ABB ACS800-U11-0025-2 Drive - Pcont.max:22kW, Icont.max:75A
Part Number: 68672708
Quick Summary
ABB ACS800-U11-0025-2 is a variable speed drive for precise motor control in industrial automation. Engineers often wrestle with motor stalling, trip-induced downtime, and energy waste when legacy controls fall short. Designed to meet CE safety standards with robust protection options, and compatible with SIL-rated safety configurations and IP-rated deployments. This drive integrates easily with standard PLCs and ABB ecosystems to streamline commissioning, diagnostics, and maintenance. In practice, customers see improved uptime, lower energy use, and faster ROI through precise speed control. Energy efficiency and scalable performance drive cost savings across manufacturing, building automation, and process industries. With ABB support, commissioning and vibration-free operation are achievable in demanding environments.
Product Information
Feature: Power handling up to 22 kW and 75 A enables a wide range of medium-power motors. Business Impact: Expands motor compatibility and reduces energy waste by delivering controlled torque and smooth starts. Application: Ideal for pumps, fans, and conveyors in manufacturing environments where consistent motor performance drives throughput. Feature: Smooth start/stop and advanced torque control. Business Impact: Minimizes electrical stress on motors, reduces mechanical wear, and improves process stability. Application: Packaging lines, material handling, and automated assembly where precise ramp rates matter. Feature: Built-in protection and diagnostics. Business Impact: Lowers downtime, simplifies maintenance planning, and supports predictive maintenance with fault reporting. Application: Harsh industrial environments and continuous operation zones. Feature: Flexible integration with standard industrial interfaces and ABB ecosystem. Business Impact: Faster commissioning, simpler diagnostics, and reduced engineering effort. Application: Production lines, HVAC upgrades, and plant-wide automation projects. Feature: Energy efficiency and predictable performance. Business Impact: Lowers operating costs, reduces waste heat, and improves process control. Application: Any automation scenario seeking sustainable, reliable motor control.
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FAQs
Yes. The ACS800-U11-0025-2 is designed for compatibility with common IEC motors and standard PLC-based control schemes. It supports typical control modes for speed, torque, and position requests, enabling straightforward integration into existing automation architectures without extensive reconfiguration. When pairing with PLCs, ensure the controller’s input/output ratings match the control scheme and that communication with your PLC is configured for the chosen fieldbus standard.
You can expect smooth speed regulation and precise torque control, thanks to the drive’s variable speed capability up to 22 kW and 75 A. The result is reduced motor wear, stabilized process dynamics, and lower energy consumption during ramping and steady-state operation. For energy-focused applications, aligning duty cycles with load profiles yields tangible operating-cost reductions over the equipment lifecycle.
Yes. The ACS800-U11-0025-2 is well-suited for medium‑power pump and fan duties, as well as conveyor and HVAC fan applications where reliable motor control, soft-start behavior, and protection are critical. Its 22 kW, 75 A rating supports a broad range of motor sizes, while its control features help maintain constant flow, pressure, or speed across varying loads.
The model aligns with CE safety standards and offers protection options that support SIL-rated safety configurations and IP-rated deployments where applicable. This combination helps ensure European market compliance, safer operation, and suitability for integration into safety-instrumented systems and harsh environments.
ROI benefits arise from reduced energy consumption, smoother startup, and lower downtime due to improved protection and diagnostics. Maintenance footprint decreases with predictive maintenance indicators and fewer nuisance trips. In practice, facilities often see faster commissioning, extended motor life, and more predictable maintenance planning across production lines.