ABB SwirlMaster FSS430 - Page 46

46 CI/FSV/FSS/430/450-EN Rev. G | VortexMaster FSV430, FSV450 SwirlMaster FSS430, FSS450
Selection options for the HART variables depending on the respective operating mode
The following table shows the possible process variables which can be assigned to the HART variables (PV, SV, TV or Qv)
depending on the operating mode. The process variables can be assigned to the HART variables via the Device Type Manager
or the EDD / FDI package in the Field Information Manager (FIM tool).
Operating mode PV Additional, selectable dynamic HART variable
Liquid Volume Operating
volume
Temperatur
e
Totalizer
volumes
— — — — — —
Liquid Std/Norm
Vol.
Standard
volume
Temperatur
e
Totalizer
standard
volume
Operating
volume
Totalizer
volumes
— — — —
Liquid Mass Mass Temperatur
e
Totalizer
mass
Operating
volume
Totalizer
volumes
— — — —
Liquid Energy Energy Temperatur
e
Totalizer
energy
Operating
volume
Totalizer
volumes
Mass Totalizer
mass
— —
Gas Act. Volume Operating
volume
Temperatur
e
Totalizer
volumes
— — — — — —
Gas Std/Norm
Vol.
Standard
volume
Temperatur
e
Totalizer
standard
volume
Operating
volume
Totalizer
volumes
— — — —
Gas Mass Mass Temperatur
e
Totalizer
mass
Operating
volume
Totalizer
volumes
— — — —
Gas Power Energy Temperatur
e
Totalizer
energy
Operating
volume
Totalizer
volumes
Standard
volume
Totalizer
standard
volume
— —
Bio Act. Volume Partial operating
volume
Temperatur
e
Totalizer
partial
volume
Operating
volume
Totalizer
volumes
— — — —
Bio Std/Norm Vol. Standard partial
volume
Temperatur
e
Totalizer
Standard
Partial-
volume
Operating
volume
Totalizer
volumes
Standard
volume
Totalizer
standard
volume
Partial
operating
volume
Totalizer
partial
volume
Steam Act.
Volume
Operating
volume
Temperatur
e
Totalizer
volumes
— — — — — —
Steam/Water
Mass
Mass Temperatur
e
Totalizer
mass
Operating
volume
Totalizer
volumes
— — — —
Steam/Water
Energy
Energy Temperatur
e
Totalizer
energy
Operating
volume
Totalizer
volumes
Mass Totalizer
mass
— —