ABB 68671221 ACS800-31-0060-2 - Pcont.max:45kW
Part Number: 68671221
Quick Summary
ABB ACS800-31-0060-2 drives deliver precise motor control for industrial fans, pumps, and conveyors. Engineers often struggle with energy waste, wear, and downtime when selecting outdated drives. These ABB drives commonly carry CE compliance, IP-rated protection, and SIL-ready safety options, helping you meet regulatory and risk requirements. The solution also supports straightforward commissioning, reliable protection features, and easy integration with existing control systems. By choosing this drive, you can reduce energy consumption, improve process stability, and accelerate project timelines, delivering measurable ROI in automation and plant efficiency.
Product Information
Feature → Business Impact → Application: Precise motor control with PWM vector drive enables smoother starts, reduced mechanical stress, and energy efficiency, translating to lower operating costs on pumps and fans in continuous-process environments. This improves process stability and reduces wear, especially in packaging lines and cooling systems. Feature → Business Impact → Application: High current capability up to Icont.max 169 A and power up to Pcont.max 45 kW allows reliable operation with mid-range motors, minimizing downtime during peak loads in conveyors and material handling. Feature → Business Impact → Application: Easy installation and broad compatibility with both ABB and third-party motors shorten commissioning time, enabling faster retrofit projects and reduced project risk in brownfield facilities. Feature → Business Impact → Application: Built-in protection (overcurrent, fault management, safe-stop features) reduces unplanned outages and simplifies maintenance planning for critical process equipment. Feature → Business Impact → Application: Compliance and safety integration (CE, SIL-ready options) supports regulatory audits and risk reduction in regulated industries while enabling scalable automation upgrades. Feature → Business Impact → Application: Diagnostics and data logging enable predictive maintenance and performance trending, helping engineers optimize energy use and extend asset life across conveyors and processing lines.
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FAQs
To install ACS800-31-0060-2 with a three-phase motor, verify voltage compatibility and motor nameplate data, mount the drive in accordance with the enclosure rating, run shielded power and control cables, connect the motor to the drive’s output terminals, and wire the control signals to the PLC or HMI. Use proper grounding and enabling signals, configure motor parameters (rated power, voltage, and current), and perform a hands-on commissioning with safe-start and fault protection enabled.
The ACS800-31-0060-2 supports high current handling up to Icont.max 169 A and power up to Pcont.max 45 kW, enabling reliable control of mid-size motors. It offers soft-start/stop, overload and short-circuit protection, fault management, and programmable protection levels. Expect smooth speed control, good torque response, and diagnostic feedback to support maintenance planning and uptime goals.
Yes. The drive is designed for robust motor control in automation applications like conveyors. Its parameterizable speed profiles, torque control, and reliable protection support consistent belt speeds, gentle acceleration, and reduced mechanical wear. Use it to optimize throughput, minimize belt slip, and improve energy efficiency in packaging and material handling workflows.
The ACS800-31-0060-2 family typically aligns with CE compliance and supports safety and regulatory requirements through SIL-ready options and standard protections. For project audits, confirm the specific certification set with your supplier or ABB documentation for your exact variant and regional requirements, particularly if your facility demands additional approvals or safety integration.
Routine maintenance centers on verifying cooling, clean wiring, and periodic firmware checks. The drive’s diagnostics help predict failures before they occur, reducing unplanned downtime. Energy savings from optimized motor control and longer motor life contribute to a favorable ROI, often visible through lower energy bills, reduced maintenance labor, and extended asset uptime.