Product Overview
The ABB UA C389 AE02(product code:HIEE300888R0002)is a high-performance AC servo drive module engineered for precision motion control in demanding industrial automation environments.As part of ABB’s advanced servo drive family,the ABB UA C389 AE02 delivers exceptional dynamic response,energy efficiency,and operational reliability,making it ideal for applications requiring high-speed positioning,torque accuracy,and smooth motion profiles.This drive is commonly integrated into ABB’s robotic systems,CNC machines,packaging lines,and material handling equipment where consistent and precise motor control is critical.
Designed to operate with ABB’s M2000,M2400,and other compatible servo motors,the UA C389 AE02 supports advanced control modes including torque,speed,and position control,enabling seamless integration into complex automation architectures.It features a compact,modular design that allows for easy installation in control cabinets and supports both standalone and networked operation via fieldbuses such as DeviceNet,Profibus DP,or EtherCAT(depending on configuration).The drive’s built-in diagnostics and communication interfaces enable real-time monitoring of motor parameters,fault conditions,and performance metrics,significantly reducing downtime and improving maintenance efficiency.
The ABB UA C389 AE02 operates from a 400VAC three-phase input supply and delivers regulated output to servo motors with power ratings typically in the mid-kilowatt range.It incorporates advanced IGBT-based inverter technology and intelligent thermal management to ensure stable performance under continuous load and transient conditions.With features such as regenerative braking,dynamic tuning,and adaptive current control,the ABB UA C389 AE02 optimizes energy consumption while maintaining superior motion control accuracy.As a genuine ABB component,it benefits from full compatibility with ABB’s RobotWare,DriveWare,and engineering tools,ensuring seamless commissioning and long-term support across global industrial operations.
Technical Specifications
Product Model|UA C389 AE02
Manufacturer|ABB
Product Type|AC Servo Drive Module
Ordering Code|HIEE300888R0002
Input Voltage|3 x 400VAC±10%
Input Frequency|50/60 Hz
Output Voltage|3 x 0 to 400VAC(variable frequency&litude)
Output Current|Up to 12A RMS(continuous),36A peak
Motor Compatibility|ABB M2000,M2400 series servo motors
Control Modes|Torque,Speed,Position
Feedback Interface|Resolver,Sincos 1Vpp,TTL Encoder
Communication Options|DeviceNet,Profibus DP,RS485(optional EtherCAT via option modules)
Cooling Method|Forced air(integrated fan)
Protection Features|Overcurrent,Overvoltage,Undervoltage,Overtemperature,Short-circuit
Status Indicators|LED display for operation mode,faults,and status codes
Operating Temperature|0°C to 45°C(derating above 40°C)
Storage Temperature|-25°C to 70°C
Humidity|5%to 95%non-condensing
Installation|Panel mount(chassis)
Compliance|IEC 61800-3,IEC 61800-5,CE,UL,C-Tick
Main Features and Advantages
High-precision motion control:The ABB UA C389 AE02 delivers microsecond-level response times and precise current regulation,enabling accurate torque and speed control essential for high-end automation tasks.Its advanced digital signal processor(DSP)and adaptive tuning algorithms ensure optimal performance across varying loads and operating conditions,minimizing settling time and overshoot in positioning applications.
Robust and energy-efficient design:Featuring regenerative braking capability,the UA C389 AE02 feeds excess kinetic energy back into the DC bus or external resistors,significantly reducing energy waste and heat generation.This not only improves system efficiency but also lowers cooling requirements in control cabinets.The drive’s rugged construction and integrated thermal protection ensure long-term reliability even in high-cycle applications.
Seamless integration with ABB ecosystems:As a native component of ABB’s robotics and automation platforms,the ABB UA C389 AE02 supports plug-and-play connectivity with ABB controllers,HMIs,and engineering software.It can be configured using DriveComposer or RobotStudio,streamlining commissioning and reducing setup time.This tight integration ensures data consistency,enhances system diagnostics,and simplifies firmware updates.
Comprehensive diagnostics and communication:The ABB UA C389 AE02 provides detailed fault logging,real-time parameter monitoring,and predictive maintenance alerts via its communication interfaces.Engineers can remotely access drive status,adjust tuning parameters,and perform troubleshooting without physical access to the unit,minimizing downtime and service costs.
Compact and scalable architecture:Despite its high power density,the UA C389 AE02 maintains a compact footprint,allowing for dense packing in multi-axis control cabinets.Its modular design supports expansion with option cards for additional fieldbus protocols or I/O,making it adaptable to evolving automation needs.
Application Field
The ABB UA C389 AE02 is widely deployed in industries that demand high-precision motion control and reliability.In robotics,it serves as the core drive unit for articulated arms,SCARA robots,and gantry systems,where it controls joint motors with exceptional accuracy and responsiveness.Its ability to handle rapid acceleration and deceleration profiles makes it ideal for pick-and-place,assembly,and welding applications.
In the manufacturing sector,the ABB UA C389 AE02 powers CNC machine tools,grinding equipment,and laser cutting systems,ensuring smooth spindle operation and precise axis movement.Its compatibility with resolver and encoder feedback systems enables sub-micron positioning accuracy,critical for high-tolerance machining.
The UA C389 AE02 is also extensively used in packaging and printing machinery,where synchronized motion across multiple axes is required for labeling,filling,capping,and folding operations.Its dynamic response ensures consistent product quality at high production speeds.
In material handling and logistics,the drive controls conveyor systems,sortation arms,and automated guided vehicles(AGVs),providing reliable torque control and energy recovery during braking.Additionally,in test and simulation rigs—such as dynamometers and vibration tables—the ABB UA C389 AE02 delivers repeatable and controllable force profiles for accurate data acquisition.
As industries embrace smart manufacturing and digital twins,the ABB UA C389 AE02 plays a key role in enabling data-driven optimization,predictive maintenance,and remote monitoring through its embedded communication and diagnostic capabilities.
Related Products
ABB UA C388 AE02(HIEE300887R0002):A lower-power variant of the ABB UA C389 AE02,suitable for smaller servo motors and single-axis applications.
ABB M2400 Series Servo Motors:High-dynamic motors specifically designed to pair with the ABB UA C389 AE02,offering optimal torque and speed performance.
ABB DriveComposer Software:Configuration and tuning tool used to set up and optimize the ABB UA C389 AE02 for specific motion profiles.
ABB RPBA-01 Communication Module:Fieldbus adapter(e.g.,Profibus)that expands the ABB UA C389 AE02’s connectivity options for networked automation.
ABB DCU315D Drive Controller Unit:A higher-level controller that manages multiple ABB UA C389 AE02 drives in coordinated motion applications.
ABB HDS8000 Braking Resistor:External resistor module used with the ABB UA C389 AE02 for dissipating regenerative energy in non-regenerative systems.
ABB M2000 Gearmotors:Integrated servo gearmotors often driven by the ABB UA C389 AE02 in compact automation solutions.
ABB RobotStudio:Simulation and programming environment where the ABB UA C389 AE02’s behavior can be modeled and optimized before deployment.
Installation and maintenance:Pre-installation preparation for the ABB UA C389 AE02 requires ensuring a stable 3-phase 400VAC supply with proper grounding and line filtering to suppress electrical noise.The drive must be mounted vertically on a flat,heat-conductive surface with adequate airflow;minimum clearance of 50mm on all sides is recommended.All motor and feedback cables should be shielded and routed away from power lines to prevent interference.Before power-up,verify motor nameplate data matches drive settings and confirm encoder/resolver wiring according to ABB technical manuals.Use DriveComposer to perform auto-tuning and verify direction of rotation.
Maintenance recommendations:Regular inspection of the ABB UA C389 AE02 should include checking for dust accumulation on heatsinks and ensuring the internal fan operates without noise or vibration.Monitor drive temperature and DC bus voltage through diagnostic software to detect early signs of component degradation.Clean air vents every six months in dusty environments.Avoid opening the unit,as it contains no user-serviceable parts.Firmware updates should be applied using certified tools during planned maintenance.In case of fault codes(e.g.,overcurrent,overheating),refer to the ABB fault code manual before replacing the ABB UA C389 AE02 to avoid misdiagnosis.
Product Guarantee
The ABB UA C389 AE02 is backed by a comprehensive quality assurance program that includes rigorous factory testing,compliance with international safety standards,and traceability throughout the manufacturing process.We guarantee that every unit meets ABB’s stringent performance and reliability criteria,ensuring trouble-free operation in industrial environments.Our after-sales support includes access to technical documentation,application engineering assistance,and lifecycle management services to extend the operational life of the ABB UA C389 AE02.With global availability and authentic ABB components,we ensure fast replacement and minimal downtime.By choosing the ABB UA C389 AE02,customers invest in a precision-engineered,future-ready motion control solution designed for maximum uptime,energy efficiency,and seamless integration into modern automation systems.This drive is not just a component—it is a commitment to performance,safety,and innovation.
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