ABB ACS800-11-0016-2 Motor Drive - 11kW/47A Pro
Part Number: 68671086
Quick Summary
ABB ACS800-11-0016-2 is a robust motor drive that regulates speed and torque for industrial motors. It is designed to optimize performance in conveyors, pumps, fans, and machine tools, delivering precise control even under variable loads. Engineers often contend with energy waste, startup spikes, and downtime caused by mismatched control strategies; this drive addresses those pain points with advanced closed-loop control and smooth ramping. The device is CE compliant and supports safety-oriented configurations, with SIL readiness and enclosure options available to meet critical process requirements. For OEMs and maintenance teams, the ACS800-11-0016-2 integrates seamlessly into ABB’s automation ecosystem, enabling faster commissioning, easier diagnostics, and lower total cost of ownership through energy efficiency and reliable operation.
Product Information
The drive delivers continuous power of 11 kW with a maximum current of 47 A, enabling stable torque delivery across load ramps. This capability supports precise speed control for medium-to-large motors, reducing slip and mechanical stress in pumps, fans, and compact conveyors. CE compliance and safety-oriented design provide regulatory alignment across European operations and cleaner audits, while optional SIL readiness and IP-rated enclosure configurations give engineers confidence in harsh environments without compromising performance. The drive plugs into existing ABB control architectures and standard 3-phase power systems, simplifying retrofit projects and minimizing commissioning time. Built-in commissioning tools and a familiar ABB interface enable fast parameterization, reducing project risk and accelerating time-to-value. Precision ramping and torque control minimize energy waste during start-stop cycles and under fluctuating loads, delivering demonstrable efficiency gains. Industry benchmarks show energy savings through optimized motor efficiency, extending motor life and lowering total cost of ownership. Diagnostics and health monitoring help predict faults before production disruption, supporting planned maintenance and reduced downtime. The modular design and established ABB service network simplify parts availability and spares management, ensuring long-term reliability in automation environments. Common deployments include conveyors, pump skid packages, and fan assemblies in packaging lines, water treatment, and process industries, providing scalable performance across multiple machines with consistent control strategies.
Get a Quick Quote for a ABB 68671086
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 68671086?
Enquire Now
FAQs
Installing the ACS800-11-0016-2 in a standard 3-phase system is straightforward. Wire L1, L2, L3 to the drive input and connect the motor leads to the output, then set motor type and voltage in the commissioning wizard. Use built-in diagnostics and software to expedite setup, reducing commissioning time and improving startup reliability.
Pcont.max indicates continuous power rating (11 kW) and Icont.max is the maximum continuous current (47 A). These limits guide motor sizing, fuse selection, and protection settings, ensuring the drive delivers steady torque without overheating and enabling safe operation under peak loads.
Yes. The 11 kW rating supports mid-range conveyor motors, with smooth start/stop and programmable torque to prevent belt slip. Its 47 A current rating aligns with typical packaging line motors, and the drive integrates with existing ABB controls for consistent performance across multiple stations.
ABB emphasizes CE compliance for European safety and regulatory conformity. The drive offers core protective features and, where required, SIL readiness and IP-rated enclosure options are available to match critical process safety and ruggedness requirements.
Expect reduced downtime due to diagnostics and proactive maintenance enabled by built-in health checks. Energy efficiency improves with precise speed control, lowering operating costs, while smoother motor operation reduces wear. The result is a shorter payback period and lower total cost of ownership over the motor system’s lifecycle.