How is power supplied to a Ferris wheel?

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Power is supplied to Ferris wheels using large electric motors and gearboxes, with specific systems in place for the capsules. The London Eye, for example, utilizes air-conditioned and lighted capsules that likely connect through slip rings to manage power across rotating interfaces. Safety considerations suggest a low voltage DC system may be used, along with battery backups for power failures. The power system must handle significant loads due to the number of pods and lighting, indicating that high voltage is involved. Overall, the design ensures reliable power delivery while maintaining safety standards.
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How the wiring is given for giant/ferry wheel as it rotates. I don't belong to electrical fields. Curious to know.
 
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hi there
welcome to PF :smile:

vidya sagar said:
ferry wheel

ferry wheel as on a boat ? or ferris wheel as in a fun park ?

I'm going to assume initially that you are talking about a ferris wheel

Ferris-wheel.jpg


usually large electric motors and gearboxes
Dave
 
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The London Eye has air conditioned, lighted capsules.

I couldn't find how the capsule power connects. I suspect a slip ring or two somewhere. I wouldn't be surprised if it's a low voltage DC system for safety reasons.

They do have battery backup on board in case of power failure.
 
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Jeff Rosenbury said:
. I suspect a slip ring or two somewhere.

That would be my expectation tooIt appears as tho I may have mis-read the OP a bit :rolleyes:
 
This doesn't indicate the voltage but does include a picture of one of the interface components:

http://www.ingenia.org.uk/Content/ingenia/issues/issue6/Roberts.pdf

I would suspect that the voltage would be dangerous to touch. There are 32 air conditioned pods with leveling servos attached as well as a significant amount of architectural lighting. Running this off of a touch safe voltage would require some unreasonable current that would cause the brushes to wear out in short order.

BoB
 
From rbelli1's link:
All the capsule systems require electric power. But power has to cross two rotating interfaces to enter the capsules (i.e. ground–wheel, and wheel–capsule) and so this is accomplished via duplicated bus-bar/slip-rings[.]
p. 37.
 
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