Re: Air Distribution
- From: rigger <dgrup@xxxxxxx>
- Date: Thu, 12 Mar 2009 15:37:25 -0700 (PDT)
On Mar 11, 12:38 pm, "Leo Lichtman" <leo.licht...@xxxxxxx> wrote:
"rigger" wrote: (clip) No modern regulator I'm aware of wastes power the way
you describe. Do you have evidence this is true (?), (clip)
^^^^^^^^^^^^^^^^^^^^^
My evidence is simple science. Conservation of energy. When you pass a gas
through a device to lower its pressure, there are three ways the energy can
go: 1.) It can do work by running a motor or pushing a piston, 2..) It
can accelerate through a nozzle, turning the stored pressure energy into
kinetic energy (the gas accelerates in the nozzle, 3.) The energy is turned
into heat in the throttling process. Since a regulator does not employ
process 1.) or 2.), it must turn the energy into heat. QED.
In a nutshell: The operating machine (piston, motor, whatever) uses
air-------pressure drops below your set level-------a poppet style
valve
opens and allows air pressure to enter the machine----the pressure
rises in the machine to your set point-----air stops flowing into the
machine----now repeat this rapidly and you have a modern pressure
regulator.
No air blowing off
No "hot" regulator
Understand?
Unless??? Are you a quibbler?
dennis
in nca
.
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