ABB 3AXD50000185177 ACS880 Drive - ACS880-07CLC-1470A-7

Part Number: 3AXD50000185177
Manufacturer
ABB
Part number
3AXD50000185177

Quick Summary

ABB ACS880 Drive is a versatile motor controller designed to optimize pump, fan, and conveyor applications. Engineers often battle energy waste and inconsistent speed profiles in demanding lines, leading to higher operating costs and downtime. The drive family supports CE compliance and offers protective enclosures with configurable safety options (SIL-capable in select configurations) to address reliability concerns. By combining precise control with straightforward installation and diagnostics, this drive lowers operating costs and simplifies maintenance across industrial automation environments.

Product Information

Feature: Advanced motor control architecture and tuning options → Business Impact: Enables smoother torque delivery, reduced stall events, and improved energy efficiency → Application: Ideal for pumps and conveyors in process and manufacturing settings. Feature: High current rating and robust protection → Business Impact: Supports large motors with reduced fault risk and longer equipment life → Application: Heavy-duty metal forming, material handling, and a/c motor drives. Feature: Integrated diagnostics and remote monitoring → Business Impact: Predictive maintenance lowers unplanned downtime and service costs → Application: Continuous operation lines with ABB Ability integration. Feature: Compact footprint and easy installation → Business Impact: Faster panel assembly, lower wiring complexity, and reduced enclosure footprint → Application: Retrofit projects in tight machine builds and new line installations. Feature: Safety and compliance options → Business Impact: Enhanced operator protection and regulatory alignment with configurable STO/SIL-capable features → Application: Safe motor control in automotive and process industries. Feature: Compatibility with the ACS880 ecosystem → Business Impact: Longer lifecycle and simpler spare parts management across upgrades → Application: Modular automation strategies in batch and continuous processes.

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FAQs

How to start with the ACS880 Drive for a 3-phase motor: verify motor rating and supply voltage, select the appropriate enclosure and IP rating, size the drive for the motor current (ACS880-07CLC-1470A-7), plan for proper wiring routes, and ensure adequate cooling. Use ABB documentation and consult with your electrical engineer to confirm cabling, protection, and damping requirements. This setup minimizes thermal stress and ensures reliable operation in industrial automation environments.
In high-load conveyors, the ACS880-07CLC-1470A-7 provides smooth acceleration and deceleration, accurate speed control, and torque profiles tailored to load variations. Expect improved drive efficiency, reduced mechanical wear, and lower energy consumption due to optimized PWM control. The result is higher throughputs, less downtime, and better process stability in material handling applications.
The ACS880 drive family typically carries CE certification for EU safety compliance and offers configurable safety options, including STO and SIL-capable configurations in select builds. IP-rated enclosures protect electronics in harsh environments. When planning deployment, confirm enclosure rating, safety features, and any regional regulatory requirements to ensure compliant and safe operation in your facility.
The ACS880 includes built-in diagnostics, fault logging, and communication interfaces that support remote monitoring and ABB Ability integration. These features enable predictive maintenance, alerting for impending failures, and rapid troubleshooting, which reduce unplanned downtime and maintenance costs. This aligns with lean manufacturing goals and helps maximize line uptime and asset utilization.
ROI derives from energy savings due to efficient motor control, reduced downtime through diagnostics and predictive maintenance, and lower maintenance costs due to improved reliability. With the 1470 A current rating in this model, larger motors can operate more efficiently, delivering payback over the life of the installation, especially in continuous-process and high-demand environments.