.
- Altitude up to
21000meters.
Typical Applications:
- Aerostats.
- Aerospace
Communication Systems
Parameters:
Item |
Parameter |
Altitude |
up to 21000m |
Enclosure |
IP67 |
Rotating Rate |
100rpm |
Axial tension |
500KN |
Current under High Voltage |
10A@5000V |
Current under Low Voltage |
1000A@380VAC |
Electric Signal types |
GbE or MbE Ethernet, LF Signal |
Optical Signal types |
4 Channels,
650~1550nm |
Surge Withstanding
Voltage |
100KV |
Surge Withstanding Current |
200KA,200C |
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Slip rings ensure engineering and design teams no longer require timely – and often costly – workarounds in order to power rotating devices, whether they be motors, military devices or rotating electrical assemblies. Playing a major role in improving mechanical performance, as well as simplifying operations, they have further further eliminated the threat of damaged and hazardous wiring and cable connections in moving joints.
Slip rings handle either power, data or both across a number of rings on which a spring or other loaded contact finger, ring or brush is held in place to pass power as the rings rotate.
Power levels range from milliwatts to hundreds of kilowatts dependent on application.
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