A flow control loop, consisting of piping in series with the
control valve, differential flow transmitter, and controller, as
shown in Figure 1, should be designed for a nominal process fn flow
of 150 scfm.
f(t) FT fsp(t) FC I/P 국
a = 50.
Kv = In(a) - fn 100
To = 0.06 то
Kc = 0.9 ут; = To =
A flow control loop, consisting of piping in series with the control valve, differential flow transmitter, and controlle
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A flow control loop, consisting of piping in series with the control valve, differential flow transmitter, and controlle
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