ABB 3AXD50000185191 Motors & Drives - ACS880-07CLC-1660A-7
Part Number: 3AXD50000185191
Quick Summary
ABB 3AXD50000185191 is an ACS880 drive that delivers precise motor control for demanding manufacturing lines. Operators often struggle with downtime caused by inconsistent speeds and motor overheating, which this drive helps mitigate. Designed to meet CE safety standards and IEC protection requirements, this drive helps ensure reliable operation in industrial environments. By integrating with existing ABB or third-party automation, it enables scalable, energy-efficient control across conveyors, pumps, and fans—reducing energy costs and simplifying maintenance. Engineers can tune speed profiles, implement safe stopping routines, and monitor energy use in real time. Whether retrofitting legacy lines or equipping new lines, the ACS880 suite provides a scalable foundation for modern automation.
Product Information
Feature: High-current motor control with a 1660 A rating enables robust torque delivery and smooth acceleration, reducing voltage dips that upset downstream equipment. Business impact: This translates to longer motor life and fewer deratings in high-load applications. Application: Ideal for heavy conveyors, mixers, pumps, and large fans in packaging, steel, and process industries. Feature: Advanced vector control and built-in protection—overload, short-circuit, thermal monitoring. Business impact: Improves energy efficiency and minimizes unplanned downtime. Application: Suitable for process automation and robotics where precise speed control is essential. Feature: Flexible installation and integration with standard enclosures and common industrial networks. Business impact: Reduces commissioning time and enables plug-and-play compatibility with ABB ecosystem and third-party PLCs. Application: Retrofit projects and new line deployments across manufacturing floors. Feature: Diagnostic capabilities and remote monitoring via industry protocols. Business impact: Enables predictive maintenance and faster root-cause analysis, cutting service costs. Application: OEMs and end users seeking reliable operation in demanding environments. Feature: Compliance and lifecycle support—CE readiness, IEC alignment, and scalable performance. Business impact: Ensures regulatory compliance and future-ready expansion as production targets evolve. Application: Food and beverage, packaging, and material handling sectors requiring robust drives.
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FAQs
Begin with verifying power supply requirements and motor data, then wire the ACS880 to the PLC or HMI using standard fieldbus or Ethernet networking. Configure drive parameters for motor type, torque, and speed profiles, and enable safety interlocks. Commission with a controlled ramp and perform functional tests to confirm correct feedback, protection setpoints, and fault handling. Maintain standard grounding and enclosure considerations to ensure long-term reliability.
The 1660 A rating indicates the drive can sustain high current for demanding loads, enabling strong torque at low speeds and smooth acceleration. It supports robust protection features, rapid fault response, and precise speed control via vector control. For heavy conveyors or pumps, this reduces derating, minimizes motor heating, and improves overall process stability, even under peak load conditions.
Yes. The ACS880 family is designed for diverse automation tasks, including conveyors and pumps in packaging environments. Its precise speed control reduces belt slip and material handling issues, while built‑in protection and diagnostics reduce downtime. The drive’s compatibility with standard networking enables seamless integration with PLCs and SCADA systems, supporting scalable packaging line upgrades.
The ACS880 series is CE‑marked and designed to comply with key IEC safety standards, supporting safe installation and operation in regulated manufacturing settings. Specific IP protection levels and regional safety listings (such as UL/CSA) may vary by enclosure and market; consult local compliance requirements and verify enclosure sizing and protection ratings for your application.
Expect reduced energy consumption through efficient velocity and torque control, leading to lower utility costs. The drive’s diagnostics and remote monitoring enable predictive maintenance, minimizing unplanned downtime and extending motor life. While initial integration requires setup, the long-term savings include lower spare parts expenditure and faster time-to-value on plant modernization projects.