H882 - AZIPOD® XO TECHNICAL TRAINING

Become an expert in Azipod® XO systems with ABB’s five-day masterclass where you will learn how to optimize your Azipod® propulsion system for ultimate efficiency and high performing operations

COURSE OVERVIEW

Ensure system uptime and reduce maintenance calls with our modular I/O systems, S8000 and S8000L.  
Elevate your operational confidence and technical expertise with the ABB Marine Academy H882 – Azipod® XO Technical Training course. Purpose‑built for marine engineers and electro‑technical professionals, this program empowers you to get the very best from your vessel's Azipod® XO propulsion system. You'll learn how to work safely and efficiently with every major sub-system, from electric steering gear and power/data transmission to slip‑ring technology, cooling systems, and ACS8X0 steering gear drive programming — ensuring you can diagnose issues faster, optimize propulsion performance, and reduce costly downtime.

Across five days in Helsinki, you'll gain practical, real‑world skills through a mix of classroom learning, live demonstrations, hands‑on workshop exercises with actual equipment, and guided visits to ABB's production facilities. After completing this course, you can return to your vessel with the confidence to operate, maintain, and troubleshoot the Azipod® XO system more effectively, enhancing safety, reliability, and overall fleet performance.

  • Duration: 5 Days
  • Venue: Helsinki, Finland
  • Prerequisites: Marine Power Plant Basic for Technical Staff and Azipod® Space Safety course from ABB Marine Academy are advisable.
  • Additional information: Minimum 6, maximum 8 participants.
    On-site training available on request.
  • Student profile: Marine engineers and electro-technical personnel at operational and management level.

Upon completion of this course the participants will be able to:

  • Describe the functions of the different sub-systems of the Azipod® propulsion system and how they interact.
  • Understand the importance of correct maintenance.
  • Understand the monitoring possibilities and how to troubleshoot the discussed systems.
  • Perform adjustments on specific system components.

General topics:

 

  • Safety procedures while working on the Azipod.
  • Terminology and evolution of Azipod® propulsion.
  • ACS8X0 steering gear drive programming, adjustment and troubleshooting.
  • Electric steering gear.
  • Slip-ring unit technology and maintenance.
  • Power and data transmission system.
  • Electric steering gear.
  • Steering angle feedback assembly.
  • Review of safety aspects inside the Azipod® unit.

  • Classroom lessons and discussions about Azipod® XO systems.
  • Lectures and demonstrations.
  • Workshop exercises with demonstration equipment.
  • Visits to machine factory and Azipod® assembly factory.

COURSE OUTLINE

<p>The five days contain a mix of classroom lessons, live demonstrations and workshops going through everything you need to master Azipod® XO systems – daily agendas may vary. &nbsp;</p>

Day 1

<ul> <li>Course opening</li> <li>Azipod® story and history</li> <li>System overview, hull structure</li> <li>Slip-ring unit, data transmission</li> <li>Cooling air unit, slewing system</li> <li>Drainage system<br> </li> </ul>

Day 2

<ul> <li>Bearings &amp; shaft support unit</li> <li>Condition monitoring</li> <li>Water shaft seal</li> <li>Shaftline accessories</li> <li>Assembly hall tour</li> </ul>

Day 3

<ul> <li>ABB University</li> <li>Steering drives</li> <li>ACS8X0</li> <li>Adjustment</li> <li>Troubleshooting</li> </ul>

Day 4

<ul> <li>Manual exercises</li> <li>Azipod® XO troubleshooting cases</li> </ul>

Day 5

<ul> <li>Safety when working inside Azipod® unit</li> <li>Summary quiz, open questions (Q&amp;A’s)</li> <li>Exam &amp; exam results</li> </ul>

FREQUENTLY ASKED QUESTIONS

<p>Learn more about how the H882 XO Technical Training course can benefit your fleet with our frequently asked questions.</p>

The training is designed for marine engineers and electro‑technical personnel at operational and management levels, providing them with the skills needed to operate, maintain, and troubleshoot Azipod® XO propulsion systems.

The H882 program covers safety procedures inside the Azipod® unit, safe working practices, space‑safety considerations, and system isolation methods. Participants learn how to identify safe access routes and understand risks associated with the propulsion chamber.

These subsystems work as an integrated platform: the steering module controls direction, the power and data transmission system enables responsive communication and torque delivery, the slip‑ring ensures uninterrupted electrical transfer, and the cooling system maintains optimal temperature. The course outlines how these elements collectively support efficient propulsion.

Hands‑on workshops help participants bridge theory and real‑world application using demo equipment and PC tools. Factory visits provide direct exposure to Azipod® assembly, motor and generator manufacturing, and LV drive production, strengthening system understanding and troubleshooting confidence.

Operators gain improved system reliability, reduced downtime, enhanced safety, faster troubleshooting, and more efficient steering performance, as crew become better equipped to maintain, operate, and diagnose Azipod® XO systems.

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