FANUC A06B-0141-B075

The A06B-0141-B075 is a type of AC servo motor manufactured by Fanuc. This specific model has a tapered shaft and is rated for a power output of 1 kilowatt at a speed of 2000 rotations per minute.
The Fanuc AC servo motor α0.5 is a compact servo motor that is suitable for use in peripheral machine tool equipment. It has several features that make it an excellent choice for these types of applications.
One of the key features of this servo motor is its excellent acceleration characteristics. This is due to its high maximum output torque and intermediate rotor inertia, which results in smooth and fast acceleration.
Another advantage of the Fanuc AC servo motor α0.5 is its compact size. By using the latest neodymium ferrite magnet and a redesigned stator, this servo motor is smaller and lighter than previous models. These products are manufactured in Japan and are designed for Commodity production, advanced machining, and CNC milling usage. They come with a 2-year warranty from MRO Electric. We also carry AC Motors from other manufacturers such as Siemens and Control Techniques.

Design

The servo motor is also designed for extended continuous operation. The latest servo software minimizes the heat generated by high-speed rotation, allowing the motor to operate continuously over a wide range.
Additionally, the Fanuc AC servo motor α0.5 has excellent controllability, even when disturbances occur. This is due to the use of the latest servo software, which maintains control even in challenging situations.
The AC servo motor α0.5 is also equipped with a high-performance detector, which comes in the form of an incremental pulse coder αI8B or an absolute pulse coder αA8B, as its standard pulse coder.
Furthermore, an option for a powerful brake with an increased holding torque is available for this servo motor. This brake uses an asbestos-free design, which makes it safer for workers and the environment.
Overall, the Fanuc AC servo motor α0.5 is an excellent choice for applications that require a compact, high-performance servo motor that can operate continuously over a wide range of speeds and conditions.

Features

The FANUC AC servo motor α series, consisting of α1 to α150, is ideal for machine tool feed axes and offers several features. First, the motors have outstanding acceleration characteristics due to reduced rotor inertia without sacrificing maximum output torque. Additionally, their compact design results from the use of the latest ferrite magnet and optimized mechanical design, reducing overall weight and length. 
The motors also feature excellent waterproofing through the use of waterproof connectors and FANUC's unique stator seal. They can operate continuously over a wide range due to the latest servo software that minimizes heat generated by high-speed rotation. Furthermore, the motors provide exceptionally smooth rotation through improvements made to the magnetic pole shape to minimize torque ripple. The latest servo software also ensures that the motors maintain controllability, even when a disturbance occurs. The motors come with a high-resolution pulse coder model αA64 or αI64 as standard, allowing for precise positioning, and a powerful brake with increased holding torque is available as an option with an asbestos-free design.

Contact Us Today For More Information About FANUC Products

Check out the rest of our FANUC product line. Whether it's using our online instant quote feature, giving us a call at (800) 691-8511, or emailing us at sales@mroelectric.com, we strive for customer satisfaction first. This means lower prices and better service for you. For more products like A06B-0141-B075, take a look at more from our AC Motors line. If your current unit has gone bad, take advantage of our Core Exchange program for the most inexpensive route. You can learn more about this program on our FAQ page here. We offer a repair service on all of our A06B-0141-B075 products that keep your downtime to a minimum. To stay up to date on manufacturer news, as well as access any of our datasheets, manuals, or other documentation, we suggest you take a look at our blog.