ASD-A3-2023-F | DELTA | Variateur servo AC

Description

Engineered for high-dynamic response and precise motion control, the Delta Electronics ASD-A3-2023-F coordinates advanced multi-axis automation schemes as a core component of the high-performance ASDA-A3 Series AC servo system. Operating on a three-phase 220 VAC supply, this drive delivers high-bandwidth servo loops, boasting a 24-bit encoder resolution (16,777,216 pulses per revolution) to ensure maximum positioning accuracy and smooth low-speed performance.

The drive integrates sophisticated hardware filter algorithms that actively suppress mechanical resonance and structural vibration, safeguarding critical system components. Equipped with a built-in regenerative resistor and a flexible tuning interface, it adapts seamlessly to complex motion profiles in heavy industrial environments.

Features

• Advanced SVPWM Control: Implements optimized Space Vector Pulse Width Modulation to maximize torque output and efficiency while minimizing thermal accumulation.
• 24-bit High-Resolution Feedback: Supports fine-grain positioning command tracking and stable velocity regulation even under low-speed operations.
• Dual-Layer Resonance Suppression: Features low-pass and P-curve filtering strategies to isolate and dampen structural micro-vibrations automatically.
• Integrated Regenerative Circuit: Features an onboard regenerative resistor to manage energy dissipation during decelerating phases.
• Dynamic Tuning Options: Offers both automated auto-tuning algorithms for rapid commissioning and manual parameter tuning for specialized applications.

Applications

• High-speed packaging, sealing, and labeling machinery.
• Multi-axis CNC machining centers and precision gantry positioning systems.
• Automated pick-and-place electronic assembly and semiconductor processing lines.
• Industrial robotic articulation and material handling systems.

Technical Specifications

Empirical Engineering Insights

Alternative Models & Compatibility

The ASD-A3-2023-F is a direct technological upgrade to the older ASDA-A2 series (such as ASD-A2-2023-F). While mounting foot patterns remain structurally compatible, please note that the A3 series utilizes a 24-bit absolute encoder interface. Consequently, older 20-bit incremental ECMA motors cannot be paired with this drive unless specific signal conversion blocks are introduced. Always ensure compatibility with the ECMA-series high-resolution motors during field migration.

Application Pitfalls & Engineering Notes

Under severe regenerative conditions (e.g., highly vertical movements or high-inertia start-stop loads with cycles exceeding a 10% duty factor), the built-in regenerative resistor may experience thermal overload, triggering an AL005 (Overvoltage) fault. To bypass this failure point, remove the internal jumper wire across the P and D terminals and wire an external power resistor to the P and C terminals while configuring parameter P1-52 to match the new resistance rating.

Commissioning & Wiring Tips

Always execute 360-degree shielding termination on the encoder feedback line directly at the drive ground clamp to prevent high-frequency EMI leakage from the adjacent motor power phase lines. When commissioning via Delta's ASDA-Soft utility software, execute the inertia calculation under a restricted, low-velocity cycle first before activating the auto-tuning function, allowing the auto-notch filters to characterize structural resonances accurately.

Installation Guidelines