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FANUC A06B A06B-0653-B295

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A06B-0653-B295

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The FANUC A06B-0653-B295 is a DC servo motor engineered for precise applications. It operates at approximately 210 volts DC, providing a continuous torque of approximately 37 N·m at a rated speed of about 1200 RPM.

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Technical specifications for A06B-0653-B295

ManufacturerFANUC
Product TypeDC Servo Motor
Product LineA06B
Part NumberA06B-0653-B295
MountingFace/Flange Mount
Rated Current~24 A
Continuous Torque~37 N·m
Rated Speed~1200 RPM
Rated Voltage~210 V DC
Encoder Resolution~2500 P/R
TachometerBuilt-in Tachometer
BrakeHolding Brake
ShaftSmooth Shaft
BearingsSealed Bearings
Connector TypeMulti-pin Connector
Thermal DesignHigh Heat Dissipation
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The A06B-0653-B295 by FANUC is a sophisticated DC servo motor, optimized for various industrial tasks that require precise control. This motor is characterized by its face or flange mounting style, making integration into existing setups straightforward. Operating at a nominal voltage of approximately 210 V DC, it delivers a continuous torque of around 37 N·m. Its performance is marked by a rated speed of roughly 1200 RPM, making it well-suited for dynamic applications.

The current draw is rated at approximately 24 Amps, ensuring adequate power for demanding operations. The built-in tachometer provides critical feedback, enhancing the responsiveness and accuracy of the motor system. Moreover, the encoder resolution is approximately 2500 pulses per revolution, which facilitates fine-tuning of position control.

Designed for enhanced durability, the smooth shaft minimizes friction and wear, while the sealed bearings contribute to operational reliability by preventing contamination. The inclusion of a holding brake secures the motor’s position when halted, providing added safety and efficiency. Electrical connectivity is facilitated through a multi-pin connector, which allows for efficient installation.

The thermal design is optimized for high heat dissipation, ensuring that the motor operates within safe temperature limits even under strenuous conditions.