ABB 3AXD50000041384 Servo Motor - 7.5 kW, 400 V
Part Number: 3AXD50000041384
Quick Summary
ABB 3AXD50000041384 servo motor is a high-precision LV AC solution designed for tight-tolerance motion in automation applications such as robotics and packaging. Customer teams often struggle with lengthy setup times and unreliable positioning when integrating generic motors into automated lines. Typical industry standards—CE marking, IP-rated protection, and SIL-ready safety concepts—help ensure regulatory compliance and safer operation in demanding environments. Coupled with MotiFlex e180 and MicroFlex e190 drives, this motor enables streamlined tuning, predictable energy use, and scalable performance. The combination of torque density and fast dynamics translates into higher throughput, improved product quality, and lower total cost of ownership for automated systems.
Product Information
Extended Description
3AXD50000041384 ABB: eSM servo motor is available in various flange sizes, with high torque density and quick dynamic response. The servo motors have a high reliable, low-maintenance, and energy efficient design. Combined with the MotiFlex e180 and MicroFlex e190 servo drives, the overall system reliability and efficiency are greatly improved. eSM motor encoder provides precise position information. An absolute encoder can eliminate homing cycles, reducing machine set-up time. All features make the motor meet the demands of higher productivity and product quality.
Feature: High torque density and rapid dynamic response. Business Impact: enables shorter cycle times and tighter position control, boosting overall equipment effectiveness (OEE). Application: ideal for pick-and-place, robotic assembly, and CNC positioning in packaging lines. Feature: Integrated encoder feedback with absolute encoder option. Business Impact: eliminates homing cycles, reduces machine set-up time, and improves startup repeatability. Application: automated assembly and inline testing where precise origin data is essential. Feature: Compatibility with MotiFlex e180 and MicroFlex e190 drives. Business Impact: simplifies system integration, reduces wiring complexity, and enables scalable motion control. Application: modular automation architectures and retrofit projects across manufacturing cells. Feature: Energy-efficient, low-maintenance design. Business Impact: lowers energy consumption and maintenance costs over the motor’s life, improving total cost of ownership. Application: continuous production lines and high-duty cycles where reliability matters. Feature: Multiple flange sizes and robust mechanical design. Business Impact: supports flexible mechanical integration and reduces spare-parts inventory. Application: OEM equipment across packaging, robotics, and materials handling with varying space constraints.
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FAQs
To install, mount the motor to the appropriate flange, align the shaft, and connect the encoder and feedback cables per the drive’s wiring diagram. Use the MotiFlex e180 configuration to set motor parameters, torque limits, and drive gains. Verify mechanical alignment and limit switch wiring to avoid mispositioning. This integration minimizes commissioning time and ensures repeatable performance across production shifts.
The motor is a 7.5 kW, 400 V LV AC servo with a 48 N·m torque rating. Encoder feedback provides precise position data, with absolute encoding reducing homing cycles. In control loops, these specs support tight PI/PID tuning, fast velocity response, and accurate trajectory tracking, delivering consistent motion profiles even in short-cycle tasks.
Yes. The high torque density and quick dynamic response support rapid accelerations and precise positioning, which are critical in pick-and-place and packaging robots. When paired with compatible drives, it achieves low latency control, reduced cycle times, and improved line throughput without compromising accuracy or longevity.
Certification details such as CE marking and IP ratings are commonly required in automated environments. While this entry highlights general compliance concepts, always verify the specific part sheet for CE, IP, and SIL-related information for your region and application to ensure regulatory alignment and safety compliance.
The combination of high torque density, energy efficiency, and reduced setup time lowers energy costs and downtime. Absolute encoder options further cut startup delays. Over the motor’s life, these factors translate into higher OEE, faster payback on automation projects, and lower spare-part and maintenance expenses when integrated with compatible ABB drives.