Training Introduction
Pumps play a vital role in ensuring reliable fluid transfer across industrial sectors such as refining, petrochemicals, and power generation. Among the most widely used configurations, Overhung (OH) and Between Bearing (BB) pumps offer unique mechanical strength and hydraulic efficiency for handling demanding applications, including hydrocarbons, high-pressure injection, and process fluid circulation. Understanding the engineering design and operational characteristics of these pumps is essential for maintaining performance, preventing failures, and ensuring long-term equipment reliability.
The Overhung (OH) and Between Bearing (BB) Pump Types and Design Training Course provides a comprehensive understanding of OH2 and BB3 pump configurations, focusing on their design principles, operational behavior, and application suitability. This course emphasizes both theoretical knowledge and practical experience, enabling participants to understand pump construction, hydraulic performance, and mechanical integrity. By developing strong technical competence, participants can support effective pump selection, operation, and maintenance strategies.
This OH and BB Pump Types and Design Training Course also incorporates hands-on training, allowing participants to disassemble, inspect, measure, and reassemble actual pump units. Through direct interaction with pump components, learners will gain practical insights into internal clearances, shaft alignment, and sealing systems. This combined approach ensures participants can identify early warning signs of wear, troubleshoot performance issues, and improve pump reliability and operational efficiency.
Key focus areas of this course:
- Understanding the design principles, mechanical construction, and hydraulic characteristics of OH2 and BB3 pump types
- Identifying key components including impellers, shafts, bearings, seals, and casing arrangements and their operational roles
- Applying inspection techniques to detect wear, misalignment, seal issues, and internal mechanical problems
- Performing hands-on disassembly, inspection, measurement, and reassembly of pumps to manufacturer specifications
- Interpreting pump performance data, hydraulic curves, and vibration indicators to diagnose operational issues
- Improving pump reliability, performance, and lifecycle through effective maintenance and troubleshooting practices
