Справочник Пользователя для National Instruments FP-3000

Index

©

 National Instruments Corporation

I-7

linearization types (table), C-12
Link Active Scheduler (LAS), 1-4
LO_ALM parameter, C-12
LO_LIM parameter, C-13
LO_LO_ALM parameter, C-13
LO_LO_LIM parameter, C-13
LO_LO_PRI parameter, C-13
LO_PRI parameter, C-13
LOG (FieldPoint Log Block) function 

block, 4-4

LOW_CUT parameter, C-13

manual. See documentation.
MANUFAC_ID parameter, C-13
MAX_NOTIFY parameter, C-13
MEMORY_SIZE parameter, C-13
MIN_CYCLE_T parameter, C-13
mode and status behavior during cascade 

initialization, D-2 to D-3

mode shedding for function blocks, 

D-4 to D-5

options (table), D-5

MODE_BLK parameter and mode handling, 

4-10 to 4-12, C-14 to C-15

Actual modes (table), 4-11 to 4-12, C-14
Normal mode, 4-12, C-15
Permitted mode, 4-12, C-15
Target modes (table), 4-10 to 4-11, C-14

module and channel selection

converting 4-20 mA pressure sensor to 

Fieldbus, 3-3

temperature control with FP-3000 

(example)

controlling heating element, 3-11
taking temperature readings, 3-7

mounting FP-3000. See installation.

network specifications, E-1
Normal mode, 4-12, C-16
NV_CYCLE_T parameter, C-15

OP_CMD_CXO parameter (table), C-15
OUT parameter, C-15
OUT_HI_LIM parameter, C-15
OUT_LO_LIM parameter, C-16
OUT_SCALE parameter (table), C-16
output

scaling (example), 3-11 to 3-12
setting range (example), 3-11

Permitted mode, 4-12, C-15
PID control, 4-5 to 4-6

function blocks in PID control loop, 4-5
overview, 1-3
PID Function Block Application dialog 

box (figure), 4-6

temperature control with FP-3000 

(example), 3-13 to 3-14

assigning tag to new block, 3-13
connecting PID to AI and AO blocks, 

3-14

downloading and bringing loop into 

Auto, 3-14 to 3-15

instantiating PID block, 3-13
scaling the PID, 3-13
tuning the PID, 3-15

PID (Proportional-Integral-Derivative) 

function block

description, 4-3
PID control loops, 4-5

Plug and Play. See HotPnP.
POST (power-on self test), 2-10