Oriental Motor Asia Pacific Pte. Ltd. > Product Information > Motorized Actuators > DG Series equipped with RKII Series (Features)
Motorized Actuators
Hollow Rotary Actuators
DG Series Equipped with RKII Series
The hollow rotary table and stepper motors integrated product DGII series with high load, high rigidity , high-precision equipped with AR and RKⅡ series , which carry AR DG60 series ) The new products to meet the diverse needs of users .
Features
DGII series equipped with 5- phase stepping motor combination products RKⅡ series (DG60 equipped with AR Series ) :
The Open-loop Type is excellent in cost effectiveness and the rotary actuator is handy to use. ●Maximum Permissible Torque: 12 N・m
●Maximum Permissible Axial Load: 300 N
● Repetitive Positioning Accuracy ±30 arcsec* (±0.008°)
*For DG60, ±15 arcsec
Maximum Permissible Torque: 12 N・m
< Rigidity >
Maximum Permissible Axial Load: 300 N
Maximum Permissible Moment: 20 N・m
Deep groove ball bearings are used for the bearing of the output table.
The open loop control requires less number of components than the closed loop control, achieving higher cost performance.
Simple Control Method and Wiring
The open loop control can make the driving simpler and also reduce the number of wiring connections.
The Open-loop Type is excellent in cost effectiveness and the rotary actuator is handy to use. ●Maximum Permissible Torque: 12 N・m
●Maximum Permissible Axial Load: 300 N
● Repetitive Positioning Accuracy ±30 arcsec* (±0.008°)
*For DG60, ±15 arcsec
Structure of the Open-loop Type (For DG60)
Hollow Output Table
Output Power/Rigidity
< Output >Maximum Permissible Torque: 12 N・m
< Rigidity >
Maximum Permissible Axial Load: 300 N
Maximum Permissible Moment: 20 N・m
Deep groove ball bearings are used for the bearing of the output table.
Equipped with Five-Phase Stepping Motor and Driver Package of RKII Series
The Open-loop Type comes equipped with the Five-Phase Stepping Motor and Driver Package RK Series. This series has the same control method as the RKII Series.
Superior Cost Performance
The open loop control requires less number of components than the closed loop control, achieving higher cost performance.
Simple Control Method and Wiring
The open loop control can make the driving simpler and also reduce the number of wiring connections.