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 | | Re: Lego pneumatic systems overview?
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| (...) By highly scientific methods [1] I got ~54N, beyond that the cylinder starts leaking. With a diameter of the piston of 13mm that gives 54N/(pi*0.0065mm^2)=406833.94 Pa ~ 4 times atmospheric pressure. That is rather new transparent cylinder (...) (21 years ago, 23-Sep-03, to lugnet.org.us.lugola, lugnet.technic)
| | | | | Re: Lego pneumatic systems overview?
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| In lugnet.org.us.lugola, Brian Reynolds wrote: <<snip>> (...) The hoses will pop-off before any damage is done due to preassure. The preassure will also leak out in time so there's no danger there either. (...) Depends on the compressor. (...) Don't (...) (21 years ago, 23-Sep-03, to lugnet.org.us.lugola, lugnet.technic)
| | | | | Re: Lego pneumatic systems overview?
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| Hi Brian, Have a look to Kevin's presentation: (URL) it doesn't answer all of your questions, but at least to point 4: use a small piece of tube and plug in a minifig tool handle or a bar such as (URL) (21 years ago, 23-Sep-03, to lugnet.org.us.lugola, lugnet.technic)
| | | | | Lego pneumatic systems overview?
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| Hey there folks, recently my eyes were opened to the mechanical possibilities that the Lego pneumatic systems allowed and today I received my Bricklink order for a couple pumps, pistons, switches, airtanks, and tubes and have been happily testing (...) (21 years ago, 23-Sep-03, to lugnet.org.us.lugola, lugnet.technic)
| | | | | Re: Granite Question
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| (...) Cool! What about the others? This information seems to be missing from (URL) also somewhat curious about the year 2000 Throwbots. Thanks, TWS Garrison (21 years ago, 23-Sep-03, to lugnet.technic.slizer)
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