| Power supply voltage |
24 ÷ 80 [Vdc] |
| Logic power supply |
24 ÷ [Vdc] |
| Rated current |
7.1 [A] |
| Peak current |
10.0 [A] |
| Power |
560 [W] |
| Control mode |
PowerLink (Multiprotocol) |
| Digital inputs |
8 |
| Digital outputs |
4 |
| Analog inputs |
2 |
| Analog outputs |
2 |
| Feedback interface |
incremental encoder |
| Safe Torque Off inputs |
2 STO inputs |
| Mounting |
Wall mounting |
| Safety protections |
over/under-voltage, over current, over temperature, short-circuit phase/phase and phase/earth |
| Status monitoring |
2 bicolor leds |
| Operative temperature |
5 ÷ 40 [°C] |
| Storage temperature |
-25 ÷ 55 [°C] |
| Humidity |
from 5 to 85 [%] |
| Protection class |
IP20 |
| Size |
160.0 [mm]x 53.0 [mm]x 115.0 [mm] |
| Weight |
0.47 [Kg] |
| Connection for software settings |
Service USB interface for programming and debugging in real time |
Certifications
| Certifications |
CE, RoHS, REACH, UL |
Main characteristics
● Multiprotocol: software configuration of the communication protocol as required by the application
● Provided with PowerLink fieldbus
● Outputs to drive two independent motors
● Isolated incremental encoder interface
● USB service interface for real time configuration and debug
● e3PLC programming environment, easy and intuitive
Description:
The AW5 servodrives are multiprotocol programmable devices suitable for AC brushless motor control. This device is able to drive two independent motors through fieldbus.
CONNECTORS KIT
| Code | Description |
| AW5D3KIT-C0 | Connectors kit for cabling |
SOFTWARE KIT FOR PROGRAMMING
| Code | Description |
| USBC_SERV0EE-1M | Kit for drive programming with Ever Studio software + 100 cm service USB cable |
Software configuration:
Ever co. proprietary PC Software Tools for easy and quick development, programming and supervision of each system.
- Autonomous management of the firmware for the execution of the homing, of the target movement with relative or absolute quota and for the generation of the ramp profiles
- Multiprotocol: software configuration of the communication protocol as required by the application
- Torque mode for operation with torque limitation
- Speed control thanks to digital inputs, analogue inputs or fieldbus
- Electronic CAM with advanced programming of internal profiles inside the drive
- Electric shaft with encoder or analogue input with variable tracking ratio (Electric Gear)
- Fast inputs and outputs for motor’ start & stop and event synchronization for high speed response applications such as labeling, nick finder, flying saw etc.
- Possibility to synchronize the movements in multi-axis systems, even without fieldbus
- Enabling and on-the-fly changing of the motion control modes