Recent content by Marc bacon

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    Electrical Power required to drive a DIY electromagnetic air compressor

    Hello, Yes the piston will have both a north and south pole as shown above. Will this affect the efficiency? Is this why this type of compressor isn't commercially available?
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    Electrical Power required to drive a DIY electromagnetic air compressor

    Hi RonL , thanks for your feedback and yes its a great help. Are you sure that this type of compressor will work as efficiently as an ICE or electric motor? If so: then as 1 scfm requires .218HP then 5 scfm will require around 1.1HP @ 150psi, after taking into account 15% losses I will need...
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    Electrical Power required to drive a DIY electromagnetic air compressor

    P - Piston (permanent magnet) N - North S - South Hi Russ, Thanks for your feedback. I've googled and googled but would you believe there are currently no commercially available tubular electromagnetic air compressors, unless I'm missing something. There are many planar ones used for clutches...
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    Electrical Power required to drive a DIY electromagnetic air compressor

    Hi there, Thanks for your reply and welcome :-) yes my initial idea was a single stage compression. But that looks unlikely, multiple stages seem more realistic. I'm aiming for 8- 10 bar. If the project is feasible with 24 or 48 volt lithium batteries from one cylinder I'm hoping for more than...
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    Electrical Power required to drive a DIY electromagnetic air compressor

    I'm trying to calculate the battery requirements for an experimental home built air compressor. I understand that electromagnetic air compressors operate using attraction and repulsion forces created by electromagnets using the basic magnetic principle that like poles of two magnets repel and...