Free UPS Ground on All Orders!
Request a
Fast Quote
Account
Cart
Quote
+1 (919) 205-4392
FANUC A06B A06B-0266-B100

Product image is representative; revision or series may vary. Contact us to request a specific version.

A06B-0266-B100

|
Need a Specific Revision?

The FANUC A06B-0266-B100 is a robust AC servo motor designed for precision applications in CNC systems. This unit operates at a voltage of 270 volts and has a rated output power of 4.5 kW, achieving a high speed of 3000 RPM.

In Stock
Ships from Raleigh, NC
2 Year DO Supply Warranty
Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All of our products come with DO Supply's 2-year warranty.
Learn more

Technical specifications for A06B-0266-B100

ManufacturerFANUC
Product TypeAC Servo Motor
Product LineA06B
Part NumberA06B-0266-B100
Weight37.13 lbs (16.84 kg)
Shaft TypeStraight Shaft
Motor Speed3000 RPM
Encoder TypeA1000 Encoder
Voltage270 V
Rated Current16 A
Phase3-phase
Frequency200 Hz
Power4.5 kW
ApplicationCNC systems
Request a Repair

The A06B-0266-B100 model from FANUC is an AC servo motor specifically built for industrial use. This motor is specifically designed for CNC system applications, ensuring precise control and optimal efficiency. With a significant voltage rating of 270 volts, it operates effectively within a three-phase setup. At a power output of 4.5 kW, this motor is capable of performing demanding tasks. The speed capability reaches up to 3000 RPM, enabling quick movement and response times.

Equipped with an A1000 encoder, the A06B-0266-B100 motor provides accurate position feedback, which is essential for detailed machining processes. It can handle a rated current of 16 A, ensuring stable operation under various load conditions. The frequency is rated at 200 Hz, which complements its high-speed performance. This unit weighs approximately 16.83 kg, making it a suitable choice for installations requiring lightweight components without sacrificing performance.