MPH-02, MPB-02, MPD-02
Synchronization Ranges
Synchronization in the
Command Value Cycle
DOK-INDRV*-MP*-02VRS**-FK01-EN-P
• operating mode: cam shaft with P-0-0755 ≠ 0
actual
value
cycle
Fig. 7-52:
Actual value cycle with rotary modulo scaling and P-0-0155, bit 4 = 1
• operating mode: phase synchronization and
cam shaft with P-0-0755 = 0
actual
value
cycle
Fig. 7-53:
Actual value cycle with linear modulo scaling and P-0-0155, bit 4 = 1
• operating mode: cam shaft with P-0-0755 ≠ 0
actual
value
cycle
Fig. 7-54:
Actual value cycle with linear modulo scaling and P-0-0155, bit 4 = 1
With modulo scaling the range for synchronization can be set in
parameter P-0-0155, Synchronization mode.
• modulo range (S-0-0103)
• command value cycle
• division of the command value cycle
The distance to be traveled is then limited to this range.
Note:
The actual position value used for calculating the distance
must be unequivocal in the range in which synchronization is
to take place. The actual value cycle (P-0-0752) from which
the actual position value is derived must therefore be
determined in such a way that is a multiple of the
synchronization range.
By setting P-0-0750, Master axis revolutions per master axis cycle = 0
it is possible to select absolute handling of the master axis within a range
of ± 2048 revolutions.
The distance traveled during synchronization is the result of the difference
between synchronous position command value (+ S-0-0048, Position
command value additional) and the actual position value. The
synchronization distance is limited to the modulo command value cycle.
=
distance
%command
value
Fig. 7-55:
Synchronization distance during synchronization in command value
cycle
Operating Modes
−
−
P
0
0157
=
−
−
P
0
0750
*
−
−
P
0
0156
−
−
P
0
0157
=
−
−
P
0
0750
*
−
−
P
0
0156
−
−
P
0
0157
=
−
−
P
0
0750
*
−
−
P
0
0156
+
−
−
cycle
(x
S
0
0048
sync
7-83
−
−
S
0
0103
*
−
−
P
0
0755
−
−
*
P
0
0159
−
−
P
0
0159
*
−
−
P
0
0755
−
actual
pos.
value)