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FANUC A06B A06B-0502-B202#0008

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A06B-0502-B202#0008

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The FANUC A06B-0502-B202#0008 is a high-performance AC servo motor specializing in precision applications. With a robust rated power of 2.0 kW and achieving a rated speed of 2500 RPM, it is well-suited for demanding operational environments.

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Technical specifications for A06B-0502-B202#0008

ManufacturerFANUC
Product LineA06B
Part NumberA06B-0502-B202#0008
Weight82.00 lbs (37.19 kg)
ProductAC Servo Motor
Rated Power2.0 kW
Rated Speed2500 RPM
Rated Voltage200 V AC (Three-phase)
Rated Current10.5 A
Peak Torque18.9 Nm
Rated Torque6.3 Nm
Number of Poles4
Shaft Diameter14 mm
Shaft TypeKeyed Shaft
Encoder TypeIncremental encoder
Inertia0.02 kg·m²
Motor ConstructionSynchronous (Permanent Magnet)
Overload Capacity150% of rated torque for 3 seconds
Brake TypeDC Brake

The FANUC A06B-0502-B202#0008 is an efficient AC servo motor designed for versatile usage in industrial automation. It delivers a rated power of 2.0 kW, facilitating operations that require stable and precise motion control. Operating on three-phase 200 V AC power, this motor is capable of reaching speeds up to 2500 RPM.

With a rated current of 10.5 A, the motor achieves a rated torque of 6.3 Nm, which can surge to a peak torque of 18.9 Nm for quick responses during demanding tasks. Configured with four poles, this motor features a 14 mm diameter keyed shaft that ensures secure coupling in various setups.

The use of an incremental encoder provides effective feedback for precise position control, enhancing overall performance. Additionally, this synchronous motor utilizes permanent magnet construction, contributing to its efficiency and reliability.

For scenarios demanding extra performance, the motor's overload capacity allows it to withstand 150% of its rated torque for a brief period of three seconds. It is equipped with a DC brake, which provides reliable stopping power when required. The inertia rating of 0.02 kg·m² indicates its responsiveness, making it suitable for applications with quick acceleration and deceleration needs.