Reliable Supplier and Product Designer of High Sky Slip Rings for Aerostat/Aircraft

 

Mini compact type
LF type
RF type
Large power type
Compound type
Split type
Ethernet type
Deep water type
High sky type
FORJs

High Sky Type Slip Ring (for Aerostat/Aircraft)

 
Description of our high sky slip ring:
  • 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 of our high sky slip ring:
  • 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 of our high sky slip ring:
  • Aerostats.
  • Aerospace Communication Systems
Parameters of our high sky slip ring:

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

High Quality High Sky Slip Rings for Aerostats and Aerospace Communication Systems.

   
We are in a good position to design electric slip rings to withstand the extreme conditions that are often encountered in outdoor and marine applications. From wind turbines and outdoor pan-tilt heads to marine cable reels and downhole inspection equipment, these harsh environment electric slip rings are durable and reliable enough for even the most demanding applications.

Our high-performance slip ring products are designed for use in a wide range of high-end OEM applications. We pride ourselves in our ability to provide the right precision solution for the right application. We produce a wide variety of electric motors and slip ring assemblies, including miniature capsule slip rings, through hole slip rings, RF slip rings, compound slip rings, split slip rings, large power slip rings, deep water slip rings, ethernet slip rings, and etc. Our substantial product offering enables us to address all slip ring applications. China TrueSci offers quick, cost-effective customization of our products to meet your unique specifications.

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.


home - about us - products - contact us - Applications of Slip Rings

Mini Compact Slip Ring - Low Frequency Slip Ring - RF Slip Ring - Ethernet Slip Ring - Compound Slip Ring - Split Slip Ring
Large Power Slip Ring - Deep water Slip Ring - High sky Slip Ring - Fibre Optic Rotary Joints

Frequently Asked Questions - Terms of Use - Privacy Policy - Useful Information about Slip Rings

slip ring product developers and solution designers

China manufacturer and supplier of slip rings and rotary electrical joints.

China TrueSci, all rights reserved.