ECOviva, 2-axis Servo Ampliefier, 230 V AC, CANopen/EtherCAT
Technical specifications
| AC supply voltage | 230 VAC |
| DC link voltage | 325 VDC |
| Number of axes | 2 |
| Power category | 4 kW |
| Max. output current | 8 A |
Overview
The ECOviva is a high-performance dual-axis servo drive designed for demanding industrial applications. It is engineered for fast and easy customization and supports the integration of application-specific technology functions directly into the firmware.
By supporting a wide range of encoder technologies and providing up to 16 A_eff peak current per axis, it ensures precise and dynamic motion control. With its integrated mains filter, multiple fieldbus options, and support for simultaneous feedback signals, the ECOviva offers maximum flexibility for machine integration.
A compact housing, an OLED display, and an optionally available cooling module make it a robust and user-friendly solution for modern automation systems. Functional safety up to SIL 3 / PL e also enables safe operation in safety-critical environments.
Why ECOviva?
- High output power: Up to 8,000 W maximum output power for dynamic applications.
- Versatile feedback options: Supports incremental encoders, SINCOS, BiSS®, HIPERFACE®, and HIPERFACE® DSL.
- Future-proof connectivity: EtherCAT® as standard, CANopen® optional, PROFINET® in preparation.
- Easy commissioning & diagnostics: Integrated OLED display enables quick on-site parameterization.
- Compact design: Slim, space-saving form factor reduces control cabinet space requirements.
- Improved signal quality: Integrated Class C mains filter for motor cable lengths up to 10 m.
- Flexible cooling concept: Optional fan kit for thermally demanding environments.
- Certified safety: Functional safety up to SIL 3 / PL e ensures safe machine operation.
Applications
- Inspection: Inspection or measurement systems with synchronized axes
- Pick & Place: Coordinated multi-axis handling and feeding stations
- Cutting: Laser cutting systems with extremely fine cuts, precise edges, and maximum dynamics
- Marking: Highly dynamic two- or three-dimensional marking processes using marking needles, laser, or plasma torches
- Customer-specific applications: Rapid firmware customization enables cost-efficient implementation of specific applications
