Emerson Micro Motion 2700 Configuration And Use Manual page 98

Integrate the meter with the control system
Table 6-2: Petroleum measurement mA Output process variables
Process variable
Average corrected density
Average temperature
Temperature-corrected
(standard) volume flow rate
Temperature-corrected
density
Table 6-3: Concentration measurement mA Output process variables
Process variable
Baume
Concentration
Density at reference
Net mass flow rate
Net volume flow rate
Specific gravity
Standard volume flow rate
Table 6-4: Fuel consumption mA Output process variables
Process variable
Differential mass flow
Table 6-5: PVR mA Output process variables
Process variable
Uncorrected oil flow
Uncorrected water cut
Uncorrected water flow
Corrected oil flow
Corrected water cut
90
Display
AVE D
AVE T
TCVOL
TCDEN
Display
BAUME
CONC
RDENS
NET M
NET V
SGU
STD V
Display
DFLOW
Display
OIL
WATER%
WATER
OIL60
WCT60%
Micro Motion Model 2700 Transmitters with Intrinsically Safe Outputs
Label
ProLink III
Average Density
Average Temperature
Volume Flow Rate at Reference
Temperature
Density at Reference Tempera-
ture
Label
ProLink III
Baume
Concentration
Density at Reference Tempera-
ture
Net Mass Flow Rate
Net Volume Flow Rate
Density (Fixed SG Units)
Volume Flow Rate at Reference
Temperature
Label
ProLink III
Differential Mass Flow Rate
Label
ProLink III
Oil Flow Rate At Line
Water Cut At Line
Water Flow Rate At Line
Oil Flow Rate At Reference
Water Cut At Reference
Field Communicator
TC Avg Dens
TC Avg Temp
TC Vol
TC Dens
Field Communicator
ED Dens (Baume)
ED Concentration
ED Dens at Ref
ED Net Mass flo
ED Net Vol flo
ED Dens (SGU)
ED Std Vol flo
Field Communicator
Differential Mass Flow Rate
Field Communicator
Oil Flow Rate at Line
Water Cut at Line
Water Flow Rate at Line
Oil Flow Rate at Reference
Water Cut at Reference