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#16
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Re: Optimizing Precharged Cylinders
Quote:
Energy=integral( power) and power= F*V |
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#17
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Re: Optimizing Precharged Cylinders
My bad; I forgot you were integrating with respect to time.
E = integral(F(t)*V(t)*dt) but also E = integral(F(x)*dx) ~ |
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#18
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Re: Optimizing Precharged Cylinders
From reading through this thread and the conclusions of preloading the cylinder 1/3 (or so) - does this mean 1/3 of the stroke is deployed (having approx. 1/3 of compressed air in cylinder) OR ...
Does this mean 2/3 of the stroke is deployed (having 2/3 compressed air in cylinder)? |
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#19
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Re: Optimizing Precharged Cylinders
Quote:
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#20
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Re: Optimizing Precharged Cylinders
Does anyone know if it is illegal to use a cylinder where you are not utilizing the full stroke distance? For instance using a cylinder with 10" stroke to unlock something where the movement distance is only 2" or so.
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