Course Schedules

Classroom 2 Sessions
Online / Live
Live

Introduction

Overhung (OH) and Between Bearing (BB) Pump Types and Design Training Course provides a comprehensive understanding of two critical pump configurations widely used in industrial applications. This Pump Types and Design Training Course focuses on OH2 and BB3 pumps, exploring their design principles, operational performance, and maintenance requirements to ensure reliability and efficiency.

These pump types play a vital role in industries such as oil and gas, petrochemicals, and power generation, where continuous operation and mechanical reliability are essential. The training course combines engineering theory with practical, hands-on experience to help participants understand how pump components function and interact under real operating conditions.

Participants will gain the skills to inspect, assemble, and troubleshoot pumps while applying best practices in maintenance. By linking theory with workshop-based learning, this training course supports improved equipment performance, reduced downtime, and enhanced plant reliability.

What are the Goals?

Pump Types and Design Training Course objectives focus on developing practical skills and technical knowledge for effective pump operation, maintenance, and troubleshooting. Participants will gain hands-on experience alongside theoretical understanding.

By the end of this training course, participants will be able to understand OH and BB pump designs and apply maintenance and troubleshooting techniques to improve reliability and performance.

  • Distinguish between Overhung (OH) and Between Bearing (BB) pump types and applications
  • Inspect pump components to identify wear, misalignment, and defects
  • Reassemble pumps according to specified tolerances and procedures
  • Apply proactive maintenance strategies to extend equipment life
  • Diagnose hydraulic issues such as cavitation and flow inefficiencies
  • Troubleshoot vibration and mechanical performance problems
  • Improve pump reliability and operational efficiency through best practices

Who is this Training Course for?

Overhung (OH) and Between Bearing (BB) Pump Types and Design Training Course is designed for technical professionals involved in pump systems, maintenance, and reliability improvement. It supports individuals seeking to enhance practical and engineering knowledge of pump operations.

This training course is ideal for those responsible for maintaining, inspecting, and optimising pump performance in industrial environments.

  • Mechanical, process, and rotating equipment engineers
  • Maintenance and reliability professionals
  • Pump service providers and equipment contractors
  • Plant operations supervisors overseeing pump systems

How will this Training Course be Presented?

Pump Types and Design Training Course learning methods combine theoretical instruction with hands-on practical training to ensure comprehensive understanding and skill development. The course emphasises real-world application and technical accuracy.

Participants will engage in classroom sessions supported by multimedia presentations and group discussions to build foundational knowledge of pump engineering principles. Practical workshop sessions provide direct experience with pump disassembly, inspection, and reassembly, reinforcing critical concepts such as alignment, tolerances, and sealing systems.

Interactive exercises and case studies enhance troubleshooting skills, allowing participants to diagnose common pump issues and apply corrective actions. This blended approach ensures participants can confidently apply both theoretical knowledge and practical techniques to improve pump performance and reliability.

Course Content

Day 1

Day One: Pump Engineering Fundamentals

  • Hydraulic principles: head, flow, NPSH, efficiency
  • Overview of OH2 and BB3 pump designs
  • Seal systems, bearing arrangements, balancing considerations
  • Pump curve analysis exercises
Day 2

Day Two: Failure Modes and Reliability

  • Typical failure mechanisms: cavitation, misalignment, thermal distortion
  • Root cause analysis methods
  • Predictive monitoring (vibration, temperature trends)
  • Workshop: diagnosing case studies
Day 3

Day Three: Hands-On: Disassembly and Inspection

  • Safe disassembly practices
  • Inspecting impellers, casings, shafts, bearings
  • Measuring clearances, checking concentricity and runouts
Day 4

Day Four: Hands-On: Reassembly and Testing

  • Rebuilding to tolerance with precision tools
  • Shaft alignment and soft foot checks
  • Final checks: rotation, seal integrity, lubrication systems
Day 5

Day Five: Optimizing Maintenance Programs

  • Developing PM schedules for OH and BB pumps
  • Spare parts planning & documentation
  • Final team exercise: build a comprehensive pump care plan

The Certificate

Recognition
  • Anderson Certificate of Completion for delegates who attend and complete the training course
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