ABB 3AXD50000312269 Motors & Drives - 1200kW
Part Number: 3AXD50000312269
Quick Summary
ABB 3AXD50000312269 is an ACS880 drive module designed to control high-power motors in industrial automation and heavy machinery. If you’re wrestling with inconsistent performance, unplanned downtime, or inefficient torque delivery, this drive helps stabilize speed and protect critical assets. In this class, CE conformity is standard, and designs often address safety integration along with protection features and enclosure robustness to support reliable operation in harsh environments. By aligning with ABB’s ecosystem, the solution offers scalable configuration options and seamless integration with plant networks, delivering measurable value through energy efficiency, reduced maintenance, and simplified procurement for modernization projects.
Product Information
Feature → Business Impact → Application: High-power capability up to 1200 kW enables large motors to start smoothly and handle demanding processes, reducing mechanical stress and extending equipment life in metals processing, mining, and heavy-duty pumping applications. This supports improved process stability and lower downtime, delivering consistent production rates for conveyors, fans, and pumps. Feature → Business Impact → Application: Advanced motor control with precise speed and torque regulation minimizes energy waste and enhances process accuracy, resulting in energy savings and tighter control in milling, extruding, and grinding operations. Feature → Business Impact → Application: Built-in protection (overcurrent, thermal monitoring, fault protection) reduces unplanned outages and lowers maintenance costs by catching faults early in harsh environments such as steel mills and chemical plants. Feature → Business Impact → Application: Energy-efficient soft-start and ramping reduce electrical stresses on motors and drives, cutting peak demand and extending motor life across continuous operation scenarios like water treatment and mineral processing. Feature → Business Impact → Application: Diagnostics and remote monitoring enable proactive maintenance and faster problem resolution, improving uptime and ROI in multi-site manufacturing facilities. Feature → Business Impact → Application: Compatibility with ABB drive ecosystems and plug-and-play installation accelerate commissioning, simplify spare-part planning, and support scalable upgrades for plant modernization while maintaining existing motor fleets.
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FAQs
Follow the ACS880 installation guidelines: verify electrical ratings align with the 1200 kW motor, ensure proper enclosure and cooling, connect power and motor leads per IEC/IEEE standards, enable Safe Torque Off features, and configure the drive for the motor’s nameplate current (2386 A). Use factory-provided parameter sets for high-power applications and perform a staged commissioning with protective interlocks to minimize risk.
Yes, the drive is designed to work within the ABB ecosystem and supports common ABB motor interfaces. Compatibility depends on matching the motor’s electrical, mechanical, and control parameters. For a guaranteed fit, verify the motor’s nameplate data, enclosure requirements, and torque/speed profiles, and align with the ACS880 parameter templates for high-power operation.
This drive excels in high-power, mission-critical applications such as mining conveyors, large-scale pumps, metals processing equipment, and heavy-duty fans. Its 1200 kW power rating and robust protection features enable precise speed control and reliable operation in demanding environments, delivering improved process control and energy efficiency.
Typically these drives are CE compliant and designed for integration into safety-rated systems. They support safety and integration requirements common in industrial settings, with enclosure and installation configurations that may introduce IP ratings and SIL-ready functionality depending on the final build and installation. Always verify local regulatory compliance for your site.
Expect reduced energy consumption through efficient motor control and lower mechanical wear due to smooth ramping. Remote diagnostics and centralized monitoring enable predictive maintenance, minimizing unplanned downtime. Over the life of the system, this translates to lower maintenance costs, faster throughput, and a favorable return on investment in heavy-industry environments.