AC servo driver ED3L
Output power
50 - 7500 W
Voltage
200 V or 400 V
Control methods
Speed, position, torque
Communication protocols
RS-485 Modbus, CANOpen, Ethercat, Profinet
ED3L series AC servo drivers are intended to control 3-phase synchronous servo motors. Speed, position or torque control are performed with all major industrial methods. Versions with CANOpen, Ethercat or Profinet are available. There are USB connection and free software for drive configuring.
Technical data
Output motor power
50 - 7500 W
Input voltage
Single-phase or three-phase 200V (200 to 240V) or three-phase 400V (380 to 440V), 50/60Hz
Motor control
SVPWM
Control methods
Speed, position, torque
Speed control range
1:5000
Communication interfaces
USB, RS-485, CANOpen, Ethercat, Profinet
Discrete inputs
10 adjustable signals, 24 VDC control
Pulse position control inputs
PULS/SIGN
Analog inputs
2 inputs -10V...+10V for speed and torque control and limit
Discrete outputs
4, adjustable
Pulse outputs
PAO, PBO, PCO
Output motor power
50 - 7500 W
Input voltage
Single-phase or three-phase 200V (200 to 240V) or three-phase 400V (380 to 440V), 50/60Hz
Motor control
SVPWM
Control methods
Speed, position, torque
Speed control range
1:5000
Communication interfaces
USB, RS-485, CANOpen, Ethercat, Profinet
Discrete inputs
10 adjustable signals, 24 VDC control
Pulse position control inputs
PULS/SIGN
Analog inputs
2 inputs -10V...+10V for speed and torque control and limit
Discrete outputs
4, adjustable
Pulse outputs
PAO, PBO, PCO
Available driver models
| Standard version with CANopen | Ethercat version | Profinet version | Output power | Voltage | Compatible motor models |
| ED3L-A5AMA | ED3L-A5AEA | ED3L-A5APA | 50 W | 200 V | EM3A-A5ALA EM3A-A5ATA |
| ED3L-01AMA | ED3L-01AEA | ED3L-01APA | 100 W | EM3A-01ALA EM3A-01ATA EM3A-01AFA (obsolete) | |
| ED3L-02AMA | ED3L-02AEA | ED3L-02APA | 200 W | EM3A-02ALA EM3A-02ATA EM3A-02AFA (obsolete) EM3J-02ALA EM3J-02ATA | |
| ED3L-04AMA | ED3L-04AEA | ED3L-04APA | 400 W | EM3A-04ALA EM3A-04ATA EM3A-04AFA (obsolete) EM3J-04ALA EM3J-04ATA | |
| ED3L-08AMA | ED3L-08AEA | ED3L-08APA | 750 W | EM3A-08ALA EM3A-08ATA EM3A-08AFA (obsolete) EM3J-08ALA EM3J-08ATA | |
| ED3L-10AMA | ED3L-10AEA | ED3L-10APA | 1000 W | 200 V | EM3A-10ALA EM3A-10ATA EM3A-10AFA (obsolete) EM3J-10ALA EM3J-10ATA EM3G-09ALA EM3G-09ATA EMG-10ALB (obsolete) EMG-10AFD (obsolete) |
| ED3L-10DMA | ED3L-10DEA | ED3L-10DPA | 400 V | EM3G-09DLA EM3G-09DTA EM3L-10DLA EM3L-10DTA EMG-10DLB (obsolete) EMG-10DFB (obsolete) | |
| ED3L-15AMA | ED3L-15AEA | ED3L-15APA | 1500 W | 200 V | EM3G-13ALA EM3G-13ATA EMG-15ALB (obsolete) EMG-15AFD (obsolete) |
| ED3L-15DMA | ED3L-15DEA | ED3L-15DPA | 400 V | EM3G-13DLA EM3G-13DTA EMG-15DLB (obsolete) EMG-15DFB (obsolete) | |
| ED3L-20AMA | ED3L-20AEA | ED3L-20APA | 2000 W | 200 V | EM3G-18ALA EM3G-18ATA EMG-20ALB (obsolete) EMG-20AFD (obsolete) |
| ED3L-20DMA | ED3L-20DEA | ED3L-20DPA | 400 V | EM3G-18DLA EM3G-18DTA EM3L-20DLA EM3L-20DTA EMG-20DLB (obsolete) EMG-20DFB (obsolete) | |
| ED3L-30DMA | ED3L-30DEA | ED3L-30DPA | 3000 W | 400 V | EM3G-29DLA EM3G-29DTA EM3L-30DLA EM3L-30DTA EMG-30DLA (obsolete) EMG-30DFA (obsolete) |
| ED3L-50DMA | ED3L-50DEA | ED3L-50DPA | 5000 W | EM3G-44DLA EM3G-44DTA EM3L-40DLA EM3L-40DTA EMG-50DLA (obsolete) EMG-50DFA (obsolete) | |
| ED3L-75DMA | ED3L-75DEA | ED3L-75DPA | 7500 W | EM3G-55DLA EM3G-55DTA EM3G-75DLA EM3G-75DTA EMB-75DLA |
Description of AC servo driver ED3L
ED3L series AC servo drivers are intended to control 3-phase synchronous servo motors. Speed, position or torque control are performed with all major industrial methods. Versions with CANOpen, Ethercat or Profinet are available. There are USB connection and free software for drive configuring.
ED3L servo drivers offer top-tier performance and compact design. This series is perfect for a wide range of applications within industrial automation. The drivers are highly efficient and compact, providing exceptional power-to-size ratio for precise and dynamic motion control.
With support for CANOpen, EtherCAT, Profinet and Modbus communication protocols, servo drives can be easily integrated into existing systems, increasing productivity and enabling digital transformation in accordance with modern standards.
Upgrade your machining processes with the advanced servo drives today.
Control methods:
- Analog speed control (zero clamp function is available)
- Contact speed control (up to 7 values, control with discrete inputs)
- Speed control with parameter reference
- Pulse position control (pulse Inhibit function is available)
- Contact position control (up to 32 coordinates or displacement values, control with discrete inputs)
- Analog torque control
- Combinations of the above control methods are available
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