ABB 3AXD50000048739 ACS880-17LC - Liquid-cooled regenerative drive
Part Number: 3AXD50000048739
Quick Summary
The ACS880-17LC regenerative drive from ABB delivers advanced motor control for cabinet-based systems. Engineers often struggle with heat, energy waste, and downtime when scaling high-demand motors in automated lines. This solution offers CE safety compliance, SIL-ready integration pathways, and robust IP-rated enclosure options to protect vital components. Coupled with its compact, liquid-cooled design, it helps reduce cooling loads and lowers total cost of ownership. For system integrators and maintenance teams, this provides predictable performance and faster time-to-value in automation projects.
Product Information
Feature: Liquid cooling and cabinet-ready design. Business Impact: Higher power density and reduced enclosure heat, lowering cooling costs and enabling compact installations. Application: Ideal for high-demand conveyors and packaging lines where space and heat management are critical. Feature: Regenerative energy recovery. Business Impact: Energy savings and potential demand-charge reduction through on-site energy recycling. Application: Heavy-load motor systems and material handling where braking energy is substantial. Feature: Cabinet-built installation and plug-and-play integration. Business Impact: Faster commissioning, reduced wiring complexity, and streamlined maintenance planning. Application: System upgrades in existing ABB ACS families and new cabinet-based automation projects. Feature: Safety and compliance features. Business Impact: Enhanced operator protection and regulatory alignment with CE and SIL-ready capabilities. Application: Regulated manufacturing environments requiring robust safety integration. Feature: Diagnostics and remote monitoring readiness. Business Impact: Predictive maintenance support and reduced unplanned downtime through health data. Application: Industrial automation facilities seeking uptime optimization and easier maintenance planning. Feature: Compatibility and maintenance advantage. Business Impact: Long-term spare-part availability and consistent performance with ABB’s drive family. Application: OEMs and integrators pursuing standardized components across multiple lines.
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FAQs
Installing the ACS880-17LC in a cabinet requires planning for the liquid-cooled enclosure, proper ambient temperature control, and secure wiring to the motor and control system. Ensure compatibility with ABB ACS family components, enable Safe Torque Off safety features, and provide adequate space for service access and ventilation. This setup minimizes heat buildup and simplifies future maintenance.
The drive enables precise motor torque and speed control while recovering braking energy through regenerative capabilities. This reduces overall energy consumption and heat generation in the enclosure, improving uptime and reducing cooling requirements. It is well-suited for high-demand conveyors and processing lines where steady performance translates to lower operating costs.
Yes. The cabinet-built, liquid-cooled design supports dense installations in packaging lines and material handling systems. Its regenerative capability helps manage peak loads during acceleration and braking, while its integration with ABB’s drive ecosystem facilitates standardized maintenance and spare-part planning across multiple lines.
ABB’s ACS880-17LC typically supports CE safety and EMC requirements, with SIL-ready integration options for safety-critical applications. Depending on the installation, IP-rated enclosures may be specified to withstand harsh environments. Always confirm the exact certification scope with your ABB representative based on target markets and customer requirements.
Expected ROI comes from energy recovery savings, reduced cooling load, and improved uptime in demanding automation environments. The cabinet-built design simplifies installation and parts management, while diagnostics enable preventive maintenance and remote monitoring. Over time, OEMs can reduce spare parts inventory and minimize unplanned downtime, strengthening overall asset productivity.