Product Overview

The ABB 3HAC17484-8 M8 Type Rotary AC Motor is an industrial motor designed to provide reliable rotary motion in compatible ABB automation and robotic equipment. It is intended for applications where consistent motor performance, dependable operation, and integration with an existing motion-control system are important. The motor can serve both original equipment applications and replacement requirements where the same motor configuration is specified.

Applications

Industrial Automation
Used to provide rotary motion in automated production equipment and industrial machinery.

Robotic Systems
Suitable for compatible ABB robotic applications requiring dependable motor-driven movement.

Machine Motion Control
Used in machinery where controlled rotary movement is required for positioning or mechanical operation.

Equipment Replacement
Suitable for replacing a corresponding motor in compatible ABB automation equipment during maintenance or refurbishment.

Key Advantages

Reliable Rotary Performance
Provides consistent motor-driven movement for demanding industrial automation applications.

Suitable for Robotic Applications
Designed for use in compatible robotic systems where repeatable mechanical movement is required.

Stable Operation
Supports dependable machine operation when correctly matched with the associated drive and control system.

System Compatibility
Can be integrated into an existing ABB motion-control architecture when the electrical and mechanical specifications match.

Maintenance-Friendly Replacement
Provides a practical replacement option for compatible equipment without requiring changes to the overall machine design.

Technical Specifications

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Technical FAQs

1. What is the ABB 3HAC17484-8 used for?

The 3HAC17484-8 is an M8 Type Rotary AC Motor designed to provide rotary motion in compatible ABB automation and robotic equipment.

2. What type of applications is this motor suitable for?

It is suitable for industrial automation, robotic equipment, machine motion systems, and other compatible applications requiring dependable rotary motor operation.

3. Why is motor compatibility important?

The motor must match the electrical characteristics, drive system, mechanical interface, and feedback arrangement of the equipment to ensure proper operation.

4. Can this motor be used as a replacement part?

Yes. It can be used as a replacement when the original equipment is designed for the same motor configuration and the complete system requirements are compatible.

5. What can cause abnormal motor operation?

Common causes can include excessive mechanical load, electrical faults, incorrect drive settings, cable problems, bearing wear, overheating, or faults elsewhere in the motion system.

6. How can a motor problem be diagnosed?

Technicians can check the motor, drive, cables, connectors, mechanical load, and feedback system while comparing the motor’s operating behavior with normal equipment conditions.

7. What should be checked before installing a replacement motor?

The complete part number, electrical characteristics, mounting arrangement, shaft interface, drive compatibility, feedback configuration, and machine application should all be verified.

8. Does the motor require a compatible drive?

Yes. The motor should be operated with a suitable drive and control system that matches its electrical and operational requirements.

9. Why is feedback important in robotic motion systems?

Feedback allows the controller to monitor motor position and speed, helping the system achieve accurate, repeatable, and coordinated movement.

10. What maintenance checks are useful for this type of motor?

Regular inspection should include motor connections, cables, mounting hardware, operating temperature, abnormal noise, vibration, and overall mechanical condition.

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