FANUC SERVO MOTOR A06B-0246-B101 A06B0246B101 AO6B-O246-B1O1

FANUC A06B-0246-B101 AC Servo Motor

Product Overview

The A06B-0246-B101 is a FANUC AC servo motor commonly listed in the replacement market as AC22/2000i with straight shaft and i1000 feedback notation.

Product listings also place it in the A06B-0246 motor series and note service-oriented support such as repair and exchange availability, which strongly suggests that this model remains relevant in the maintenance of established FANUC machine installations rather than only in archival catalogs.

That makes the motor easy to position honestly on a product page. It is not a general-purpose industrial motor.

It is a FANUC motion component typically sourced by exact part number because the machine around it already expects a specific motor-and-feedback arrangement. In service work, that difference matters.

A buyer usually wants to restore the original axis behavior, not introduce a new variable into a closed-loop motion system. This application framing is an engineering inference based on the model’s market positioning as a FANUC CNC servo motor and FANUC’s broader emphasis on matched drive-system components.

Application Value

In practical machine use, a motor like the A06B-0246-B101 fits best in CNC feed-axis and controlled motion applications where FANUC servo hardware is already in place.

The published listing language around AC22/2000i, straight shaft, and i1000 feedback points to a motor that is expected to integrate into a defined FANUC motion chain rather than to operate as a stand-alone motor in a generic control scheme.

That makes it especially relevant for repair projects, exchange programs, spare-parts planning, and installed-base machine support.

There is also a practical commercial reason buyers continue to look for this kind of motor: continuity is often cheaper than redesign.

If the original machine was built around a specific FANUC motor, keeping the same motor family helps preserve mounting fit, shaft compatibility, and feedback expectations.

That usually shortens the path back to production and reduces the risk of post-installation troubleshooting. This is an engineering inference consistent with FANUC’s drive-system approach and the part’s replacement-market positioning.

Replacement and Maintenance Perspective

For maintenance teams, the A06B-0246-B101 is best treated as a model-specific servo motor, not as an interchangeable AC motor of similar size.

The motor should be checked against the installed part number, shaft style, feedback type, and amplifier family before purchase. In practice, that matters more than generalized claims about torque or speed, because a correct motion component is defined by how well it fits the original control architecture.

This is also why the product works well in an independent-station product page when written with a service angle.

Technical buyers usually care about reliability, fit, and continuity first. The A06B-0246-B101 naturally supports that kind of message because the available descriptions already frame it as a service-supported motor for ongoing industrial use.

Technical Data

FAQ

Q1: What kind of motor is A06B-0246-B101?
It is a FANUC AC servo motor commonly listed as AC22/2000i in CNC replacement channels.

Q2: Why is exact replacement important for this model?
Because servo motors are part of a matched motion system. Keeping the original motor family usually helps preserve the established relationship between the motor, amplifier, and control.

Q3: What applications is this motor typically used in?
It is typically used in CNC and servo-axis motion applications where FANUC hardware is already installed and the goal is to maintain the original motion architecture.

Q4: What details matter most before ordering?
The most important checks are the installed part number, shaft style, feedback type, and the existing FANUC amplifier/control setup.

Q5: Why do buyers still look for this motor?
Because many productive FANUC-equipped machines still rely on their original servo architecture, and a correct replacement motor is often the fastest way to restore reliable operation. This is an engineering inference based on the model’s repair/exchange positioning.