ABB 3AUA0000148225 Motors & Drives - 178A current rating
Part Number: 3AUA0000148225
Quick Summary
ABB 3AUA0000148225 motor drive is designed to optimize torque control for variable-speed conveyor systems. Engineers often face costly downtime during commissioning and integration with legacy equipment. This solution supports CE compliance and safety standards while integrating with SIL-based safety architectures and IP-rated environments. The result is a scalable, easily installable drive that reduces wiring complexity and shortens project timelines, delivering measurable business value through improved uptime, energy efficiency, and seamless industrial automation integration.
Product Information
Feature: Compact, modular architecture reduces panel space and simplifies wiring. Business Impact: Accelerates installation, lowers cabinet costs, and eases retrofits. Application: Ideal for conveyors, sorting lines, and packaging automation where space and wiring complexity matter. Feature: 178A current rating with robust protection. Business Impact: Delivers dependable motor control under heavy loads, reduces torque ripple, and extends motor life. Application: High-inertia conveyors and pumps in manufacturing environments. Feature: CE compliance with SIL safety considerations. Business Impact: Supports regulatory compliance and safer operation, streamlines audits, and enables safer PLC integration. Application: Industrial automation projects requiring formal safety documentation. Feature: Compatibility with ABB ecosystem and third-party PLCs. Business Impact: Speeds up deployment and lowers integration risk, reducing total cost of ownership. Application: Retrofit or new lines across food & beverage, material handling, and packaging. Feature: Built-in diagnostics and energy-efficient control. Business Impact: Improves predictive maintenance, lowers energy consumption, and minimizes downtime. Application: Smart factories pursuing OEE gains and remote monitoring.
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FAQs
Begin with a panel-mount enclosure that accommodates the compact ACQ550 U1 platform. Verify supply voltage and 50/60 Hz compatibility, then connect the drive to the motor following the user manual wiring diagrams. Use ABB or compatible PLC inputs for start/stop and speed reference, and enable CE-aligned safety circuits to meet regulatory requirements. Commission the drive using the built-in parameter library to set motor rating, acceleration/deceleration profiles, and protection settings. This approach minimizes commissioning time and reduces wiring complexity while ensuring robust operation in a production line.
Key specifications include a rated current of 178 A and compatibility with 50/60 Hz power supplies. The drive supports precise torque control for variable-speed applications, reduced torque ripple, and energy-efficient operation. Its modular design enables straightforward integration with ABB ecosystems and third-party PLCs, making it suitable for conveyors, pumps, and material-handling equipment in moderate to heavy-duty manufacturing environments.
Yes. The drive’s torque control, current capacity, and plug-and-play compatibility with common PLCs support smooth acceleration profiles and reliable motor control on packaging lines and material-handling conveyors. Its CE safety alignment and potential SIL workflow compatibility help ensure compliant operations, while its compact footprint eases panel design in space-constrained packaging environments.
The drive is designed with CE compliance in mind, supporting standard safety and electrical integration requirements. For SIL-rated safety capabilities and IP-rated environments, consult the product datasheet or ABB technical bulletin to confirm current specifications and applicable versions, as these may vary by configuration and regional certification regimes.
Expect a faster return on investment from reduced commissioning time, lower wiring complexity, and improved energy efficiency. Built-in diagnostics enable proactive maintenance, minimizing unplanned downtime. Long-term durability and straightforward integration with existing automation infrastructure contribute to lower total cost of ownership and steadier production performance.