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The Beauty Of Wooden Pony

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100% agreed. Very simple and effective. I only doubt, from a pure engineering point of view, about aluminium angle if you want to put the full body weight on it. Either is a big angle or I suggest a steel angle (maybe stainless, easy to clean at the "end" :)
Without a doubt, Sir knows better than this girl.
However, stainless steel is expensive. Why not a demolition reclaimed rusty cast iron angle?
Also, the rusty surface may have a high roughness coefficient to add to the joy of the experience...
 
Without a doubt, Sir knows better than this girl.
However, stainless steel is expensive. Why not a demolition reclaimed rusty cast iron angle?
Also, the rusty surface may have a high roughness coefficient to add to the joy of the experience...
With angle do you mean a simple beam or a nice art-nouveau angle like this, to be fixed to a wall at the right height to sit on top without touching ground?
I also give you a nice alternative: the pipe of the heating system in the basement. To be used in winter whean hot water would flow inside...
 

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Remember that, to be on the safe side, the electrical shock must be less than 250 amps and 25 millivolts - or is it the other way around? Hmm... I can't remember! Well, it doesn't matter. Just push that button and let the fun begin!
That's not entirely correct, it depends on the energy of the discharge that's being delivered. At 25 millivolts you wouldn't feel a thing. In order to feel something you have to use slightly higher voltages. (An example of an animal pasture device is operated at around 2500V, with the energy of a discharge being limited to 1 to 5 Joules and the pulse length being 0.1 -0.3 milliseconds. One Joule of energy would heat 1g of water by 0.24K .) In any case, the electric current that flows through your heart in the worst case must be well below 30mA.
 
Remember that, to be on the safe side, the electrical shock must be less than 250 amps and 25 millivolts - or is it the other way around? Hmm... I can't remember! Well, it doesn't matter. Just push that button and let the fun begin!
That's not entirely correct, it depends on the energy of the discharge that's being delivered. At 25 millivolts you wouldn't feel a thing. In order to feel something you have to use slightly higher voltages. (An example of an animal pasture device is operated at around 2500V, with the energy of a discharge being limited to 1 to 5 Joules and the pulse length being 0.1 -0.3 milliseconds. One Joule of energy would heat 1g of water by 0.24K .) In any case, the electric current that flows through your heart in the worst case must be well below 30mA.
It is a relief to have an engineer ensuring a proper design within the safety margins. That is what good ESG-QC-QA is all about!
 

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