About ASD-E3-1021-E Delta Servo Driver 1000W
The ASD-E3-1021-E is the 1kW (1000W) EtherCAT version of Deltas ASDA-E3 series. It is designed to drive larger motors while maintaining the high-speed networking and slim form factor characteristic of the E3 family.
Core Specifications
| Feature |
Specification |
| Rated Power Output |
1000 W (1 kW) |
| Control Interface |
EtherCAT (CoE: CANopen over EtherCAT) |
| Input Power Supply |
Single-phase / Three-phase 200230 VAC |
| Continuous Current |
7.3 Arms |
| Max Current |
22.8 Arms |
| Regenerative Resistor |
Built-in (40 Ohm, 60W) |
Physical Dimensions
Despite the increased power output, the drive remains compact, though it is wider than the 400W/750W versions to accommodate larger heat sinks.
- Width: 60 mm (2.36")
- Height: 162 mm (6.38")
- Depth: 155.85 mm (6.14")
- Weight: 1.5 kg (3.3 lbs)
Key Performance Functions
- Synchronous Motion: Capable of a 125s cycle time, making it perfect for high-speed, multi-axis interpolation (like 3D contouring or synchronized gantry systems).
- Built-in Safety (STO): Features Safe Torque Off (SIL2), ensuring the drive can safely disable motor torque during an emergency without a complete power shutdown.
- Smart Tuning: Features the latest auto-tuning logic that automatically compensates for load changes, reducing commissioning time significantly.
- Vibration Suppression: Equipped with five sets of notch filters that detect mechanical resonance frequencies and filter them out in real-time.
Application Compatibility
This drive is typically paired with ECM-B3 Series motors (80mm or 100mm frame sizes) that have a 1kW rating.
Reliable Performance for Industrial ApplicationsEngineered with high-grade aluminum and an efficient sealing system, the ASD-E3-1021-E Delta Servo Driver meets the rigorous demands of industrial machinery. Its three-phase compatibility enables precise and stable motor control, which is vital for complex automation and manufacturing environments.
Easy Integration & MaintenanceWith its compact 1.5 kg form factor and versatile design, the servo driver easily integrates into existing industrial setups. The packing seal ensures dust and moisture resistance, reducing maintenance needs and enhancing the machine's operational lifespan.
FAQ's of ASD-E3-1021-E Delta Servo Driver 1000W:
Q: How do I install the ASD-E3-1021-E Delta Servo Driver in my industrial machinery setup?
A: Installation involves mounting the unit securely to your machinery and connecting it to a compatible three-phase power source. Follow the supplied wiring diagram for your specific application and ensure all electrical connections are tight and well-insulated.
Q: What materials and design features contribute to the durability of this servo driver?
A: The servo driver is constructed from robust aluminum and features a sealed packing design, which protects it from dust and moisture. These features ensure reliable long-term operation, even in demanding industrial environments.
Q: When should I consider using this servo driver in my automation processes?
A: Use the ASD-E3-1021-E Delta Servo Driver for any application requiring precise, responsive control of industrial motors-especially in scenarios where efficiency, longevity, and reliable three-phase power management are crucial.
Q: Where can I purchase the ASD-E3-1021-E Delta Servo Driver?
A: This product is available through authorized suppliers, traders, and wholesalers who service industrial sectors. Contact your preferred distributor or request a quote directly from Delta's official partners.
Q: What benefits does this servo driver offer over standard drivers?
A: Key advantages include its robust aluminum build, dust and moisture-resistant packing seal, easy integration, efficient three-phase performance, and a 1-year warranty for peace of mind.
Q: How can I optimize the usage of this servo driver for maximum efficiency?
A: Ensure correct installation and regularly check electrical connections. Keeping the unit within recommended environmental conditions preserves its sealing integrity and maintains optimal performance.