GE FANUC A06B-0166-B188

Product Overview

The GE FANUC A06B-0166-B188 is an AC servo motor from the FANUC αM series. It belongs to the αM30/3000 motor family and is designed for industrial CNC motion control applications.

This motor converts electrical energy into controlled mechanical movement, supporting accurate positioning and stable operation in automated machinery. Its industrial construction makes it suitable for machine tools and production equipment that require dependable servo performance.

Technical Specifications

Parameter	Description
Brand	GE FANUC
Model	A06B-0166-B188
Product Type	AC Servo Motor
Motor Series	αM Series
Motor Model	αM30/3000
Rated Speed	2000 rpm
Maximum Intermittent Speed	3000 rpm
Rated Stall Torque	30 Nm
Continuous RMS Current at Stall	27.9 A
Torque Constant	1.08 Nm/A
Application	CNC Motion Control

Main Features

• Precision Motion Control: Supports accurate positioning in CNC machinery.

• High Torque Output: Provides a rated stall torque of 30 Nm.

• Industrial Performance: Designed for demanding automated manufacturing environments.

• Servo Compatibility: Operates as part of a compatible FANUC servo drive system.

• Stable Rotation: Supports controlled motor movement during machining operations.

Application Areas

The A06B-0166-B188 is suitable for CNC machine tools, automated production equipment, industrial positioning systems, and precision machining applications.

It can support controlled axis movement in equipment where positioning accuracy and repeatability are important.

Structure and Operating Principle

The motor consists of a stator, rotor, shaft, bearings, and electrical connection components. When supplied by a compatible servo amplifier, the stator generates a rotating magnetic field that drives the rotor.

This process produces controlled mechanical rotation, allowing the connected machine axis to perform precise movements.

Installation and Maintenance

Before installation, verify the motor nameplate, shaft configuration, mounting dimensions, and servo amplifier compatibility. Proper mechanical alignment is essential to avoid excessive vibration and bearing wear.