Configuration
Use of funktion blocks
2−32
l
EDSVF9383V−EXT EN 2.0
2.3
Use of function blocks
You can configure the signal flow in the controller yourself by interconnecting function blocks. This
makes it easy to adapt the controller to different applications.
2.3.1
Signal types
Every function block has a specific number of inputs and outputs which can be connected to one
another. The signal types occurring at the inputs and outputs depend on the individual functions:
l
Quasi analog signals
– Symbol:
H
– Unit: %
– Identification: a
– Value range: ±16384 = ±100 %
– Resolution: 16−bit, scaling ±16384
¢
±100 %
l
Digital signals
– Symbol:
G
– Unit: binary, with HIGH or LOWlevel
– Identification: d
– Resolution: 1−bit
l
Speed signals
– Symbol:
F
– Unit: rpm (for display, internal representation in [inc/ms])
– Identification: phd
– Value range: ±2
15
− 1
– Resolution: 16−bit
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Phase signals
– Symbol:
E
– Unit: inc
– Identification: ph
– Value range: ±2
31
− 1
– Resolution: 32−bit, scaling 1 revolution
¢
65536 inc
Only signals of the same type can be combined. I.e. an analog output signal of a function block can
only be linked with the analog input of another function block. If you try to combine two different signal
types, the combination will not be accepted.
Содержание 9300 vector Series
Страница 8: ...Preface Definition of notes used 1 6 l EDSVF9383V EXT EN 2 0...
Страница 188: ...Application examples Centre winder with internal diameter calculation 3 18 l EDSVF9383V EXT EN 2 0...
Страница 192: ...Signal flow charts Speed control 4 4 l EDSVF9383V EXT EN 2 0 Fig 4 1 Basic configuration 1000 speed control sheet 1...
Страница 205: ...Signal flow charts Step control 4 17 l EDSVF9383V EXT EN 2 0 Fig 4 13 Basic configuration 2000 step control sheet 1...
Страница 211: ...Signal flow charts Torque control 4 23 l EDSVF9383V EXT EN 2 0 Fig 4 17 Basic configuration 4000 torque control sheet 1...