DeltaVolume
triggered delta volume (forward or reverse, flow-condition or base-condition) (m
3
or ft
3
) (TrigDeltaPosVolFlow, TrigDeltaNegVolFlow, TrigDeltaPosVolBase,
TrigDeltaNegVolBase)
Overflow
triggered delta volume overflow integer value (forward or reverse, flow-condition
or base-condition) (1e
9
m
3
or 1e
9
ft
3
)
Lower
triggered delta volume lower integer value (forward or reverse, flow-condition or
base-condition) (m
3
or ft
3
)
Repeat "PERIODIC LOOP"
5.1.2 Configure operational parameters
Configure Operational parametersTable 5-5:
Calibration selection Description
Analog inputs and outputs
()
Calibration settings for the pressure and temperature analog inputs.
Meter factors () Calibration settings for the pressure and temperature analog inputs.
Flow calibration () Calibrate the meter during flowing conditions.
Frequency/Digital output
sources ()
Outputs that can be configured as either a frequency output or a digi-
tal status.
Frequency output () Configure the available frequency outputs.
Meter Digital outputs () Configure the digital outputs.
HART outputs () Configure the HART outputs.
Meter corrections () Configure meter corrections that include:
• Profile factor for the reflective path transmitter head of 3415 and
3416 meters
• Temperature expansion correction (if Live or Fixed), Linear expan-
sion coefficient
• Linear expansion coefficient reference temperature
• Pressure expansion correction
• Pipe outside diameter
• Young's modulus value (ratio of tensile stress to tensile strain)
• Poisson's Ratio value (the absolute ratio of the pipe material later-
al strain over axial strain)
Temperature and pressure
()
Temperature and Pressure - to set the scaling for analog inputs, enter
fixed values, and set alarm limits for both temperature
Gas Chromatograph setup
()
Configure a serial port as a Modbus master for polling a GC. Selections
include:
• Serial port
• GC protocol
• GC baud rate
• GC comms address
• GC stream number
• GC heating value units
Configurations
Operations manual 47