ABB 3AXD50000041356 Servo Motor - 5 kW, 400 V
Part Number: 3AXD50000041356
Quick Summary
ABB 3AXD50000041356 servo motor provides precise position control for automated equipment and packaging lines. Manufacturers often struggle with long setup times and unexpected downtime during commissioning, a challenge this motor helps mitigate through an absolute encoder and rapid dynamic response. The design supports common industry certifications and IP-rated protection, aligning with CE safety expectations and robust enclosure standards where applicable. Paired with MotiFlex e180 and MicroFlex e190 drives, the solution delivers high torque density, energy efficiency, and reliable performance. These capabilities translate into faster startups, reduced maintenance, and lower total cost of ownership across demanding manufacturing environments.
Product Information
Extended Description
3AXD50000041356 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 fast dynamic response → Business Impact: higher throughput and shorter cycle times → Application: pick-and-place, packaging lines. In practice, engineers see tighter control loops and reduced dwell times, enabling faster, more efficient production without sacrificing precision. Feature: reliable, low-maintenance, energy-efficient design → Business Impact: lower maintenance costs and reduced energy usage over the motor’s life → Application: continuous operation on manufacturing lines and long shifts. This combination translates to lower operating expenses and improved uptime in continuous processes. Feature: absolute encoder option eliminates homing cycles → Business Impact: reduces machine set-up time and scrap risk → Application: line commissioning and retrofits. The encoder provides precise position data for faster tuning and repeatable results. Feature: compatibility with MotiFlex e180 and MicroFlex e190 drives → Business Impact: simplified integration, improved system reliability, faster start-up → Application: ABB servo drive deployments and modernization projects. Expect coherent performance across the drive train and easier diagnostics. Feature: available in various flange sizes → Business Impact: flexible installation and faster project delivery → Application: retrofits, OEM equipment upgrades, and new machinery. This flexibility minimizes mechanical adaptation work and accelerates time-to-value.
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FAQs
Installations begin with selecting the appropriate flange size, then mounting the LV AC servo motor to the equipment frame. Connect power, encoder, and the MotiFlex e180 or MicroFlex e190 drive, following ABB wiring diagrams. Calibrate the encoder, perform a motor tuning, and verify communication with the drive. Use built-in safety features and reference positions to finalize commissioning and validate repeatability.
You can expect improved throughput due to high torque density and rapid dynamic response, enabling tighter speed and position control. The absolute encoder option reduces homing times, while integration with ABB drives simplifies tuning and diagnostics. Overall, this supports faster line changeovers, reduced cycle times, and more consistent product quality in packaging and tooling tasks.
The motor is designed for industrial environments and aligns with common CE safety expectations and protective enclosure practices. For IP ratings, verify the installation enclosure and mounting conditions in your plant. When integrated with appropriate drives and safety systems, it supports safe operation on demanding factory floors.
Yes. The absolute encoder provides immediate position information without a homing sequence, which minimizes machine initialization steps. This reduces setup time during commissioning and line changes, enabling quicker start-ups and improved first-pass accuracy in repetitive manufacturing tasks.
The combination of high efficiency, low maintenance requirements, and reduced downtime from faster commissioning typically yields a favorable ROI. Fewer mechanical adjustments and longer service intervals translate to lower maintenance costs, while energy efficiency and reliable performance contribute to lower operating expenses over the system’s life.