ABB 3AXD50000047648 Motor & Drives - CE Certified
Part Number: 3AXD50000047648
Quick Summary
ABB 3AXD50000047648 is a servo drive that delivers precise motor control for automation and packaging applications. Many users struggle with lengthy tuning, inconsistent performance, and unplanned downtime when selecting incompatible drives. This device carries CE certification and is designed to meet key IEC safety and performance standards, enabling compliant integration into diverse control architectures. By harmonizing with ABB motors and compatible third‑party systems, it reduces setup time, improves energy efficiency, and supports scalable machine design. For procurement teams, the compact footprint, rich diagnostics, and proven reliability translate into lower ownership costs and steadier production. The solution also supports easy commissioning with ABB's Drive Composer and offers flexible parameterization for different motor sizes.
Product Information
The ACS560‑01‑025A‑4 driven solution provides advanced torque and speed control with vector control, enabling smooth starts and precise positioning which directly reduces motor wear and vibration in high‑cycle applications like packaging lines and conveyors. This leads to measurable energy savings and longer motor life, translating into lower maintenance costs and higher throughput. The drive’s CE‑certified safety profile ensures regulatory compliance across EU operations, supporting audits and uninterrupted production in regulated environments. Easy integration with ABB motors and compatible third‑party servo systems minimizes engineering time and risk, so engineers can reuse existing control architectures while protecting future scalability. Commissioning is streamlined through Drive Composer, cutting setup time and configuration errors, while built‑in diagnostics improve fault visibility and reduce guesswork during commissioning and routine operation. The compact form factor facilitates installation in space‑constrained panels, enabling tighter machine layouts without compromising performance. Industry‑specific insights show that standardized parameter libraries and remote monitoring capabilities help maintenance teams shift from reactive to predictive strategies, boosting overall equipment efficiency (OEE) and reducing unplanned downtime.
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FAQs
The device uses the ACS560 family architecture and supports ABB motors as well as compatible third‑party servo motors. Ensure your control system’s feedback type and motor current rating align with the 25 A continuous capability. Integration is simplified via Drive Composer, enabling consistent parameter transfer and safer handoffs between legacy and new drives.
Plan for proper mounting orientation and secure EMC cable routing to minimize interference. Verify supply voltage matches drive requirements, allocate adequate space for heat dissipation, and connect feedback devices correctly. Use ABB‑recommended wiring practices and consult the Drive Composer for parameter presets to reduce commissioning time and start‑up risk.
Yes, the ABB 3AXD50000047648 carries CE certification, indicating compliance with EU safety, health, and environmental standards. It aligns with core IEC safety and performance requirements, facilitating regulatory acceptance across European installations and supporting conformity assessments for industrial automation projects.
Reduced commissioning time lowers engineering labor costs, while improved energy efficiency lowers operating expenses per unit produced. Predictable torque control minimizes motor wear, extending component life and reducing spare parts. In typical mid‑volume lines, you can expect shorter downtimes and faster production ramp‑ups, contributing to a favorable return on investment over the first year of deployment.
The ACS560 drive provides built‑in diagnostics and status reporting accessible through Drive Composer and compatible PLC interfaces. Remote monitoring capabilities enable fault code retrieval and performance trending, supporting predictive maintenance. This reduces unscheduled outages and helps maintenance teams plan proactive interventions without on‑site visits.