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FANUC A06B A06B-0168-B576#M000

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A06B-0168-B576#M000

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The FANUC part A06B-0168-B576#M000 is an AC servo motor designed for robust industrial applications. Rated at 228 volts AC, this motor delivers a power output of 10 kW and operates at a nominal speed of 1,000 RPM.

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Technical specifications for A06B-0168-B576#M000

ManufacturerFANUC
Product TypeAC Servo Motor
Product LineA06B
Part NumberA06B-0168-B576#M000
Rated Voltage228 V AC
Operating Frequency200 Hz max
Phase ConfigurationThree-phase
Rated Current25.8 A
Nominal Speed1000 RPM
Power Output10 kW
Stall Torque65 Nm
Encoder SystemA64+C absolute encoder
Shaft ConfigurationTapered shaft
Cooling MethodForced-air cooling
Insulation ClassClass F
Duty CycleContinuous operation
EfficiencyHigh efficiency

The A06B-0168-B576#M000 model from FANUC is an advanced AC servo motor tailored for high-performance tasks in various industrial settings. This unit operates at a rated voltage of 228 V AC and can handle a significant operating frequency of up to 200 Hz maximum. With its three-phase configuration and a rated current of 25.8 A, this motor is designed to deliver a reliable power output, specifically rated at 10 kW, ensuring optimal efficiency during intensive operations.

The unit’s nominal speed is set at 1000 RPM, ensuring consistent performance across a range of applications. For those demanding scenarios requiring high torque, the stall torque rating of 65 Nm is noteworthy. Integrated into the design, the A64+C absolute encoder system provides precise feedback and control, making it a preferred choice for applications requiring accuracy.

Engineered with a tapered shaft configuration, this motor is suitable for various coupling setups, ensuring compatibility with different types of machinery. The cooling mechanism of forced air efficiently manages thermal conditions, allowing for extended continuous operation in diverse environments. The insulation class is rated as Class F, adding an additional layer of durability against heat. High efficiency is a key characteristic of this motor, making it ideal for tasks that demand long-term functionality without compromising on performance.