Fisher 8800A Automobile Parts User Manual


 
Rosemount Model 8800C Vortex Flowmeter with FOUNDATION
Fieldbus
I-4
PID block .......................C-1
BLOCK_ERR conditions ........C-8
closed loop control ............C-10
diagram .....................C-1
filtering ......................C-6
Mode ...................C-8,C-11
output selection and limiting ....C-7
parameters
ALARM_HYS
.............C-9
all .......................C-2
BKCAL_IN ...........C-1,C-7
BKCAL_OUT .........C-1,C-7
BLOCK_ERR .............C-8
CAS_IN ..............C-1,C-7
CONTROL_OPTS ..........C-7
DV_HI_LIM ..............C-9
DV_HI_PRI ...............C-9
DV_LO_LIM ..............C-9
DV_LO_PRI ..............C-9
FF_GAIN .................C-6
FF_SCALE ...............C-6
FF_VAL ..............C-1,C-6
FILTER_TYPE ............C-6
HI_HI_LIM ...............C-9
HI_HI_PRI ...............C-9
HI_LIM ..................C-9
HI_PRI ..................C-9
IN .......................C-1
LO ......................C-7
LO_LIM ..................C-9
LO_LO_LIM ..............C-9
LO_LO_PRI ...............C-9
LO_PRI ..................C-9
MODE ..................C-11
OUT .................C-1,C-7
OUT_HI_LIM .............C-7
OUT_LO_LIM .............C-7
OUT_SCALE ..............C-6
PV ......................C-7
PV_FTIME ...............C-6
RESET ..................C-10
SP_FTIME ...............C-6
SP_HI_LIM ...............C-6
SP_LO_LIM ..............C-6
SP_RATE_DN .............C-6
SP_RATE_UP .............C-6
SP_WRK .................C-7
STRUCTURE .............C-7
TRK_IN_D ...........C-1,C-6
TRK_VAL ............C-1,C-6
schematic diagram .............C-5
setpoint selection ..............C-6
status handling ..............C-10
tracking .....................C-6
troubleshooting ..............C-16
Pipe I.D. ...................4-11,4-12
Pipe Length Requirements for
Installation ....................2-3
Process Compressibility .........4-12
Process Conditions ..............4-12
Process Density .................4-11
Process Temperature . . . . . . . 4-11, 4-13
Process Variables ...............4-11
Proportional/Integral/Derivative (PID)
function block ..................C-1
Publisher .......................A-5
PV
PID block .....................C-7
PV Range ......................4-11
PV Value .......................4-11
PV_FTIME
AI block ......................B-4
PID block .....................C-6
R
Reference K-Factor ..............4-13
Remote Electronics ..............2-20
Remote Electronics Installation ..2-21
Remote Electronics Procedures ...6-19
RemoteCascade mode
PID block .................C-6,C-7
RemoteOutput mode
PID block .................C-6,C-7
Required Process Density ........4-15
RESET
PID block ....................C-10
Resource block ...................5-1
definition .....................A-3
parameters
all
.......................5-1
BLOCK_ERR ..........5-4,5-5
WRITE_LOCK .............5-5
troubleshooting ................5-5
Return of Material ..............6-23
Reverse action ...................C-8
S
Safety ...............2-1,6-1,7-1,9-1
SCALING
AI block ......................B-8
Segment
definition .....................A-3
Sensor .........................4-12
Sensor Installation ..............6-17
alignment ...................6-17
applying force ................6-18
Sensor Range ...................4-11
Sensor Replacement .............6-12