ABB 3AXD50000036392 LV AC drive module - UL 7.5 Hp
Part Number: 3AXD50000036392
Quick Summary
ABB 3AXD50000036392 LV AC drive module optimizes motor control for industrial machinery and packaging lines. Engineers often struggle to balance energy efficiency, reliability, and cabinet space in harsh plant environments. The unit is UL-listed for safe North American operation and is designed to support global deployment in certified panels. By integrating with ABB's ACS880 family and standard low-voltage infrastructure, it delivers measurable uptime, smoother starts, and reduced maintenance, delivering tangible business value in industrial automation and electrical distribution. This drive module enables precise speed control, fault protection, and straightforward commissioning, helping projects meet tight schedules and budget constraints.
Product Information
Feature: Pn 5.5 kW, 25 A, 230 V input enables precise, scalable motor control. Business impact: supports reliable drive performance for mid-size motors while maintaining compact cabinet footprints. Application: ideal for conveyors and pumps in manufacturing lines. Feature: UL-listed for safe operation. Business impact: reduces compliance verification time and enhances risk management. Application: suitable for harsh industrial environments with strict safety codes. Feature: Designed to integrate with ACS880-M04-025A-2 family. Business impact: simplifies retrofits with plug-compatible interfaces and familiar wiring. Application: packaging lines and automated material handling. Feature: Advanced motor control features delivering energy efficiency and extended equipment life. Business impact: energy savings, reduced maintenance costs, longer motor life. Application: pumps and fans in process automation. Feature: 230 V input and standard connectors streamline installation and commissioning. Business impact: faster time-to-value, lower installation risk. Application: new builds and upgrades in control cabinets. Feature: Modular LV drive module aligned with ABB control architecture. Business impact: easier scalability, centralized diagnostics, and integration with MES/SCADA. Application: industrial automation environments across manufacturing sectors.
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FAQs
Yes. This module is designed to integrate with the ACS880-M04-025A-2 family, sharing standard low‑voltage wiring interfaces for straightforward panel retrofits. It supports 230 V input and up to 25 A continuous current, making it suitable for mid‑size motors in existing enclosures. Verify wiring, shielding, and protective enclosure requirements per ABB installation guidelines to ensure compliant, safe operation.
Key specifications include 5.5 kW nominal power, 25 A rating, and 230 V input, with UL listing for safety. Efficiency depends on load and motor type, but benefits come from precise variable frequency drive control, reduced inrush, and torque control. In variable-torque conveyors and pumps, expect measurable energy savings and smoother operational profiles, contributing to lower operating costs.
Yes. The module is well-suited for conveyors, pumps, and fans in material handling, packaging, and process automation. It provides reliable speed control, fault protection, and remote diagnostics, enabling tighter process control and higher line throughput. When requiring clean environments or higher IP ratings, ensure enclosure specs meet your facility’s environmental standards.
The module is UL-listed for North American use, supporting essential safety and electrical-code compliance. For global deployments, plan for CE marking and appropriate enclosure IP ratings per site standards. Always verify installation practices, conductor sizing, and shielding according to ABB guidelines to maintain ongoing compliance and safe operation across different regions.
ROI is driven by energy savings from optimized motor control, reduced wear from smoother starts, and lower maintenance due to built-in diagnostics. Fast commissioning and easier integration with existing control systems shorten project timelines and improve uptime. Over the life of the equipment, these factors translate to lower total cost of ownership in lean automation environments.