ABB ACS800-04-0016-3 Motors & Drives-Pcont 11kW, Icont 25A

Part Number: 68365457
Manufacturer
ABB
Part number
68365457

Quick Summary

ABB ACS800-04-0016-3 motor drive is a compact, precise speed control solution for conveyors and motor systems in industrial automation. Engineers often struggle with startup surges, wasted energy, and downtime when retrofitting legacy equipment. This drive family emphasizes CE compliance and available safety configurations (SIL-ready options and robust IP variants) to address harsh environments. By aligning with standard control architectures and offering scalable capacity, it reduces procurement complexity and lowers operating costs while improving process reliability and energy efficiency.

Product Information

Compact power rating and current limits (Pcont.max: 11 kW; Icont.max: 25 A) enable precise motor control for medium-duty drives. This translates to predictable torque, reduced surge currents, and safer startup sequences, lowering mechanical stress and extending equipment life. Ideal for conveyors, pumps, and small machine tools in packaging, material handling, and process lines. Installation and compatibility are designed for straightforward integration in existing control cabinets with familiar ABB interfaces, minimizing downtime during replacements and simplifying procurement. This supports retrofits and new lines where a compact, scalable drive is required. Energy efficiency features and smooth speed control reduce energy consumption across varying loads, while minimizing motor wear and extending service life. Lower operating costs accompany improved process stability and reduced maintenance. Protection and reliability are built in with overload protection and fault diagnostics, helping prevent unexpected shutdowns and enabling faster fault isolation in typical factory environments. Control and integration flexibility supports common automation architectures with options for parameter tuning and remote monitoring, improving operator response times and overall system performance. Maintenance and ROI considerations emphasize reduced downtime, longer motor life, and energy savings, delivering a favorable total cost of ownership in daily industrial use.

Get a Quick Quote for a ABB 68365457

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 68365457? Enquire Now

FAQs

The ACS800-04-0016-3 is designed for straightforward integration with standard industrial conveyors, using familiar ABB interfaces and wiring practices. It supports typical control schemes and can be wired into existing PLC or automation networks, reducing retrofit complexity and minimizing downtime while preserving existing protection strategies and safety interlocks.
The drive enables precise speed control and soft-start sequences, reducing peak electrical demand and motor wear. By matching motor output to load, it lowers energy consumption across varying production cycles and improves overall process efficiency, leading to lower energy bills and extended motor life in conveyors, pumps, and fans.
Yes. With a Pcont.max of 11 kW and Icont.max of 25 A, the ACS800-04-0016-3 handles mid-load, continuous operation well. Its robust torque control and protection features support stable performance under varying duty cycles common in pumps and fans, while enabling smooth acceleration and deceleration to protect mechanical components.
The drive family is designed to meet CE compliance for European safety and environmental standards and offers configurations with IP-rated protection for harsh environments. Depending on configuration, SIL-ready safety options may be available, helping meet functional safety requirements in critical processes and ensuring regulatory alignment in regulated industries.
ROI benefits stem from energy savings, reduced motor wear, lower downtime, and simplified maintenance through diagnostic features. The ACS800-04-0016-3 supports longer service intervals, faster fault identification, and compatibility with existing maintenance practices, delivering a favorable total cost of ownership over the system’s life cycle.