35
I_Force Drift Compensation Settings, bitwise coded:
Bit0: Continuous compensation at disabled power stage
Bit1: Automatic compensation before force calibration
Bit2: Continuous compensation at enabled power stage at
applicable position (see command PIFDC)
I_Force Drift
Compensation Settings
IFDCS
0-7 / ?
Position for I_Force Drift Compensation at enabled power
stage, depending on the motor type
Position I_Force Drift
Compensation
PIFDC
?
Maximal approved force-proportional current [x10mA]
0 = Deactivated
→
As soon as the max. approved current has been hit, info
„30“
is being activated and can be retrieved over Process Status
registry
Bit 15
„I_FORCE_ LIMIT_REACHED“ with command TPSR
(Refer to chapter 9.6.17 System Information)
Limit I_Force
LIF
0
–
value of “I run”
/ ?
Change Limit DR_I_FORCE to xx x 10mA
value xx will overwrite the current parameter DR_I_Force, until
DRIVE I_FORCE END
Change Limit I Force
CLIF
xx
Driving with limited force until reaching an object or the end
position if there is no object.
xx= [1-10] No. of the selected Drive I_Force
parameter set
Drive I_Force
DIF
xx
Force-proportional, actual current-value filtered [mA]
I Force Actual
IFA
Actual motor current [mA]
Tell motor current
TMC
Select sectors which should be active.
E.g. xx = 100110-> active are the sectors 2,3,6
Binary from right side LSB
(binary notation, LSB = sector 1)
Select Sectors
SSEC
xx / ?
Reads I_FORCE peak value [x1mA]
xx=not defined-> Max peak value over all sectors
xx=n-> peak value of sector n
I Force Peak
IFPK
xx
shows the active sectors which force curve did not correctly
pass through
E.g. xx = 1001->Error in sector 1 and 4.
(binary notation, LSB = sector 1)
Sector I_Force Curve
Failed
SIFF
xx / ?
Is taking current actual position as an offset for all sectors with
restart of monitoring.
Furthermore the positions „Wait for distance greater/less“ and
„Jump if distance greater/less“ are adjusted by this offset.
Take Position as Sector
Offset
TPSO
Provide offset for all sectors with restart of monitoring.
xx = [Inc] offset
Furthermore the positions „Wait for distance greater/less“ and
„Jump if distance greater/less“ are adjusted by this offset xx.
E.g. xx = 0, sets offset to 0
Set Sector Offset
SSO
xx / ?
Selecting sector number for which parameters shall be
changed. xx = [1-10] Sector number, NSEC? = Retrieving the
selected sector number.
Number of Sector for
change parameter
NSEC
xx / ?
Sector start distance.
xx = [Inc] starting distance (current position
–
sector offset)
Sector I Force Start
SIFS
xx / ?
Sector end distance.
xx = [Inc] ending distance (current position
–
sector offset)
Sector I Force End
SIFE
xx / ?
Lowest value I_Force in pre-selected sector. xx [x10mA]
I Force High
IFH
xx / ?
Highest value I_Force in pre-selected sector. xx [x10mA]
I Force Low
IFL
xx / ?
Definition of transitions
Entry
and
Exit
in sector
xx = activated transition 1,2,3,4 Entry/Exit
Sector Transition
Configuration Decimal
STC
xx / ?