(adsbygoogle = window.adsbygoogle || []).push({}); [SOLVED] Elevator vs. Piston/Cylinder

In designing a reciprocating linear motion force, I have two approaches to the problem using a standard 1 horsepower motor. The travel is 2 feet forward and 2 feet backwords with a minimum force of 200lbs.

From calculations, each cycle of the reciprocating motion will generate at minimum:

2(200LBS x 2FT) = 800 FT LBS per cycle.

Theoretical maximum with 100% efficiency will yield:

(33,000FT LBS) / (800 FT LBS/cycle) = 41.25 Cycles/Minute

If I had a choice between designing a system where the 1HP motor will power a system much like a car's piston/cylinder approach, or one where the 1HP motor will power a cable-system-powered-elevator, which would be a better approach to attain the highest cycles per minute?

The elevator approach would have counterweights to balance the system in order to conserve energy since if it's balanced, it'll require only a little bit of force to tip the balance to move the counterweight down and the elevator up.

I am not asking for calculations, but just opinions on which would be the better route to take in terms of output cycles per minute.

Thanks

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# Elevator vs. Piston/Cylinder

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