ABB 3AXD50000034242 Motors & Drives - CE Certified
Part Number: 3AXD50000034242
Quick Summary
ABB 3AXD50000034242 is a servo motor and drive module designed for precise motion control in automated manufacturing environments. Engineers often struggle with downtime and inconsistent performance on high-speed packaging and assembly lines, especially when selecting components that integrate with existing controls. This solution delivers CE-certified safety integration, SIL-ready safety concepts, and IP-rated protection where applicable, helping you meet rigorous industrial requirements. The combination of robust hardware and advanced diagnostics supports predictive maintenance and faster commissioning. With seamless compatibility to ABB drive ecosystems and standard servo interfaces, it delivers measurable business value through improved throughput, reduced waste, and lower total cost of ownership. Designed for easy installation in existing frames, it supports plug-and-play wiring and quick parameterization, speeding up project timelines.
Product Information
Feature → Business Impact → Application: Integrated servo motor and drive interface reduces BOM count and wiring errors, enabling faster commissioning and easier stocking for robotics, packaging, and machine-tending cells. This translates to lower upfront costs and reduced downtime when upgrading lines to ABB ecosystems. Feature → Business Impact → Application: Precision position and torque control delivers tight tolerances and repeatable motion, directly improving part quality and reducing scrap in CNC tooling, pick-and-place, and transfer systems. Feature → Business Impact → Application: Built-in diagnostics and remote monitoring enable preventive maintenance and rapid fault isolation, cutting unplanned downtime in high-volume production. Feature → Business Impact → Application: Easy plug-and-play wiring and standard connectors streamline retrofit projects and new installations, shortening project timelines and minimizing field wiring errors. Feature → Business Impact → Application: Safety compliance and certification readiness (CE, SIL-capable, IP protection where applicable) simplify audits and satisfy regulatory requirements across automotive, packaging, and aerospace supply chains. Feature → Business Impact → Application: Robust bearings and thermal management extend service intervals, lowering maintenance costs and increasing line uptime in harsh environments.
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FAQs
The 3AXD50000034242 is designed to integrate with ABB servo drive ecosystems and standard servo interfaces, minimizing adaptation work on existing panels. It supports plug-and-play wiring, common connectors, and parameter transfer via standard ABB configuration tools, reducing commissioning time and risk during retrofit or new installations.
The product data lists PN:kW and IN:A as the power rating and current specification placeholders, reflecting configurable options within the ABB servo family. In practice, you select the appropriate kW rating and current for your load, ensuring alignment with mechanical torque, speed requirements, and drive hardware for your application.
Yes. Its precise motion control, smooth velocity profiles, and integrated diagnostics make it well-suited for packaging and robotics. The device supports high-speed positioning, repeatable cycles, and reliable operation under typical factory conditions, with compatibility to ABB control architectures and automation networks for synchronized line operation.
The solution emphasizes CE certification and SIL-ready safety concepts, with IP-rated protection where applicable. This combination helps you meet European safety requirements and maintain safe operation in automation cells, while enabling integration with safety modules and fieldbus options used in modern factories.
Adoption can reduce downtime through predictive diagnostics, shorten commissioning via plug-and-play wiring, and lower maintenance costs through robust hardware and remote monitoring. Combined with improved throughput and reduced scrap, the total cost of ownership tends to decrease as line reliability and uptime increase across automated production.