GE FANUC A06B-2078-B503

Product Overview

The GE FANUC A06B-2078-B503 is an AC servo motor belonging to the FANUC BiS 12/3000 series. It is designed for industrial automation and CNC motion control applications that require accurate positioning, stable torque, and reliable motor performance.

This model features a straight shaft with a keyway, an integrated holding brake, and a BiA 1000 incremental encoder. These components work together to support precise motion control and dependable operation in automated machinery.

Technical Specifications

Parameter	Description
Brand	GE FANUC
Model	A06B-2078-B503
Product Type	AC Servo Motor
Motor Series	BiS 12/3000
Motor Category	βiS Series
Shaft Type	Straight Shaft
Shaft Configuration	With Keyway
Brake	Integrated Holding Brake
Encoder	BiA 1000 Incremental Encoder
Mounting	Flange Mount
Application	CNC Servo Systems

Key Features

• Accurate Position Feedback: The BiA 1000 encoder provides incremental position information for motion control.

• Integrated Brake: Helps hold the motor shaft when the motor is not actively driving.

• Keyed Shaft Design: Supports secure mechanical coupling and torque transmission.

• Industrial Construction: Designed for demanding automation environments.

• Reliable Motion Control: Supports consistent positioning and coordinated machine movement.

Industrial Applications

The A06B-2078-B503 is suitable for CNC machine tools, automated production equipment, robotic systems, and precision manufacturing machinery.

It can be used in applications involving controlled axis movement, mechanical positioning, and repetitive industrial operations.

Installation and Maintenance

Before installation, verify the motor specifications, encoder compatibility, brake requirements, and mounting dimensions. The shaft coupling should be correctly aligned to prevent unnecessary mechanical stress.

For maintenance, regularly inspect the encoder cable, brake connections, bearings, and motor mounting points. In addition, monitor abnormal vibration, temperature changes, and positioning errors.