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FANUC A06B-0227-B400

by Fanuc

OverviewAchieve outstanding precision and dependability in your industrial machinery using the FANUC A06B-0227-B400 α12/3000 series servo motor. This high-performance motor is meticulously engineered for the rigorous needs of contemporary CNC equipment, robotics, and automated processes. Featuring a robust build that includes a tapered shaft and an embedded holding brake, the A06B-0227-B400 ensures a secure mechanical connection and improved safety. This makes it an essential element for systems requiring accurate position maintenance and safe functionality during unexpected halts. Crafted for effortless integration with existing FANUC drive and control units, this servo motor delivers consistent, high-torque output and exceptional speed stability. Its advanced features contribute to maximized machine performance, reduced downtime, and enhanced overall operational efficiency across various industrial settings.Key Features Alpha Series α12/3000 AC Servo Motor: Experience top-tier performance and endurance with an motor from FANUC's acclaimed Alpha series, celebrated for its efficiency and power. Tapered Shaft for Secure Mechanical Coupling: The precisely manufactured tapered shaft design guarantees a robust, slip-free connection, minimizing backlash and ensuring stable power delivery even under significant loads. Integrated Holding Brake: Improve operational safety and maintain exact positioning with the built-in holding brake, vital for vertical setups and preventing unintended movement. Rated for Continuous 3000 RPM Operation: Attain high-speed, consistent performance with a motor engineered for continuous operation at 3000 revolutions per minute, supporting rapid cycle times. High Torque Density and Reliability: Benefit from a compact design that provides impressive torque, ensuring robust power delivery and enduring operational reliability in challenging environments. Seamless Compatibility with FANUC Drives and Controls: Integrate this servo motor effortlessly into your current FANUC setup for optimal performance and simplified system management. Technical Specifications Rated Output: Approximately 2.5 – 3.5 kW (typical) Rated Speed: 3000 RPM Shaft Type: Tapered with key Brake: Integrated holding brake Cooling Method: Natural air cooling Mounting Type: Flange mount Protection: IP65 housing Encoder: High-resolution pulse coder ApplicationsThe adaptability and sturdy construction of the FANUC A06B-0227-B400 make it perfect for a diverse array of crucial industrial applications: CNC Lathes and Machining Centers: Facilitate precise and repeatable machining operations with enhanced spindle control and tool positioning. Robotic Systems: Crucial for robots needing secure shaft locking during power outages or for maintaining specific joint positions. Vertical Axis Positioning: Ideal for applications involving vertical motion where reliable load-holding is paramount, preventing gravity-induced sagging. Industrial Packaging and Automation: Integrate into high-speed packaging lines and automated assembly systems for efficient and precise material handling. Why ChooseThe FANUC A06B-0227-B400 is an exceptional choice for several compelling reasons: Enhanced Safety and Stability: The integrated brake system goes beyond mere functionality, actively contributing to a safer working environment and greater machine stability.Order NowUpgrade your industrial automation. Contact us for pricing and availability of the FANUC A06B-0227-B400.FAQQ: What kind of applications is the A06B-0227-B400 best suited for?A: This servo motor excels in applications requiring high precision and reliability, such as CNC machinery, robotics, vertical axis positioning, and various industrial automation tasks due to its robust design and integrated safety features.Q: Can this servo motor be easily integrated into existing FANUC systems?A: Yes, the A06B-0227-B400 is designed for seamless compatibility with current FANUC drives and control systems, ensuring straightforward integration and optimal performance within your established infrastructure.

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