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Re: Flow through fry boxes
- To: killietalk at aka_org
- Subject: Re: Flow through fry boxes
- From: Wright Huntley <jwwiii at pacbell_net>
- Date: Thu, 01 May 2003 08:04:53 -0700
- References: <b4.1c3e6909.2be26df5@aol.com>
- User-agent: Mozilla/5.0 (Windows; U; Win98; en-US; rv:1.0.2) Gecko/20030208 Netscape/7.02
LeeH920226 at aol_com wrote:
The drain system looks fine for what I am planning. However, in my
current distribution of incoming water, I have a problem getting the same
delivery rate to each tank (now all fives or tens). I would expect that to be
just as difficult with fry boxes and perhaps more critical. I am using tap
water pressure and slow flow rates for delivery of once through water -- not
recirculation. Any suggestions -- Barry or others?
Flow can be controlled two ways, in most systems. Increase friction
(turbulence) by a throttle valve, or reduce pressure with a constant,
lower friction. The latter is hard to do, one tank at a time.
For slow flow rates, at high pressure, the size of the valve opening is
very tiny. This means very good filtration is needed or the valve
eventually clogs up.
One possible solution is a reservoir at tank height, filled via a float
valve. The leads to the tanks could then be refrigerator ice-maker
inverted "U" tubes filled with a yarn strand. Capillary action makes the
tubes into self-starting siphons and the yarn distributes the friction so
a particle or two don't clog the whole tube. Flow could be controlled by
having two or more tubes to larger tanks. This is just one example of low
pressure at low constant friction.
Wright
--
Wright Huntley -- 209 521-0557 -- 731 Loletta Ave, Modesto CA 95351
When you are in mortal danger, you are supposed to dial 911, so that
the police can arrive on the scene some time later, identify your body,
and file reports in triplicate. -- Thomas Sowell 4/21/03
www.sfbaka.net
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