Honeywell SMV 3000 User Manual page 186

Smart multivariable transmitter
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Appendix B– Configuration Record Sheet,
2c. General Flow Configuration Section
PV4 Range:
(defaults are 0, 100,000 and 100,000 m3/hr)
PV4 Eng. Units:
(Volumetric Flow)
Type of Volumetric Flow Units:
Standard Volume Units ____
PV4 Eng. Units:
(Mass Flow)
PV4 Eng. Units:
(Complete if choosing Custom Units, 8 characters Max.)
PV4 Damping (sec.):
PV4 Low Flow Cutoff:
PV4 Failsafe:
Configured By:
Custom Fluids -
Liquid Applications - If you are using a custom fluid that is not listed in the SCT 3000 Flow Compensation Wizard, you
can supply values for density vs. temperature and viscosity vs. temperature in the flow equation (if dynamic
compensation is desired). If dynamic compensation is not desired, enter the density and viscosity values at normal
flowing conditions.
3
Density – lbs/ft
Gas and Steam Applications - If you are using a custom gas that is not listed in the SCT 3000 Flow Compensation
Wizard, you can supply values for viscosity vs. temperature in the flow equation (if dynamic viscosity is desired). If
dynamic compensation is not desired, enter the viscosity values at normal flowing conditions.
viscosity – cPoise
174
LRV ________
URV ________
cc/h ___
cc/min ___
gal/day ___
Kgal/day ___
bbl/day ___
m3/day ___
m3/sec ___
CFM ___
Actual Volume Units ____
lb/min ___
lb/h ___
ton/min ___
ton/h ___
kg/h ___
t/min ___
g/sec ___
g/min ___
____ ____ ____ ____ ____ ____ ____ ____
0.0 ___
0.5 ___
1.0 ___
5.0 ___
10 ___
50 ___
Low Limit ________
High Limit ________ (defaults are zero)
PV2 Failsafe On ___
PV2 Failsafe Off ___
PV3 Failsafe On ___
PV3 Failsafe Off ___
___________________________
viscosity – cPoise
temperature – deg. F
SMV 3000 Transmitter User's Manual
Continued
URL ________
l/h ___
gal/h ___
m3/hr ___
CFH ___
lb/sec ___
kg/min ___
t/h ___
g/h ___
Conversion Factor = ______________
2.0 ___
3.0 ___
4.0 ___
100 ___
Pressure ________
Temperature _______
Date:
___/___/___
temperature – deg. F
l/min ___
gal/min ___
m3/min ___
ton/sec ___
kg/sec ___
t/sec ___
1/99

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