Table 39 - Fluid Data - Honeywell SmartLine Multivariable SMV800 Series User Manual

Key: Plain = Read only Bold = Configurable Bold underline = Method Bold italic = Table or graph
Group Parameter
Design
pressure
Design
Temperature
Design
values
Design
density
Atmospheric
pressure
Base Density
Page 176
Table 39 – Fluid Data
Fluid Data Parameters
Values
SMV800 Series HART/DE Option User's Manual
Description
Absolute Static pressure at design
conditions (Always enter in Absolute even
if the device is SMG/Gauge type).
1.flowing density is calculated using this
parameter, Design Temperature, Design
density, Process Temperature and
Process Static pressure. 2. This
parameter is used as substitute value for
flow Calculations when Static pressure
fails and Absolute Pressure Comp switch
is ON and Absolute Failsafe is OFF
Temperature at design conditions. 1.
flowing density is calculated using this
parameter, Design Pressure, Design
density, Process Temperature and
Process Static pressure. 2. Used as
substitute value for flow Calculations
when Temperature input fails and
Temperature Comp switch is ON and
Temperature Failsafe is OFF
This is the Density of the fluid at Design
conditions.
Flowing density is calculated using this
parameter, Design pressure, Process
Static pressure, Design Temperature and
Process Temperature. Used for Steam
algorithms when equation model is
Standard and for Dynamic Gas
algorithms.
For SMV800 Gas algorithms, when
Manual input flowing density is OFF,
design density is used to calculate flowing
density. When Manual input is ON,
density entered is the flowing density.
For Liquid algorithms, this parameter is
not used. SMV3000 liquid algorithm uses
density coefficients to calculate the
flowing density.
SMV800 liquid algorithm supports manual
input flowing density value, or uses
density coefficients to calculate the
flowing density.
Local Atmospheric Pressure
Algorithm Option = ASME 1989 with
Equation model = Dynamic Corrections or
Standard
Revision 6.0