Appendix b– configuration record sheet – Honeywell SMV 3000 User Manual

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SMV 3000 Transmitter User’s Manual

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Appendix B– Configuration Record Sheet,

Continued

2c. General Flow Configuration Section

PV4 Range:

LRV ________

URV ________

URL ________

(defaults are 0, 100,000 and 100,000 m3/hr)

PV4 Eng. Units:

cc/h ___

cc/min ___

l/h ___

l/min ___

(Volumetric Flow)

gal/day ___

Kgal/day ___

gal/h ___

gal/min ___

bbl/day ___

m3/day ___

m3/hr ___

m3/min ___

m3/sec ___

CFM ___

CFH ___

Type of Volumetric Flow Units:
Standard Volume Units ____

Actual Volume Units ____

PV4 Eng. Units:

lb/min ___

lb/h ___

lb/sec ___

ton/sec ___

(Mass Flow)

ton/min ___

ton/h ___

kg/min ___

kg/sec ___

kg/h ___

t/min ___

t/h ___

t/sec ___

g/sec ___

g/min ___

g/h ___

PV4 Eng. Units:

____ ____ ____ ____ ____ ____ ____ ____

Conversion Factor = ______________

(Complete if choosing Custom Units, 8 characters Max.)

PV4 Damping (sec.):

0.0 ___

0.5 ___

1.0 ___

2.0 ___

3.0 ___

4.0 ___

5.0 ___

10 ___

50 ___

100 ___

PV4 Low Flow Cutoff:

Low Limit ________

High Limit ________ (defaults are zero)

PV4 Failsafe:

PV2 Failsafe On ___

PV2 Failsafe Off ___

Pressure ________

PV3 Failsafe On ___

PV3 Failsafe Off ___

Temperature _______

Configured By:

___________________________

Date:

___/___/___

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.

Density – lbs/ft

3

viscosity – cPoise

temperature – deg. F

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

temperature – deg. F

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