34
Save index type in index for the preselected number with NIX
(1 = absolute, 2 = relative)
(stored in non-volatile memory, still effective after power cycle)
Type of Index
TYIX
1,2 / ?
Save index type in index for the preselected number with NIX
(1 = absolute, 2 = relative)
(not stored in non-volatile memory, only effective until the next
power cycle)
Type of Index Dynamic
TYIXD
1,2 / ?
9.6.11
Program / Application
DESCRIPTION
Short
CMD
PARAMETER
Run program number
Program
PG
1-63
0 = Program 1..15 max. 50 program lines,
Program 16..63 max. 10 program lines
1 = Program 1..5 max. 130 program lines,
Program 6..63 max 10 program lines
Important:
Changes of PMAP parameter clears entire program
memory
Program Mapping
PMAP
0,1 / ?
Save Application (incl. parameters) to Start-up Key
Save to Start-up Key
SVST
9.6.12
Force Control Forceteq® basic
DESCRIPTION
Short
CMD
PARAMETER
Force Calibration is started with distance parameter.
Value from 1 to 10'000'000 = Distance in Inc. of the scan run.
? = Returns whether scanned values are available
0 = Force Calibration delete scanned values
The Force Calibration works iteratively and improves itself in
repeated execution. If the motor oscillates during the Force
Calibration, then wrong values are stored and the oscillation
increases. In this case, the scanned values must be deleted with
FC0 before starting a new Force Calibration.
In the libraries for the operation with bus module, there exists
an input "Iterative FC disable" in the function block
JS_MC_ForceCalibration for this case.
Important:
Force Calibration scan drive will begin at current position
Force Calibration
FC
0-< stroke LINAX®/ELAX®
or way ROTAX® / ?
Test function to check Force Calibration effect through manual
movement of the carriage slider.
2 = Test Force Calibration On (without active compensation)
1 = Test Force Calibration (with active compensation)
0 = Test Force Calibration off (Servo holds position)
Force Calibration Test
FCT
0,1,2 /?
Request Status of Force Calibration:
0 = No Force Calibration scan values available
1 = Force Calibration scan values available
Force Calibration Valid
FCV
xx / ?
Automatic I_Force Drift Compensation Drive in positive
direction
I_Force Drift
Compensation Positive
IFDCP
Automatic I_Force Drift Compensation Drive in negative
direction
I_Force Drift
Compensation Negative
IFDCN