ElmoMC SimplIQ Digital Servo Drives-Bell Command Reference User Manual
Page 76

HM[N] (Index)
Value
Description
0
In UM=2, 3, 4, 5: Stop immediately using the SD
deceleration value. In torque mode (UM=1), do nothing.
1
Set digital output, equivalent to OP=HM[6].
4
After-event
behavior.
Defined as the
time in which
HM[1]
decreases to 0.
2 Do
nothing.
0
Absolute setting of position counter: PX=HM[2].
1
Relative setting of position counter:
PX=PX (at event) -HM[2]
5
What to set for
PX during event
2 Do
nothing.
6
Output value
Digital output value if HM[4]=1.
Only outputs defined as general output are affected.
7
PX captured
value
The captured value of PX (read only). The position value
is captured before PX is changed according to HM[5].
8
PY captured
value
The captured value of PY (read only). The position value
is captured at the next controller sampling time and
therefore may be inaccurate to (4*VX*TS*10
-6
) counts.
Table 3-13: HM[N] Command Values
Notes:
SimplIQ for Steppers drives have a different number of digital inputs. The value
of HM[3] may differ according to that. Please consult the drive’s Installation
Guide for details.
HM[2] - HM[6] can be changed during the home search procedure. The
activation of the parameters is considered upon reception of the next HM[1]=1
(or higher).
If HM[2] is set to a value beyond XM[1] and XM[2], the actual main position will
not be updated when homing is complete.
Each homing event is attached to a predefined functionality (FLS, General
Purpose, Home and so on). If the corresponding input is not defined first, the
homing procedure may never end. Refer to the
IL[N]
command.
The homing and capture procedures can be carried out in any unit mode (UM=1,
2, 3, 4, 5) and reference mode (RM=0, 1).
In external reference mode (RM=1), when HM[4]=0, the software portion of the
reference is stopped, while the external portion is not. In such cases, the motor
continues to move according to the analog reference.
SimplIQ for Steppers Command Reference Manual
Alphabetical Listing
MAN-STECR (Ver. 1.1)
68