ABB 3AXD50000448524 ACS880 Drive - ACS880-04-1450A-7
Part Number: 3AXD50000448524
Quick Summary
ABB 3AXD50000448524 is an advanced drive for precise motor control in industrial automation. Many engineers struggle with integrating high-power drives that deliver reliability, easy commissioning, and serviceability. Typical certifications to confirm include CE conformity, IP-rated enclosure protection, and SIL safety levels to meet harsh plant demands. This solution supports energy efficiency, scalable integration with ABB controllers, and reduced downtime—delivering tangible cost savings for manufacturing teams. By leveraging the ACS880 architecture, maintenance teams can implement parameter sets, diagnostics, and remote monitoring to shorten commissioning and ongoing operations. In challenging environments, the drive's robust protection and adaptability support a wide range of motor types—from large pumps to heavy conveyors.
Product Information
Feature → Business Impact → Application: Power rating of 1400 kW with 1450 A current enables direct control of demanding loads, reducing the need for multiple drives and cabinet space while improving overall efficiency through precise vector control. Application: ideal for large pumps, crushers, mills, and heavy conveyors across mining, metals, and water treatment. Feature → Business Impact → Application: ACS880-04 architecture provides scalable control and easy integration with ABB controllers, enabling faster deployment and consistent performance. Application: retrofit and greenfield projects across manufacturing lines. Feature → Business Impact → Application: Built-in protection and diagnostics minimize unscheduled downtime through rapid fault detection and safe shutdown. Application: harsh industrial environments like cement plants and steel mills. Feature → Business Impact → Application: Energy-efficient operation with advanced motor control curves and potential regenerative options lowers operating costs. Application: HVAC, water treatment, and process industries. Feature → Business Impact → Application: Installation compatibility with standard cabinet systems and wiring practices simplifies field work and reduces commissioning time. Application: new installations and upgrades in existing lines.
Get a Quick Quote for a ABB 3AXD50000448524
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 3AXD50000448524?
Enquire Now
FAQs
Plan for adequate heat sinking and dedicated wiring routes for high-current power and motor leads. Use shielded cables, proper grounding, and compliant enclosure protection. Verify cabinet dimensions, mounting holes, and venting to suit a 1400 kW class drive. Ensure input supply matches ACS880-04 requirements and configure safety interlocks in line with ABB guidelines.
The drive delivers high starting torque and smooth dynamic response with 1400 kW nominal power and 1450 A current. It supports vector control for accurate speed and torque regulation, along with protection against overload, short circuits, and thermal events. Compatibility with motor models and feedback devices ensures precise control across a wide speed range.
Yes. The 1400 kW ACS880 variant is well-suited for large pumps, fans, conveyors, and mining equipment where stable torque and precise speed control improve process reliability, energy efficiency, and uptime. Its protection features and diagnostics help maintain continuous operation in demanding environments common to metal processing and mining.
Confirm CE conformity, enclosure IP ratings, and SIL safety levels where applicable. Since certification details can vary by installation and region, request official ABB certificates and field reports for the ACS880 family to ensure compliance with local regulations and plant safety requirements.
Expect reduced maintenance frequency due to robust protection, diagnostics, and remote monitoring. ROI comes from energy efficiency, lower downtime, and fewer spare parts for large motor fleets. Plan preventive maintenance around predictive data from built-in diagnostics to optimize asset health and extend motor life.