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FANUC A06B A06B-0601-B521

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A06B-0601-B521

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The FANUC A06B-0601-B521 is a DC servo motor designed for precision and reliability. Featuring a 1:5 gear ratio and high-torque brake option, this motor provides optimized performance for various applications.

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Technical specifications for A06B-0601-B521

ManufacturerFANUC
Product TypeDC servo motor
Product LineA06B
Part NumberA06B-0601-B521
Gear Ratio1 : 5 gearing
Shaft FormTapered interface
Brake Voltage24 V DC
Brake VariantHigh-torque option
Speed FeedbackTachogenerator
Position FeedbackIncremental encoder
Encoder Resolution1000 pulses/rev
Mounting PatternStandard A06B bolt layout
Electrical Input24 V DC (power + brake)
Torque-speed BiasOptimized via 1:5 gearbox
Encoder FamilyαiI series
Application ScopeCNC, robotics, motion control
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The A06B-0601-B521 motor model from FANUC exemplifies an advanced DC servo motor engineered for applications requiring precise motion control. Designed with a gearing ratio of 1:5, this motor effectively optimizes torque output, making it suitable for demanding tasks in applications such as CNC and robotic systems. The motor operates off a 24 V DC electrical input, which powers both the operation and the built-in brake system.

It includes a high-torque brake variant, ideal for scenarios that involve significant stopping power during operation. The tapered interface of the shaft facilitates an efficient mounting process, aligning with the standard A06B bolt layout. This configuration allows for straightforward integration into existing setups.

For feedback on speed, the unit utilizes a tachogenerator, providing real-time data on rotational speed. Position monitoring is handled via an incremental encoder, featuring a resolution of 1000 pulses per revolution, which ensures precise positioning capabilities. The encoder belongs to the αiI series family, known for its reliability and functionality in motion control systems. This motor's design and specifications make it an optimal choice for high-performance applications in the fields of robotics and CNC machining.