AC servo driver (obsolete) PRONET
Output power
50 - 5000 W
Voltage
200 V or 400 V
Control methods
Speed, position, torque
Communication protocols
RS-485 Modbus, CANOpen, Ethercat
PRONET and PRONET Plus AC servo drivers were designed to control 200 V or 400 V three-phase AC synchronous servomotors. Over the many years of their existence, these devices have proven themselves as reliable devices for precision motor control.
The driver is obsolete. Please, see below recommended replacement models.
Technical data
Output motor power
50 - 5000 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
RS-485, CANOpen, Ethercat
Discrete inputs
8 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 - 5000 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
RS-485, CANOpen, Ethercat
Discrete inputs
8 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 | Output power | Compatible motor models | Recommended replacement |
| | | 50 W | EMJ-A5A EM3A-A5 | ED3L-A5AMA ED3L-A5AEA (with motors EM3A-A5A) |
| | | 100 W | EMJ-01A EM3A-01A | ED3L-01AMA ED3L-01AEA (with motors EM3A-01A) |
| | | 200 W | EMJ-02A EM3A-02A | ED3L-02AMA ED3L-02AEA (with motors EM3A-02A, EM3J-02A) |
| | | 400 W | EMJ-04A EM3A-04A | ED3L-04AMA ED3L-04AEA (with motors EM3A-04A, EM3J-04A) |
| | | 750 | EMJ-08A EM3A-08A | ED3L-08AMA ED3L-08AEA (with motors EM3A-08A, EM3J-08A) |
| | | 1000 W | EMJ-10A EM3A-10A EMG-10A EML-10A | ED3L-10AMA ED3L-10AEA (with motors EM3A-10A, EM3J-10A, EM3G-09A, EM3G-13A) |
| | | 1000 W | EMG-10D EML-10D | ED3L-10DMA ED3L-10DEA (with motors EM3G-09D, EM3G-13D, EM3L-10D) |
| | | 1500 W | EM3A-15A EMG-15A | ED3L-15AMA ED3L-15AEA (with motors EM3A-15A, EM3G-13A, EM3G-18A) |
| | | 1500 W | EM3A-15D EMG-15D | ED3L-15DMA ED3L-15DEA (with motors EM3A-15D, EM3G-13D, EM3G-18D) |
| | | 2000 W | EM3A-20A EMG-20A EML-20A | ED3L-20AMA ED3L-20AEA (with motors EM3A-20A, EM3G-18A) |
| | | 2000 W | EM3A-20D EMG-20D EML-20D | ED3L-20DMA ED3L-20DEA (with motors EM3A-20D, EM3G-18D, EM3G-29D, EM3L-20D) |
| | | 3000 W | EMG-30A EML-30A | ED3L-30DMA ED3L-30DEA Note the voltage change! (with motors EM3G-29D, EM3G-44D, EM3L-30D) |
| | | 3000 W | EM3A-30D EMG-30D EML-30D | ED3L-30DMA ED3L-30DEA (with motors EM3A-30D, EM3G-29D, EM3G-44D, EM3L-30D) |
| | | 5000 W | EMG-50A EML-40A | ED3L-50DMA ED3L-50DEA ED3L-75DMA ED3L-75DEA Note the voltage change! (with motors EM3G-44D, EM3G-55D, EM3L-40D) |
| | | 3000 W | EM3A-50D EMG-50D EML-40D | ED3L-50DMA ED3L-50DEA ED3L-75DMA ED3L-75DEA (with motors EM3A-50D, EM3G-44D, EM3G-55D, EM3L-40D) |
Description of AC servo driver PRONET
PRONET and PRONET Plus AC servo drivers were designed to control 200 V or 400 V three-phase AC synchronous servomotors.
Over the many years of their existence, these devices have proven themselves as reliable devices for precision motor control. These series are obsolete now and don’t used in new projects, but all the experience of their development and production is taken into account and applied in newer versions – servo drivers ED3L
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 16 coordinates or displacement values)
- Analog torque control
- Combinations of the above control methods are available
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