ABB 3AUA0000004213 Motors & Drives - ACH550-UH-114A-2+B055
Part Number: 3AUA0000004213
Quick Summary
ABB ACH550-UH-114A-2+B055 is a compact drive that provides precise motor speed control for small to mid-size automation tasks. It helps reduce energy use and motor wear by adjusting speed to match demand, lowering line downtime and extending equipment life. This model is designed for straightforward integration into conveyors, pumps, and machine tools where reliable performance matters. In practice, users value robust protection features and predictable behavior under variable loads. Certifications and compliance play a critical role in industrial rollouts; typical ABB drives align with CE marking for safety and EMC, and you may encounter IP-rated enclosures and SIL-capable safety options on related configurations. For procurement, this module’s compact footprint, easy wiring, and compatible interfaces translate to lower installation costs and faster time-to-value.
Product Information
Feature → Business Impact → Application: The ACH550-UH-114A-2+B055’s compact footprint enables space-saving panel designs and faster installation, reducing wiring complexity and labor costs on conveyors and packaging lines. In practice, engineers realize shorter commissioning times and more reliable early-stage performance. Feature → Business Impact → Application: Built-in motor protection and diagnostic capabilities decrease unplanned downtime and extend motor life by safeguarding against overloads and faults, especially in pump and fan applications with variable loads. Feature → Business Impact → Application: Flexible control interfaces and programmable acceleration/deceleration profiles improve process stability and energy efficiency in machine tools, packaging systems, and material-handling lines. Feature → Business Impact → Application: Robust protection against electrical disturbances and smooth startup sequences reduce mechanical stress, increasing equipment lifespan and lowering maintenance costs in high-cycle environments. Feature → Business Impact → Application: Compact mounting and straightforward wiring support modular upgrades and compatibility with ABB’s automation ecosystem, enabling scalable solutions for expanding production lines.
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FAQs
Begin with confirming supply voltage and motor ratings, mount the drive in a ventilated enclosure, and connect the motor leads to the output terminals. Use the preferred control interface for your PLC, configure Basic Speed or Vector mode, set safe acceleration, and enable built-in diagnostics. The result is a streamlined installation with predictable performance and reduced commissioning time.
The ACH550 family supports standard three-phase induction motors used in industrial automation. For optimal performance, ensure the motor nameplate power, current, and voltage align with the drive ratings. When selecting a motor, account for starting torque, load inertia, and expected duty cycle to achieve smooth control and energy efficiency.
CE compliance is typically expected for ABB drives, ensuring safety and electromagnetic compatibility within European deployments. In industrial settings, IP-rated enclosures or enclosure ratings appropriate to the installation site may be specified, and certain safety configurations can provide SIL-capable functions. Always verify the exact certification scope with your supplier based on the final configuration and regional requirements.
Yes. By adjusting motor speed to match actual demand, the drive reduces unnecessary motor energy consumption, minimizes peak currents, and lowers heat generation. This translates to energy savings over time, reduced cooling loads, and extended motor life, particularly on variable-torque loads like pumps and fans commonly found in HVAC and process systems.
Maintenance benefits include built-in diagnostics, fault logging, and protected wiring that simplify troubleshooting. ROI is driven by energy savings, reduced mechanical wear, and faster commissioning. To maximize value, implement regular parameter reviews, keep firmware up-to-date, and integrate with your maintenance management system to track downtime reductions and energy performance over the first year.