ABB 3AUA0000183026 LV AC servo drive - MFE180-04AN-060A-4
Part Number: 3AUA0000183026
Quick Summary
ABB LV AC servo drive 3AUA0000183026 provides precise motor control for automated equipment. Engineers often face integration delays and inconsistent performance during high-speed cycles. While region-specific details vary, CE safety compliance and industry norms such as SIL readiness and IP protection are important considerations for installation in harsh plant environments. Integrating this drive into your ABB ecosystem accelerates commissioning, ensures consistent parameterization, and reduces field wiring complexity across multi-axis systems. In industrial automation contexts, it supports smoother robotics, precise material handling, and energy-efficient operation—driving uptime, predictability, and lower life-cycle costs.
Product Information
Feature: High-precision velocity and torque control delivers tight motion performance. Business Impact: This reduces positioning errors, minimizes overshoot, and improves product quality across production batches. Application: Ideal for robotics, pick-and-place, and CNC-driven operations in manufacturing lines. Feature: Compact low-voltage AC design simplifies installation and wiring. Business Impact: Shorter commissioning time, reduced panel space, and easier compliance with plant standards. Application: Retrofit projects, new lines, and multi-axis systems where space is at a premium. Feature: Compatibility with ABB control ecosystem enables streamlined parameterization. Business Impact: Faster setup, easier maintenance, and fewer operator errors. Application: Packaging, assembly, and process lines requiring rapid changeovers. Feature: Built-in safety and reliability considerations support resilient operation. Business Impact: Reduced risk of downtime, safer handover between shifts, and improved regulatory alignment. Application: Harsh industrial environments and high-cycle production. Feature: Energy-conscious motor control and smooth ramp profiles. Business Impact: Lower energy consumption and extended motor life. Application: Continuous process industries and energy-sensitive facilities.
Get a Quick Quote for a ABB 3AUA0000183026
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in ABB 3AUA0000183026?
Enquire Now
FAQs
Yes. The 3AUA0000183026 model is designed for low-voltage AC servo motors and standard LV power inputs common to automation panels. Ensure your supply matches the low-voltage configuration and that the connected servo motor is compatible with the MFE180-04AN-060A-4 sub-model for correct torque and speed performance. Verify enclosure rating and wiring guidelines during retrofit or new installation.
The drive supports precise velocity and torque regulation essential for repeatable motion. It delivers smooth ramping, controlled acceleration/deceleration, and reliable positioning across dynamic loads. For commissioning, rely on established parameter templates within the ABB ecosystem to minimize tuning time and maximize throughput on robotics, packaging, and tooling applications.
Yes. Its LV AC servo design and precise motion control make it well-suited for packaging, pick-and-place, and robotic integrations. It enables consistent product handling, accurate timing with conveyors, and reliable cycle-to-cycle performance. When retrofitting, verify motor compatibility and ensure control logic aligns with existing line controllers for seamless operation.
Common regulatory considerations for ABB servo drives include CE safety compliance and SIL readiness in safety-integrated systems, along with IP-rated enclosures appropriate for the installation environment. Verify regional requirements and system safety architecture to ensure full compliance and risk mitigation across your production line.
Expect reduced commissioning time, lower field wiring complexity, and improved machine uptime due to reliable motion control. The drive’s compatibility with ABB tooling supports quicker maintenance and consistent performance over time, translating to lower total cost of ownership as changes or upgrades are implemented with minimal engineering effort.