Detailed descriptions of interface signals
4.7 Channel-specific signals
Parameter Manual
362
Operating Instructions, 08/2013, 6FC5397-8EP40-0BA0
Signal state 1 GOTOS in the part program initiates a return jump to the program start. The
program is then processed again.
Signal state 0 GOTOS does not initiate a return jump. Program execution is continued
with the next part program block after GOTOS.
corresponding to ... MD27860 PROCESSTIMER_MODE
MD27880 PART_COUNTER
Note for the reader Function Manual Basic Functions H1
DB3200
DBX1000.0 to .1
DBX1004.0 to .1
DBX1008.0 to .1
Activate handwheel (1 and 2)
for axis 1 in the Work
for axis 2 in the Work
for axis 3 in the Work
Signal(s) to channel (PLC → NCK)
Edge evaluation: No Signal(s) updated: Cyclic
Signal state 1 or edge
change 0 → 1
These PLC interface signals are used to define whether this geometry axis
is assigned to handwheel 1 or 2 or is not assigned to any handwheel.
Only one handwheel can be assigned to an axis at any one time.
If several interface signals "activate handwheel" are set, then 'Handwheel 1'
has a higher priority than 'Handwheel 2'.
Note:
Two geometry axes can be simultaneously traversed using handwheels 1 to
2!
Signal state 0 or edge
change 1 → 0
Neither handwheel 1 or 2 is assigned to this axis.
Application The PLC user program can use this interface signal to interlock the
influence on the geometry axis when turning a handwheel.
corresponding to ... IS "Handwheel active" 1 to 2
for axis 1 in the Work: DB3300 DBX1000.0 to .2
for axis 2 in the Work: DB3300 DBX1004.0 to .2
for axis 3 in the Work: DB3300 DBX1008.0 to .2
Note for the reader Function Manual Basic Functions H1
DB3200
DBX1000.3
DBX1004.3
DBX1008.3
Feedrate stop for axes in the Work
Signal(s) to channel (PLC → NCK)
Edge evaluation: No Signal(s) updated: Cyclic
Signal state 1 or edge
change 0 → 1
The signal is only active in the JOG mode (axes are traversed in the Work).
• The signal triggers a feedrate stop for the axis. For a traversing axis, this
signal brings it to a standstill with a controlled braking (ramp stop). No
alarm is output.
• The position control is kept, i.e. the following error is eliminated.
• If a travel request is issued for an axis with an active "feedrate stop",
then this is kept. This queued travel request is executed immediately
after the "feedrate stop" has been withdrawn.
To Next Page
Loading...
Need help?
General
