ABB ACS800-U31-0025-5 Motors & Drives - Pcont.22kW;Icont.36A
Part Number: 68672937
Quick Summary
ABB ACS800-U31-0025-5 is a compact motor drive for precise speed control in industrial equipment. Engineers often wrestle with lengthy parameterization, startup surges, and downtime caused by misconfigurations. In this context, the drive delivers predictable performance with robust protection, straightforward commissioning, and reliable operation across demanding environments. These drives are commonly aligned with CE compliance and robust enclosure protections, with SIL-ready configurations pursued for safety-critical lines and IP-rated variants for challenging factory floors. By integrating this solution, you reduce commissioning time, improve energy efficiency, and lower total cost of ownership. For equipment manufacturers and maintenance teams, the combination of precise control, diagnostics, and seamless automation compatibility translates into faster time-to-value and longer asset life.
Product Information
Feature: 22 kW continuous power and 36 A continuous current capability; Business Impact: Enables direct drive of mid-range 3-phase motors with controlled torque, reducing thermal stress and maximizing process stability; Application: Pumps, conveyors, and machine tools where steady torque and tight speed tolerance matter. Feature: Compact enclosure and familiar ABB ACS800 family interface; Business Impact: Simplified panel layout, faster installation, and easier serviceability, cutting installation costs; Application: Retrofit in existing automation cabinets with minimal wiring changes. Feature: Built-in protection and diagnostics; Business Impact: Prolonged motor life and reduced unscheduled downtime through real-time fault reporting and protective interlocks; Application: Food and beverage lines, packaging, and processing where uptime is critical. Feature: Adjustable ramp and soft-start control; Business Impact: Reduced mechanical wear and energy spikes, improving overall system efficiency; Application: Fans, pumps, and centrifuges with variable loads. Feature: Wide automation compatibility; Business Impact: Accelerates integration with PLCs and fieldbus networks, lowering integration risk and commissioning time; Application: Packaging machinery and material handling where synchronized control is required. Feature: Industry-relevant efficiency gains; Business Impact: Lower energy consumption through optimized speed control, contributing to lower operating expenses; Application: Any continuous-process line seeking cost per unit improvements.
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FAQs
The ACS800-U31-0025-5 is designed for standard three-phase supply and straightforward mounting in a typical control cabinet. Ensure adequate heat dissipation, proper ventilation, and shielded cabling to reduce EMI. Use recommended wiring practices and confirm motor current and torque profiles align with the 22 kW/36 A capabilities to avoid overheating or improper start-up behavior.
Best suited for mid-range motor control in conveyors, pumps, machine tools, and fans. With Pcont.max of 22 kW and Icont.max of 36 A, it provides smooth speed regulation, reduced start-up transients, and improved process stability, making it a strong fit for line automation and packaging equipment where precise torque and speed control are critical.
Verify that your motor’s nominal power and current stay within the drive’s 22 kW and 36 A limits, respectively. Confirm three-phase supply compatibility, voltage range, and motor type. Review ramp times, control mode (V/Hz or vector), and any fieldbus requirements to ensure seamless integration with your PLC and automation network.
The ACS800-U31-0025-5 is designed to align with common industrial safety and regulatory expectations, including CE compliance for European markets and robust enclosure protection suitable for varied environments. SIL readiness is typically pursued for safety-integrated systems, and IP-rated variants provide additional protection for harsh factory floors, aiding in regulatory adherence and safer operation.
ROI comes from energy savings via precise speed control, reduced mechanical wear from smooth starts, and lower downtime due to integrated diagnostics. While the exact payback depends on load profiles and duty cycles, users typically experience faster commissioning, improved process consistency, and longer asset life with minimized maintenance costs.