Siemens SITRANS F - TV Process Value

Communication
5.2 HART (Channel 1)
FST030
Function Manual, 04/2017, A5E35693328-AA
313
5.2.7.2
TV process value
Description
The HART tertiary variable represents a configurable process value, the
TV process value
.
Setting
Mass flow; Volume flow; Density; Fluid temperature; Reference density; Totalizer 1; Total-
izer 2; Totalizer 3; Sound velocity; Flow velocity; Pressure; Viscosity; Specific gravity; Cur-
rent output (channel 1); Current output (channel 2); Pulse output (channel 2); Frequency
output (channel 2); Status output (channel 2); Current input (channel 3); Digital input
(channel 3); Current output (channel 3); Pulse output (channel 3); Frequency output (chan-
nel 3); Status output (channel 3); Current input (channel 4); Digital input (channel 4); Cur-
rent output (channel 4); Pulse output (channel 4); Frequency output (channel 4); Status
output (channel 4); DLS temperature
Default
Volume flow
The connected sensor is a water sensor
Setting
Mass flow; Volume flow; Density; Fluid temperature; Reference density; Totalizer 1; Total-
izer 2; Totalizer 3; Sound velocity; Flow velocity; Pressure; Viscosity; Corrected volume
flow; Standardizing factor; Base viscosity; Base density; Liquident; API gravity; Base API
gravity; Specific gravity; Base specific gravity; Current output (channel 1); Current output
(channel 2); Pulse output (channel 2); Frequency output (channel 2); Status output (chan-
nel 2); Current input (channel 3); Digital input (channel 3); Current output (channel 3);
Pulse output (channel 3); Frequency output (channel 3); Status output (channel 3); Current
input (channel 4); Digital input (channel 4); Current output (channel 4); Pulse output (chan-
nel 4); Frequency output (channel 4); Status output (channel 4); DLS temperature
Default Volume flow
The connected sensor is an oil sensor
Setting
Mass flow; Volume flow; Density; Fluid temperature; Reference density; Totalizer 1; Total-
izer 2; Totalizer 3; Sound velocity; Flow velocity; Pressure; Viscosity; Corrected volume
flow; Standardizing factor; Base density; Specific gravity; Base specific gravity; Current
output (channel 1); Current output (channel 2); Pulse output (channel 2); Frequency output
(channel 2); Status output (channel 2); Current input (channel 3); Digital input (channel 3);
Current output (channel 3); Pulse output (channel 3); Frequency output (channel 3); Status
output (channel 3); Current input (channel 4); Digital input (channel 4); Current output
(channel 4); Pulse output (channel 4); Frequency output (channel 4); Status output (chan-
nel 4); DLS temperature
Default
Volume flow
The connected sensor is a gas sensor
Related
Path
Communication → HART (Channel 1) → Dynamic variable mapping → TV Process Value