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ABB ACS 1000 & ACS 6000 MV Drives Service and Commissioning Combined Course

Summary

Master these complex industrial systems with comprehensive training on ABB ACS 1000 and ACS 6000 Medium Voltage Drives. This combined course provides expert engineers, maintenance technicians, and commissioning personnel with essential knowledge required to safely service, commission, and troubleshoot MV drive systems. Participants will master everything from general drive system topology and electrical component replacement to advanced motor parameter tuning, fault-tracing procedures, and utilizing specialized programming software. Ideal for professionals seeking certified expertise in medium voltage drive operation and preventive maintenance.

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Course description

G720 ACS 1000 & ACS 6000 Medium Voltage Drives Service and Commissioning combined course

Course goal The goal of this course is to introduce and instruct the service and commissioning engineer to the ACS 1000 and ACS 6000. To allow them to learn in a safe and instructive environment the techniques required to carry out the correct procedure in commissioning, servicing and maintaining the ACS 1000 and ACS 6000.

Learning objectives Upon completion of this course, the participants will

be able to: Topics e-learning courses G711e and G761e Generalities

 Understand the drive system topology

 ABB medium voltage drives family overview

 Carry out basic commissioning, service and maintenance work as well as fault-tracing.  Three-level inverter topology, DTC control  Set and tune application and motor control  Options and typical applications parameters

Control hardware ACS 1000/6000

 Locate and replace faulty hardware components

 Main circuit diagrams

 Using MV Drive Portal database to update the

knowledge of the drive.  Component and PCB functions  Start the certification program for commissioning;  PCB settings and configuration

after completion of the certification program the

participants are allowed to commission the Power hardware description

medium voltage drive system.  Air cooled ACS 1000

 Water cooled ACS 1000

Participant profile

 ACS 1000i drive

Commissioning engineers, testing and maintenance

 ACS 6000

personnel

Protection concept

Prerequisites

 Fault classes

 Good engineering knowledge of AC drives and

 Protective reactions

motors  Personal computer knowledge

Topics classroom course

 Laptop with Drive Debug and Drive Window

Generalities

loaded, fiber optic programming tool (RUSB-02 or PCMCIA equivalent)  MV data base instruction  Successful completion of the e-learning courses  Software compatibility and downloading G711e and G761e – The participants will be sequence enrolled automatically into the e-learning courses

 How to use software tools

G711e and G761e by applying for the G720

 How to give a short customer training after

course.

commissioning

Page Summary Contents For ABB ACS 1000 & ACS 6000 MV Drives Service and Commissioning Combined Course

Page 1 Course description G720 ACS 1000 & ACS 6000 Medium Voltage Drives Service and Commissioning combined course Course goal The goal of this course is to introduce and instruct the service and commiss...
Page 2 Course description G720 ACS 1000 & ACS 6000 Medium Voltage Drives Service and Commissioning combined course Demonstration drive Fault-tracing and troubleshooting  Component recognition and locati...

Manual Details

Brand ACS
Pages 2
File Size 48.01 KB
Published May 12, 2026
67 views

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Frequently Asked Questions

What is the primary goal of this combined service and commissioning course for ACS 1000/6000?

The goal is to train engineers on safe techniques for commissioning, servicing, and maintaining the ACS 1000 and ACS 6000 medium voltage drives.

What prerequisites are needed before attending this course?

Participants should have good engineering knowledge of AC drives and motors, an understanding of protective reactions, and basic personal computer knowledge.

How do I learn about component location and faulty hardware replacement during the course?

The training includes practical sessions on "Component recognition and location," measuring, and replacing power components.

What software tools and resources are needed for classroom training?

A laptop loaded with DriveDebug and DriveWindow, a fiber optic programming tool (RUSB-02 or PCMCIA equivalent), and knowledge of MV data base instruction are required.