Chapter 5 List of Parameters
5.3
Axis-Specific Parameters
181
5.3
Axis-Specific Parameters
* It is described as “In Common” when the statement of a parameter should be the same for the pulse
motor type and AC servo motor type.
No.
Parameter name
Default
value
(Reference)
Input range
Unit
Remarks
~
1
Axis operation type
Common
0
0 ~ 1
0: Linear movement axis
1: Rotational movement axis (Angle control)
2
(For extension)
Common
0
~
3
(For extension)
Common
0
~
4
(For extension)
Common
0
~
5
(For extension)
Common
0
~
Pulse
Motor
Type
1
0 ~ 1
0: Motor CCW → Negative direction on the coordinate system
1: Motor CCW → Positive direction on the coordinate system
6
Coordinate/physical-oper
ation direction selection
AC Servo
Motor
Type
1
0 ~ 1
0: Motor CCW → Positive direction on the coordinate system
1: Motor CCW → Negative direction on the coordinate system
7
Soft limit +
Common
50000
-99999999 ~
99999999
0.001
mm
Fixed to 359.999 degrees internally in the index mode. Invalid in
the infinite-stroke mode.
8
Soft limit –
Common
0
-99999999 ~
99999999
0.001
mm
Fixed to 0 degree internally in the index mode. Invalid in the
infinite-stroke mode.
9
Soft-limit actual position
margin
Common
2000
0 ~ 9999
0.001
mm
Actual position margin in the positioning boundary critical zone in
the infinite-stroke mode
Pulse
Motor
Type
0
0 ~ 5
0: Search phase Z after end search
(Offset operation after end search for actuator without
Z-phase)
1: Current position 0 home
(This parameter can be specified only with an incremental
encoder. Pay attention to contact.),
2: Current position = Preset home (This parameter can be
specified only with an incremental encoder. Pay attention to
contact.)
3: System reservation
4: Home position sensor detection range center point calculation
method
(Main application Ver. 1.06 or later)
10 Home-return method
AC Servo
Motor
Type
0
0 ~ 5
0: Search phase Z after end search
(Offset operation after end search for actuator without
Z-phase)
1: Current position 0 home
(This parameter can be specified only with an incremental
encoder. Pay attention to contact.),
2: Current position = Preset home (This parameter can be
specified only with an incremental encoder. Pay attention to
contact.)
3: System reservation
4: System reservation
11
Home-return end-search
direction selection
Common
0
0 ~ 1
0: Negative end of the coordinate system
1: Positive end of the coordinate system
12 Home preset value
Common
0
-99999999 ~
99999999
0.001
mm
13 SIO/PIO home-return
order
Common
0
0 ~ 16
Executed from the smallest one.
14 Home-sensor input
polarity
Common
0
0 ~ 4
0: Do not use
1: Contact a (End detection sensor (End equivalent))
2: Contact b (End detection sensor (End equivalent))
3: Contact a (Home check sensor (Mechanical end vicinity
check))
4: Contact b (Home check sensor (Mechanical end vicinity
check))
15 System reservation
Common
0
0 ~ 2
16 System reservation
Common
0
0 ~ 2
17 System reservation
Common
10
1 ~ 100
mm/se
c
18 System reservation
Common
100
1 ~ 500
mm/se
c
19 End search speed at
home return
Common
20
1 ~ 100
mm/se
c
20 Phase-Z search speed at
home return
Common
3
1 ~ 50
mm/se
c
Exercise caution, since limitations apply depending on the
read/encoder pulse count.
Summary of Contents for TTA Series
Page 1: ...Tabletop Robot TTA Instruction Manual 12th Edition IAI Corporation ...
Page 2: ......
Page 4: ......
Page 23: ...13 ...
Page 24: ...14 ...
Page 25: ...15 ...
Page 42: ...32 ...
Page 134: ...124 Chapter 3 Wiring 3 4 Wiring Method ...
Page 164: ...Chapter 4 Operation 4 8 Payload Adjusted for Setting Values 154 ...
Page 280: ...Chapter 7 Appendix 7 2 Extension SIO Features 270 ...
Page 312: ...Chapter 8 Maintenance and Inspection 8 7 Period of Time for Fan Unit Replacement 302 ...
Page 368: ...Chapter 9 External Dimensions 9 3 Option 358 ...
Page 370: ...Chapter 10 Life 360 ...
Page 377: ......