Actual signals and parameters
209
77.20
BASE SPEED
Defines the base speed in rpm. This value is used to check for the actual motor
current when the motor speed crosses this value. The motor current when the
actual speed crosses this base speed in either forward or reverse direction is
checked for a period of Par.
HOLD RAMP. This motor current is further
used along with parameters
to calculate the speed limit in
forward and reverse directions. If the parameters
configured properly in the correct sequence, the speed is always limited to this
value. For more information, see section
0.0 … 18000.0 rpm
Setting range in rpm.
0 … 180000
78 SHAFT SYNCRO
Settings for Shaft synchronisation. See section
on page
The drive has to be in
EXT2
control location
for the function to be active.
78.01
SYNCRO CONTROL
Defines whether the Synchro control is active or not. If this parameter is set to
OFF, the position error calculation, position correction, and synchronisation
error fault functions are not operational. This parameter should be active for
parameter
to be functional.
OFF
Synchro control is not selected
0
ON
Synchro control is selected
1
78.02
SYNCRO GAIN
Defines the gain for the Synchro controller (P -Controller). Only used in
Follower drives. See section
Control location EXT1/EXT2 supervision
on page
0... 100.00
Setting range
0... 10000
78.03
SHAFT SCALE
Defines the scaling factor used for the shaft position in the Follower drives. The
scaling factor should be calculated as the ratio between the Master speed in
m/min or mm/min at the maximum speed defined to that of the Follower drive.
This factor is multiplied with the speed reference in the Follower drive only
when the Synchro control is on. Used only in Follower drives. See section
Control location EXT1/EXT2 supervision mismatch
on page
93.
0... 100.00
Setting range
0... 100000
78.04
POS SCALE
Defines the position scaling factor for the actual position value. The scaling
factor should be calculated as number of Pulses Per Unit (Pulses/mm). See
section
Actual position configuration based on a motor encoder signal
on page
91.
0.1 … 10000.0 P/mm
Setting range in pulses/mm
1 … 100000
78.05
POS CORR MAX LIM Defines the maximum limit for the position correction value. The difference
between the Master and Follower position in unit (mm) is limited to this value
before its given as a speed correction factor to the Follower speed loop.
0 … 100.0 mm
Setting range in mm
0 … 1000
78.06
POS CORR MIN LIM
Defines the minimum limit for the position correction value. The difference
between the Master and Follower position in unit (mm) is limited to this value
before its given as a speed correction factor to the Follower speed loop.
-100.0 … 0 mm
Setting range in mm
-1000 … 0
78.07
SYNC ERR FLT DLY
Defines the time delay for the generation of SYNC FAULT when the absolute
difference between the Master and Follower position in unit (mm) is greater
than what is defined in Par.
. The fault will be generated in respective
Follower drives.
0 … 10 s
Setting range in seconds
0 … 100
78.08
SYNC CORR SCALE Defines the scaling factor which will be used for the final speed correction
reference in slave speed loop. Scaling value will correspond to a correction of
that rpm for a position error of 1 mm.
Index
Name/Selection
Description
FbEq
Содержание ACS 800 Series
Страница 1: ...ACS800 Firmware Manual Crane Control Program N697 ...
Страница 4: ......
Страница 26: ...Start up and control through the I O interface 26 ...
Страница 36: ...Quick start up guide 36 ...
Страница 52: ...Control panel 52 ...
Страница 105: ...Program features 105 Figure Control diagram for Shaft synchronisation executed in 20 ms ...
Страница 126: ...Program features 126 The figures below show speed limits according to different load conditions ...
Страница 128: ...Program features 128 ...
Страница 150: ...Application macros control location EXT1 EXT2 150 ...
Страница 228: ...Actual signals and parameters 228 ...
Страница 299: ...Adaptive Programming examples for crane control 299 ...
Страница 305: ...Adaptive Programming examples for crane control 305 ...
Страница 312: ...Adaptive Programming examples for crane control 312 The following figures show the previous example enlarged ...
Страница 314: ...Adaptive Programming examples for crane control 314 The following figures show the previous example enlarged ...
Страница 318: ...Analogue Extension Module 318 ...
Страница 332: ...Additional data actual signals and parameters 332 ...
Страница 333: ...DriveWindow 333 DriveWindow DriveWindow connected to the ACS800 RMIO RDCO board and channel CH3 ...
Страница 334: ...DriveWindow 334 ...
Страница 335: ...Control block diagrams 335 Control block diagrams ...
Страница 336: ...Control block diagrams 336 ...
Страница 337: ...Control block diagrams 337 ...
Страница 338: ...Control block diagrams 338 ...
Страница 340: ...www abb com drives www abb com drivespartners Contact us 3AFE68775230 Rev E EN 2012 09 25 ...