Just a minor typo. Velocities are in feet per second instead of minute.
-----Original Message-----
From: <a href="/group/PipingDesign/post?postID=1DpHruMEgQQit0I7vLeWarMKpvSI0gi8I0aUH7RW4DLZVmqoYLUym9gChW0W4Iz3bOvV9hoG5qszSvgYRk8JqYQTYfc">PipingDesign@yahoogroups.com</a> [mailto:<a href="/group/PipingDesign/post?postID=1DpHruMEgQQit0I7vLeWarMKpvSI0gi8I0aUH7RW4DLZVmqoYLUym9gChW0W4Iz3bOvV9hoG5qszSvgYRk8JqYQTYfc">PipingDesign@yahoogroups.com</a>]
On Behalf Of Bruce Bullough
Sent: Wednesday, November 16, 2005 12:33 PM
To: <a href="/group/PipingDesign/post?postID=1DpHruMEgQQit0I7vLeWarMKpvSI0gi8I0aUH7RW4DLZVmqoYLUym9gChW0W4Iz3bOvV9hoG5qszSvgYRk8JqYQTYfc">PipingDesign@yahoogroups.com</a>
Subject: RE: [PipingDesign] [Fwd: common fluid velocities]
[bayes][bcc][faked-from][mx][spf]
Do you mean something as simple as Crane Technical Paper No. 410, "Flow of Fluids Through Valve, Fittings, and Pipe, page 3-6:
Reasonable Velocities for the Flow of Water through Pipe
Boiler feed................... 8 - 15 feet per minute Pump suction and drain lines.. 4 - 7 fpmGeneral service .............. 4 - 10 fpm
City ......................... Up to 7 fpm
??
... Bruce D. Bullough ...
Sebesta Blomberg & Associates, Inc.
2381 Rosegate
Roseville, MN 55113 USA
desk: 651-634-7344 fax: 651-634-7400
www.sebesta.com
-----Original Message-----
From: <a href="/group/PipingDesign/post?postID=1DpHruMEgQQit0I7vLeWarMKpvSI0gi8I0aUH7RW4DLZVmqoYLUym9gChW0W4Iz3bOvV9hoG5qszSvgYRk8JqYQTYfc">PipingDesign@yahoogroups.com</a> [mailto:<a href="/group/PipingDesign/post?postID=1DpHruMEgQQit0I7vLeWarMKpvSI0gi8I0aUH7RW4DLZVmqoYLUym9gChW0W4Iz3bOvV9hoG5qszSvgYRk8JqYQTYfc">PipingDesign@yahoogroups.com</a>]
On Behalf Of Paul Bowers
Sent: Wednesday, November 16, 2005 10:51 AM
To: <a href="/group/PipingDesign/post?postID=1DpHruMEgQQit0I7vLeWarMKpvSI0gi8I0aUH7RW4DLZVmqoYLUym9gChW0W4Iz3bOvV9hoG5qszSvgYRk8JqYQTYfc">PipingDesign@yahoogroups.com</a>
Subject: [PipingDesign] [Fwd: common fluid velocities]
[bayes][bcc][faked-from][mx][spf]
Hello,
I'm looking for a chart that shows common fluid velocities for piping system design (commercial design). Can you help me with this at all?
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