ABB 3ABD00048471 eSM servo motor - Absolute encoder
Part Number: 3ABD00048471
Quick Summary
ABB 3ABD00048471 eSM servo motor is a high-precision LV AC motor designed for automated production lines and packaging systems. This solution addresses common downtime and setup delays by leveraging an absolute encoder that can eliminate homing cycles and shorten machine readiness. In industrial environments, servo motors in this class typically meet CE safety standards and leverage robust protection schemes to ensure reliable operation under demanding conditions. By combining tight motion control with energy-efficient design, this motor delivers tangible business value through reduced cycle times, predictable performance, and easier integration with existing automation architectures.
Product Information
Extended Description
3ABD00048471 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 quick dynamic response. Benefit: Improves throughput and accelerates changeovers, enabling faster production cycles in packaging and assembly lines. Application: Suitable for high-speed pick-and-place and robotic cells where precision and speed are essential. Feature: Absolute encoder option. Benefit: Eliminates homing cycles and reduces setup time, boosting initial calibration reliability and startup efficiency. Application: Ideal for inline automation where repeatability and fast line changeovers matter. Feature: 220 V LV AC power and 0.4 kW nominal rating. Benefit: Simplifies electrical infrastructure and reduces energy consumption per ton of output. Application: Widely compatible with standard factory power rails in modern manufacturing floors. Feature: Compatibility with MotiFlex e180 and MicroFlex e190 drives. Benefit: Streamlines integration, improves system reliability, and enables coordinated motion profiles for complex processes. Application: Control cabinets and OEM automation stacks using ABB servo drives. Feature: Energy-efficient, low-maintenance design. Benefit: Low total cost of ownership through reduced wear, fewer maintenance cycles, and lower operating temperatures. Application: Long-running industrial lines in packaging, machine tools, and material handling.
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FAQs
This motor is designed for straightforward integration with MotiFlex e180 drives. Ensure flange compatibility, proper mounting in IEC-standard frames, and correct encoder wiring to maximize the combined system's speed and torque response. Verify panel space and cable routing to minimize signal interference and achieve optimal dynamic performance.
The eSM series integrates a precise encoder (with optional absolute encoder) and a robust low-maintenance design, delivering predictable position feedback and tight torque control. This combination supports accurate repeatability, reduced homing cycles, and stable performance in high-speed packaging, robotics, and tooling applications.
Certification specifics should be confirmed in the official ABB datasheet for the exact model variant. In practice, servo motors in this class are designed to support CE compliance and protective enclosure ratings suitable for industrial settings. Consult ABB documentation for exact IP ratings and SIL-related capabilities for your installation environment.
Pairing with these ABB drives enables synchronized motion profiles, optimized torque delivery, and improved response times. The result is higher throughput and reduced settling times, which is especially beneficial for multi-axis robotic cells and high-speed packaging lines with stringent timing requirements.
Expect lower maintenance due to a robust, low-friction design and an absolute encoder option that reduces downtime from homing. When combined with energy-efficient operation and longer component life, the motor supports a favorable total cost of ownership and faster payback in automation-heavy environments like packaging, tooling, and material handling.