ABB 3AUA0000182950 LV AC servo drive - MFE180-04AN-016A-4
Part Number: 3AUA0000182950
Quick Summary
ABB 3AUA0000182950 LV AC servo drive enables precise motor control for industrial automation and motion systems. Manufacturers often struggle with lengthy setup, firmware tuning, and integrating legacy equipment with new drives, causing downtime and delayed value realization. In our sector, CE compliance, environmental IP ratings, and SIL safety considerations shape installation choices, influencing risk and performance. This device offers standardized interfaces and scalable performance, delivering predictable outcomes and simplifying procurement. By accelerating commissioning and enabling real-time diagnostics, it helps customers improve throughput and reduce total cost of ownership across production lines.
Product Information
The 3AUA0000182950 LV AC servo drive with the MFE180-04AN-016A-4 delivers compact, standardized integration that reduces cabinet space and simplifies wiring, speeding installation and future upgrades. Business impact: lower installation costs and a cleaner control cabinet footprint, enabling more efficient line layouts and easier service access. Application: packaging lines and CNC machines where space is at a premium and scalability is essential. The drive offers tuning and parameter libraries that accelerate commissioning, minimizing engineering hours and enabling faster time-to-value; the result is improved line readiness and reduced project risk. Application: new line deployments and retrofits where speed to operation matters. Diagnostics and fault reporting provide early warnings and actionable data, reducing unplanned downtime and enabling proactive maintenance. This translates to higher overall equipment effectiveness (OEE) and less maintenance volatility in harsh environments. The device supports common control architectures and fieldbus interfaces, easing integration with existing PLCs and HMIs; the business impact is a smoother procurement cycle and fewer integration delays. Application: mixed automation ecosystems with diverse controllers. Reliability and lifecycle cost are enhanced through robust construction and predictable performance, delivering energy efficiency and lower spare-part consumption over time. This supports compliance with engineering standards and helps justify ROI during capital reviews. The design also offers installation advantages like modular mounting and standardized footprints, enabling quick cabinet changes and scalable expansion as production demands grow. Application: retrofit projects and new installations requiring future-proofing.
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FAQs
Plan for a compact control cabinet layout to minimize wiring length, ensure appropriate enclosure protection, and select a compatible power supply capable of handling startup torque. Use the drive’s standard fieldbus interfaces to connect to existing PLCs or HMIs, and follow ABB’s mounting guidelines to optimize heat dissipation and service access. Verify cable routing to reduce electrical noise and ensure proper shielding in harsh environments.
The drive provides precise torque and speed control with a fast dynamic response, enabling smoother acceleration and reduced overshoot. This improves pouch/pallet handling, reduces product damage, and enhances line balance. The built-in parameter library speeds commissioning and allows repeatable performance across multiple lines, helping maintain consistent throughput during line changes.
Yes, the device is designed for compatibility with standard control architectures and fieldbus protocols used in modern automation environments. Its parameterizable interface and fault reporting integrate with PLCs from major vendors, enabling centralized monitoring and easier diagnostics. This compatibility reduces integration risk and shortens project timelines for mixed-automation facilities.
Key considerations include CE compliance for European installations and appropriate IP-rated enclosures to protect against environmental ingress, depending on the installation. Safety standards and SIL considerations should be evaluated per application to ensure operator protection and process integrity. Always verify local regulatory requirements and site-specific safety protocols during procurement and deployment.
Expect reduced downtime due to proactive diagnostics and fault reporting, leading to higher OEE and less emergency service calls. Energy efficiency improvements from precise motor control can lower operating costs, while standardized tuning and easier scalability shorten commissioning cycles. Over the project life, lower spare parts usage and predictable lifecycle costs contribute to a favorable return on investment.