Oriental motor DGII Series User manual

Thank you for purchasing an Oriental Motor product.
This Manual describes product handling procedures and safety precautions.
•Please read it thoroughly to ensure safe operation.
•Always keep the manual where it is readily available.
HL-80019
Motorized actuator
Hollow rotary actuator
DGII Series
Function Setting Edition

2
1 Introduction ............................................. 3
1-1 Before using the product................................3
1-2 How to use this manual...................................3
1-3 Related operating manuals............................3
1-4 Rotation direction of output table .............4
2 When using an actuator equipped
with the AZ Series................................... 5
2-1 Setting ow..........................................................5
2-2 Parameter list ......................................................5
How to read the table......................................................5
Motor vertical mounting ................................................6
Motor horizontal mounting...........................................7
2-3 Operation .............................................................8
Setting of minimum step angle ...................................8
Coordinate management of output table................ 8
Coordinate origin of output table...............................8
Positioning operation by wrap function...................9
3 When using an actuator equipped
with the AZX Series .............................. 11
3-1 Setting ow....................................................... 11
3-2 Parameter list ................................................... 11
How to read the table....................................................11
Parameter list....................................................................12
3-3 Operation .......................................................... 13
Setting of minimum step angle .................................13
Coordinate origin of output table.............................13
Positioning operation by wrap function.................14
4 When using an actuator equipped
with the AR Series ................................. 16
4-1 Setting ow....................................................... 16
4-2 Parameter list ................................................... 16
How to read the table....................................................16
Built-in controller type...................................................17
Pulse input type...............................................................17
4-3 Operation .......................................................... 18
Setting of minimum step angle .................................18
Return-to-home operation ..........................................18
5 When using an actuator equipped
with the RKII Series............................... 19
5-1 Setting ow....................................................... 19
5-2 Parameter list ................................................... 19
How to read the table....................................................19
Built-in controller type...................................................20
5-3 Operation .......................................................... 20
Setting of minimum step angle .................................20
Return-to-home operation ..........................................21

Introduction
3
1 Introduction
1-1 Before using the product
Only qualied personnel of electrical and mechanical engineering should work with the product.
Use the product correctly after thoroughly reading the section "Safety precautions" of the OPERATING MANUAL
Actuator Edition. In addition, be sure to observe the contents described in caution and note in this manual.
The motorized actuator is designed and manufactured to be incorporated in general industrial equipment. Do not
use for any other purpose. Oriental Motor Co., Ltd. is not responsible for any compensation for damage caused
through failure to observe this warning.
Notation on this manual
Handling the product without observing the instructions that accompany a“CAUTION”
symbol may result in injury or property damage.
The items under this heading contain important handling instructions that the user
should observe to ensure safe use of the product.
The items under this heading contain related information and contents to gain a further
understanding of the text in this manual.
1-2 How to use this manual
This manual describes the parameters required to operate motorized actuators.
Use it in the following cases.
•To check the factory settings for parameters.
•To check the upper limit values for parameters.
•To change the travel direction of the moving part.
1-3 Related operating manuals
Download the operating manuals from Oriental Motor Website Download Page or contact your nearest Oriental
Motor sales oce.
Common to all products
•DGII Series OPERATING MANUAL Actuator Edition
•Motorized Actuator Hollow Rotary Actuator OPERATING MANUAL
Function Setting Edition (this document)
Products equipped
with AZ Series
•AZ Series / Motorized Actuator equipped with AZ Series OPERATING MANUAL
Function Edition
Refer to the operating manuals of the driver for contents not described in the
function edition.
Products equipped
with AZX Series
•AZX Series / Motorized Actuator equipped with AZX Series OPERATING MANUAL
Software Edition
Products equipped
with AR Series
•AR Series / Motorized Actuator equipped with AR Series USER MANUAL
Products equipped
with RKII Series
•RKII Series / Motorized Actuator equipped with RKII Series USER MANUAL

Introduction
4
1-4 Rotation direction of output table
The rotation direction of the output table varies depending on the setting of the travel amount or the input method
of the pulse signal. Check on the following table.
The table below describes examples when an actuator is used with the factory settings.
Setting Actuators equipped with
AZ Series, AZX Series
Actuators equipped with
AR Series, RKII Series
When setting parameters to operate
Set the travel amount to the positive (+) side.
CW (Positive direction)
CCW (Positive direction)
When operating using the pulse signal*
•2-pulse input mode
Input the pulse signal to the CW input
•1-pulse input mode
Input the pulse signal to the PLS input when
the DIR input is ON
When setting parameters to operate
Set the travel amount to the negative (-) side.
CCW (Negative direction)
CW (Negative direction)
When operating using the pulse signal*
•2-pulse input mode
Input the pulse signal to the CCW input
•1-pulse input mode
Input the pulse signal to the PLS input when
the DIR input is OFF
* The AZX Series is excluded.

When using an actuator equipped with the AZ Series
5
2 When using an actuator equipped
with the AZ Series
2-1 Setting ow
The motorized actuator equipped with the AZ Series can be used with the parameters
at the time of shipment.
1 Install and connect a motorized actuator and a driver.
2 Connect a PC installed the support software MEXE02 to start.
3
Copy the ABZO information (xed value) of the ABZO sensor to the driver.
Parameters such as the travel direction and minimum step angle have been set in the ABZO
sensor at the time of shipment.
Use the MEXE02 software to match the ABZO information (xed value) of the ABZO sensor
and the setting value of the driver parameters.
4 Set the software limit when no sensor is used.
5 Write the set data to the driver.
6 Check the movement of the motorized actuator.
7 Backup the data having set.
2-2 Parameter list
How to read the table
This section describes parameters that have a value specic to the motorized actuator. Setting the specied values
allows operation that satises the specications of the motorized actuator.
The minimum step angle is set to“0.01 degrees”at the time of shipment. This makes it easier to calculate the travel
amount, etc., since the actuator moves 0.01 degrees per step.
Unit of travel amount: Deg
(JOG) Operating speed 10 [deg/s]
(JOG) Acceleration/deceleration rate 10 [×103deg/s2]
(JOG) Starting speed 5 [deg/s]
Unit of travel amount: Step
Item Factory setting
1,000 [Hz]
1,000 [kHz/s]
500 [Hz]
This value is set at the
time of shipment.
Set the value in this column
when operating in a step unit.

When using an actuator equipped with the AZ Series
6
Motor vertical mounting
Product specications
Item Factory setting
Travel amount per revolution of output table [deg] 360
Resolution of output table (minimum step angle [deg]) 36,000 (0.01)
Motor & mechanism parameter
Item Factory setting
Unit of travel amount: Deg Unit of travel amount: Step
Mechanism settings Prioritize ABZO setting
Electronic gear A 1
Electronic gear B*1 2
Motor rotation direction*1 Positive direction=CCW
Mechanism type Deg*2 Step*2
Initial coordinate generation & wrap
setting range [rev]*1 18
Initial coordinate generation & wrap
range oset ratio [%] 50
Initial coordinate generation & wrap
range oset value [deg] 0
Wrap setting Enable
The number of the RND-ZERO output
in wrap range 1
(JOG) Travel amount 0.01 [deg] 1 [step]
(JOG) Operating speed 10 [deg/s] 1,000 [Hz]
(JOG) Acceleration/deceleration 10 [×103deg/s2] 1,000 [kHz/s]
(JOG) Starting speed 5 [deg/s] 500 [Hz]
(JOG) Operating speed (high) 50 [deg/s] 5,000 [Hz]
(ZHOME) Operating speed 50 [deg/s] 5,000 [Hz]
(ZHOME) Acceleration/deceleration 10 [×103deg/s2] 1,000 [kHz/s]
(ZHOME) Starting speed 5 [deg/s] 500 [Hz]
(HOME) Home-seeking mode 3 sensors
(HOME) Starting direction Positive side*3
(HOME) Acceleration/deceleration 10 [×103deg/s2] 1,000 [kHz/s]
(HOME) Starting speed 5 [deg/s] 500 [Hz]
(HOME) Operating speed 10 [deg/s] 1,000 [Hz]
(HOME) Last speed 5 [deg/s] 500 [Hz]
*1 A value dierent from the initial value of the motor by itself is written to the ABZO sensor. The output table rotates
in the clockwise (CW) direction.
*2 The display unit can be switched to "deg" or "step" even while editing the data.
*3 The output table starts return-to-home operation to the positive side (CW).

When using an actuator equipped with the AZ Series
7
Motor horizontal mounting
Product specications
Item Factory setting
Travel amount per revolution of output table [deg] 360
Resolution of output table (minimum step angle [deg]) 36,000 (0.01)
Motor & mechanism parameter
Item Factory setting
Unit of travel amount: Deg Unit of travel amount: Step
Mechanism settings Prioritize ABZO setting
Electronic gear A 1
Electronic gear B*1
Gear ratio 12 3
Gear ratio 18 2
Gear ratio 36 1
Motor rotation direction Positive direction=CW
Mechanism type Deg*2 Step*2
Initial coordinate
generation & wrap
setting range [rev]*1
Gear ratio 12 12
Gear ratio 18 18
Gear ratio 36 36
Initial coordinate generation & wrap
range oset ratio [%] 50
Initial coordinate generation & wrap
range oset value [deg] 0
Wrap setting Enable
The number of the RND-ZERO output
in wrap range 1
(JOG) Travel amount 0.01 [deg] 1 [step]
(JOG) Operating speed 10 [deg/s] 1,000 [Hz]
(JOG) Acceleration/deceleration*1 0.05 [×103deg/s2] 5 [kHz/s]
(JOG) Starting speed 5 [deg/s] 500 [Hz]
(JOG) Operating speed (high) 50 [deg/s] 5,000 [Hz]
(ZHOME) Operating speed 50 [deg/s] 5,000 [Hz]
(ZHOME) Acceleration/deceleration*1 0.45 [×103deg/s2] 45 [kHz/s]
(ZHOME) Starting speed 5 [deg/s] 500 [Hz]
(HOME) Home-seeking mode 3 sensors
(HOME) Starting direction Positive side*3
(HOME) Acceleration/deceleration*1 0.05 [×103deg/s2] 5 [kHz/s]
(HOME) Starting speed 5 [deg/s] 500 [Hz]
(HOME) Operating speed 10 [deg/s] 1,000 [Hz]
(HOME) Last speed 5 [deg/s] 500 [Hz]
*1 A value dierent from the initial value of the motor by itself is written to the ABZO sensor.
*2 The display unit can be switched to "deg" or "step" even while editing the data.
*3 The output table starts return-to-home operation to the positive side (CW).

When using an actuator equipped with the AZ Series
8
2-3 Operation
Push-motion operation and push-motion return-to-home operation cannot be performed with the
DGII Series. If these operations are attempted, an alarm of Operation data error is generated.
Setting of minimum step angle
The minimum step angle is set to 0.01 degrees at the time of shipment. Set the minimum step angle with the
"Electronic gear A" and "Electronic gear B" parameters.
The formula for calculating the minimum step angle is as follows.
M
inimum step angle of output table (deg) =
360°
Gear ratio × 1,000 × (Electronic gear B ÷ Electronic gear A)
For the pulse input type, use the function setting switches as they are in the factory settings. If they
are changed, the ABZO information does not apply and the actuator will operate at a certain
resolution.
Coordinate management of output table
At the time of shipment, the coordinates are set to a range of minus 180 to plus 180 degrees centered on the
mechanical home. The coordinates can be changed to a range of 0 to 360 degrees according to the application.
Coordinates are a range of ±180 ° at the
time of shipment.
–90.00
°
–180.00°
+179.99°
+90.00° 0.00°
Coordinates can be changed to a
range of 0 ° to 360 °.
+90.00° 0.00°
+270.00°+180.00°
Coordinate origin of output table
Mechanical home
Performing the position preset can set the user home. When the mechanical home is preset, the RND-ZERO output is
turned ON every time the mechanical home is passed.
–90.00°
–180.00°
0.00°
+90.00°
+179.99°
Mechanical home
(RND-ZERO output is ON)
Screw hole for xing
shielding plate
(output table side face)
Electrical home
The electrical home is a home that is set in the driver. Turning the EL-PRST input ON sets the electrical home and OFF
clears it.

When using an actuator equipped with the AZ Series
9
Positioning operation by wrap function
Using the wrap function can perform the following operations.
Coordinate
setting Operation type Details of operation
±180° Absolute positioning Species the coordinates of the target position.
Incremental positioning Species the distance to the target position.
0 to 360°
Wrap absolute positioning Species the coordinates of the target position within the wrap range.
Wrap proximity positioning Species the coordinates of the target position where the travel
distance is shorter within the wrap range.
Wrap forward direction
absolute positioning
Species the coordinates of the target position in the forward
direction within the wrap range.
Wrap reverse direction
absolute positioning
Species the coordinates of the target position in the reverse
direction within the wrap range.
Comparison of positioning SD (stored data) operation
The travel amount and travel direction of the output table varies depending on the operation type.
When the coordinates are set to a range of minus 180 to plus 180 degrees and operation is started
from the position of 90 degrees.
Set the parameters as follows.
•Initial coordinate generation & wrap coordinate setting: Prioritize ABZO setting (factory setting)
•Initial coordinate generation & wrap setting range [rev]: 1.0 (factory setting)
•Initial coordinate generation & wrap range oset ratio [%]: 50.00 (factory setting)
- 180.00°/+179.99°
+120°
- 150°
+90°
- 90°
+90°
- 90°
+90°
- 90°
+90°
- 90°
0°
- 180.00°/+179.99°
0°
- 180.00°/+179.99°
0°
- 180.00°/+179.99°
0°
Operation type When setting the operation data
to 120 degrees
When setting the operation data
to 270 degrees
Incremental positioning
(based on command position)
Incremental positioning
(based on feedback position)
Species the distance
to the target position
Absolute positioning
(based on command position)
Species the coordinates
of the target position

When using an actuator equipped with the AZ Series
10
When the coordinates are set to a range of 0 to 360 degrees and operation is started from the position
of 90 degrees.
This is a setting example when connecting the product which gear ratio is 18.
Set the parameters as follows.
•Initial coordinate generation & wrap coordinate setting: Manual setting
•Initial coordinate generation & wrap setting range [rev]: 18
•Initial coordinate generation & wrap range oset ratio [%]: 0.00
Set the gear ratio of the product in use to the “Initial coordinate generation & wrap setting range”
parameter.
300°
120°
120°
120°
120°
300°
300°
300°
90°270°
180°
0°
90°270°
180°
0°
90°270°
180°
0°
90°
Shortcut without
rotating one
revolution
Operates in the
forward direction
only
Operates in the
forward direction
only
Operates in the
reverse direction
only
Operates in the
reverse direction
only
Shortcut
270°
180°
0°
90°270°
180°
0°
90°270°
180°
0°
90°270°
180°
0°
90°270°
180°
0°
Operation type When setting the operation data
to 300 degrees
When setting the operation data
to 480 degrees
Wrap proximity positioning
Species the coordinates
of the target position
Operates within the wrap range
Operates in the direction where
the travel distance is shorter
Wrap absolute positioning
Species the coordinates
of the target position
Operates within the wrap range
Wrap reverse direction
absolute positioning
Species the coordinates
of the target position
Operates within the wrap range
Operates in the reverse direction only
Wrap forward direction
absolute positioning
Species the coordinates
of the target position
Operates within the wrap range
Operates in the forward direction only

When using an actuator equipped with the AZX Series
11
3 When using an actuator equipped
with the AZX Series
3-1 Setting ow
The motorized actuator equipped with the AZX Series can be used with the parameters at
the time of shipment.
1 Install and connect a motorized actuator and a driver.
2 Connect a PC installed the support software MEXE02 to start.
3
Copy the ABZO information (xed value) of the ABZO sensor to the driver.
Parameters such as the travel direction and minimum step angle have been set in the ABZO
sensor at the time of shipment.
Use the MEXE02 software to match the ABZO information (xed value) of the ABZO sensor and
the setting value of the driver parameters.
4 Set the home.
5 Set the software limit when no sensor is used.
6 Write the set data to the driver.
7 Check the movement of the motorized actuator.
8 Backup the data having set.
3-2 Parameter list
How to read the table
This section describes parameters that have a value specic to the motorized actuator. Setting the specied values
allows operation that satises the specications of the motorized actuator.
The minimum step angle is set to“0.01 degrees”at the time of shipment. This makes it easier to calculate the travel
amount, etc., since the actuator moves 0.01 degrees per step.
Unit of travel amount: Deg
(JOG) Operating speed 10 [deg/s]
(JOG) Acceleration/deceleration rate 10 [×103deg/s2]
(JOG) Starting speed 5 [deg/s]
Unit of travel amount: Step
Item Factory setting
1,000 [Hz]
1,000 [kHz/s]
500 [Hz]
This value is set at the
time of shipment.
Set the value in this column
when operating in a step unit.

When using an actuator equipped with the AZX Series
12
Parameter list
Product specications
Item Factory setting
Travel amount per revolution of output table [deg] 360
Resolution of output table (minimum step angle [deg]) 36,000 (0.01)
Motor & mechanism parameter
Item Factory setting
Unit of travel amount: Deg Unit of travel amount: Step
Mechanism settings Prioritize ABZO setting
Electronic gear A 1
Electronic gear B*1 2
Motor rotation direction*1 Positive direction=CCW
Mechanism type Deg*2 Step*2
Initial coordinate generation & wrap
setting range [rev]*1 18
Initial coordinate generation & wrap
range oset ratio [%] 50
Initial coordinate generation & wrap
range oset value [deg] 0
Wrap setting Enable
The number of the RND-ZERO output
in wrap range 1
(JOG) Travel amount 0.01 [deg] 1 [step]
(JOG) Operating speed 10 [deg/s] 1,000 [Hz]
(JOG) Acceleration/deceleration 10 [×103deg/s2] 1,000 [kHz/s]
(JOG) Starting speed 5 [deg/s] 500 [Hz]
(JOG) Operating speed (high) 50 [deg/s] 5,000 [Hz]
(ZHOME) Operating speed 50 [deg/s] 5,000 [Hz]
(ZHOME) Acceleration/deceleration 10 [×103deg/s2] 1,000 [kHz/s]
(ZHOME) Starting speed 5 [deg/s] 500 [Hz]
(HOME) Home-seeking mode 3 sensors
(HOME) Starting direction Positive side*3
(HOME) Acceleration/deceleration 10 [×103deg/s2] 1,000 [kHz/s]
(HOME) Starting speed 5 [deg/s] 500 [Hz]
(HOME) Operating speed 10 [deg/s] 1,000 [Hz]
(HOME) Last speed 5 [deg/s] 500 [Hz]
*1 A value dierent from the initial value of the motor by itself is written to the ABZO sensor. The output table rotates
in the clockwise (CW) direction.
*2 The display unit can be switched to "deg" or "step" even while editing the data.
*3 The output table starts return-to-home operation to the positive side (CW).

When using an actuator equipped with the AZX Series
13
3-3 Operation
Push-motion operation and push-motion return-to-home operation cannot be performed with the
DGII Series. If these operations are attempted, an alarm of Operation data error is generated.
Setting of minimum step angle
The minimum step angle is set to 0.01 degrees at the time of shipment. Set the minimum step angle with the
"Electronic gear A" and "Electronic gear B" parameters.
The formula for calculating the minimum step angle is as follows.
M
inimum step angle of output table (deg) =
360°
Gear ratio × 1,000 × (Electronic gear B ÷ Electronic gear A)
For the pulse input type, use the function setting switches as they are in the factory settings. If they
are changed, the ABZO information does not apply and the actuator will operate at a certain
resolution.
Coordinate origin of output table
Mechanical home
Performing the position preset can set the user home. When the mechanical home is preset, the RND-ZERO output is
turned ON every time the mechanical home is passed.
–90.00°
–180.00°
0.00°
+90.00°
+179.99°
Mechanical home
(RND-ZERO output is ON)
Screw hole for xing
shielding plate
(output table side face)
Electrical home
The electrical home is a home that is set in the driver. Turning the EL-PRST input ON sets the electrical home and OFF
clears it.

When using an actuator equipped with the AZX Series
14
Positioning operation by wrap function
Using the wrap function can perform the following operations.
Coordinate
setting Operation type Details of operation
±180 ° Absolute positioning Species the coordinates of the target position.
Incremental positioning Species the distance to the target position.
0 to 360 °
Wrap absolute positioning Species the coordinates of the target position within the wrap range.
Wrap proximity positioning Species the coordinates of the target position where the travel
distance is shorter within the wrap range.
Wrap forward direction
absolute positioning
Species the coordinates of the target position in the forward
direction within the wrap range.
Wrap reverse direction
absolute positioning
Species the coordinates of the target position in the reverse
direction within the wrap range.
Comparison of positioning SD (stored data) operation
The travel amount and travel direction of the output table varies depending on the operation type.
When the coordinates are set to a range of minus 180 to plus 180 degrees and operation is started
from the position of 90 degrees.
Set the parameters as follows.
•Initial coordinate generation & wrap coordinate setting: Prioritize ABZO setting (factory setting)
•Initial coordinate generation & wrap setting range [rev]: 1.0 (factory setting)
•Initial coordinate generation & wrap range oset ratio [%]: 50.00 (factory setting)
- 180.00°/+179.99°
+120°
- 150°
+90°
- 90°
+90°
- 90°
+90°
- 90°
+90°
- 90°
0°
- 180.00°/+179.99°
0°
- 180.00°/+179.99°
0°
- 180.00°/+179.99°
0°
Operation type When setting the operation data
to 120 degrees
When setting the operation data
to 270 degrees
Incremental positioning
(based on command position)
Incremental positioning
(based on feedback position)
Species the distance
to the target position
Absolute positioning
(based on command position)
Species the coordinates
of the target position

When using an actuator equipped with the AZX Series
15
When the coordinates are set to a range of 0 to 360 degrees and operation is started from the position
of 90 degrees.
This is a setting example when connecting the product which gear ratio is 18.
Set the parameters as follows.
•Initial coordinate generation & wrap coordinate setting: Manual setting
•Initial coordinate generation & wrap setting range [rev]: 18
•Initial coordinate generation & wrap range oset ratio [%]: 0.00
Set the gear ratio of the product in use to the “Initial coordinate generation & wrap setting range”
parameter.
300°
120°
120°
120°
120°
300°
300°
300°
90°270°
180°
0°
90°270°
180°
0°
90°270°
180°
0°
90°
Shortcut without
rotating one
revolution
Operates in the
forward direction
only
Operates in the
forward direction
only
Operates in the
reverse direction
only
Operates in the
reverse direction
only
Shortcut
270°
180°
0°
90°270°
180°
0°
90°270°
180°
0°
90°270°
180°
0°
90°270°
180°
0°
Operation type When setting the operation data
to 300 degrees
When setting the operation data
to 480 degrees
Wrap proximity positioning
Species the coordinates
of the target position
Operates within the wrap range
Operates in the direction where
the travel distance is shorter
Wrap absolute positioning
Species the coordinates
of the target position
Operates within the wrap range
Wrap reverse direction
absolute positioning
Species the coordinates
of the target position
Operates within the wrap range
Operates in the reverse direction only
Wrap forward direction
absolute positioning
Species the coordinates
of the target position
Operates within the wrap range
Operates in the forward direction only

When using an actuator equipped with the AR Series
16
4 When using an actuator equipped
with the AR Series
4-1 Setting ow
1 Install and connect a motorized actuator and a driver.
2 Set the minimum step angle.
3 Check the movement of the motorized actuator.
4-2 Parameter list
How to read the table
This section describes parameters that have a value specic to the motorized actuator. Setting the specied values
allows operation that satises the specications of the motorized actuator. The parameters are set in the frequency
unit at the time of shipment. To convert from the frequency unit to the angular speed unit, refer to the "Converted
value" column.
Factory setting
Operation
parameters
1,000 [Hz]
1 [ms/kHz]
500 [Hz]
Converted valueType
JOG operating speed
Acceleration/deceleration rate of JOG
JOG starting speed
Item
20 [deg/s]
–
10 [deg/s]
A value of the frequency
unit is set at the time of
shipment. This is a value converted
from the frequency unit
to the angular speed unit.

When using an actuator equipped with the AR Series
17
Built-in controller type
Product specications
Item Factory setting
Travel amount per revolution of output table [deg] 360
Resolution of output table (minimum step angle [deg]) 18,000 (0.02)
Mechanism reduction ratio 18
Related parameters
Type Item Factory setting Converted value
Operation
parameters
JOG operating speed 1,000 [Hz] 20 [deg/s]
Acceleration/deceleration rate of JOG 1 [ms/kHz] −
JOG starting speed 500 [Hz] 10 [deg/s]
Home operation
parameters
Home-seeking mode 3-sensor mode −
Operating speed of home-seeking 1,000 [Hz] 20 [deg/s]
Acceleration/deceleration of home-seeking 1 [ms/kHz] −
Starting speed of home-seeking 500 [Hz] 10 [deg/s]
Coordinates
parameters
Electronic gear A 1 −
Electronic gear B 1 −
Motor rotation direction Positive
direction=CW* −
* The output table rotates in the counterclockwise (CCW) direction.
Pulse input type
Product specications
Item Factory setting
Travel amount per revolution of output table [deg] 360
Resolution of output table (minimum step angle [deg]) 18,000 (0.02)
Mechanism reduction ratio 18
Related parameters
Type Item Initial value Converted value
Manual operation
parameters
JOG operating speed 30 [r/min] 10 [deg/s]
Acceleration and deceleration rate
of JOG operation 100 [ms/(1,000 r/min)] −
Starting speed of JOG operation 30 [r/min] 10 [deg/s]
Electronic gear
parameters
Electronic gear A1 10 −
Electronic gear B 10 −
Operation
parameters Motor rotation direction Positive=CW* −
* The output table rotates in the counterclockwise (CCW) direction.

When using an actuator equipped with the AR Series
18
4-3 Operation
Push-motion operation and push-motion return-to-home operation cannot be performed with the
DGII Series. Performing these operations may cause damage to the motorized actuator.
Setting of minimum step angle
The minimum step angle is set to 0.02 degrees (resolution 18,000) at the time of shipment.
The minimum step angle can be changed using the "Electronic gear" parameters or the driver’s switches for changing
the resolution.
The formula for calculating the minimum step angle is as follows.
M
inimum step angle of output table (deg) =
360°
Gear ratio × 1,000 × (Electronic gear B ÷ Electronic gear A)
Return-to-home operation
With the built-in controller type, installing only one sensor externally can perform return-to-home operation. Set the
“Home-seeking mode” parameter to“3-sensor mode.” Using the SLIT input or the TIM signal concurrently can detect
the home more accurately.
Home sensor sets are also available as our product.
Home sensor set model
Sensor
output
Applicable product
DG60
DG85R
DG130R
DG200R
NPN PADG-SA PADG-SB
PNP PADG-SAY PADG-SBY

When using an actuator equipped with the RKII Series
19
5 When using an actuator equipped
with the RKII Series
5-1 Setting ow
1 Install and connect a motorized actuator and a driver.
2
Set the minimum step angle.
Pulse input type: Set with the switches of the driver.
Built-in controller type: Set with the parameters.
3 Check the movement of the motorized actuator.
5-2 Parameter list
How to read the table
This section describes parameters that have a value specic to the motorized actuator. Setting the specied values
allows operation that satises the specications of the motorized actuator. The parameters are set in the frequency
unit at the time of shipment. To convert from the frequency unit to the angular speed unit, refer to the "Converted
value" column.
Factory setting
Operation
parameters
1,000 [Hz]
30 [ms/kHz]
100 [Hz]
Converted valueType
JOG operating speed
Acceleration/deceleration rate of JOG
JOG starting speed
Item
40 [deg/s]
–
4 [deg/s]
A value of the frequency
unit is set at the time of
shipment. This is a value converted
from the frequency unit
to the angular speed unit.

When using an actuator equipped with the RKII Series
20
Built-in controller type
Product specications
Item Factory setting
Travel amount per revolution of output table [deg] 360
Resolution of output table (minimum step angle [deg]) 9,000 (0.04)
Mechanism reduction ratio 18
Related parameters
Type Item Initial value Converted value
Operation
parameters
JOG operating speed 1,000 [Hz] 40 [deg/s]
JOG acceleration 30 [ms/kHz] −
JOG starting speed 100 [Hz] 4 [deg/s]
Home operation
para meters
Home-seeking mode 3-sensor mode −
Operating speed of home-seeking 1,000 [Hz] 40 [deg/s]
Acceleration/deceleration of home-seeking 30 [ms/kHz] −
Starting speed of home-seeking 100 [Hz] 4 [deg/s]
Coordinates
parameters
Electronic gear A 1 −
Electronic gear B 1 −
Coordinates
parameters Motor rotation direction Positive direction=CW* −
* The output table rotates in the counterclockwise (CCW) direction.
5-3 Operation
Setting of minimum step angle
Built-in controller type
The minimum step angle is set to 0.04 degrees (resolution 9,000) at the time of shipment. Set the minimum step
angle with the "Electronic gear A" and "Electronic gear B" parameters.
The formula for calculating the resolution is as follows.
M
inimum step angle of output table (deg) =
360°
Gear ratio × 500
× (Electronic gear B ÷ Electronic gear A)
Pulse input type
Set the minimum step angle with the function setting switch (SW1-No. 1) and step angle setting switch (STEP) of the
driver. The minimum step angle is set to 0.04 degrees (resolution of output table: 9,000) at the time of shipment.
Minimum step angle list
Step angle setting
Switch (STEP) scale
Function setting switch (SW1-No.1)
R1 R2
0 0.04 ° 0.1 °
1 0.02 ° 0.05 °
2 0.016 °
0.6°
18
(0.0333…°)
3 0.01 ° 0.025 °
4 0.008 °
0.3°
18
(0.0166…°)
5 0.005 ° 0.0125 °
6 0.004 ° 0.00625 °