ABB 3ABD00048472 LV AC servo motor - Absolute encoder
Part Number: 3ABD00048472
Quick Summary
ABB 3ABD00048472 LV AC servo motor delivers precise motion control for automated manufacturing and packaging lines. Engineers often wrestle with long machine set‑ups and inconsistent positioning that throttle throughput. Common certifications and standards—CE for electrical safety, IP-rated enclosures for harsh environments, and SIL concepts for functional safety integration—help ensure compliance and risk reduction. When paired with ABB drives like MotiFlex e180 or MicroFlex e190, this motor delivers streamlined commissioning, energy efficiency, and higher system uptime across production cells.
Product Information
Extended Description
3ABD00048472 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 multiple flange sizes enable compact, high-throughput drives with smaller footprints. Business impact: maximize line productivity while reducing machine footprint and material costs. Application: packaging lines and pick‑and‑place cells where space is at a premium and torque must be delivered quickly without thermal penalties. Feature: Absolute encoder option eliminates homing cycles, cutting setup time and improving first-part yield. Business impact: faster line changeovers, reduced downtime, and improved process repeatability. Application: multi‑product assembly lines and job shops requiring rapid product mix changes. Feature: Compatibility with MotiFlex e180 and MicroFlex e190 drives simplifies system integration. Business impact: lower integration risk, easier commissioning, and consistent control behavior across axes. Application: retrofit projects and new line builds needing robust, scalable motion control. Feature: Energy‑efficient design and low maintenance requirements reduce life‑cycle costs. Business impact: lower running costs, quieter operation, and extended service intervals. Application: continuous production environments where uptime and energy use are critical. Feature: Availability of various flange sizes and robust bearing designs supports a wide range of mechanical interfaces. Business impact: flexible installation, easier mechanical integration, and faster time‑to‑production. Application: OEMs engineering new machines or upgrading existing lines with minimal mechanical rework.
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FAQs
Begin with a verified 220 V supply and correct motor wiring per the ABB installation guide. Mount the motor to the chosen flange, connect the encoder feedback, and link to the MotiFlex e180 drive. Configure torque, velocity, and position parameters, then run a low‑speed test to verify alignment and safe stop behaviors before normal operation.
The motor provides 0.75 kW continuous power and 2.39 Nm of torque at 220 V, with an optional absolute encoder. Higher torque and precise feedback enable faster acceleration with reduced overshoot, which shortens cycle times and improves throughput, especially in high‑demand packaging or robotic pick‑and‑place tasks.
Yes. The combination of high torque density, fast dynamic response, and an absolute encoder option makes it ideal for packaging lines and robotics. When paired with MotiFlex e180 or MicroFlex e190 drives, you gain accurate positioning, reliable repeatability, and easier changeovers across product variants.
Key considerations include CE marking for electrical safety and conformity, and available IP ratings for enclosure protection in harsh environments. Functional safety alignment (SIL) should be planned during system design to ensure risk reduction. Always verify the specific IP/CE/SIL requirements with your project and ABB support.
The motor’s low‑maintenance design and energy‑efficient operation contribute to lower life‑cycle costs and reduced downtime. Predictable wear patterns and robust bearings support longer service intervals. ROI improves when combined with high‑efficiency ABB drives and precise encoder feedback that minimizes scrap and rejects in high‑volume production.