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> Motion Control System > Stepper Drive&Motor > Stepper Drive > CNC brushless DC servo Drive 6A 18-30VDC Matching 10-180W Motor ACS306 LeadshineCNC brushless DC servo Drive 6A 18-30VDC Matching 10-180W Motor ACS306 Leadshine
Description
10-180W brushless DC servo motor drive ACS306 20-30VDC 6A Leadshine New ACS306
Leadshine's fully digital AC servo drive ACS306 is developed with 32-bit DSP based on advanced control algorithm. Since its input commands are PUL/DIR signals, the users can upgrade stepping drives to the ACS306 without changing control systems. The ACS306 can offer high precision, high speed and high reliability performance, and widely used in inkjet printers, engraving machines, and etc. A built-in controller can be used for testing and tuning. PC based and handheld configuration & tuning tools can meet different tuning environments or requirements. The ACS306 can drive both DC brushless and AC servo motors. But it is more suitable for the DC brushless servo motors. Compare to ACS606, the ACS306 has smaller size and additional alarm (fault) signal output to indicate error.
Features
Advance DSP current control technology
Step & Dir, or CW/CCW control
High precision; smooth & quiet motor movement
Input voltage: 20-30 VDC
Continuous current: 6 A
Peak current: 15A
Capable of driving 10 - 180 W brushless servo motors
Electronic gear rate from 1/255 to 255
Built-in motion profile for servo tuning and testing
Small size, surface-mount technology
Specifications
Model
Series
Control Mode
Power
Matching Motors
Configuration
Feedback
Voltage(V)
Current(A)
Torque
Velocity
Position
AC
DC
Cont
Peak
Enc
Hall
ACS306
ACS
-
-
√
-
20-30
6
15
up to 180W
RS232
√
√
ACS606
ACS
-
-
√
-
18-60
6
18
up to 360W
RS232
√
√
ACS806
ACS
-
-
√
-
20-80
6
18
up to 480W
RS232
√
√
Typical Connecitions
Application
Suitable for inkjet printers, dispensers, electronic processing equipment, automatic capture equipment, special machine tools, packaging equipment, medical equipment, imaging detection equipment and other automated equipment. Users expect minimal vibration, low noise, high precision and high-speed devices, the better.
