ABB 3AXD50000145836 ACS880-17 Regenerative Drive - IP54
Part Number: 3AXD50000145836
Quick Summary
ABB ACS880-17 regenerative drive is a compact energy-recovery solution for braking-heavy applications like cranes and elevators. Traditional braking wastes energy as heat and forces higher cooling loads. The drive captures braking energy and feeds it back to the supply network, reducing energy consumption and cooling requirements. It achieves unity power factor and ultra-low harmonic content, improving power quality and reducing grid penalties. Its configurable options cover standard configurations from line contactors to protective features, and ABB's Order-Based Engineering can tailor it for customer needs. The robust design and IP54 enclosure extend service life in harsh environments, while compatibility with the ACS880 family supports scalable systems and faster commissioning.
Product Information
Extended Description
3AXD50000145836 ABB: The ACS880-17 regenerative drives are a compact and complete regenerative drive solution, with every-thing you need for regenerative operation in cyclic or continuous braking applications. Such applications include cranes, elevators, centrifuges, downhill conveyers and test benches.=20
With regenerative functionality, the braking energy of the motor is returned to the drive and distributed to the supply network so that it can be utilized by other equipment.=20
Compared to mechanical or resistor braking, where braking energy is wasted as heat, regenerative drive operation offers significant energy consumption and cooling savings.
The ACS880-17 regenerative drives achieve a unity power factor and ultra-low harmonic content, indicating that electrical energy is being used efficiently and the drive.=20
The ACS880-17 comes with wide variety of standardized configurations for different application requirements, from line contactors, to preventing unexpected motor starts. If the application requires more, ABB=E2=80=99s Order-Based Engineering services can add special features to the standard product, such as an additional cabinet for customer-specific devices. The robust design and enclosures up to IP54 make the ACS880-17 suitable for even very harsh environments.
Regenerative energy flow translates braking energy into usable electrical energy returned to the supply network, reducing energy consumption and cooling load. This directly lowers operating costs for high-cycle assets such as cranes and downhill conveyors, while maintaining braking performance and system safety. In practice, engineers deploy the ACS880-17 in cyclic braking and energy-management applications to cut grid draw without compromising stop precision. Power quality is enhanced by unity power factor and ultra-low harmonic content, which minimizes grid penalties and improves overall electrical efficiency. The result is steadier voltages, fewer nuisance trips, and easier integration with nearby drives and loads. This is especially valuable in facilities with multiple regenerative feeds, where harmonics can otherwise challenge bus stability. Compact, configurable design reduces panel footprint and simplifies installation. The drive ships in standardized configurations that cover line contactors and protective features, while ABB Order-Based Engineering can tailor it to customer needs without sacrificing warranty or serviceability. Quick commissioning is supported by compatibility with the broader ACS880 family, enabling scalable systems across new builds and retrofit projects. Robust enclosure up to IP54 enables operation in harsh environments, reducing maintenance and downtime in factories, yards, or outdoor installations. The rugged construction, combined with modular options, supports long service intervals and easier field service. ABB's engineering ecosystem helps to align the drive with existing electrical architectures for smoother integration. From a lifecycle perspective, energy recovery yields measurable ROI through energy savings and reduced cooling demands. Standard configurations plus optional engineering services offer a balance of reliability and customization, helping projects hit targets faster. The ACS880-17 is a proven fit for process and material-handling applications where braking energy is routinely generated.
Get a Quick Quote for a ABB 3AXD50000145836
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 3AXD50000145836?
Enquire Now
FAQs
Ensure proper panel space for the IP54 enclosure and wire the drive to standard ACS880 configurations. Use line contactors and protective features as baseline, then leverage ABB Order-Based Engineering for customer-specific devices. Plan for adequate braking resistor sizing if needed and verify electrical noise suppression to maintain line harmonics within acceptable limits.
The regenerative architecture is designed to optimize energy flow and grid interaction, delivering unity power factor and ultra-low harmonic content. This reduces grid penalties, improves power quality, and simplifies integration with other drives on the same bus, especially in facilities with multiple regenerative loads.
Yes. The ACS880-17 is tailored for braking-intensive operations, such as cranes and elevators. Its regenerative capability returns energy to the supply, lowering energy costs, while the IP54-rated enclosure supports harsh industrial environments typical of these applications. The drive’s configurability also supports customer-specific braking profiles.
The ACS880-17 features an IP54 enclosure for dust and water resistance in demanding environments. Its robust design supports long service life, with configurations that can include protective features and line-contactor options. For project-specific certifications, verify local regulatory requirements and ABB’s engineering guidance during commissioning.
Energy recovery reduces electricity consumption and cooling needs, delivering lower operating costs and a shorter payback period. The IP54 enclosure and modular design support reduced maintenance, while standardized configurations speed commissioning. Long-term ROI is enhanced by fewer cooling-related outages and improved system reliability across cyclic braking scenarios.