ABB 3AXD50000448371 Motors & Drives - IEC Pn 1400 kW
Part Number: 3AXD50000448371
Quick Summary
ABB 3AXD50000448371 is a high-performance motor drive unit that delivers precise speed and torque control for industrial automation applications. Many engineers struggle with efficiency losses and downtime due to mismatched drives in demanding line architectures. This model aligns with CE safety standards and is compatible with the ACS880 drive family, enabling reliable operation with robust protection and fault tolerance. Additionally, its IEC-based power rating of 1400 kW and 1980 A current support scalable plant layouts, while ABB’s engineering support helps minimize integration risk. By choosing this drive, engineering teams can achieve energy efficiency gains, simplified maintenance, and faster commissioning, translating to lower total cost of ownership and higher line uptime.
Product Information
Feature → Business Impact → Application: High-power rating (Pn 1400 kW) and 1980 A current enable control of large motors used in heavy conveyors, pumps, and processing lines, delivering substantial torque at peak load and reducing cycle times. This translates to improved productivity and lower energy waste in demanding automation environments, including steel, rubber, and plastics processing facilities. Feature → Business Impact → Application: ACS880-04-1980A-5 drive compatibility provides seamless integration with ABB control platforms, speeding commissioning and reducing integration risk for new lines or upgrades. Application: Ideal for retrofit projects and new installations where tight control and quick risk mitigation are critical. Feature → Business Impact → Application: CE compliance and safety-aligned design reduce regulatory risk and support safe operation across plant floors, enabling easier audits and workforce confidence. Application: Suitable for multi-shift operations requiring robust fault tolerance and predictable shutdown behavior. Feature → Business Impact → Application: IEC-based performance and Industry-standard interfaces support scalable automation strategies, enabling future-proof expansions, remote monitoring, and preventative maintenance. Application: Useful in multi-site deployments with consistent performance benchmarks and easier global support. Feature → Business Impact → Application: Installation and maintenance efficiency, including plug-and-play compatibility with ACS880 drives, lowers total cost of ownership by shortening downtime during upgrades and service windows. Application: Quick turnarounds for downtime-sensitive production lines in food and beverage, chemical, and packaging sectors.
Get a Quick Quote for a ABB 3AXD50000448371
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 3AXD50000448371?
Enquire Now
FAQs
Plan a phased integration starting with the ACS880-04-1980A-5 controller, verify single- and three-phase supply compatibility, and maintain clean, shielded cabling. ABB’s installation guides and engineering support help ensure correct wiring, fault protection, and commissioning scripts for rapid start-up and minimal downtime.
The unit is rated at Pn 1400 kW with a current of 1980 A, enabling robust control of large motors in heavy-duty applications while supporting high-torque startup and stable operation under load variations.
Yes. With a 1400 kW rating and compatibility with the ACS880 drive family, it delivers precise speed and torque control, high reliability, and scalable performance essential for conveyors and pump systems in manufacturing, metals, and process industries.
The design emphasizes CE safety compliance for regulatory alignment in many markets, and it supports SIL-ready configurations when paired with compatible safety controls, providing a pathway to higher safety and reliability in automated systems.
Expect reduced downtime due to robust fault tolerance and easier maintenance through compatible ABB tooling and diagnostics. The high efficiency and reliable control reduce energy waste and wasteful idle periods, improving total cost of ownership over long-term operations.